> Blockchain data and intelligence provider that generates innovative on-chain metrics and tools for digital asset stakeholders. Find examples for accessing every **GlassNode** endpoint using **Cryptosheets** through: - `side panel console` - `custom functions` (Excel & Googlesheets) - `templates` ## Excel

| App Url | Docs Url | Name | Example | Parameters | # of Parameters | | --------------------------------------------------------------------------------------- | ---------------------------------------------------------------------------------------- | --------------------------- | --------------------------------------------------- | -------- | ----------- | | Try It | [Docs](/providers/glassnode/assets) | **Assets** | =CS.QUERY("GlassNode","Assets") | =CS.PARAMETERS("GlassNode","Assets") | 1 | | Try It | [Docs](/providers/glassnode/endpoints) | **Endpoints** | =CS.QUERY("GlassNode","Endpoints") | =CS.PARAMETERS("GlassNode","Endpoints") | 1 | | Try It | [Docs](/providers/glassnode/futures-volume-(latest-24h)) | **Futures Volume (Latest 24h)** | =CS.QUERY("GlassNode","Futures Volume (Latest 24h)") | =CS.PARAMETERS("GlassNode","Futures Volume (Latest 24h)") | 6 | | Try It | [Docs](/providers/glassnode/futures-volume) | **Futures Volume** | =CS.QUERY("GlassNode","Futures Volume") | =CS.PARAMETERS("GlassNode","Futures Volume") | 7 | | Try It | [Docs](/providers/glassnode/futures-volume-(perpetual)) | **Futures Volume (Perpetual)** | =CS.QUERY("GlassNode","Futures Volume (Perpetual)") | =CS.PARAMETERS("GlassNode","Futures Volume (Perpetual)") | 7 | | Try It | [Docs](/providers/glassnode/futures-open-interest-(current)) | **Futures Open Interest (Current)** | =CS.QUERY("GlassNode","Futures Open Interest (Current)") | =CS.PARAMETERS("GlassNode","Futures Open Interest (Current)") | 6 | | Try It | [Docs](/providers/glassnode/futures-open-interest) | **Futures Open Interest** | =CS.QUERY("GlassNode","Futures Open Interest") | =CS.PARAMETERS("GlassNode","Futures Open Interest") | 7 | | Try It | [Docs](/providers/glassnode/futures-open-interest-(perpetual)) | **Futures Open Interest (Perpetual)** | =CS.QUERY("GlassNode","Futures Open Interest (Perpetual)") | =CS.PARAMETERS("GlassNode","Futures Open Interest (Perpetual)") | 7 | | Try It | [Docs](/providers/glassnode/futures-perpetual-funding-rate) | **Futures Perpetual Funding Rate** | =CS.QUERY("GlassNode","Futures Perpetual Funding Rate") | =CS.PARAMETERS("GlassNode","Futures Perpetual Funding Rate") | 7 | | Try It | [Docs](/providers/glassnode/total-addresses) | **Total Addresses** | =CS.QUERY("GlassNode","Total Addresses") | =CS.PARAMETERS("GlassNode","Total Addresses") | 6 | | Try It | [Docs](/providers/glassnode/active-addresses) | **Active Addresses** | =CS.QUERY("GlassNode","Active Addresses") | =CS.PARAMETERS("GlassNode","Active Addresses") | 6 | | Try It | [Docs](/providers/glassnode/sending-addresses) | **Sending Addresses** | =CS.QUERY("GlassNode","Sending Addresses") | =CS.PARAMETERS("GlassNode","Sending Addresses") | 6 | | Try It | [Docs](/providers/glassnode/receiving-addresses) | **Receiving Addresses** | =CS.QUERY("GlassNode","Receiving Addresses") | =CS.PARAMETERS("GlassNode","Receiving Addresses") | 6 | | Try It | [Docs](/providers/glassnode/new-addresses) | **New Addresses** | =CS.QUERY("GlassNode","New Addresses") | =CS.PARAMETERS("GlassNode","New Addresses") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-non-zero-balance) | **Addresses with Non-Zero Balance** | =CS.QUERY("GlassNode","Addresses with Non-Zero Balance") | =CS.PARAMETERS("GlassNode","Addresses with Non-Zero Balance") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-0.01) | **Addresses with Balance ≥ 0.01** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 0.01") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 0.01") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-0.1) | **Addresses with Balance ≥ 0.1** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 0.1") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 0.1") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-1) | **Addresses with Balance ≥ 1** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 1") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 1") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-10) | **Addresses with Balance ≥ 10** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 10") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 10") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-100) | **Addresses with Balance ≥ 100** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 100") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 100") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-1k) | **Addresses with Balance ≥ 1k** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 1k") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 1k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-10k) | **Addresses with Balance ≥ 10k** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 10k") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 10k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-32-eth) | **Addresses with Balance ≥ 32 ETH** | =CS.QUERY("GlassNode","Addresses with Balance ≥ 32 ETH") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ 32 ETH") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$1) | **Addresses with Balance ≥ $1** | =CS.QUERY("GlassNode","Addresses with Balance ≥ $1") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ $1") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$10) | **Addresses with Balance ≥ $10** | =CS.QUERY("GlassNode","Addresses with Balance ≥ $10") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ $10") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$100) | **Addresses with Balance ≥ $100** | =CS.QUERY("GlassNode","Addresses with Balance ≥ $100") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ $100") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$1k) | **Addresses with Balance ≥ $1k** | =CS.QUERY("GlassNode","Addresses with Balance ≥ $1k") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ $1k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$10k) | **Addresses with Balance ≥ $10k** | =CS.QUERY("GlassNode","Addresses with Balance ≥ $10k") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ $10k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$100k) | **Addresses with Balance ≥ $100k** | =CS.QUERY("GlassNode","Addresses with Balance ≥ $100k") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ $100k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$1m) | **Addresses with Balance ≥ $1M** | =CS.QUERY("GlassNode","Addresses with Balance ≥ $1M") | =CS.PARAMETERS("GlassNode","Addresses with Balance ≥ $1M") | 6 | | Try It | [Docs](/providers/glassnode/percent-addresses-in-profit) | **Percent Addresses in Profit** | =CS.QUERY("GlassNode","Percent Addresses in Profit") | =CS.PARAMETERS("GlassNode","Percent Addresses in Profit") | 6 | | Try It | [Docs](/providers/glassnode/addresses-in-profit) | **Addresses in Profit** | =CS.QUERY("GlassNode","Addresses in Profit") | =CS.PARAMETERS("GlassNode","Addresses in Profit") | 6 | | Try It | [Docs](/providers/glassnode/addresses-in-loss) | **Addresses in Loss** | =CS.QUERY("GlassNode","Addresses in Loss") | =CS.PARAMETERS("GlassNode","Addresses in Loss") | 6 | | Try It | [Docs](/providers/glassnode/relative-address-supply-distribution) | **Relative Address Supply Distribution** | =CS.QUERY("GlassNode","Relative Address Supply Distribution") | =CS.PARAMETERS("GlassNode","Relative Address Supply Distribution") | 6 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-lt-0.001) | **Supply Held by Addresses with Balance < 0.001** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance < 0.001") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance < 0.001") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-0.001---0.01) | **Supply Held by Addresses with Balance 0.001 - 0.01** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance 0.001 - 0.01") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance 0.001 - 0.01") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-0.01---0.1) | **Supply Held by Addresses with Balance 0.01 - 0.1** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance 0.01 - 0.1") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance 0.01 - 0.1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-0.1---1) | **Supply Held by Addresses with Balance 0.1 - 1** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance 0.1 - 1") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance 0.1 - 1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-1---10) | **Supply Held by Addresses with Balance 1 - 10** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance 1 - 10") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance 1 - 10") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-10---100) | **Supply Held by Addresses with Balance 10 - 100** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance 10 - 100") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance 10 - 100") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-100---1k) | **Supply Held by Addresses with Balance 100 - 1k** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance 100 - 1k") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance 100 - 1k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-1k---10k) | **Supply Held by Entities with Balance 1k - 10k** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 1k - 10k") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 1k - 10k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-10k---100k) | **Supply Held by Addresses with Balance 10k - 100k** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance 10k - 100k") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance 10k - 100k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-gt-100k) | **Supply Held by Addresses with Balance > 100k** | =CS.QUERY("GlassNode","Supply Held by Addresses with Balance > 100k") | =CS.PARAMETERS("GlassNode","Supply Held by Addresses with Balance > 100k") | 7 | | Try It | [Docs](/providers/glassnode/accumulation-addresses) | **Accumulation Addresses** | =CS.QUERY("GlassNode","Accumulation Addresses") | =CS.PARAMETERS("GlassNode","Accumulation Addresses") | 6 | | Try It | [Docs](/providers/glassnode/accumulation-balance) | **Accumulation Balance** | =CS.QUERY("GlassNode","Accumulation Balance") | =CS.PARAMETERS("GlassNode","Accumulation Balance") | 7 | | Try It | [Docs](/providers/glassnode/depositing-addresses) | **Depositing Addresses** | =CS.QUERY("GlassNode","Depositing Addresses") | =CS.PARAMETERS("GlassNode","Depositing Addresses") | 6 | | Try It | [Docs](/providers/glassnode/withdrawing-addresses) | **Withdrawing Addresses** | =CS.QUERY("GlassNode","Withdrawing Addresses") | =CS.PARAMETERS("GlassNode","Withdrawing Addresses") | 7 | | Try It | [Docs](/providers/glassnode/sopr) | **SOPR** | =CS.QUERY("GlassNode","SOPR") | =CS.PARAMETERS("GlassNode","SOPR") | 6 | | Try It | [Docs](/providers/glassnode/asopr) | **aSOPR** | =CS.QUERY("GlassNode","aSOPR") | =CS.PARAMETERS("GlassNode","aSOPR") | 6 | | Try It | [Docs](/providers/glassnode/lth-sopr) | **LTH-SOPR** | =CS.QUERY("GlassNode","LTH-SOPR") | =CS.PARAMETERS("GlassNode","LTH-SOPR") | 6 | | Try It | [Docs](/providers/glassnode/sth-sopr) | **STH-SOPR** | =CS.QUERY("GlassNode","STH-SOPR") | =CS.PARAMETERS("GlassNode","STH-SOPR") | 6 | | Try It | [Docs](/providers/glassnode/nvt-ratio) | **NVT Ratio** | =CS.QUERY("GlassNode","NVT Ratio") | =CS.PARAMETERS("GlassNode","NVT Ratio") | 6 | | Try It | [Docs](/providers/glassnode/nvt-signal) | **NVT Signal** | =CS.QUERY("GlassNode","NVT Signal") | =CS.PARAMETERS("GlassNode","NVT Signal") | 6 | | Try It | [Docs](/providers/glassnode/velocity) | **Velocity** | =CS.QUERY("GlassNode","Velocity") | =CS.PARAMETERS("GlassNode","Velocity") | 6 | | Try It | [Docs](/providers/glassnode/coin-days-destroyed-(cdd)) | **Coin Days Destroyed (CDD)** | =CS.QUERY("GlassNode","Coin Days Destroyed (CDD)") | =CS.PARAMETERS("GlassNode","Coin Days Destroyed (CDD)") | 6 | | Try It | [Docs](/providers/glassnode/supply-adjusted-cdd) | **Supply-adjusted CDD** | =CS.QUERY("GlassNode","Supply-adjusted CDD") | =CS.PARAMETERS("GlassNode","Supply-adjusted CDD") | 6 | | Try It | [Docs](/providers/glassnode/binary-cdd) | **Binary CDD** | =CS.QUERY("GlassNode","Binary CDD") | =CS.PARAMETERS("GlassNode","Binary CDD") | 6 | | Try It | [Docs](/providers/glassnode/reserve-risk) | **Reserve Risk** | =CS.QUERY("GlassNode","Reserve Risk") | =CS.PARAMETERS("GlassNode","Reserve Risk") | 6 | | Try It | [Docs](/providers/glassnode/average-coin-dormancy) | **Average Coin Dormancy** | =CS.QUERY("GlassNode","Average Coin Dormancy") | =CS.PARAMETERS("GlassNode","Average Coin Dormancy") | 6 | | Try It | [Docs](/providers/glassnode/supply-adjusted-dormancy) | **Supply Adjusted Dormancy** | =CS.QUERY("GlassNode","Supply Adjusted Dormancy") | =CS.PARAMETERS("GlassNode","Supply Adjusted Dormancy") | 6 | | Try It | [Docs](/providers/glassnode/liveliness) | **Liveliness** | =CS.QUERY("GlassNode","Liveliness") | =CS.PARAMETERS("GlassNode","Liveliness") | 6 | | Try It | [Docs](/providers/glassnode/msol) | **MSOL** | =CS.QUERY("GlassNode","MSOL") | =CS.PARAMETERS("GlassNode","MSOL") | 6 | | Try It | [Docs](/providers/glassnode/spent-output-age-bands) | **Spent Output Age Bands** | =CS.QUERY("GlassNode","Spent Output Age Bands") | =CS.PARAMETERS("GlassNode","Spent Output Age Bands") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-lt-1h) | **Spent Outputs < 1h** | =CS.QUERY("GlassNode","Spent Outputs < 1h") | =CS.PARAMETERS("GlassNode","Spent Outputs < 1h") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1h-24h) | **Spent Outputs 1h-24h** | =CS.QUERY("GlassNode","Spent Outputs 1h-24h") | =CS.PARAMETERS("GlassNode","Spent Outputs 1h-24h") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1d-1w) | **Spent Outputs 1d-1w** | =CS.QUERY("GlassNode","Spent Outputs 1d-1w") | =CS.PARAMETERS("GlassNode","Spent Outputs 1d-1w") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1w-1m) | **Spent Outputs 1w-1m** | =CS.QUERY("GlassNode","Spent Outputs 1w-1m") | =CS.PARAMETERS("GlassNode","Spent Outputs 1w-1m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1m-3m) | **Spent Outputs 1m-3m** | =CS.QUERY("GlassNode","Spent Outputs 1m-3m") | =CS.PARAMETERS("GlassNode","Spent Outputs 1m-3m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-3m-6m) | **Spent Outputs 3m-6m** | =CS.QUERY("GlassNode","Spent Outputs 3m-6m") | =CS.PARAMETERS("GlassNode","Spent Outputs 3m-6m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-6m-12m) | **Spent Outputs 6m-12m** | =CS.QUERY("GlassNode","Spent Outputs 6m-12m") | =CS.PARAMETERS("GlassNode","Spent Outputs 6m-12m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1y-2y) | **Spent Outputs 1y-2y** | =CS.QUERY("GlassNode","Spent Outputs 1y-2y") | =CS.PARAMETERS("GlassNode","Spent Outputs 1y-2y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-2y-3y) | **Spent Outputs 2y-3y** | =CS.QUERY("GlassNode","Spent Outputs 2y-3y") | =CS.PARAMETERS("GlassNode","Spent Outputs 2y-3y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-3y-5y) | **Spent Outputs 3y-5y** | =CS.QUERY("GlassNode","Spent Outputs 3y-5y") | =CS.PARAMETERS("GlassNode","Spent Outputs 3y-5y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-5y-7y) | **Spent Outputs 5y-7y** | =CS.QUERY("GlassNode","Spent Outputs 5y-7y") | =CS.PARAMETERS("GlassNode","Spent Outputs 5y-7y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-7y-10y) | **Spent Outputs 7y-10y** | =CS.QUERY("GlassNode","Spent Outputs 7y-10y") | =CS.PARAMETERS("GlassNode","Spent Outputs 7y-10y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-gt-10y) | **Spent Outputs > 10y** | =CS.QUERY("GlassNode","Spent Outputs > 10y") | =CS.PARAMETERS("GlassNode","Spent Outputs > 10y") | 6 | | Try It | [Docs](/providers/glassnode/net-unrealized-profit-loss-nupl) | **Net Unrealized Profit/Loss (NUPL)** | =CS.QUERY("GlassNode","Net Unrealized Profit Loss NUPL") | =CS.PARAMETERS("GlassNode","Net Unrealized Profit Loss NUPL") | 6 | | Try It | [Docs](/providers/glassnode/relative-unrealized-profit) | **Relative Unrealized Profit** | =CS.QUERY("GlassNode","Relative Unrealized Profit") | =CS.PARAMETERS("GlassNode","Relative Unrealized Profit") | 6 | | Try It | [Docs](/providers/glassnode/relative-unrealized-loss) | **Relative Unrealized Loss** | =CS.QUERY("GlassNode","Relative Unrealized Loss") | =CS.PARAMETERS("GlassNode","Relative Unrealized Loss") | 6 | | Try It | [Docs](/providers/glassnode/net-realized-profit/loss) | **Net Realized Profit/Loss** | =CS.QUERY("GlassNode","Net Realized Profit/Loss") | =CS.PARAMETERS("GlassNode","Net Realized Profit/Loss") | 6 | | Try It | [Docs](/providers/glassnode/realized-profit) | **Realized Profit** | =CS.QUERY("GlassNode","Realized Profit") | =CS.PARAMETERS("GlassNode","Realized Profit") | 6 | | Try It | [Docs](/providers/glassnode/realized-loss) | **Realized Loss** | =CS.QUERY("GlassNode","Realized Loss") | =CS.PARAMETERS("GlassNode","Realized Loss") | 6 | | Try It | [Docs](/providers/glassnode/lth-nupl) | **LTH-NUPL** | =CS.QUERY("GlassNode","LTH-NUPL") | =CS.PARAMETERS("GlassNode","LTH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/sth-nupl) | **STH-NUPL** | =CS.QUERY("GlassNode","STH-NUPL") | =CS.PARAMETERS("GlassNode","STH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/stablecoin-supply-ratio-(ssr)) | **Stablecoin Supply Ratio (SSR)** | =CS.QUERY("GlassNode","Stablecoin Supply Ratio (SSR)") | =CS.PARAMETERS("GlassNode","Stablecoin Supply Ratio (SSR)") | 6 | | Try It | [Docs](/providers/glassnode/puell-multiple) | **Puell Multiple** | =CS.QUERY("GlassNode","Puell Multiple") | =CS.PARAMETERS("GlassNode","Puell Multiple") | 6 | | Try It | [Docs](/providers/glassnode/hodled-or-lost-coins) | **Hodled or Lost Coins** | =CS.QUERY("GlassNode","Hodled or Lost Coins") | =CS.PARAMETERS("GlassNode","Hodled or Lost Coins") | 6 | | Try It | [Docs](/providers/glassnode/hodler-net-position-change) | **Hodler Net Position Change** | =CS.QUERY("GlassNode","Hodler Net Position Change") | =CS.PARAMETERS("GlassNode","Hodler Net Position Change") | 6 | | Try It | [Docs](/providers/glassnode/stock-to-flow-ratio) | **Stock-to-Flow Ratio** | =CS.QUERY("GlassNode","Stock-to-Flow Ratio") | =CS.PARAMETERS("GlassNode","Stock-to-Flow Ratio") | 6 | | Try It | [Docs](/providers/glassnode/stock-to-flow-deflection) | **Stock-to-Flow Deflection** | =CS.QUERY("GlassNode","Stock-to-Flow Deflection") | =CS.PARAMETERS("GlassNode","Stock-to-Flow Deflection") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-sopr) | **Entity-Adjusted SOPR** | =CS.QUERY("GlassNode","Entity-Adjusted SOPR") | =CS.PARAMETERS("GlassNode","Entity-Adjusted SOPR") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-cdd) | **Entity-Adjusted CDD** | =CS.QUERY("GlassNode","Entity-Adjusted CDD") | =CS.PARAMETERS("GlassNode","Entity-Adjusted CDD") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-asol) | **Entity-Adjusted ASOL** | =CS.QUERY("GlassNode","Entity-Adjusted ASOL") | =CS.PARAMETERS("GlassNode","Entity-Adjusted ASOL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-msol) | **Entity-Adjusted MSOL** | =CS.QUERY("GlassNode","Entity-Adjusted MSOL") | =CS.PARAMETERS("GlassNode","Entity-Adjusted MSOL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-liveliness) | **Entity-Adjusted Liveliness** | =CS.QUERY("GlassNode","Entity-Adjusted Liveliness") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Liveliness") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-dormancy) | **Entity-Adjusted Dormancy** | =CS.QUERY("GlassNode","Entity-Adjusted Dormancy") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Dormancy") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-realized-cap) | **Entity-Adjusted Realized Cap** | =CS.QUERY("GlassNode","Entity-Adjusted Realized Cap") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Realized Cap") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-mvrv) | **Entity-Adjusted MVRV** | =CS.QUERY("GlassNode","Entity-Adjusted MVRV") | =CS.PARAMETERS("GlassNode","Entity-Adjusted MVRV") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-unrealized-profit) | **Entity-Adjusted Unrealized Profit** | =CS.QUERY("GlassNode","Entity-Adjusted Unrealized Profit") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Unrealized Profit") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-unrealized-loss) | **Entity-Adjusted Unrealized Loss** | =CS.QUERY("GlassNode","Entity-Adjusted Unrealized Loss") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Unrealized Loss") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-nupl) | **Entity-Adjusted NUPL** | =CS.QUERY("GlassNode","Entity-Adjusted NUPL") | =CS.PARAMETERS("GlassNode","Entity-Adjusted NUPL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-lth-nupl) | **Entity-Adjusted LTH-NUPL** | =CS.QUERY("GlassNode","Entity-Adjusted LTH-NUPL") | =CS.PARAMETERS("GlassNode","Entity-Adjusted LTH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-sth-nupl) | **Entity-Adjusted STH-NUPL** | =CS.QUERY("GlassNode","Entity-Adjusted STH-NUPL") | =CS.PARAMETERS("GlassNode","Entity-Adjusted STH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/urpd-(ath-partitioned)) | **URPD (ATH-Partitioned)** | =CS.QUERY("GlassNode","URPD (ATH-Partitioned)") | =CS.PARAMETERS("GlassNode","URPD (ATH-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/urpd-(percent-partitioned)) | **URPD (Percent-Partitioned)** | =CS.QUERY("GlassNode","URPD (Percent-Partitioned)") | =CS.PARAMETERS("GlassNode","URPD (Percent-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/sopd-(ath-partitioned)) | **SOPD (ATH-Partitioned)** | =CS.QUERY("GlassNode","SOPD (ATH-Partitioned)") | =CS.PARAMETERS("GlassNode","SOPD (ATH-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/sopd-(percent-partitioned)) | **SOPD (Percent-Partitioned)** | =CS.QUERY("GlassNode","SOPD (Percent-Partitioned)") | =CS.PARAMETERS("GlassNode","SOPD (Percent-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/difficulty-ribbon) | **Difficulty Ribbon** | =CS.QUERY("GlassNode","Difficulty Ribbon") | =CS.PARAMETERS("GlassNode","Difficulty Ribbon") | 6 | | Try It | [Docs](/providers/glassnode/difficulty-ribbon-compression) | **Difficulty Ribbon Compression** | =CS.QUERY("GlassNode","Difficulty Ribbon Compression") | =CS.PARAMETERS("GlassNode","Difficulty Ribbon Compression") | 6 | | Try It | [Docs](/providers/glassnode/hash-ribbon) | **Hash Ribbon** | =CS.QUERY("GlassNode","Hash Ribbon") | =CS.PARAMETERS("GlassNode","Hash Ribbon") | 6 | | Try It | [Docs](/providers/glassnode/exchange-inflow-volume-(total)) | **Exchange Inflow Volume (Total)** | =CS.QUERY("GlassNode","Exchange Inflow Volume (Total)") | =CS.PARAMETERS("GlassNode","Exchange Inflow Volume (Total)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-outflow-volume-(total)) | **Exchange Outflow Volume (Total)** | =CS.QUERY("GlassNode","Exchange Outflow Volume (Total)") | =CS.PARAMETERS("GlassNode","Exchange Outflow Volume (Total)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-deposits) | **Exchange Deposits** | =CS.QUERY("GlassNode","Exchange Deposits") | =CS.PARAMETERS("GlassNode","Exchange Deposits") | 7 | | Try It | [Docs](/providers/glassnode/exchange-withdrawals) | **Exchange Withdrawals** | =CS.QUERY("GlassNode","Exchange Withdrawals") | =CS.PARAMETERS("GlassNode","Exchange Withdrawals") | 7 | | Try It | [Docs](/providers/glassnode/exchange-balance-(stacked)) | **Exchange Balance (Stacked)** | =CS.QUERY("GlassNode","Exchange Balance (Stacked)") | =CS.PARAMETERS("GlassNode","Exchange Balance (Stacked)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-balance) | **Exchange Balance** | =CS.QUERY("GlassNode","Exchange Balance") | =CS.PARAMETERS("GlassNode","Exchange Balance") | 7 | | Try It | [Docs](/providers/glassnode/exchange-net-flow-volume) | **Exchange Net Flow Volume** | =CS.QUERY("GlassNode","Exchange Net Flow Volume") | =CS.PARAMETERS("GlassNode","Exchange Net Flow Volume") | 7 | | Try It | [Docs](/providers/glassnode/miners-to-exchanges-(stacked)) | **Miners to Exchanges (Stacked)** | =CS.QUERY("GlassNode","Miners to Exchanges (Stacked)") | =CS.PARAMETERS("GlassNode","Miners to Exchanges (Stacked)") | 7 | | Try It | [Docs](/providers/glassnode/miners-to-exchanges) | **Miners to Exchanges** | =CS.QUERY("GlassNode","Miners to Exchanges") | =CS.PARAMETERS("GlassNode","Miners to Exchanges") | 7 | | Try It | [Docs](/providers/glassnode/transaction-count) | **Transaction Count** | =CS.QUERY("GlassNode","Transaction Count") | =CS.PARAMETERS("GlassNode","Transaction Count") | 6 | | Try It | [Docs](/providers/glassnode/transaction-rate) | **Transaction Rate** | =CS.QUERY("GlassNode","Transaction Rate") | =CS.PARAMETERS("GlassNode","Transaction Rate") | 6 | | Try It | [Docs](/providers/glassnode/transfer-count) | **Transfer Count** | =CS.QUERY("GlassNode","Transfer Count") | =CS.PARAMETERS("GlassNode","Transfer Count") | 7 | | Try It | [Docs](/providers/glassnode/transfer-rate) | **Transfer Rate** | =CS.QUERY("GlassNode","Transfer Rate") | =CS.PARAMETERS("GlassNode","Transfer Rate") | 7 | | Try It | [Docs](/providers/glassnode/transaction-size-(total)) | **Transaction Size (Total)** | =CS.QUERY("GlassNode","Transaction Size (Total)") | =CS.PARAMETERS("GlassNode","Transaction Size (Total)") | 7 | | Try It | [Docs](/providers/glassnode/transaction-size-(mean)) | **Transaction Size (Mean)** | =CS.QUERY("GlassNode","Transaction Size (Mean)") | =CS.PARAMETERS("GlassNode","Transaction Size (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/transfer-volume-(total)) | **Transfer Volume (Total)** | =CS.QUERY("GlassNode","Transfer Volume (Total)") | =CS.PARAMETERS("GlassNode","Transfer Volume (Total)") | 7 | | Try It | [Docs](/providers/glassnode/transfer-volume-(mean)) | **Transfer Volume (Mean)** | =CS.QUERY("GlassNode","Transfer Volume (Mean)") | =CS.PARAMETERS("GlassNode","Transfer Volume (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/transfer-volume-(median)) | **Transfer Volume (Median)** | =CS.QUERY("GlassNode","Transfer Volume (Median)") | =CS.PARAMETERS("GlassNode","Transfer Volume (Median)") | 7 | | Try It | [Docs](/providers/glassnode/change-adjusted-volume-(total)) | **Change-Adjusted Volume (Total)** | =CS.QUERY("GlassNode","Change-Adjusted Volume (Total)") | =CS.PARAMETERS("GlassNode","Change-Adjusted Volume (Total)") | 7 | | Try It | [Docs](/providers/glassnode/change-adjusted-volume-(mean)) | **Change-Adjusted Volume (Mean)** | =CS.QUERY("GlassNode","Change-Adjusted Volume (Mean)") | =CS.PARAMETERS("GlassNode","Change-Adjusted Volume (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/change-adjusted-volume-(median)) | **Change-Adjusted Volume (Median)** | =CS.QUERY("GlassNode","Change-Adjusted Volume (Median)") | =CS.PARAMETERS("GlassNode","Change-Adjusted Volume (Median)") | 7 | | Try It | [Docs](/providers/glassnode/entity-adjusted-transaction-count) | **Entity-Adjusted Transaction Count** | =CS.QUERY("GlassNode","Entity-Adjusted Transaction Count") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Transaction Count") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-volume-(total)) | **Entity-Adjusted Volume (Total)** | =CS.QUERY("GlassNode","Entity-Adjusted Volume (Total)") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Volume (Total)") | 7 | | Try It | [Docs](/providers/glassnode/entity-adjusted-volume-(mean)) | **Entity-Adjusted Volume (Mean)** | =CS.QUERY("GlassNode","Entity-Adjusted Volume (Mean)") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Volume (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/entity-adjusted-volume-(median)) | **Entity-Adjusted Volume (Median)** | =CS.QUERY("GlassNode","Entity-Adjusted Volume (Median)") | =CS.PARAMETERS("GlassNode","Entity-Adjusted Volume (Median)") | 7 | | Try It | [Docs](/providers/glassnode/miner-inflow-volume) | **Miner Inflow Volume** | =CS.QUERY("GlassNode","Miner Inflow Volume") | =CS.PARAMETERS("GlassNode","Miner Inflow Volume") | 8 | | Try It | [Docs](/providers/glassnode/miner-outflow-volume) | **Miner Outflow Volume** | =CS.QUERY("GlassNode","Miner Outflow Volume") | =CS.PARAMETERS("GlassNode","Miner Outflow Volume") | 8 | | Try It | [Docs](/providers/glassnode/miner-netflow-volume) | **Miner Netflow Volume** | =CS.QUERY("GlassNode","Miner Netflow Volume") | =CS.PARAMETERS("GlassNode","Miner Netflow Volume") | 8 | | Try It | [Docs](/providers/glassnode/miner-outgoing-transfers) | **Miner Outgoing Transfers** | =CS.QUERY("GlassNode","Miner Outgoing Transfers") | =CS.PARAMETERS("GlassNode","Miner Outgoing Transfers") | 8 | | Try It | [Docs](/providers/glassnode/miner-incoming-transfers) | **Miner Incoming Transfers** | =CS.QUERY("GlassNode","Miner Incoming Transfers") | =CS.PARAMETERS("GlassNode","Miner Incoming Transfers") | 8 | | Try It | [Docs](/providers/glassnode/contract-calls-(external)) | **Contract Calls (External)** | =CS.QUERY("GlassNode","Contract Calls (External)") | =CS.PARAMETERS("GlassNode","Contract Calls (External)") | 6 | | Try It | [Docs](/providers/glassnode/contract-calls-(internal)) | **Contract Calls (Internal)** | =CS.QUERY("GlassNode","Contract Calls (Internal)") | =CS.PARAMETERS("GlassNode","Contract Calls (Internal)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-inflow-volume-(mean)) | **Exchange Inflow Volume (Mean)** | =CS.QUERY("GlassNode","Exchange Inflow Volume (Mean)") | =CS.PARAMETERS("GlassNode","Exchange Inflow Volume (Mean)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-outflow-volume-(mean)) | **Exchange Outflow Volume (Mean)** | =CS.QUERY("GlassNode","Exchange Outflow Volume (Mean)") | =CS.PARAMETERS("GlassNode","Exchange Outflow Volume (Mean)") | 8 | | Try It | [Docs](/providers/glassnode/new-entities) | **New Entities** | =CS.QUERY("GlassNode","New Entities") | =CS.PARAMETERS("GlassNode","New Entities") | 6 | | Try It | [Docs](/providers/glassnode/entities-net-growth) | **Entities Net Growth** | =CS.QUERY("GlassNode","Entities Net Growth") | =CS.PARAMETERS("GlassNode","Entities Net Growth") | 6 | | Try It | [Docs](/providers/glassnode/number-of-whales) | **Number of Whales** | =CS.QUERY("GlassNode","Number of Whales") | =CS.PARAMETERS("GlassNode","Number of Whales") | 6 | | Try It | [Docs](/providers/glassnode/active-entities) | **Active Entities** | =CS.QUERY("GlassNode","Active Entities") | =CS.PARAMETERS("GlassNode","Active Entities") | 6 | | Try It | [Docs](/providers/glassnode/sending-entities) | **Sending Entities** | =CS.QUERY("GlassNode","Sending Entities") | =CS.PARAMETERS("GlassNode","Sending Entities") | 6 | | Try It | [Docs](/providers/glassnode/receiving-entities) | **Receiving Entities** | =CS.QUERY("GlassNode","Receiving Entities") | =CS.PARAMETERS("GlassNode","Receiving Entities") | 6 | | Try It | [Docs](/providers/glassnode/percent-entities-in-profit) | **Percent Entities in Profit** | =CS.QUERY("GlassNode","Percent Entities in Profit") | =CS.PARAMETERS("GlassNode","Percent Entities in Profit") | 6 | | Try It | [Docs](/providers/glassnode/entities-supply-distribution) | **Entities Supply Distribution** | =CS.QUERY("GlassNode","Entities Supply Distribution") | =CS.PARAMETERS("GlassNode","Entities Supply Distribution") | 6 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-lt-0.001) | **Supply Held by Entities with Balance < 0.001** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance < 0.001") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance < 0.001") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-0.001---0.01) | **Supply Held by Entities with Balance 0.001 - 0.01** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 0.001 - 0.01") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 0.001 - 0.01") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-0.01---0.1) | **Supply Held by Entities with Balance 0.01 - 0.1** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 0.01 - 0.1") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 0.01 - 0.1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-0.1---1) | **Supply Held by Entities with Balance 0.1 - 1** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 0.1 - 1") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 0.1 - 1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-1---10) | **Supply Held by Entities with Balance 1 - 10** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 1 - 10") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 1 - 10") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-10---100) | **Supply Held by Entities with Balance 10 - 100** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 10 - 100") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 10 - 100") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-100---1k) | **Supply Held by Entities with Balance 100 - 1k** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 100 - 1k") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 100 - 1k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-10k---100k) | **Supply Held by Entities with Balance 10k - 100k** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance 10k - 100k") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance 10k - 100k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-gt-100k) | **Supply Held by Entities with Balance > 100k** | =CS.QUERY("GlassNode","Supply Held by Entities with Balance > 100k") | =CS.PARAMETERS("GlassNode","Supply Held by Entities with Balance > 100k") | 7 | | Try It | [Docs](/providers/glassnode/price) | **Price** | =CS.QUERY("GlassNode","Price") | =CS.PARAMETERS("GlassNode","Price") | 6 | | Try It | [Docs](/providers/glassnode/price-ohlc) | **Price OHLC** | =CS.QUERY("GlassNode","Price OHLC") | =CS.PARAMETERS("GlassNode","Price OHLC") | 6 | | Try It | [Docs](/providers/glassnode/price-drawdown-from-ath) | **Price Drawdown from ATH** | =CS.QUERY("GlassNode","Price Drawdown from ATH") | =CS.PARAMETERS("GlassNode","Price Drawdown from ATH") | 6 | | Try It | [Docs](/providers/glassnode/realized-price) | **Realized Price** | =CS.QUERY("GlassNode","Realized Price") | =CS.PARAMETERS("GlassNode","Realized Price") | 6 | | Try It | [Docs](/providers/glassnode/market-cap) | **Market Cap** | =CS.QUERY("GlassNode","Market Cap") | =CS.PARAMETERS("GlassNode","Market Cap") | 6 | | Try It | [Docs](/providers/glassnode/realized-cap) | **Realized Cap** | =CS.QUERY("GlassNode","Realized Cap") | =CS.PARAMETERS("GlassNode","Realized Cap") | 6 | | Try It | [Docs](/providers/glassnode/mvrv-ratio) | **MVRV Ratio** | =CS.QUERY("GlassNode","MVRV Ratio") | =CS.PARAMETERS("GlassNode","MVRV Ratio") | 6 | | Try It | [Docs](/providers/glassnode/mvrv-z-score) | **MVRV Z-Score** | =CS.QUERY("GlassNode","MVRV Z-Score") | =CS.PARAMETERS("GlassNode","MVRV Z-Score") | 6 | | Try It | [Docs](/providers/glassnode/lth-mvrv) | **LTH-MVRV** | =CS.QUERY("GlassNode","LTH-MVRV") | =CS.PARAMETERS("GlassNode","LTH-MVRV") | 6 | | Try It | [Docs](/providers/glassnode/sth-mvrv) | **STH-MVRV** | =CS.QUERY("GlassNode","STH-MVRV") | =CS.PARAMETERS("GlassNode","STH-MVRV") | 6 | | Try It | [Docs](/providers/glassnode/circulating-supply) | **Circulating Supply** | =CS.QUERY("GlassNode","Circulating Supply") | =CS.PARAMETERS("GlassNode","Circulating Supply") | 6 | | Try It | [Docs](/providers/glassnode/percent-supply-in-profit) | **Percent Supply in Profit** | =CS.QUERY("GlassNode","Percent Supply in Profit") | =CS.PARAMETERS("GlassNode","Percent Supply in Profit") | 6 | | Try It | [Docs](/providers/glassnode/supply-in-profit) | **Supply in Profit** | =CS.QUERY("GlassNode","Supply in Profit") | =CS.PARAMETERS("GlassNode","Supply in Profit") | 7 | | Try It | [Docs](/providers/glassnode/supply-in-loss) | **Supply in Loss** | =CS.QUERY("GlassNode","Supply in Loss") | =CS.PARAMETERS("GlassNode","Supply in Loss") | 7 | | Try It | [Docs](/providers/glassnode/hodl-waves) | **HODL Waves** | =CS.QUERY("GlassNode","HODL Waves") | =CS.PARAMETERS("GlassNode","HODL Waves") | 6 | | Try It | [Docs](/providers/glassnode/realized-cap-hodl-waves) | **Realized Cap HODL Waves** | =CS.QUERY("GlassNode","Realized Cap HODL Waves") | =CS.PARAMETERS("GlassNode","Realized Cap HODL Waves") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1+-years-ago) | **Supply Last Active 1+ Years Ago** | =CS.QUERY("GlassNode","Supply Last Active 1+ Years Ago") | =CS.PARAMETERS("GlassNode","Supply Last Active 1+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-2+-years-ago) | **Supply Last Active 2+ Years Ago** | =CS.QUERY("GlassNode","Supply Last Active 2+ Years Ago") | =CS.PARAMETERS("GlassNode","Supply Last Active 2+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-3+-years-ago) | **Supply Last Active 3+ Years Ago** | =CS.QUERY("GlassNode","Supply Last Active 3+ Years Ago") | =CS.PARAMETERS("GlassNode","Supply Last Active 3+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-5+-years-ago) | **Supply Last Active 5+ Years Ago** | =CS.QUERY("GlassNode","Supply Last Active 5+ Years Ago") | =CS.PARAMETERS("GlassNode","Supply Last Active 5+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-lt-24h) | **Supply Last Active < 24h** | =CS.QUERY("GlassNode","Supply Last Active < 24h") | =CS.PARAMETERS("GlassNode","Supply Last Active < 24h") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1d-1w) | **Supply Last Active 1d-1w** | =CS.QUERY("GlassNode","Supply Last Active 1d-1w") | =CS.PARAMETERS("GlassNode","Supply Last Active 1d-1w") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1w-1m) | **Supply Last Active 1w-1m** | =CS.QUERY("GlassNode","Supply Last Active 1w-1m") | =CS.PARAMETERS("GlassNode","Supply Last Active 1w-1m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1m-3m) | **Supply Last Active 1m-3m** | =CS.QUERY("GlassNode","Supply Last Active 1m-3m") | =CS.PARAMETERS("GlassNode","Supply Last Active 1m-3m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-3m-6m) | **Supply Last Active 3m-6m** | =CS.QUERY("GlassNode","Supply Last Active 3m-6m") | =CS.PARAMETERS("GlassNode","Supply Last Active 3m-6m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-6m-12m) | **Supply Last Active 6m-12m** | =CS.QUERY("GlassNode","Supply Last Active 6m-12m") | =CS.PARAMETERS("GlassNode","Supply Last Active 6m-12m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1y-2y) | **Supply Last Active 1y-2y** | =CS.QUERY("GlassNode","Supply Last Active 1y-2y") | =CS.PARAMETERS("GlassNode","Supply Last Active 1y-2y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-2y-3y) | **Supply Last Active 2y-3y** | =CS.QUERY("GlassNode","Supply Last Active 2y-3y") | =CS.PARAMETERS("GlassNode","Supply Last Active 2y-3y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-3y-5y) | **Supply Last Active 3y-5y** | =CS.QUERY("GlassNode","Supply Last Active 3y-5y") | =CS.PARAMETERS("GlassNode","Supply Last Active 3y-5y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-5y-7y) | **Supply Last Active 5y-7y** | =CS.QUERY("GlassNode","Supply Last Active 5y-7y") | =CS.PARAMETERS("GlassNode","Supply Last Active 5y-7y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-7y-10y) | **Supply Last Active 7y-10y** | =CS.QUERY("GlassNode","Supply Last Active 7y-10y") | =CS.PARAMETERS("GlassNode","Supply Last Active 7y-10y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-gt-10y) | **Supply Last Active > 10y** | =CS.QUERY("GlassNode","Supply Last Active > 10y") | =CS.PARAMETERS("GlassNode","Supply Last Active > 10y") | 6 | | Try It | [Docs](/providers/glassnode/issuance) | **Issuance** | =CS.QUERY("GlassNode","Issuance") | =CS.PARAMETERS("GlassNode","Issuance") | 7 | | Try It | [Docs](/providers/glassnode/inflation-rate) | **Inflation Rate** | =CS.QUERY("GlassNode","Inflation Rate") | =CS.PARAMETERS("GlassNode","Inflation Rate") | 6 | | Try It | [Docs](/providers/glassnode/utxos-created) | **UTXOs Created** | =CS.QUERY("GlassNode","UTXOs Created") | =CS.PARAMETERS("GlassNode","UTXOs Created") | 6 | | Try It | [Docs](/providers/glassnode/utxos-spent) | **UTXOs Spent** | =CS.QUERY("GlassNode","UTXOs Spent") | =CS.PARAMETERS("GlassNode","UTXOs Spent") | 6 | | Try It | [Docs](/providers/glassnode/utxo-value-created-(total)) | **UTXO Value Created (Total)** | =CS.QUERY("GlassNode","UTXO Value Created (Total)") | =CS.PARAMETERS("GlassNode","UTXO Value Created (Total)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-created-(mean)) | **UTXO Value Created (Mean)** | =CS.QUERY("GlassNode","UTXO Value Created (Mean)") | =CS.PARAMETERS("GlassNode","UTXO Value Created (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-created-(median)) | **UTXO Value Created (Median)** | =CS.QUERY("GlassNode","UTXO Value Created (Median)") | =CS.PARAMETERS("GlassNode","UTXO Value Created (Median)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-spent-(total)) | **UTXO Value Spent (Total)** | =CS.QUERY("GlassNode","UTXO Value Spent (Total)") | =CS.PARAMETERS("GlassNode","UTXO Value Spent (Total)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-spent-(mean)) | **UTXO Value Spent (Mean)** | =CS.QUERY("GlassNode","UTXO Value Spent (Mean)") | =CS.PARAMETERS("GlassNode","UTXO Value Spent (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-spent-(median)) | **UTXO Value Spent (Median)** | =CS.QUERY("GlassNode","UTXO Value Spent (Median)") | =CS.PARAMETERS("GlassNode","UTXO Value Spent (Median)") | 7 | | Try It | [Docs](/providers/glassnode/percent-utxos-in-profit) | **Percent UTXOs in Profit** | =CS.QUERY("GlassNode","Percent UTXOs in Profit") | =CS.PARAMETERS("GlassNode","Percent UTXOs in Profit") | 6 | | Try It | [Docs](/providers/glassnode/utxos-in-profit) | **UTXOs in Profit** | =CS.QUERY("GlassNode","UTXOs in Profit") | =CS.PARAMETERS("GlassNode","UTXOs in Profit") | 6 | | Try It | [Docs](/providers/glassnode/utxos-in-loss) | **UTXOs in Loss** | =CS.QUERY("GlassNode","UTXOs in Loss") | =CS.PARAMETERS("GlassNode","UTXOs in Loss") | 6 | | Try It | [Docs](/providers/glassnode/fees-(total)) | **Fees (Total)** | =CS.QUERY("GlassNode","Fees (Total)") | =CS.PARAMETERS("GlassNode","Fees (Total)") | 7 | | Try It | [Docs](/providers/glassnode/fees-(mean)) | **Fees (Mean)** | =CS.QUERY("GlassNode","Fees (Mean)") | =CS.PARAMETERS("GlassNode","Fees (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/fee-ratio-multiple-(frm)) | **Fee Ratio Multiple (FRM)** | =CS.QUERY("GlassNode","Fee Ratio Multiple (FRM)") | =CS.PARAMETERS("GlassNode","Fee Ratio Multiple (FRM)") | 6 | | Try It | [Docs](/providers/glassnode/gas-used-(total)) | **Gas Used (Total)** | =CS.QUERY("GlassNode","Gas Used (Total)") | =CS.PARAMETERS("GlassNode","Gas Used (Total)") | 6 | | Try It | [Docs](/providers/glassnode/gas-used-(mean)) | **Gas Used (Mean)** | =CS.QUERY("GlassNode","Gas Used (Mean)") | =CS.PARAMETERS("GlassNode","Gas Used (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/gas-used-(median)) | **Gas Used (Median)** | =CS.QUERY("GlassNode","Gas Used (Median)") | =CS.PARAMETERS("GlassNode","Gas Used (Median)") | 6 | | Try It | [Docs](/providers/glassnode/gas-price-(mean)) | **Gas Price (Mean)** | =CS.QUERY("GlassNode","Gas Price (Mean)") | =CS.PARAMETERS("GlassNode","Gas Price (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/gas-price-(median)) | **Gas Price (Median)** | =CS.QUERY("GlassNode","Gas Price (Median)") | =CS.PARAMETERS("GlassNode","Gas Price (Median)") | 7 | | Try It | [Docs](/providers/glassnode/transaction-gas-limit-(mean)) | **Transaction Gas Limit (Mean)** | =CS.QUERY("GlassNode","Transaction Gas Limit (Mean)") | =CS.PARAMETERS("GlassNode","Transaction Gas Limit (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/transaction-gas-limit-(median)) | **Transaction Gas Limit (Median)** | =CS.QUERY("GlassNode","Transaction Gas Limit (Median)") | =CS.PARAMETERS("GlassNode","Transaction Gas Limit (Median)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-fees-(total)) | **Exchange Fees (Total)** | =CS.QUERY("GlassNode","Exchange Fees (Total)") | =CS.PARAMETERS("GlassNode","Exchange Fees (Total)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-fees-(mean)) | **Exchange Fees (Mean)** | =CS.QUERY("GlassNode","Exchange Fees (Mean)") | =CS.PARAMETERS("GlassNode","Exchange Fees (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-fee-dominance) | **Exchange Fee Dominance** | =CS.QUERY("GlassNode","Exchange Fee Dominance") | =CS.PARAMETERS("GlassNode","Exchange Fee Dominance") | 6 | | Try It | [Docs](/providers/glassnode/difficulty) | **Difficulty** | =CS.QUERY("GlassNode","Difficulty") | =CS.PARAMETERS("GlassNode","Difficulty") | 6 | | Try It | [Docs](/providers/glassnode/hash-rate) | **Hash Rate** | =CS.QUERY("GlassNode","Hash Rate") | =CS.PARAMETERS("GlassNode","Hash Rate") | 6 | | Try It | [Docs](/providers/glassnode/miner-revenue-(total)) | **Miner Revenue (Total)** | =CS.QUERY("GlassNode","Miner Revenue (Total)") | =CS.PARAMETERS("GlassNode","Miner Revenue (Total)") | 7 | | Try It | [Docs](/providers/glassnode/miner-revenue-(fees)) | **Miner Revenue (Fees)** | =CS.QUERY("GlassNode","Miner Revenue (Fees)") | =CS.PARAMETERS("GlassNode","Miner Revenue (Fees)") | 6 | | Try It | [Docs](/providers/glassnode/miner-outflow-multiple) | **Miner Outflow Multiple** | =CS.QUERY("GlassNode","Miner Outflow Multiple") | =CS.PARAMETERS("GlassNode","Miner Outflow Multiple") | 7 | | Try It | [Docs](/providers/glassnode/miner-volume-mined) | **Miner Volume Mined** | =CS.QUERY("GlassNode","Miner Volume Mined") | =CS.PARAMETERS("GlassNode","Miner Volume Mined") | 2 | | Try It | [Docs](/providers/glassnode/thermocap) | **Thermocap** | =CS.QUERY("GlassNode","Thermocap") | =CS.PARAMETERS("GlassNode","Thermocap") | 6 | | Try It | [Docs](/providers/glassnode/market-cap-to-thermocap-ratio) | **Market Cap to Thermocap Ratio** | =CS.QUERY("GlassNode","Market Cap to Thermocap Ratio") | =CS.PARAMETERS("GlassNode","Market Cap to Thermocap Ratio") | 6 | | Try It | [Docs](/providers/glassnode/miner-revenue-(block-rewards)) | **Miner Revenue (Block Rewards)** | =CS.QUERY("GlassNode","Miner Revenue (Block Rewards)") | =CS.PARAMETERS("GlassNode","Miner Revenue (Block Rewards)") | 7 | | Try It | [Docs](/providers/glassnode/miner-unspent-supply) | **Miner Unspent Supply** | =CS.QUERY("GlassNode","Miner Unspent Supply") | =CS.PARAMETERS("GlassNode","Miner Unspent Supply") | 7 | | Try It | [Docs](/providers/glassnode/block-height) | **Block Height** | =CS.QUERY("GlassNode","Block Height") | =CS.PARAMETERS("GlassNode","Block Height") | 6 | | Try It | [Docs](/providers/glassnode/number-of-blocks) | **Number of Blocks** | =CS.QUERY("GlassNode","Number of Blocks") | =CS.PARAMETERS("GlassNode","Number of Blocks") | 6 | | Try It | [Docs](/providers/glassnode/block-interval-(mean)) | **Block Interval (Mean)** | =CS.QUERY("GlassNode","Block Interval (Mean)") | =CS.PARAMETERS("GlassNode","Block Interval (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/block-interval-(median)) | **Block Interval (Median)** | =CS.QUERY("GlassNode","Block Interval (Median)") | =CS.PARAMETERS("GlassNode","Block Interval (Median)") | 6 | | Try It | [Docs](/providers/glassnode/block-size-(total)) | **Block Size (Total)** | =CS.QUERY("GlassNode","Block Size (Total)") | =CS.PARAMETERS("GlassNode","Block Size (Total)") | 6 | | Try It | [Docs](/providers/glassnode/block-size-(mean)) | **Block Size (Mean)** | =CS.QUERY("GlassNode","Block Size (Mean)") | =CS.PARAMETERS("GlassNode","Block Size (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/supply-of-top-1%-addresses) | **Supply of Top 1% Addresses** | =CS.QUERY("GlassNode","Supply of Top 1% Addresses") | =CS.PARAMETERS("GlassNode","Supply of Top 1% Addresses") | 6 | | Try It | [Docs](/providers/glassnode/gini-coefficient) | **Gini Coefficient** | =CS.QUERY("GlassNode","Gini Coefficient") | =CS.PARAMETERS("GlassNode","Gini Coefficient") | 6 | | Try It | [Docs](/providers/glassnode/herfindahl-index) | **Herfindahl Index** | =CS.QUERY("GlassNode","Herfindahl Index") | =CS.PARAMETERS("GlassNode","Herfindahl Index") | 6 | | Try It | [Docs](/providers/glassnode/supply-in-smart-contracts) | **Supply in Smart Contracts** | =CS.QUERY("GlassNode","Supply in Smart Contracts") | =CS.PARAMETERS("GlassNode","Supply in Smart Contracts") | 6 | | Try It | [Docs](/providers/glassnode/miner-balance) | **Miner Balance** | =CS.QUERY("GlassNode","Miner Balance") | =CS.PARAMETERS("GlassNode","Miner Balance") | 7 | | Try It | [Docs](/providers/glassnode/miner-balance-(stacked)) | **Miner Balance (Stacked)** | =CS.QUERY("GlassNode","Miner Balance (Stacked)") | =CS.PARAMETERS("GlassNode","Miner Balance (Stacked)") | 7 | | Try It | [Docs](/providers/glassnode/exchange-flow-ticker) | **Exchange flow ticker** | =CS.QUERY("GlassNode","Exchange flow ticker") | =CS.PARAMETERS("GlassNode","Exchange flow ticker") | 5 |

## Google Sheets

| App Url | Docs Url | Name | Example | Parameters | # of Parameters | | --------------------------------------------------------------------------------------- | ---------------------------------------------------------------------------------------- | --------------------------- | ------------------------------------------------------------------------------------------------------------------------------ | -------- | ----------- | | Try It | [Docs](/providers/glassnode/assets) | **Assets** | =CSQUERY("GlassNode","Assets") | =CSPARAMETERS("GlassNode","Assets") | 1 | | Try It | [Docs](/providers/glassnode/endpoints) | **Endpoints** | =CSQUERY("GlassNode","Endpoints") | =CSPARAMETERS("GlassNode","Endpoints") | 1 | | Try It | [Docs](/providers/glassnode/futures-volume-(latest-24h)) | **Futures Volume (Latest 24h)** | =CSQUERY("GlassNode","Futures Volume (Latest 24h)") | =CSPARAMETERS("GlassNode","Futures Volume (Latest 24h)") | 6 | | Try It | [Docs](/providers/glassnode/futures-volume) | **Futures Volume** | =CSQUERY("GlassNode","Futures Volume") | =CSPARAMETERS("GlassNode","Futures Volume") | 7 | | Try It | [Docs](/providers/glassnode/futures-volume-(perpetual)) | **Futures Volume (Perpetual)** | =CSQUERY("GlassNode","Futures Volume (Perpetual)") | =CSPARAMETERS("GlassNode","Futures Volume (Perpetual)") | 7 | | Try It | [Docs](/providers/glassnode/futures-open-interest-(current)) | **Futures Open Interest (Current)** | =CSQUERY("GlassNode","Futures Open Interest (Current)") | =CSPARAMETERS("GlassNode","Futures Open Interest (Current)") | 6 | | Try It | [Docs](/providers/glassnode/futures-open-interest) | **Futures Open Interest** | =CSQUERY("GlassNode","Futures Open Interest") | =CSPARAMETERS("GlassNode","Futures Open Interest") | 7 | | Try It | [Docs](/providers/glassnode/futures-open-interest-(perpetual)) | **Futures Open Interest (Perpetual)** | =CSQUERY("GlassNode","Futures Open Interest (Perpetual)") | =CSPARAMETERS("GlassNode","Futures Open Interest (Perpetual)") | 7 | | Try It | [Docs](/providers/glassnode/futures-perpetual-funding-rate) | **Futures Perpetual Funding Rate** | =CSQUERY("GlassNode","Futures Perpetual Funding Rate") | =CSPARAMETERS("GlassNode","Futures Perpetual Funding Rate") | 7 | | Try It | [Docs](/providers/glassnode/total-addresses) | **Total Addresses** | =CSQUERY("GlassNode","Total Addresses") | =CSPARAMETERS("GlassNode","Total Addresses") | 6 | | Try It | [Docs](/providers/glassnode/active-addresses) | **Active Addresses** | =CSQUERY("GlassNode","Active Addresses") | =CSPARAMETERS("GlassNode","Active Addresses") | 6 | | Try It | [Docs](/providers/glassnode/sending-addresses) | **Sending Addresses** | =CSQUERY("GlassNode","Sending Addresses") | =CSPARAMETERS("GlassNode","Sending Addresses") | 6 | | Try It | [Docs](/providers/glassnode/receiving-addresses) | **Receiving Addresses** | =CSQUERY("GlassNode","Receiving Addresses") | =CSPARAMETERS("GlassNode","Receiving Addresses") | 6 | | Try It | [Docs](/providers/glassnode/new-addresses) | **New Addresses** | =CSQUERY("GlassNode","New Addresses") | =CSPARAMETERS("GlassNode","New Addresses") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-non-zero-balance) | **Addresses with Non-Zero Balance** | =CSQUERY("GlassNode","Addresses with Non-Zero Balance") | =CSPARAMETERS("GlassNode","Addresses with Non-Zero Balance") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-0.01) | **Addresses with Balance ≥ 0.01** | =CSQUERY("GlassNode","Addresses with Balance ≥ 0.01") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 0.01") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-0.1) | **Addresses with Balance ≥ 0.1** | =CSQUERY("GlassNode","Addresses with Balance ≥ 0.1") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 0.1") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-1) | **Addresses with Balance ≥ 1** | =CSQUERY("GlassNode","Addresses with Balance ≥ 1") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 1") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-10) | **Addresses with Balance ≥ 10** | =CSQUERY("GlassNode","Addresses with Balance ≥ 10") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 10") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-100) | **Addresses with Balance ≥ 100** | =CSQUERY("GlassNode","Addresses with Balance ≥ 100") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 100") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-1k) | **Addresses with Balance ≥ 1k** | =CSQUERY("GlassNode","Addresses with Balance ≥ 1k") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 1k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-10k) | **Addresses with Balance ≥ 10k** | =CSQUERY("GlassNode","Addresses with Balance ≥ 10k") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 10k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-32-eth) | **Addresses with Balance ≥ 32 ETH** | =CSQUERY("GlassNode","Addresses with Balance ≥ 32 ETH") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ 32 ETH") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$1) | **Addresses with Balance ≥ $1** | =CSQUERY("GlassNode","Addresses with Balance ≥ $1") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ $1") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$10) | **Addresses with Balance ≥ $10** | =CSQUERY("GlassNode","Addresses with Balance ≥ $10") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ $10") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$100) | **Addresses with Balance ≥ $100** | =CSQUERY("GlassNode","Addresses with Balance ≥ $100") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ $100") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$1k) | **Addresses with Balance ≥ $1k** | =CSQUERY("GlassNode","Addresses with Balance ≥ $1k") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ $1k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$10k) | **Addresses with Balance ≥ $10k** | =CSQUERY("GlassNode","Addresses with Balance ≥ $10k") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ $10k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$100k) | **Addresses with Balance ≥ $100k** | =CSQUERY("GlassNode","Addresses with Balance ≥ $100k") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ $100k") | 6 | | Try It | [Docs](/providers/glassnode/addresses-with-balance-≥-$1m) | **Addresses with Balance ≥ $1M** | =CSQUERY("GlassNode","Addresses with Balance ≥ $1M") | =CSPARAMETERS("GlassNode","Addresses with Balance ≥ $1M") | 6 | | Try It | [Docs](/providers/glassnode/percent-addresses-in-profit) | **Percent Addresses in Profit** | =CSQUERY("GlassNode","Percent Addresses in Profit") | =CSPARAMETERS("GlassNode","Percent Addresses in Profit") | 6 | | Try It | [Docs](/providers/glassnode/addresses-in-profit) | **Addresses in Profit** | =CSQUERY("GlassNode","Addresses in Profit") | =CSPARAMETERS("GlassNode","Addresses in Profit") | 6 | | Try It | [Docs](/providers/glassnode/addresses-in-loss) | **Addresses in Loss** | =CSQUERY("GlassNode","Addresses in Loss") | =CSPARAMETERS("GlassNode","Addresses in Loss") | 6 | | Try It | [Docs](/providers/glassnode/relative-address-supply-distribution) | **Relative Address Supply Distribution** | =CSQUERY("GlassNode","Relative Address Supply Distribution") | =CSPARAMETERS("GlassNode","Relative Address Supply Distribution") | 6 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-lt-0.001) | **Supply Held by Addresses with Balance < 0.001** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance < 0.001") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance < 0.001") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-0.001---0.01) | **Supply Held by Addresses with Balance 0.001 - 0.01** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance 0.001 - 0.01") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance 0.001 - 0.01") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-0.01---0.1) | **Supply Held by Addresses with Balance 0.01 - 0.1** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance 0.01 - 0.1") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance 0.01 - 0.1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-0.1---1) | **Supply Held by Addresses with Balance 0.1 - 1** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance 0.1 - 1") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance 0.1 - 1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-1---10) | **Supply Held by Addresses with Balance 1 - 10** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance 1 - 10") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance 1 - 10") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-10---100) | **Supply Held by Addresses with Balance 10 - 100** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance 10 - 100") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance 10 - 100") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-100---1k) | **Supply Held by Addresses with Balance 100 - 1k** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance 100 - 1k") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance 100 - 1k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-1k---10k) | **Supply Held by Entities with Balance 1k - 10k** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 1k - 10k") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 1k - 10k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-10k---100k) | **Supply Held by Addresses with Balance 10k - 100k** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance 10k - 100k") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance 10k - 100k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-addresses-with-balance-gt-100k) | **Supply Held by Addresses with Balance > 100k** | =CSQUERY("GlassNode","Supply Held by Addresses with Balance > 100k") | =CSPARAMETERS("GlassNode","Supply Held by Addresses with Balance > 100k") | 7 | | Try It | [Docs](/providers/glassnode/accumulation-addresses) | **Accumulation Addresses** | =CSQUERY("GlassNode","Accumulation Addresses") | =CSPARAMETERS("GlassNode","Accumulation Addresses") | 6 | | Try It | [Docs](/providers/glassnode/accumulation-balance) | **Accumulation Balance** | =CSQUERY("GlassNode","Accumulation Balance") | =CSPARAMETERS("GlassNode","Accumulation Balance") | 7 | | Try It | [Docs](/providers/glassnode/depositing-addresses) | **Depositing Addresses** | =CSQUERY("GlassNode","Depositing Addresses") | =CSPARAMETERS("GlassNode","Depositing Addresses") | 6 | | Try It | [Docs](/providers/glassnode/withdrawing-addresses) | **Withdrawing Addresses** | =CSQUERY("GlassNode","Withdrawing Addresses") | =CSPARAMETERS("GlassNode","Withdrawing Addresses") | 7 | | Try It | [Docs](/providers/glassnode/sopr) | **SOPR** | =CSQUERY("GlassNode","SOPR") | =CSPARAMETERS("GlassNode","SOPR") | 6 | | Try It | [Docs](/providers/glassnode/asopr) | **aSOPR** | =CSQUERY("GlassNode","aSOPR") | =CSPARAMETERS("GlassNode","aSOPR") | 6 | | Try It | [Docs](/providers/glassnode/lth-sopr) | **LTH-SOPR** | =CSQUERY("GlassNode","LTH-SOPR") | =CSPARAMETERS("GlassNode","LTH-SOPR") | 6 | | Try It | [Docs](/providers/glassnode/sth-sopr) | **STH-SOPR** | =CSQUERY("GlassNode","STH-SOPR") | =CSPARAMETERS("GlassNode","STH-SOPR") | 6 | | Try It | [Docs](/providers/glassnode/nvt-ratio) | **NVT Ratio** | =CSQUERY("GlassNode","NVT Ratio") | =CSPARAMETERS("GlassNode","NVT Ratio") | 6 | | Try It | [Docs](/providers/glassnode/nvt-signal) | **NVT Signal** | =CSQUERY("GlassNode","NVT Signal") | =CSPARAMETERS("GlassNode","NVT Signal") | 6 | | Try It | [Docs](/providers/glassnode/velocity) | **Velocity** | =CSQUERY("GlassNode","Velocity") | =CSPARAMETERS("GlassNode","Velocity") | 6 | | Try It | [Docs](/providers/glassnode/coin-days-destroyed-(cdd)) | **Coin Days Destroyed (CDD)** | =CSQUERY("GlassNode","Coin Days Destroyed (CDD)") | =CSPARAMETERS("GlassNode","Coin Days Destroyed (CDD)") | 6 | | Try It | [Docs](/providers/glassnode/supply-adjusted-cdd) | **Supply-adjusted CDD** | =CSQUERY("GlassNode","Supply-adjusted CDD") | =CSPARAMETERS("GlassNode","Supply-adjusted CDD") | 6 | | Try It | [Docs](/providers/glassnode/binary-cdd) | **Binary CDD** | =CSQUERY("GlassNode","Binary CDD") | =CSPARAMETERS("GlassNode","Binary CDD") | 6 | | Try It | [Docs](/providers/glassnode/reserve-risk) | **Reserve Risk** | =CSQUERY("GlassNode","Reserve Risk") | =CSPARAMETERS("GlassNode","Reserve Risk") | 6 | | Try It | [Docs](/providers/glassnode/average-coin-dormancy) | **Average Coin Dormancy** | =CSQUERY("GlassNode","Average Coin Dormancy") | =CSPARAMETERS("GlassNode","Average Coin Dormancy") | 6 | | Try It | [Docs](/providers/glassnode/supply-adjusted-dormancy) | **Supply Adjusted Dormancy** | =CSQUERY("GlassNode","Supply Adjusted Dormancy") | =CSPARAMETERS("GlassNode","Supply Adjusted Dormancy") | 6 | | Try It | [Docs](/providers/glassnode/liveliness) | **Liveliness** | =CSQUERY("GlassNode","Liveliness") | =CSPARAMETERS("GlassNode","Liveliness") | 6 | | Try It | [Docs](/providers/glassnode/msol) | **MSOL** | =CSQUERY("GlassNode","MSOL") | =CSPARAMETERS("GlassNode","MSOL") | 6 | | Try It | [Docs](/providers/glassnode/spent-output-age-bands) | **Spent Output Age Bands** | =CSQUERY("GlassNode","Spent Output Age Bands") | =CSPARAMETERS("GlassNode","Spent Output Age Bands") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-lt-1h) | **Spent Outputs < 1h** | =CSQUERY("GlassNode","Spent Outputs < 1h") | =CSPARAMETERS("GlassNode","Spent Outputs < 1h") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1h-24h) | **Spent Outputs 1h-24h** | =CSQUERY("GlassNode","Spent Outputs 1h-24h") | =CSPARAMETERS("GlassNode","Spent Outputs 1h-24h") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1d-1w) | **Spent Outputs 1d-1w** | =CSQUERY("GlassNode","Spent Outputs 1d-1w") | =CSPARAMETERS("GlassNode","Spent Outputs 1d-1w") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1w-1m) | **Spent Outputs 1w-1m** | =CSQUERY("GlassNode","Spent Outputs 1w-1m") | =CSPARAMETERS("GlassNode","Spent Outputs 1w-1m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1m-3m) | **Spent Outputs 1m-3m** | =CSQUERY("GlassNode","Spent Outputs 1m-3m") | =CSPARAMETERS("GlassNode","Spent Outputs 1m-3m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-3m-6m) | **Spent Outputs 3m-6m** | =CSQUERY("GlassNode","Spent Outputs 3m-6m") | =CSPARAMETERS("GlassNode","Spent Outputs 3m-6m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-6m-12m) | **Spent Outputs 6m-12m** | =CSQUERY("GlassNode","Spent Outputs 6m-12m") | =CSPARAMETERS("GlassNode","Spent Outputs 6m-12m") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-1y-2y) | **Spent Outputs 1y-2y** | =CSQUERY("GlassNode","Spent Outputs 1y-2y") | =CSPARAMETERS("GlassNode","Spent Outputs 1y-2y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-2y-3y) | **Spent Outputs 2y-3y** | =CSQUERY("GlassNode","Spent Outputs 2y-3y") | =CSPARAMETERS("GlassNode","Spent Outputs 2y-3y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-3y-5y) | **Spent Outputs 3y-5y** | =CSQUERY("GlassNode","Spent Outputs 3y-5y") | =CSPARAMETERS("GlassNode","Spent Outputs 3y-5y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-5y-7y) | **Spent Outputs 5y-7y** | =CSQUERY("GlassNode","Spent Outputs 5y-7y") | =CSPARAMETERS("GlassNode","Spent Outputs 5y-7y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-7y-10y) | **Spent Outputs 7y-10y** | =CSQUERY("GlassNode","Spent Outputs 7y-10y") | =CSPARAMETERS("GlassNode","Spent Outputs 7y-10y") | 6 | | Try It | [Docs](/providers/glassnode/spent-outputs-gt-10y) | **Spent Outputs > 10y** | =CSQUERY("GlassNode","Spent Outputs > 10y") | =CSPARAMETERS("GlassNode","Spent Outputs > 10y") | 6 | | Try It | [Docs](//providers/glassnode/net-unrealized-profit-loss-nupl) | **Net Unrealized Profit/Loss (NUPL)** | =CSQUERY("GlassNode","Net Unrealized Profit Loss NUPL") | =CSPARAMETERS("GlassNode","Net Unrealized Profit Loss NUPL") | 6 | | Try It | [Docs](/providers/glassnode/relative-unrealized-profit) | **Relative Unrealized Profit** | =CSQUERY("GlassNode","Relative Unrealized Profit") | =CSPARAMETERS("GlassNode","Relative Unrealized Profit") | 6 | | Try It | [Docs](/providers/glassnode/relative-unrealized-loss) | **Relative Unrealized Loss** | =CSQUERY("GlassNode","Relative Unrealized Loss") | =CSPARAMETERS("GlassNode","Relative Unrealized Loss") | 6 | | Try It | [Docs](/providers/glassnode/net-realized-profit/loss) | **Net Realized Profit/Loss** | =CSQUERY("GlassNode","Net Realized Profit/Loss") | =CSPARAMETERS("GlassNode","Net Realized Profit/Loss") | 6 | | Try It | [Docs](/providers/glassnode/realized-profit) | **Realized Profit** | =CSQUERY("GlassNode","Realized Profit") | =CSPARAMETERS("GlassNode","Realized Profit") | 6 | | Try It | [Docs](/providers/glassnode/realized-loss) | **Realized Loss** | =CSQUERY("GlassNode","Realized Loss") | =CSPARAMETERS("GlassNode","Realized Loss") | 6 | | Try It | [Docs](/providers/glassnode/lth-nupl) | **LTH-NUPL** | =CSQUERY("GlassNode","LTH-NUPL") | =CSPARAMETERS("GlassNode","LTH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/sth-nupl) | **STH-NUPL** | =CSQUERY("GlassNode","STH-NUPL") | =CSPARAMETERS("GlassNode","STH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/stablecoin-supply-ratio-(ssr)) | **Stablecoin Supply Ratio (SSR)** | =CSQUERY("GlassNode","Stablecoin Supply Ratio (SSR)") | =CSPARAMETERS("GlassNode","Stablecoin Supply Ratio (SSR)") | 6 | | Try It | [Docs](/providers/glassnode/puell-multiple) | **Puell Multiple** | =CSQUERY("GlassNode","Puell Multiple") | =CSPARAMETERS("GlassNode","Puell Multiple") | 6 | | Try It | [Docs](/providers/glassnode/hodled-or-lost-coins) | **Hodled or Lost Coins** | =CSQUERY("GlassNode","Hodled or Lost Coins") | =CSPARAMETERS("GlassNode","Hodled or Lost Coins") | 6 | | Try It | [Docs](/providers/glassnode/hodler-net-position-change) | **Hodler Net Position Change** | =CSQUERY("GlassNode","Hodler Net Position Change") | =CSPARAMETERS("GlassNode","Hodler Net Position Change") | 6 | | Try It | [Docs](/providers/glassnode/stock-to-flow-ratio) | **Stock-to-Flow Ratio** | =CSQUERY("GlassNode","Stock-to-Flow Ratio") | =CSPARAMETERS("GlassNode","Stock-to-Flow Ratio") | 6 | | Try It | [Docs](/providers/glassnode/stock-to-flow-deflection) | **Stock-to-Flow Deflection** | =CSQUERY("GlassNode","Stock-to-Flow Deflection") | =CSPARAMETERS("GlassNode","Stock-to-Flow Deflection") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-sopr) | **Entity-Adjusted SOPR** | =CSQUERY("GlassNode","Entity-Adjusted SOPR") | =CSPARAMETERS("GlassNode","Entity-Adjusted SOPR") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-cdd) | **Entity-Adjusted CDD** | =CSQUERY("GlassNode","Entity-Adjusted CDD") | =CSPARAMETERS("GlassNode","Entity-Adjusted CDD") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-asol) | **Entity-Adjusted ASOL** | =CSQUERY("GlassNode","Entity-Adjusted ASOL") | =CSPARAMETERS("GlassNode","Entity-Adjusted ASOL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-msol) | **Entity-Adjusted MSOL** | =CSQUERY("GlassNode","Entity-Adjusted MSOL") | =CSPARAMETERS("GlassNode","Entity-Adjusted MSOL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-liveliness) | **Entity-Adjusted Liveliness** | =CSQUERY("GlassNode","Entity-Adjusted Liveliness") | =CSPARAMETERS("GlassNode","Entity-Adjusted Liveliness") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-dormancy) | **Entity-Adjusted Dormancy** | =CSQUERY("GlassNode","Entity-Adjusted Dormancy") | =CSPARAMETERS("GlassNode","Entity-Adjusted Dormancy") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-realized-cap) | **Entity-Adjusted Realized Cap** | =CSQUERY("GlassNode","Entity-Adjusted Realized Cap") | =CSPARAMETERS("GlassNode","Entity-Adjusted Realized Cap") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-mvrv) | **Entity-Adjusted MVRV** | =CSQUERY("GlassNode","Entity-Adjusted MVRV") | =CSPARAMETERS("GlassNode","Entity-Adjusted MVRV") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-unrealized-profit) | **Entity-Adjusted Unrealized Profit** | =CSQUERY("GlassNode","Entity-Adjusted Unrealized Profit") | =CSPARAMETERS("GlassNode","Entity-Adjusted Unrealized Profit") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-unrealized-loss) | **Entity-Adjusted Unrealized Loss** | =CSQUERY("GlassNode","Entity-Adjusted Unrealized Loss") | =CSPARAMETERS("GlassNode","Entity-Adjusted Unrealized Loss") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-nupl) | **Entity-Adjusted NUPL** | =CSQUERY("GlassNode","Entity-Adjusted NUPL") | =CSPARAMETERS("GlassNode","Entity-Adjusted NUPL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-lth-nupl) | **Entity-Adjusted LTH-NUPL** | =CSQUERY("GlassNode","Entity-Adjusted LTH-NUPL") | =CSPARAMETERS("GlassNode","Entity-Adjusted LTH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-sth-nupl) | **Entity-Adjusted STH-NUPL** | =CSQUERY("GlassNode","Entity-Adjusted STH-NUPL") | =CSPARAMETERS("GlassNode","Entity-Adjusted STH-NUPL") | 6 | | Try It | [Docs](/providers/glassnode/urpd-(ath-partitioned)) | **URPD (ATH-Partitioned)** | =CSQUERY("GlassNode","URPD (ATH-Partitioned)") | =CSPARAMETERS("GlassNode","URPD (ATH-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/urpd-(percent-partitioned)) | **URPD (Percent-Partitioned)** | =CSQUERY("GlassNode","URPD (Percent-Partitioned)") | =CSPARAMETERS("GlassNode","URPD (Percent-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/sopd-(ath-partitioned)) | **SOPD (ATH-Partitioned)** | =CSQUERY("GlassNode","SOPD (ATH-Partitioned)") | =CSPARAMETERS("GlassNode","SOPD (ATH-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/sopd-(percent-partitioned)) | **SOPD (Percent-Partitioned)** | =CSQUERY("GlassNode","SOPD (Percent-Partitioned)") | =CSPARAMETERS("GlassNode","SOPD (Percent-Partitioned)") | 6 | | Try It | [Docs](/providers/glassnode/difficulty-ribbon) | **Difficulty Ribbon** | =CSQUERY("GlassNode","Difficulty Ribbon") | =CSPARAMETERS("GlassNode","Difficulty Ribbon") | 6 | | Try It | [Docs](/providers/glassnode/difficulty-ribbon-compression) | **Difficulty Ribbon Compression** | =CSQUERY("GlassNode","Difficulty Ribbon Compression") | =CSPARAMETERS("GlassNode","Difficulty Ribbon Compression") | 6 | | Try It | [Docs](/providers/glassnode/hash-ribbon) | **Hash Ribbon** | =CSQUERY("GlassNode","Hash Ribbon") | =CSPARAMETERS("GlassNode","Hash Ribbon") | 6 | | Try It | [Docs](/providers/glassnode/exchange-inflow-volume-(total)) | **Exchange Inflow Volume (Total)** | =CSQUERY("GlassNode","Exchange Inflow Volume (Total)") | =CSPARAMETERS("GlassNode","Exchange Inflow Volume (Total)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-outflow-volume-(total)) | **Exchange Outflow Volume (Total)** | =CSQUERY("GlassNode","Exchange Outflow Volume (Total)") | =CSPARAMETERS("GlassNode","Exchange Outflow Volume (Total)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-deposits) | **Exchange Deposits** | =CSQUERY("GlassNode","Exchange Deposits") | =CSPARAMETERS("GlassNode","Exchange Deposits") | 7 | | Try It | [Docs](/providers/glassnode/exchange-withdrawals) | **Exchange Withdrawals** | =CSQUERY("GlassNode","Exchange Withdrawals") | =CSPARAMETERS("GlassNode","Exchange Withdrawals") | 7 | | Try It | [Docs](/providers/glassnode/exchange-balance-(stacked)) | **Exchange Balance (Stacked)** | =CSQUERY("GlassNode","Exchange Balance (Stacked)") | =CSPARAMETERS("GlassNode","Exchange Balance (Stacked)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-balance) | **Exchange Balance** | =CSQUERY("GlassNode","Exchange Balance") | =CSPARAMETERS("GlassNode","Exchange Balance") | 7 | | Try It | [Docs](/providers/glassnode/exchange-net-flow-volume) | **Exchange Net Flow Volume** | =CSQUERY("GlassNode","Exchange Net Flow Volume") | =CSPARAMETERS("GlassNode","Exchange Net Flow Volume") | 7 | | Try It | [Docs](/providers/glassnode/miners-to-exchanges-(stacked)) | **Miners to Exchanges (Stacked)** | =CSQUERY("GlassNode","Miners to Exchanges (Stacked)") | =CSPARAMETERS("GlassNode","Miners to Exchanges (Stacked)") | 7 | | Try It | [Docs](/providers/glassnode/miners-to-exchanges) | **Miners to Exchanges** | =CSQUERY("GlassNode","Miners to Exchanges") | =CSPARAMETERS("GlassNode","Miners to Exchanges") | 7 | | Try It | [Docs](/providers/glassnode/transaction-count) | **Transaction Count** | =CSQUERY("GlassNode","Transaction Count") | =CSPARAMETERS("GlassNode","Transaction Count") | 6 | | Try It | [Docs](/providers/glassnode/transaction-rate) | **Transaction Rate** | =CSQUERY("GlassNode","Transaction Rate") | =CSPARAMETERS("GlassNode","Transaction Rate") | 6 | | Try It | [Docs](/providers/glassnode/transfer-count) | **Transfer Count** | =CSQUERY("GlassNode","Transfer Count") | =CSPARAMETERS("GlassNode","Transfer Count") | 7 | | Try It | [Docs](/providers/glassnode/transfer-rate) | **Transfer Rate** | =CSQUERY("GlassNode","Transfer Rate") | =CSPARAMETERS("GlassNode","Transfer Rate") | 7 | | Try It | [Docs](/providers/glassnode/transaction-size-(total)) | **Transaction Size (Total)** | =CSQUERY("GlassNode","Transaction Size (Total)") | =CSPARAMETERS("GlassNode","Transaction Size (Total)") | 7 | | Try It | [Docs](/providers/glassnode/transaction-size-(mean)) | **Transaction Size (Mean)** | =CSQUERY("GlassNode","Transaction Size (Mean)") | =CSPARAMETERS("GlassNode","Transaction Size (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/transfer-volume-(total)) | **Transfer Volume (Total)** | =CSQUERY("GlassNode","Transfer Volume (Total)") | =CSPARAMETERS("GlassNode","Transfer Volume (Total)") | 7 | | Try It | [Docs](/providers/glassnode/transfer-volume-(mean)) | **Transfer Volume (Mean)** | =CSQUERY("GlassNode","Transfer Volume (Mean)") | =CSPARAMETERS("GlassNode","Transfer Volume (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/transfer-volume-(median)) | **Transfer Volume (Median)** | =CSQUERY("GlassNode","Transfer Volume (Median)") | =CSPARAMETERS("GlassNode","Transfer Volume (Median)") | 7 | | Try It | [Docs](/providers/glassnode/change-adjusted-volume-(total)) | **Change-Adjusted Volume (Total)** | =CSQUERY("GlassNode","Change-Adjusted Volume (Total)") | =CSPARAMETERS("GlassNode","Change-Adjusted Volume (Total)") | 7 | | Try It | [Docs](/providers/glassnode/change-adjusted-volume-(mean)) | **Change-Adjusted Volume (Mean)** | =CSQUERY("GlassNode","Change-Adjusted Volume (Mean)") | =CSPARAMETERS("GlassNode","Change-Adjusted Volume (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/change-adjusted-volume-(median)) | **Change-Adjusted Volume (Median)** | =CSQUERY("GlassNode","Change-Adjusted Volume (Median)") | =CSPARAMETERS("GlassNode","Change-Adjusted Volume (Median)") | 7 | | Try It | [Docs](/providers/glassnode/entity-adjusted-transaction-count) | **Entity-Adjusted Transaction Count** | =CSQUERY("GlassNode","Entity-Adjusted Transaction Count") | =CSPARAMETERS("GlassNode","Entity-Adjusted Transaction Count") | 6 | | Try It | [Docs](/providers/glassnode/entity-adjusted-volume-(total)) | **Entity-Adjusted Volume (Total)** | =CSQUERY("GlassNode","Entity-Adjusted Volume (Total)") | =CSPARAMETERS("GlassNode","Entity-Adjusted Volume (Total)") | 7 | | Try It | [Docs](/providers/glassnode/entity-adjusted-volume-(mean)) | **Entity-Adjusted Volume (Mean)** | =CSQUERY("GlassNode","Entity-Adjusted Volume (Mean)") | =CSPARAMETERS("GlassNode","Entity-Adjusted Volume (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/entity-adjusted-volume-(median)) | **Entity-Adjusted Volume (Median)** | =CSQUERY("GlassNode","Entity-Adjusted Volume (Median)") | =CSPARAMETERS("GlassNode","Entity-Adjusted Volume (Median)") | 7 | | Try It | [Docs](/providers/glassnode/miner-inflow-volume) | **Miner Inflow Volume** | =CSQUERY("GlassNode","Miner Inflow Volume") | =CSPARAMETERS("GlassNode","Miner Inflow Volume") | 8 | | Try It | [Docs](/providers/glassnode/miner-outflow-volume) | **Miner Outflow Volume** | =CSQUERY("GlassNode","Miner Outflow Volume") | =CSPARAMETERS("GlassNode","Miner Outflow Volume") | 8 | | Try It | [Docs](/providers/glassnode/miner-netflow-volume) | **Miner Netflow Volume** | =CSQUERY("GlassNode","Miner Netflow Volume") | =CSPARAMETERS("GlassNode","Miner Netflow Volume") | 8 | | Try It | [Docs](/providers/glassnode/miner-outgoing-transfers) | **Miner Outgoing Transfers** | =CSQUERY("GlassNode","Miner Outgoing Transfers") | =CSPARAMETERS("GlassNode","Miner Outgoing Transfers") | 8 | | Try It | [Docs](/providers/glassnode/miner-incoming-transfers) | **Miner Incoming Transfers** | =CSQUERY("GlassNode","Miner Incoming Transfers") | =CSPARAMETERS("GlassNode","Miner Incoming Transfers") | 8 | | Try It | [Docs](/providers/glassnode/contract-calls-(external)) | **Contract Calls (External)** | =CSQUERY("GlassNode","Contract Calls (External)") | =CSPARAMETERS("GlassNode","Contract Calls (External)") | 6 | | Try It | [Docs](/providers/glassnode/contract-calls-(internal)) | **Contract Calls (Internal)** | =CSQUERY("GlassNode","Contract Calls (Internal)") | =CSPARAMETERS("GlassNode","Contract Calls (Internal)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-inflow-volume-(mean)) | **Exchange Inflow Volume (Mean)** | =CSQUERY("GlassNode","Exchange Inflow Volume (Mean)") | =CSPARAMETERS("GlassNode","Exchange Inflow Volume (Mean)") | 8 | | Try It | [Docs](/providers/glassnode/exchange-outflow-volume-(mean)) | **Exchange Outflow Volume (Mean)** | =CSQUERY("GlassNode","Exchange Outflow Volume (Mean)") | =CSPARAMETERS("GlassNode","Exchange Outflow Volume (Mean)") | 8 | | Try It | [Docs](/providers/glassnode/new-entities) | **New Entities** | =CSQUERY("GlassNode","New Entities") | =CSPARAMETERS("GlassNode","New Entities") | 6 | | Try It | [Docs](/providers/glassnode/entities-net-growth) | **Entities Net Growth** | =CSQUERY("GlassNode","Entities Net Growth") | =CSPARAMETERS("GlassNode","Entities Net Growth") | 6 | | Try It | [Docs](/providers/glassnode/number-of-whales) | **Number of Whales** | =CSQUERY("GlassNode","Number of Whales") | =CSPARAMETERS("GlassNode","Number of Whales") | 6 | | Try It | [Docs](/providers/glassnode/active-entities) | **Active Entities** | =CSQUERY("GlassNode","Active Entities") | =CSPARAMETERS("GlassNode","Active Entities") | 6 | | Try It | [Docs](/providers/glassnode/sending-entities) | **Sending Entities** | =CSQUERY("GlassNode","Sending Entities") | =CSPARAMETERS("GlassNode","Sending Entities") | 6 | | Try It | [Docs](/providers/glassnode/receiving-entities) | **Receiving Entities** | =CSQUERY("GlassNode","Receiving Entities") | =CSPARAMETERS("GlassNode","Receiving Entities") | 6 | | Try It | [Docs](/providers/glassnode/percent-entities-in-profit) | **Percent Entities in Profit** | =CSQUERY("GlassNode","Percent Entities in Profit") | =CSPARAMETERS("GlassNode","Percent Entities in Profit") | 6 | | Try It | [Docs](/providers/glassnode/entities-supply-distribution) | **Entities Supply Distribution** | =CSQUERY("GlassNode","Entities Supply Distribution") | =CSPARAMETERS("GlassNode","Entities Supply Distribution") | 6 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-lt-0.001) | **Supply Held by Entities with Balance < 0.001** | =CSQUERY("GlassNode","Supply Held by Entities with Balance < 0.001") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance < 0.001") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-0.001---0.01) | **Supply Held by Entities with Balance 0.001 - 0.01** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 0.001 - 0.01") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 0.001 - 0.01") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-0.01---0.1) | **Supply Held by Entities with Balance 0.01 - 0.1** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 0.01 - 0.1") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 0.01 - 0.1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-0.1---1) | **Supply Held by Entities with Balance 0.1 - 1** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 0.1 - 1") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 0.1 - 1") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-1---10) | **Supply Held by Entities with Balance 1 - 10** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 1 - 10") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 1 - 10") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-10---100) | **Supply Held by Entities with Balance 10 - 100** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 10 - 100") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 10 - 100") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-100---1k) | **Supply Held by Entities with Balance 100 - 1k** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 100 - 1k") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 100 - 1k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-10k---100k) | **Supply Held by Entities with Balance 10k - 100k** | =CSQUERY("GlassNode","Supply Held by Entities with Balance 10k - 100k") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance 10k - 100k") | 7 | | Try It | [Docs](/providers/glassnode/supply-held-by-entities-with-balance-gt-100k) | **Supply Held by Entities with Balance > 100k** | =CSQUERY("GlassNode","Supply Held by Entities with Balance > 100k") | =CSPARAMETERS("GlassNode","Supply Held by Entities with Balance > 100k") | 7 | | Try It | [Docs](/providers/glassnode/price) | **Price** | =CSQUERY("GlassNode","Price") | =CSPARAMETERS("GlassNode","Price") | 6 | | Try It | [Docs](/providers/glassnode/price-ohlc) | **Price OHLC** | =CSQUERY("GlassNode","Price OHLC") | =CSPARAMETERS("GlassNode","Price OHLC") | 6 | | Try It | [Docs](/providers/glassnode/price-drawdown-from-ath) | **Price Drawdown from ATH** | =CSQUERY("GlassNode","Price Drawdown from ATH") | =CSPARAMETERS("GlassNode","Price Drawdown from ATH") | 6 | | Try It | [Docs](/providers/glassnode/realized-price) | **Realized Price** | =CSQUERY("GlassNode","Realized Price") | =CSPARAMETERS("GlassNode","Realized Price") | 6 | | Try It | [Docs](/providers/glassnode/market-cap) | **Market Cap** | =CSQUERY("GlassNode","Market Cap") | =CSPARAMETERS("GlassNode","Market Cap") | 6 | | Try It | [Docs](/providers/glassnode/realized-cap) | **Realized Cap** | =CSQUERY("GlassNode","Realized Cap") | =CSPARAMETERS("GlassNode","Realized Cap") | 6 | | Try It | [Docs](/providers/glassnode/mvrv-ratio) | **MVRV Ratio** | =CSQUERY("GlassNode","MVRV Ratio") | =CSPARAMETERS("GlassNode","MVRV Ratio") | 6 | | Try It | [Docs](/providers/glassnode/mvrv-z-score) | **MVRV Z-Score** | =CSQUERY("GlassNode","MVRV Z-Score") | =CSPARAMETERS("GlassNode","MVRV Z-Score") | 6 | | Try It | [Docs](/providers/glassnode/lth-mvrv) | **LTH-MVRV** | =CSQUERY("GlassNode","LTH-MVRV") | =CSPARAMETERS("GlassNode","LTH-MVRV") | 6 | | Try It | [Docs](/providers/glassnode/sth-mvrv) | **STH-MVRV** | =CSQUERY("GlassNode","STH-MVRV") | =CSPARAMETERS("GlassNode","STH-MVRV") | 6 | | Try It | [Docs](/providers/glassnode/circulating-supply) | **Circulating Supply** | =CSQUERY("GlassNode","Circulating Supply") | =CSPARAMETERS("GlassNode","Circulating Supply") | 6 | | Try It | [Docs](/providers/glassnode/percent-supply-in-profit) | **Percent Supply in Profit** | =CSQUERY("GlassNode","Percent Supply in Profit") | =CSPARAMETERS("GlassNode","Percent Supply in Profit") | 6 | | Try It | [Docs](/providers/glassnode/supply-in-profit) | **Supply in Profit** | =CSQUERY("GlassNode","Supply in Profit") | =CSPARAMETERS("GlassNode","Supply in Profit") | 7 | | Try It | [Docs](/providers/glassnode/supply-in-loss) | **Supply in Loss** | =CSQUERY("GlassNode","Supply in Loss") | =CSPARAMETERS("GlassNode","Supply in Loss") | 7 | | Try It | [Docs](/providers/glassnode/hodl-waves) | **HODL Waves** | =CSQUERY("GlassNode","HODL Waves") | =CSPARAMETERS("GlassNode","HODL Waves") | 6 | | Try It | [Docs](/providers/glassnode/realized-cap-hodl-waves) | **Realized Cap HODL Waves** | =CSQUERY("GlassNode","Realized Cap HODL Waves") | =CSPARAMETERS("GlassNode","Realized Cap HODL Waves") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1+-years-ago) | **Supply Last Active 1+ Years Ago** | =CSQUERY("GlassNode","Supply Last Active 1+ Years Ago") | =CSPARAMETERS("GlassNode","Supply Last Active 1+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-2+-years-ago) | **Supply Last Active 2+ Years Ago** | =CSQUERY("GlassNode","Supply Last Active 2+ Years Ago") | =CSPARAMETERS("GlassNode","Supply Last Active 2+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-3+-years-ago) | **Supply Last Active 3+ Years Ago** | =CSQUERY("GlassNode","Supply Last Active 3+ Years Ago") | =CSPARAMETERS("GlassNode","Supply Last Active 3+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-5+-years-ago) | **Supply Last Active 5+ Years Ago** | =CSQUERY("GlassNode","Supply Last Active 5+ Years Ago") | =CSPARAMETERS("GlassNode","Supply Last Active 5+ Years Ago") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-lt-24h) | **Supply Last Active < 24h** | =CSQUERY("GlassNode","Supply Last Active < 24h") | =CSPARAMETERS("GlassNode","Supply Last Active < 24h") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1d-1w) | **Supply Last Active 1d-1w** | =CSQUERY("GlassNode","Supply Last Active 1d-1w") | =CSPARAMETERS("GlassNode","Supply Last Active 1d-1w") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1w-1m) | **Supply Last Active 1w-1m** | =CSQUERY("GlassNode","Supply Last Active 1w-1m") | =CSPARAMETERS("GlassNode","Supply Last Active 1w-1m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1m-3m) | **Supply Last Active 1m-3m** | =CSQUERY("GlassNode","Supply Last Active 1m-3m") | =CSPARAMETERS("GlassNode","Supply Last Active 1m-3m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-3m-6m) | **Supply Last Active 3m-6m** | =CSQUERY("GlassNode","Supply Last Active 3m-6m") | =CSPARAMETERS("GlassNode","Supply Last Active 3m-6m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-6m-12m) | **Supply Last Active 6m-12m** | =CSQUERY("GlassNode","Supply Last Active 6m-12m") | =CSPARAMETERS("GlassNode","Supply Last Active 6m-12m") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-1y-2y) | **Supply Last Active 1y-2y** | =CSQUERY("GlassNode","Supply Last Active 1y-2y") | =CSPARAMETERS("GlassNode","Supply Last Active 1y-2y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-2y-3y) | **Supply Last Active 2y-3y** | =CSQUERY("GlassNode","Supply Last Active 2y-3y") | =CSPARAMETERS("GlassNode","Supply Last Active 2y-3y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-3y-5y) | **Supply Last Active 3y-5y** | =CSQUERY("GlassNode","Supply Last Active 3y-5y") | =CSPARAMETERS("GlassNode","Supply Last Active 3y-5y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-5y-7y) | **Supply Last Active 5y-7y** | =CSQUERY("GlassNode","Supply Last Active 5y-7y") | =CSPARAMETERS("GlassNode","Supply Last Active 5y-7y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-7y-10y) | **Supply Last Active 7y-10y** | =CSQUERY("GlassNode","Supply Last Active 7y-10y") | =CSPARAMETERS("GlassNode","Supply Last Active 7y-10y") | 6 | | Try It | [Docs](/providers/glassnode/supply-last-active-gt-10y) | **Supply Last Active > 10y** | =CSQUERY("GlassNode","Supply Last Active > 10y") | =CSPARAMETERS("GlassNode","Supply Last Active > 10y") | 6 | | Try It | [Docs](/providers/glassnode/issuance) | **Issuance** | =CSQUERY("GlassNode","Issuance") | =CSPARAMETERS("GlassNode","Issuance") | 7 | | Try It | [Docs](/providers/glassnode/inflation-rate) | **Inflation Rate** | =CSQUERY("GlassNode","Inflation Rate") | =CSPARAMETERS("GlassNode","Inflation Rate") | 6 | | Try It | [Docs](/providers/glassnode/utxos-created) | **UTXOs Created** | =CSQUERY("GlassNode","UTXOs Created") | =CSPARAMETERS("GlassNode","UTXOs Created") | 6 | | Try It | [Docs](/providers/glassnode/utxos-spent) | **UTXOs Spent** | =CSQUERY("GlassNode","UTXOs Spent") | =CSPARAMETERS("GlassNode","UTXOs Spent") | 6 | | Try It | [Docs](/providers/glassnode/utxo-value-created-(total)) | **UTXO Value Created (Total)** | =CSQUERY("GlassNode","UTXO Value Created (Total)") | =CSPARAMETERS("GlassNode","UTXO Value Created (Total)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-created-(mean)) | **UTXO Value Created (Mean)** | =CSQUERY("GlassNode","UTXO Value Created (Mean)") | =CSPARAMETERS("GlassNode","UTXO Value Created (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-created-(median)) | **UTXO Value Created (Median)** | =CSQUERY("GlassNode","UTXO Value Created (Median)") | =CSPARAMETERS("GlassNode","UTXO Value Created (Median)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-spent-(total)) | **UTXO Value Spent (Total)** | =CSQUERY("GlassNode","UTXO Value Spent (Total)") | =CSPARAMETERS("GlassNode","UTXO Value Spent (Total)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-spent-(mean)) | **UTXO Value Spent (Mean)** | =CSQUERY("GlassNode","UTXO Value Spent (Mean)") | =CSPARAMETERS("GlassNode","UTXO Value Spent (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/utxo-value-spent-(median)) | **UTXO Value Spent (Median)** | =CSQUERY("GlassNode","UTXO Value Spent (Median)") | =CSPARAMETERS("GlassNode","UTXO Value Spent (Median)") | 7 | | Try It | [Docs](/providers/glassnode/percent-utxos-in-profit) | **Percent UTXOs in Profit** | =CSQUERY("GlassNode","Percent UTXOs in Profit") | =CSPARAMETERS("GlassNode","Percent UTXOs in Profit") | 6 | | Try It | [Docs](/providers/glassnode/utxos-in-profit) | **UTXOs in Profit** | =CSQUERY("GlassNode","UTXOs in Profit") | =CSPARAMETERS("GlassNode","UTXOs in Profit") | 6 | | Try It | [Docs](/providers/glassnode/utxos-in-loss) | **UTXOs in Loss** | =CSQUERY("GlassNode","UTXOs in Loss") | =CSPARAMETERS("GlassNode","UTXOs in Loss") | 6 | | Try It | [Docs](/providers/glassnode/fees-(total)) | **Fees (Total)** | =CSQUERY("GlassNode","Fees (Total)") | =CSPARAMETERS("GlassNode","Fees (Total)") | 7 | | Try It | [Docs](/providers/glassnode/fees-(mean)) | **Fees (Mean)** | =CSQUERY("GlassNode","Fees (Mean)") | =CSPARAMETERS("GlassNode","Fees (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/fee-ratio-multiple-(frm)) | **Fee Ratio Multiple (FRM)** | =CSQUERY("GlassNode","Fee Ratio Multiple (FRM)") | =CSPARAMETERS("GlassNode","Fee Ratio Multiple (FRM)") | 6 | | Try It | [Docs](/providers/glassnode/gas-used-(total)) | **Gas Used (Total)** | =CSQUERY("GlassNode","Gas Used (Total)") | =CSPARAMETERS("GlassNode","Gas Used (Total)") | 6 | | Try It | [Docs](/providers/glassnode/gas-used-(mean)) | **Gas Used (Mean)** | =CSQUERY("GlassNode","Gas Used (Mean)") | =CSPARAMETERS("GlassNode","Gas Used (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/gas-used-(median)) | **Gas Used (Median)** | =CSQUERY("GlassNode","Gas Used (Median)") | =CSPARAMETERS("GlassNode","Gas Used (Median)") | 6 | | Try It | [Docs](/providers/glassnode/gas-price-(mean)) | **Gas Price (Mean)** | =CSQUERY("GlassNode","Gas Price (Mean)") | =CSPARAMETERS("GlassNode","Gas Price (Mean)") | 7 | | Try It | [Docs](/providers/glassnode/gas-price-(median)) | **Gas Price (Median)** | =CSQUERY("GlassNode","Gas Price (Median)") | =CSPARAMETERS("GlassNode","Gas Price (Median)") | 7 | | Try It | [Docs](/providers/glassnode/transaction-gas-limit-(mean)) | **Transaction Gas Limit (Mean)** | =CSQUERY("GlassNode","Transaction Gas Limit (Mean)") | =CSPARAMETERS("GlassNode","Transaction Gas Limit (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/transaction-gas-limit-(median)) | **Transaction Gas Limit (Median)** | =CSQUERY("GlassNode","Transaction Gas Limit (Median)") | =CSPARAMETERS("GlassNode","Transaction Gas Limit (Median)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-fees-(total)) | **Exchange Fees (Total)** | =CSQUERY("GlassNode","Exchange Fees (Total)") | =CSPARAMETERS("GlassNode","Exchange Fees (Total)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-fees-(mean)) | **Exchange Fees (Mean)** | =CSQUERY("GlassNode","Exchange Fees (Mean)") | =CSPARAMETERS("GlassNode","Exchange Fees (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/exchange-fee-dominance) | **Exchange Fee Dominance** | =CSQUERY("GlassNode","Exchange Fee Dominance") | =CSPARAMETERS("GlassNode","Exchange Fee Dominance") | 6 | | Try It | [Docs](/providers/glassnode/difficulty) | **Difficulty** | =CSQUERY("GlassNode","Difficulty") | =CSPARAMETERS("GlassNode","Difficulty") | 6 | | Try It | [Docs](/providers/glassnode/hash-rate) | **Hash Rate** | =CSQUERY("GlassNode","Hash Rate") | =CSPARAMETERS("GlassNode","Hash Rate") | 6 | | Try It | [Docs](/providers/glassnode/miner-revenue-(total)) | **Miner Revenue (Total)** | =CSQUERY("GlassNode","Miner Revenue (Total)") | =CSPARAMETERS("GlassNode","Miner Revenue (Total)") | 7 | | Try It | [Docs](/providers/glassnode/miner-revenue-(fees)) | **Miner Revenue (Fees)** | =CSQUERY("GlassNode","Miner Revenue (Fees)") | =CSPARAMETERS("GlassNode","Miner Revenue (Fees)") | 6 | | Try It | [Docs](/providers/glassnode/miner-outflow-multiple) | **Miner Outflow Multiple** | =CSQUERY("GlassNode","Miner Outflow Multiple") | =CSPARAMETERS("GlassNode","Miner Outflow Multiple") | 7 | | Try It | [Docs](/providers/glassnode/miner-volume-mined) | **Miner Volume Mined** | =CSQUERY("GlassNode","Miner Volume Mined") | =CSPARAMETERS("GlassNode","Miner Volume Mined") | 2 | | Try It | [Docs](/providers/glassnode/thermocap) | **Thermocap** | =CSQUERY("GlassNode","Thermocap") | =CSPARAMETERS("GlassNode","Thermocap") | 6 | | Try It | [Docs](/providers/glassnode/market-cap-to-thermocap-ratio) | **Market Cap to Thermocap Ratio** | =CSQUERY("GlassNode","Market Cap to Thermocap Ratio") | =CSPARAMETERS("GlassNode","Market Cap to Thermocap Ratio") | 6 | | Try It | [Docs](/providers/glassnode/miner-revenue-(block-rewards)) | **Miner Revenue (Block Rewards)** | =CSQUERY("GlassNode","Miner Revenue (Block Rewards)") | =CSPARAMETERS("GlassNode","Miner Revenue (Block Rewards)") | 7 | | Try It | [Docs](/providers/glassnode/miner-unspent-supply) | **Miner Unspent Supply** | =CSQUERY("GlassNode","Miner Unspent Supply") | =CSPARAMETERS("GlassNode","Miner Unspent Supply") | 7 | | Try It | [Docs](/providers/glassnode/block-height) | **Block Height** | =CSQUERY("GlassNode","Block Height") | =CSPARAMETERS("GlassNode","Block Height") | 6 | | Try It | [Docs](/providers/glassnode/number-of-blocks) | **Number of Blocks** | =CSQUERY("GlassNode","Number of Blocks") | =CSPARAMETERS("GlassNode","Number of Blocks") | 6 | | Try It | [Docs](/providers/glassnode/block-interval-(mean)) | **Block Interval (Mean)** | =CSQUERY("GlassNode","Block Interval (Mean)") | =CSPARAMETERS("GlassNode","Block Interval (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/block-interval-(median)) | **Block Interval (Median)** | =CSQUERY("GlassNode","Block Interval (Median)") | =CSPARAMETERS("GlassNode","Block Interval (Median)") | 6 | | Try It | [Docs](/providers/glassnode/block-size-(total)) | **Block Size (Total)** | =CSQUERY("GlassNode","Block Size (Total)") | =CSPARAMETERS("GlassNode","Block Size (Total)") | 6 | | Try It | [Docs](/providers/glassnode/block-size-(mean)) | **Block Size (Mean)** | =CSQUERY("GlassNode","Block Size (Mean)") | =CSPARAMETERS("GlassNode","Block Size (Mean)") | 6 | | Try It | [Docs](/providers/glassnode/supply-of-top-1%-addresses) | **Supply of Top 1% Addresses** | =CSQUERY("GlassNode","Supply of Top 1% Addresses") | =CSPARAMETERS("GlassNode","Supply of Top 1% Addresses") | 6 | | Try It | [Docs](/providers/glassnode/gini-coefficient) | **Gini Coefficient** | =CSQUERY("GlassNode","Gini Coefficient") | =CSPARAMETERS("GlassNode","Gini Coefficient") | 6 | | Try It | [Docs](/providers/glassnode/herfindahl-index) | **Herfindahl Index** | =CSQUERY("GlassNode","Herfindahl Index") | =CSPARAMETERS("GlassNode","Herfindahl Index") | 6 | | Try It | [Docs](/providers/glassnode/supply-in-smart-contracts) | **Supply in Smart Contracts** | =CSQUERY("GlassNode","Supply in Smart Contracts") | =CSPARAMETERS("GlassNode","Supply in Smart Contracts") | 6 | | Try It | [Docs](/providers/glassnode/miner-balance) | **Miner Balance** | =CSQUERY("GlassNode","Miner Balance") | =CSPARAMETERS("GlassNode","Miner Balance") | 7 | | Try It | [Docs](/providers/glassnode/miner-balance-(stacked)) | **Miner Balance (Stacked)** | =CSQUERY("GlassNode","Miner Balance (Stacked)") | =CSPARAMETERS("GlassNode","Miner Balance (Stacked)") | 7 | | Try It | [Docs](/providers/glassnode/exchange-flow-ticker) | **Exchange flow ticker** | =CSQUERY("GlassNode","Exchange flow ticker") | =CSPARAMETERS("GlassNode","Exchange flow ticker") | 5 |

[Signing up for Cryptosheets is free](https://app.cryptosheets.com/#/register) get crypto data in 30 seconds or less **Get Cryptosheets for Microsoft Excel** **Get Cryptosheets for Googlesheets** \*Note: you must have one of the [supported versions](https://docs.microsoft.com/en-us/office/dev/add-ins/excel/custom-functions-architecture) of Microsoft Office or Excel for custom functions to work **Click here** for additional documentation from GlassNode Learn more [here](https://intercom.help/cryptosheets/en/) --- Tags: `GlassNode` `provider`