Author: David Gamble (1nvict_s)
Date: January 2026
Related Prior Proposal:
Summary
One year ago, a TEMP CHECK was introduced to explore whether Aave should consider Bitcoin-native strategies as part of its long-term treasury framework. The objective was not short-term yield optimization or speculative exposure, but to assess whether native Bitcoin production could strengthen treasury resilience, diversify revenue sources, and support the long-duration stability of GHO.
This proposal represents a year-two iteration of that discussion. It reflects a more mature governance environment, updated market and tax conditions, and observed outcomes from 2025 that inform the feasibility of such a strategy.
The purpose of this TEMP CHECK is to determine whether Aave governance supports the eventual deployment of treasury capital toward native Bitcoin production, subject to full compliance with Aave’s governance, risk, and service-provider frameworks. No capital deployment is proposed at this stage.
If supported, the intended outcome is the development of a formally specified ARFC that would define allocation parameters, risk controls, operational structure, and governance oversight prior to any on-chain execution.
1. Background
One year ago, my prior TEMP CHECK asked a straightforward question:
How can Aave and GHO strengthen long-term protocol resilience by expanding beyond purely DeFi-native treasury strategies?
The intent was structural rather than tactical: to explore whether native Bitcoin production could diversify Aave’s revenue base, organically grow Bitcoin reserves, and support GHO’s long-duration stability.
At the time, the discussion was necessarily theoretical.
Today, it is informed by observed outcomes.
2. Scope
This TEMP CHECK is intentionally limited in scope.
It is intended to solicit governance feedback on whether exploration of a Bitcoin mining pilot as a treasury strategy should advance toward a future ARFC and, potentially, an AIP.
No on-chain actions are proposed.
No allocations are requested.
No service providers are engaged at this stage.
3. Motivation – Why This Matters Now
In 2025:
• Bitcoin finished the year down approximately 6.5%
• Buy-and-hold BTC exposure produced no yield, no cash flow, and no structural downside insulation
This environment directly tested a core objection raised during the original discussion:
“Is it historically better to simply hold Bitcoin than to mine it?”
The results provided a meaningful counterpoint.
4. Observed Outcomes (2025 Retrospective)
In a representative private deployment of 10 current-generation Bitcoin miners during 2025:
• Approximately $81,000 of taxable income was offset
• Approximately 0.49 BTC was mined
• Approximately $22,800 in total electricity costs were incurred
• Effective cost of production was approximately $46,000 per BTC
• Operations remained cash-flow positive despite Bitcoin ending the year lower
This outcome was achieved without leverage, without aggressive price assumptions, and without requiring Bitcoin price appreciation.
Key takeaway:
Even at small fleet scale, mining functioned as a cash-flowing Bitcoin accumulation strategy in a down year for Bitcoin.
5. A Critical Advantage: The Tax Framework
One dimension that was less emphasized in earlier discussion but has become central to evaluating the economics of mining is tax treatment, which can materially influence after tax outcomes and varies by jurisdiction (consult a qualified CPA for jurisdiction specific guidance). Bitcoin mining is therefore not solely an operational or yield activity, but also a capital allocation strategy with tax implications that materially affect net economics.
With the passage of The Big Beautiful Bill, 100% accelerated bonus depreciation is available for 2026, allowing qualifying assets that would traditionally follow a five year MACRS recovery schedule to be fully expensed in year one. Bitcoin mining ASICs qualify as tangible five year MACRS business property under IRC §168, and when properly structured, depreciation may be used to offset active income and improve after tax capital efficiency.
Excluding tax treatment from the analysis does not make evaluation more conservative. It results in an incomplete assessment of the underlying economics.
6. Proposal Objective
This TEMP CHECK asks whether Aave governance supports further exploration of Bitcoin mining as a treasury strategy with the intent of eventual capital deployment, subject to full specification and approval.
Potential objectives include:
• Establishing a non-DeFi-native revenue stream
• Growing Bitcoin reserves organically
• Improving long-term cash-flow resilience supporting GHO
• Expanding Aave’s strategic surface area into Bitcoin-native capital
Any future ARFC would include full risk, governance, and operational specification.
7. Current Deployment Economics (Reference Model)
(January 2026 market conditions)
The following deployment snapshot is provided for reference only to contextualize the discussion around Bitcoin mining economics under current market conditions. It is included to support informed governance dialogue and does not constitute a proposal for allocation, execution, or implementation.
No assumptions in this section should be interpreted as commitments, forecasts, or expectations of performance.
Reference Context
The reference model reflects a hypothetical treasury-scale deployment using commercially available, current-generation ASIC hardware and standard fixed-rate hosting terms observed in January 2026.
The model assumes:
• No leverage
• No price appreciation assumptions
• No custody by third-party operators
• All figures inclusive of capex, hosting, and operating costs
• Network difficulty, block subsidy, and hashprice as observed at the time
Illustrative Characteristics
Under these assumptions, the reference model demonstrates:
• Capital deployment at a scale relevant to treasury-level discussion
• Aggregate hashrate consistent with small-to-mid-scale industrial deployments
• Monthly BTC production sufficient to offset operating costs at prevailing prices
• Positive operating margin under current conditions
• A BTC breakeven price materially below spot at the time of observation
These characteristics are included to illustrate that, under certain conditions, Bitcoin mining can operate as a cash-flowing activity rather than as a pure directional bet on price appreciation.
Governance Relevance
This reference model is included solely to highlight structural attributes relevant to governance evaluation:
• Exposure can be sized incrementally and adjusted over time
• Downside outcomes are continuous and observable rather than binary
• Operating risk is separable from market price risk
• Treasury exposure can be paused, reduced, or discontinued without protocol-level dependencies
Limitations
This reference model does not account for future changes in network difficulty, energy markets, hardware performance, tax treatment variability, or governance and reporting requirements.
Any future ARFC would be required to address these factors explicitly and incorporate formal service-provider and risk analysis.
Clarification
This section is not a request for approval, does not imply endorsement, and does not authorize further action.
8. Risk Considerations (High-Level, Non-Exhaustive)
This section identifies principal risk domains relevant to the exploration of Bitcoin mining as a potential treasury activity. The risks outlined below are not exhaustive and are presented to frame governance discussion rather than to assert mitigation sufficiency.
No risk assessments or controls are approved or implied at this stage.
Market and Protocol-External Risks
• Bitcoin price volatility: Revenue is denominated in BTC and subject to market price fluctuations. Prolonged adverse price movements may impair operating margins or capital recovery timelines.
• Network hashrate and difficulty growth: Increases in global hashrate may reduce BTC production per unit of deployed capacity over time, independent of price dynamics.
• Macro and regulatory factors: Changes in regulation, energy markets, or jurisdictional policy may affect operational feasibility or cost structures.
Operational and Execution Risks
• Hardware obsolescence: ASIC efficiency may decline in relative terms as newer hardware enters the market, potentially impacting long-term economics.
• Operational dependency: While outsourced operations introduce counterparty and performance risk, including uptime, reporting accuracy, and contract enforcement, these risks are structurally addressable through contractual service-level requirements, reporting standards, and governance-controlled escalation and exit provisions. The adequacy of such controls would require formal evaluation by relevant service providers prior to any ARFC or AIP.
• Supply-chain constraints: Hardware availability, lead times, and logistics may affect deployment schedules or cost assumptions.
Treasury and Governance Risks
• Capital allocation risk: Treasury capital deployed to mining activities may underperform alternative uses, including DeFi-native strategies or passive holdings.
• Liquidity risk: Mining hardware is less liquid than digital assets and may require time or discounting to exit under adverse conditions.
• Governance complexity: Ongoing monitoring, reporting, and adjustment introduce operational overhead relative to passive treasury strategies.
Risk Management Considerations (Illustrative)
Potential risk management levers are subject to future ARFC specification, may include:
• Explicit allocation caps
• Incremental or phased deployment
• Fixed or hedged operating cost structures
• Periodic performance and risk reporting to governance
• Predefined conditions for scaling, pausing, or unwinding exposure
Clarification
The identification of potential risk management levers does not imply their adequacy or approval.
Any future ARFC would be required to include formal risk-provider analysis, quantified downside scenarios, and clearly defined governance controls prior to escalation to an AIP.
Footnote:
For clarity, any outsourced operational model contemplated at this stage assumes non-custodial handling of BTC, with treasury-controlled wallets and settlement flows. Custody considerations would be explicitly addressed in any future ARFC.
9. Conclusion
This TEMP CHECK is intended to determine whether Aave governance supports the eventual deployment of treasury capital toward native Bitcoin production, subject to full compliance with Aave’s governance, risk, and service provider frameworks.
The proposal does not request approval to deploy capital at this stage. Rather, it seeks confirmation that exploring a capital deployment pathway through a formally specified ARFC and, if approved, an AIP is directionally aligned with Aave’s long term treasury objectives.
Observed outcomes from 2025 indicate that, under certain conditions, Bitcoin mining can operate as a cash flowing activity independent of price appreciation. Whether such characteristics justify treasury deployment is a governance decision that requires deliberate evaluation.
If community sentiment is supportive, the intended next step is the development of an ARFC that explicitly defines:
• Treasury allocation parameters and constraints
• Risk assumptions and downside scenarios
• Operational structure and controls
• Reporting, monitoring, and exit mechanisms
Only upon successful completion of those steps would any deployment of treasury capital be proposed for on chain approval.
Next Steps
If governance feedback during this TEMP CHECK is constructive, I intend to submit a TEMP CHECK Snapshot vote. If approved, a fully specified ARFC will follow.
Disclaimer
This proposal is presented for discussion purposes only and does not constitute tax, legal, or investment advice.
Thank you,