Key Takeaways

• Over 200 publicly listed companies now hold digital assets on their balance sheets, but roughly 40% of Bitcoin treasury companies trade below the value of the assets they hold.
• The shift from passive accumulation (“DAT 1.0”) to active yield generation (“DAT 2.0”) is the defining theme of digital asset treasury management in 2026.
• Three yield models are emerging: infrastructure participation and staking, active trading and market-driven income, and credit deployment through non-recourse lending.
• The most resilient treasuries will combine multiple yield sources with institutional-grade governance, rather than relying on Bitcoin price appreciation alone.

The era of buying Bitcoin and calling it a treasury strategy is over.

Digital asset treasury management is the discipline of acquiring, holding, and actively deploying digital assets on a corporate balance sheet to generate economic returns beyond price appreciation. In 2026, it has become the central challenge for any publicly listed company with crypto exposure.

By early 2026, more than 200 publicly listed companies hold digital assets on their balance sheets, collectively managing over $115 billion (DLA Piper, October 2025). The total market capitalisation of these companies reached approximately $150 billion by September 2025, a nearly fourfold increase from the year before. Yet several now trade at a discount to the value of the assets they hold.

The market is sending a clear signal: accumulation alone is no longer enough.

Investors want to see capital discipline and demonstrable economic return. Management teams have responded with share repurchase programmes and transparency metrics such as “BTC per share,” designed to show what a treasury adds beyond the token price itself (AMINA Bank Research, 2026). The shift from passive accumulation to active yield generation, from “DAT 1.0” to “DAT 2.0,” is now the defining theme of the sector.

Three broad models are emerging. Each carries a different risk-return profile and places distinct demands on governance, technical capability, and 

infrastructure.

1. Infrastructure Participation and Staking: The Protocol-Native Yield Model

Staking and infrastructure participation is the most protocol-native approach to generating yield from a digital asset treasury. It involves committing tokens to support network consensus and earning rewards in return. For Bitcoin-focused treasuries, this increasingly extends to the Lightning Network and other native infrastructure that generates routing and liquidity-based fees.

The numbers illustrate how quickly this model has scaled. Bitmine Immersion Technologies reported over 3 million staked ETH by early 2026, with total holdings of $9.9 billion and annualised staking revenue of approximately $172 million (SEC Filing, March 2026). Its proprietary validator network outperformed the Composite Ethereum Staking Rate, demonstrating the edge that institutional-grade infrastructure can deliver.

SharpLink Gaming deployed $200 million of ETH into restaking infrastructure through EigenCloud, targeting enhanced yields by securing applications ranging from AI workloads to identity verification (SEC Filing, 2025). Restaking, where already-staked ETH is used to secure additional services, represents the frontier of what staking-based strategies can achieve. It also introduces additional slashing and smart contract risk, making governance frameworks essential.

Stablecoins play a growing role in how institutional treasuries deploy and settle capital. Read our latest thinking on stablecoin regulation and what it means for digital finance.

2. Active Trading and Market-Driven Income: Yield from Market Structure

A second set of bitcoin treasury strategies leverages market structure to generate income: funding-rate arbitrage, basis trading, and options premiums. 

These approaches can be effective and are often market-neutral, but they demand continuous trading expertise, robust risk controls, and round-the-clock monitoring. In practice, this model converts a treasury function into a trading operation, with all the staffing and governance complexity that entails.

One prominent Japanese listed company illustrates both the potential and the complexity. Holding over 35,000 BTC by the end of 2025, it generated approximately $55 million in Bitcoin income revenue through option-based strategies, with operating profit growth exceeding 1,600% year-on-year. Yet the same company recorded a substantial net loss due to non-cash mark-to-market revaluations under local accounting standards (TradingView; Kavout, 2026).

For investors, the disconnect between operational cash flow and reported earnings makes fair evaluation materially harder, and underscores why governance and transparency matter as much as headline returns.

Galaxy Digital offers a contrasting hybrid model, combining its own digital asset treasury with institutional services including collateralised lending, strategic advisory, and infrastructure. In Q3 2025, Galaxy posted a record adjusted gross profit of over $730 million (Mint Ventures Research, 2025). The firm has also diversified its yield sources by repurposing its Helios mining facility as an AI compute campus secured by long-term contracts, a signal that the most resilient corporate crypto treasuries may be those drawing income from multiple, uncorrelated sources.

3. Credit Deployment and Net Interest Margin: Yield from Digital Asset Treasuries

The credit deployment model treats digital assets as genuinely productive balance-sheet capital, generating recurring income through non-recourse lending and stablecoin private credit. It involves borrowing against crypto holdings on a non-recourse basis, receiving liquidity in stablecoins, and deploying that liquidity into higher-yielding private credit. It preserves long-term exposure to the underlying asset while generating recurring interest income from real-economy lending.

This is the approach we are building at Greengage. Our focus is on combining digital asset treasury management with the institutional financial infrastructure needed to originate and manage credit, an approach distinct from the accumulation and trading models that have dominated the sector to date.

The mechanics draw directly from traditional banking: liquidity management, underwriting, governance, and controlled leverage. A company acquires Bitcoin, borrows against those holdings on a non-recourse basis (meaning downside is limited to the collateral itself), and deploys the proceeds into diversified private credit portfolios.

If Bitcoin appreciates, the company retains the upside after repaying the loan, combining potential capital gains with recurring interest income.

For this model to work credibly, it must be grounded in operational financial infrastructure. It is most effective when built on an existing platform with real lending relationships and established client accounts, rather than constructed from scratch. Governance and counterparty due diligence are particularly important here, given that capital is being deployed into third-party credit opportunities assessed on a case-by-case basis.

The success of this model is also tied to the maturation of stablecoins as institutional infrastructure. By 2026, stablecoins underpin cross-border payments, real-time settlement, and T+0 clearing for enterprises (Foley and Lardner, January 2026). Coinbase Institutional projects total stablecoin market capitalisation could reach $1.2 trillion by 2028, providing a sound and increasingly liquid medium for deploying capital into lending markets.

Comparing the Three Digital Asset Treasury Yield Models

No single model is definitive. The following comparison summarises the key dimensions across which treasury operators should evaluate each approach.