Read this article to understand:
● Why the rapid institutionalisation of Bitcoin exposure, led by spot ETFs, is redefining the role and relevance of Digital Asset Treasuries (DATs)
● How new performance lenses such as token holdings per share (BPS) and mNAV are reshaping how investors evaluate treasury strategies
● Why active, specialist-led treasury management is emerging as a structural requirement for DATs seeking to remain competitive
The rapid institutionalisation of Bitcoin exposure, led by spot ETFs, is reshaping the role of Digital Asset Treasuries (DATs). In parallel, performance frameworks such as token holdings per share (BPS) and mNAV are becoming more central to how investors evaluate treasury strategies, as more active, specialist-led approaches to management emerge as a requirement in a more mature market environment.
A Structural Shift in the DAT Model
Digital Asset Treasuries (DATs) emerged within a market environment where simple accumulation was sufficient to support both capital inflows and valuation premiums. Early success was closely tied to strong directional markets, constrained supply dynamics, and limited institutional access points, all of which allowed balance sheet exposure alone to serve as a credible investment proposition.
As access to digital assets is becoming more efficient, more liquid, and more standardized, the environment has now evolved in a way that is difficult to ignore. With around 1.5 million BTC held in spot ETFs, their role in this transition is well documented. Figure 1 highlights how ETF and DAT holdings are already comparable in scale, reinforcing that the competitive dynamic is not about access, but about how effectively capital is managed. By offering a familiar, transparent, and cost-efficient wrapper for passive exposure, ETFs have both expanded access and established a new benchmark against which other structures are assessed.
Figure 1: Bitcoin Holdings by Structure, Spot ETFs vs Digital Asset Treasuries, 2026
Source: Bitcointreasuries.com, Bitbo.io. Data correct as of April 5, 2026.
At the same time, DATs retain a degree of structural flexibility that continues to differentiate them in certain contexts. In particular, some institutional investors face constraints around direct ETF exposure, while corporate equity structures remain accessible through traditional mandates. This has allowed DATs to persist as a viable entry point for Bitcoin exposure, even as ETF adoption has accelerated.
Rethinking How Performance Is Measured
These developments have created a new baseline expectation as investors are increasingly unwilling to accept additional complexity for the same exposure. While this has not resulted in a breakdown of the DAT model, it highlights that the conditions which previously supported it are no longer sufficient on their own.
The relative value of a standalone treasury structure is now coming under greater scrutiny in the context of premium compression, fee sensitivity, as well as unmet expectations around performance. Consequently, DATs must justify their continued existence through demonstrable performance.
As this shift has taken hold, a more nuanced approach to evaluating DATs has emerged that focuses on how effectively the balance sheet itself is managed. Unlike ETFs, DATs can grow their crypto holdings per share, offsetting shareholder dilution (Figure 2).
Figure 2: Evaluations metrics
|
Evaluation Metric |
Definition |
|
Token Holdings per Share (THPS/BPS) |
The total treasury balance divided by the fully diluted share count
|
|
mNAV Dynamics & Premium/Discount trading dynamics
|
The relationship between the company’s Market Cap and its Net Asset Value
|
|
Accretive vs. Dilutive Growth Ratio
|
A comparison of the percentage growth in the digital treasury versus the percentage growth in share count.
|
|
Cost of Capital vs. Asset Yield:
|
The interest rate on debt (convertibles/loans) used to acquire assets versus the projected appreciation or staking yield of those assets.
|
|
Treasury Velocity & Turnover
|
How often the treasury is rebalanced or utilized for liquidity/yield-bearing activities.
|
Source: 3iQ.
These metrics do not replace price performance, but they provide additional context on how effectively a DAT is managing its balance sheet relative to passive ETF structures, particularly during market downturns.
In a market where exposure can be accessed efficiently elsewhere, the ability to demonstrate disciplined and consistent treasury growth through sophisticated, active management becomes a more relevant driver of differentiation. This is where the DAT can effectively aim to reposition itself by offering outperformance via active strategies.
A Structural Shift in DAT Strategy
Recognising the need for a more active approach to treasury management is one step: implementing it introduces a different set of challenges, not least those of governance. DATs operate at the intersection of corporate management and asset management, but the capabilities required for each are not easily combined within a single structure.
Corporate functions are typically oriented around capital allocation and shareholder communication, whereas active asset management requires execution infrastructure and continuous strategy development across market conditions. This distinction becomes more pronounced as expectations around treasury performance increase.
From a strategic and execution perspective, one of the more important developments is the shift away from traditional notions of yield and toward accumulation. While strides have been made with respect to L2 and DeFi protocol yield mechanisms that can provide a yield of up to ~5–9% depending on protocol and risk, for assets such as Bitcoin, no form of native yield exists. Consequently, alternative approaches have emerged that focus on generating consistent returns through active management rather than relying on unproven and largely unregulated protocols.
In the case of MicroStrategy, they have utilized debt and equity-based financial engineering, including leverage through convertible issuance, as part of a directional bet to achieve a BTC Yield of 22.8% in 2025, a result that most DATs will struggle to replicate. This approach contrasts with market-neutral strategies, which seek to generate returns through the systematic capture of market inefficiencies rather than directional exposure or balance sheet leverage.
Figure 3: Strategy Bitcoin Yield Generation (BTC Yield %, 2026 YTD)
Source: Strategy.com. Data as of March 15, 2026.
While leverage provides reflexive upside in expansionary regimes, it accelerates destruction during sideways or downward trends. Balance sheet expansion via share issuance only creates value if the underlying strategy outperforms the rate of dilution. This has been highlighted in 2026, where BTC yields have compressed to 3.4% amid narrowing premiums. Without the ability to issue at high premiums or generate internal treasury alpha, a DAT risks expanding its share count without a corresponding increase in per-share asset backing.
Market-neutral strategies that seek to capture pricing inefficiencies or basis spreads provide a primary example of this shift. These approaches aim to produce repeatable returns that can be reinvested into the underlying asset, leading to an accretive rise in token holdings on a per-share basis over time. This introduces a more controllable mechanism for treasury growth, where outcomes are influenced not only by market direction but also by how capital is deployed.
This dynamic shifts the investment thesis toward governance. Unlike the direct asset claims of an ETF, the DAT structure introduces a discretionary management layer where strategy, capital deployment, and issuance policy dictate shareholder outcomes. These functions mirror those of a professional asset manager: delivering consistent, risk-managed returns in digital asset markets requires an institutional execution and oversight framework that sits outside the native capabilities of a corporate treasury.
The Role of Institutional Strategy Providers
As the above-mentioned demands increase, the limitations of internal execution become more evident. Rather than attempting to build these capabilities in-house, there is a growing case for accessing them through external managers already structured to deliver them within a regulated and institutional framework.
In practical terms, this reflects a shift in how DAT management is approached. What was previously a function centered on custody and capital preservation is increasingly one that requires external active management, differentiated strategy, and risk calibration to deliver consistent value to shareholders.
3iQ operates within this execution layer, applying an asset management approach to corporate balance sheets with a focus on delivering outcomes that extend beyond passive exposure. The same principles that underpin actively managed strategies in fund structures, such as the Dynamic Active Multi-Crypto ETF (DXMC), including infrastructure, risk management systems, and disciplined execution, can be extended to DATs with the objective of generating returns that seek to exceed both internal treasury capabilities and base staking yields.
The relevance of this approach is best understood in terms of outcomes. A more structured and actively managed treasury allows DATs to improve balance sheet efficiency without requiring a fundamental change to the corporate structure, while introducing a repeatable pathway for growth that is driven by performance rather than issuance.
This distinction becomes clearer when comparing how different structures behave in practice.
Figure 4: ETFs vs Passive and Active Digital Asset Treasuries
|
Feature / Metric |
Spot ETF (Passive) |
Passive DAT (HODL) |
Active DAT (Specialist Managed) |
|
Primary Objective |
Price Tracking (Delta 1) |
Balance Sheet Preservation |
Accretive BPS Growth |
|
Token Holdings per Share (THPS) |
Negative (Fees/Drag) |
Stagnant (Fixed Supply) |
Positive / Compounding |
|
mNAV Dynamics |
Neutral (Strict Nav) |
Variable (Market Sentiment) |
Strategic Arbitrage |
|
Equity/Debt Usage |
None |
Defensive / Reactive |
Proactive & Accretive |
|
Impact of Dilution |
Not Applicable |
High Risk |
Mathematically Offset |
|
Management Focus |
Low Cost / Liquidity |
Custody / Reporting |
Financial Engineering / Yield |
|
Shareholder Value Proposition |
Direct Exposure |
Proxy Exposure |
Leveraged Accumulation Machine |
|
Category |
Spot ETF (Passive) |
Passive DAT (HODL) |
Active DAT (Specialist Managed) |
|
Objective |
Price tracking (delta 1) |
Balance sheet preservation |
Accretive BPS growth |
|
Treasury Growth |
Negative (fees/drag) |
Stagnant (fixed supply) |
Positive, compounding |
|
mNAV Behaviour |
Neutral (strict NAV) |
Variable (market sentiment) |
Actively managed / arbitrage-aware |
|
Capital Deployment |
None |
Defensive / reactive |
Proactive and accretive |
|
Dilution Impact |
Not applicable |
High risk |
Structurally managed / offset |
|
Management Approach |
Low cost / liquidity |
Custody / reporting |
Active strategy and capital allocation |
|
Investor Proposition |
Direct exposure |
Proxy exposure |
Enhanced exposure via accumulation |
Source: 3iQ.
Looking Ahead: From Balance Sheet to Strategy Layer
As DATs continue to evolve, the distinction between holding assets and managing them is likely to become more pronounced, particularly as investor expectations shift toward consistency, transparency, and capital efficiency.
A more actively managed treasury does not simply improve short-term outcomes. It changes how the balance sheet can be used over time, introducing flexibility that extends beyond preservation toward more deliberate capital allocation.
In that sense, the transition underway is less about replacing the DAT model and more about refining it into a framework that is better aligned with a maturing market structure, where execution, rather than exposure, defines the outcome.
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