About Capital Flows

The Capital Flows Dashboard fundamentally shifts Bitcoin analysis away from nominal spot price towards capital efficiency and true fiat inflows. By leveraging the **Realised Cap** (the exact aggregate cost basis of the network) this suite mathematically measures the relationship between fresh money entering the system and the corresponding expansion in the **Market Cap**. The core of this suite is the **Capital Multiplier**. Due to Bitcoin's inelastic supply schedule, a single dollar of fresh capital flowing into the network often produces **multiple dollars** of aggregate valuation. The Multiplier tracks this 'dollar efficiency', revealing periods where the market is extraordinarily buoyant and prone to explosive upside, or conversely, phases where capital efficiency collapses and massive inflows are required just to sustain price. The secondary modules, **Realised Capital Flow**, **Flow Momentum**, and **Capital Bleeding**, strip away the abstract multiplier to track absolute dollar value. These views isolate the daily and rolling 30-to-90 day fiat inflows, allowing analysts to definitively confirm whether a price rally is supported by structural demand or purely speculative leverage. **Cohort Decomposition** breaks the realised capital flow into its 12 age bands (from <1 day all the way to 10y+), grouped into **Short-Term Holders (STH, <6m)** and **Long-Term Holders (LTH, 6m+)**. This view answers *who* is realising profit or loss on any given day - the fast-flipping retail crowd or the conviction holders - making it possible to distinguish LTH-driven distribution from STH-driven retail churn. The **Institutional Flows** module carries three switchable modes. **Flows** decomposes the Realised Capital Flow into its three constituent sources — **Spot BTC ETFs**, **MSTR (Strategy)**, and **Organic flow** (everything else - exchanges, retail, miners, OTC) - overlaying institutional flows on the total realised flow to reveal exactly who is driving each phase of the market, expose divergences between institutional and organic behaviour, and quantify institutional dominance as a single 0–100% share of gross activity. **Demand** measures net institutional absorption of new supply in BTC terms over a rolling 30-day window. **Free Float** reframes the same institutional bid as a draining reservoir: it nets spot-ETF and Strategy holdings out of circulating supply and renders the result as a 100%-stacked composition, showing what fraction of all coins remains outside the visible institutional wrappers. Free Float is defined as circulating supply minus spot-ETF holdings minus Strategy holdings; ETF holdings are reconstructed as cumulative net flows on a GBTC seed, other corporate and sovereign treasuries are excluded as snapshot-only, and vaulted supply is deliberately not subtracted since institutional coins largely sit inside it and removing both would double-count. Every coin these wrappers absorb is a coin the open market can no longer buy, so a draining reservoir into a fixed 21M cap is a slow-motion supply squeeze. **Stablecoin Flows** overlays the 30-day net change in total stablecoin market cap (the off-chain 'fiat ammunition' waiting to be deployed) on top of the BTC realised capital flow. This combination reveals capital rotation regimes that neither metric can show alone: when stablecoin supply expands but BTC realised flow stays flat, capital is rotating into alts; when both move together, the bull regime is broad-based; when both contract, the entire risk-on complex is bleeding.

Signal Zones

Trading Signals by Regime

How It Is Calculated

Frequently asked questions

Why does Bitcoin have a Capital Multiplier?

Because the vast majority of Bitcoin's supply is held in illiquid, long-term cold storage. Only a tiny fraction is actively traded on exchanges. Therefore, when new fiat money enters the system (tracked by Realised Cap), it chases a scarce supply of liquid coins, causing the aggregate valuation (Market Cap) to expand by a multiple of the actual capital invested.

What does a high multiplier actually mean for the market?

A high multiplier means the network is highly illiquid. It is extremely sensitive to new capital. While this is bullish for rapid price expansion, it also means the market is fragile; a small amount of selling can equally crash the price.

How should I trade Flow Momentum?

Flow momentum is a macro regime filter, not a day-trading signal. When momentum is positive and accelerating (green), the primary trend is robust. When it turns negative (red), the structural demand supporting the market has fundamentally weakened, warranting caution.

Why use Realised Cap instead of Exchange Volume?

Exchange volume is often heavily distorted by high-frequency trading, wash trading, and derivatives leverage. Realised Cap purely measures the total value of coins that physically move on the blockchain, providing an incorruptible metric of true capital flows.

What does Capital Bleeding indicate?

Capital Bleeding measures the 30-day % change in Realised Cap. When negative, it shows net capital leaving the Bitcoin network as coins are sold at a loss or moved, often signaling weakening demand or profit-taking by holders. A fantastic DCA signal.

What exactly is 'Organic' flow in the Institutional Flows tab?

Organic flow is the residual: Total Realised Capital Flow minus the Institutional Total (ETFs + MSTR). It represents every other source of capital moving through the Bitcoin network - exchanges, retail spot buyers, miners, OTC desks, payment companies, sovereign treasuries (where they trade outside of disclosed channels), and any other actor not captured in the institutional buckets. It is the 'everything else' line - and historically the largest component of total flow.

Why is the Institutional Share always 0-100% instead of being signed?

We deliberately use |Institutional| / (|Institutional| + |Organic|) so the share is always bounded and always meaningful, even when realised flow is negative. A signed percentage would be ambiguous: 'institutions are 40% of flow' could mean buying into outflows or selling into inflows, which are opposite signals. We instead use a 0-100% magnitude (how much of gross activity is institutional) paired with a directional regime label (INST-LED, OFFSETTING, DIVERGING, etc.) that captures the actual market dynamic at a glance.

Why does OFFSETTING matter so much as a signal?

OFFSETTING means institutions are buying while the broader market is selling. This is precisely the dynamic that has marked major Bitcoin bottoms: smart money quietly accumulating supply that weak hands are dumping. The higher the institutional share during an OFFSETTING regime, the more aggressive the absorption - and the more likely the divergence resolves with a sharp reversal upward. Conversely, DIVERGING (institutions selling into retail buying) has historically marked tops.

Why does the ETF series only start in 2024 and MSTR in 2020?

These are real-world inception dates, not artifacts of the data pipeline. U.S. spot Bitcoin ETFs were approved and launched on 11 January 2024 - there is no flow before that date because the product did not exist. Strategy (formerly MicroStrategy) made its first Bitcoin purchase on 11 August 2020 under Michael Saylor; pre-2020 flow from this entity is zero by definition. The chart correctly shows these series emerging from baseline at their respective launches.

What is the difference between STH and LTH in the Cohort Decomposition view?

STH (Short-Term Holders) are bands 0–4 - coins last moved less than 6 months ago. This cohort is dominated by recent buyers, traders, and short-cycle speculators. LTH (Long-Term Holders) are bands 5–11 - coins that have not moved in 6 months or more, typically including conviction holders, long-term investors, and entities accumulating through full cycles. The 6-month threshold is industry-standard because empirical analysis shows the probability of a coin being spent drops dramatically once it crosses this age, making it a reliable proxy for holder conviction.

Why does LTH-DRIVEN show up at both tops and bottoms?

Long-term holders are the smartest, most patient money in the market - but their direction matters as much as their dominance. When LTH-DRIVEN activity is net-positive (LTH bands deep green) at the bottom of a drawdown, conviction money is accumulating into weakness - a strong bullish signal. When LTH-DRIVEN activity is net-negative (LTH bands deep red) at cycle highs, conviction money is distributing into strength - a strong bearish signal. Always read direction alongside cohort dominance: cohort alone tells you who, direction tells you what they're doing.

How do I use the floating cohort chip panel?

Each of the 12 chips represents one age band. Click a chip to toggle that band on or off in the stacked-area chart - useful for isolating a specific tier (e.g. show only the 2y–3y and 3y–5y bands to see what mid-tenure holders are doing). The 'All', 'None', and 'Invert' buttons in the panel header are quick mass actions. The topbar STH/LTH filter operates independently - it greys out chips that are excluded by the topbar pill so you can see which bands are filtered out vs which you have manually toggled off. The panel is draggable if it overlaps data you want to see.

Why is the stablecoin overlay only the 30-day net change and not the absolute market cap?

The absolute stablecoin market cap grows monotonically over years and would dwarf the BTC realised flow scale, making the overlay unreadable. The 30-day net change isolates the *flow* - how much fiat is moving into or out of the stablecoin complex on the same timeframe as the BTC realised flow we are comparing it to. This is what makes the rotation regime classification possible: both series are net-flow measures over similar windows.

What does ROTATION INTO ALTS actually mean in the Stablecoin Flows view?

When stablecoin supply expands (Δ30D positive) but BTC realised flow stays flat or contracts, it means new fiat is entering the crypto complex via stablecoins but is NOT being deployed into Bitcoin specifically. The capital is either being parked in stables waiting for entry, or - more commonly - being deployed into altcoins, DeFi, memecoins, or other non-BTC assets. This regime often precedes BTC dominance retracements because risk appetite is broadening beyond Bitcoin.

Why does STABLE → BTC matter as a signal?

STABLE → BTC means stablecoin supply is contracting (Δ30D negative) while BTC realised flow is positive. Fiat parked in stables is being redeemed and the corresponding capital is showing up in BTC's realised flow. This is the highest-conviction signal in the stablecoin view because it shows fiat being deployed directly into BTC rather than just expanding the stablecoin float. Often appears in early bull-market legs where capital is moving with focus, not spreading wide.

Why is BROAD RISK-OFF the most defensive stablecoin regime?

When both stablecoin supply and BTC realised flow are contracting, it means capital is exiting the crypto complex entirely - fiat is being redeemed out of stables, and existing crypto holders are selling into outflows. This is a macro deleveraging signal rather than a within-crypto rotation. Historically aligns with periods of broad risk-off in traditional markets (rates rising, credit spreads widening) and is the most defensive of the four rotation regimes.