TLDR
- Institutional allocators evaluating digital assets have historically faced a structural binary between fixed-supply assets that generate no native yield or yield-bearing assets with no hard supply cap. Treasury strategies built on Avalanche are positioned to offer a novel structure, one that includes both a hard supply ceiling and native protocol yield.
- AVAX has a hard maximum of 720 million tokens and burns transaction fees permanently, removing tokens from circulation with every transaction processed on the network. Meanwhile, staking rewards compound a treasury’s nominal holdings, allowing a treasury to see its total AVAX holdings go up, even as total supply goes down.
- The net deflationary effect has not yet arrived for AVAX: new token issuance through staking rewards currently exceeds the volume of tokens burned through fees. However, native yield makes the compounding math work for a staked treasury holder even before the deflation crossover, making AVAX-based treasuries unique among digital asset treasury investments.
THE STANDARD DIGITAL ASSET TRADEOFF
Institutional allocators evaluating digital assets typically face a decision between investing in fixed supply assets (that have no yield) or yield-bearing assets (with no hard supply cap).
- Bitcoin is the classic fixed-supply choice. Its 21 million cap creates an inviolable supply ceiling, and its emissions curve is well-understood by investors accustomed to duration analysis. Bitcoin-based treasury strategies benefit from its scarcity, but can’t generate native yield, a significant limitation.
- Ethereum represents a significant yield-bearing asset for institutions. However, it carries no hard supply cap. While its fee-burning mechanism has at times produced net deflation in circulating supply, that effect is conditional on network activity levels and subject to governance decisions that could alter the underlying mechanics.
- Avalanche offers a novel structure. It carries a hard maximum supply that governance cannot increase, a native staking yield built into the protocol, and a fee-burn mechanism that removes tokens permanently with each transaction, creating a deflationary flywheel as time passes and activity increases.
This piece explores how Avalanche’s architecture uniquely benefits from its hard supply ceiling, fee burning mechanism, and native protocol yield, and the opportunity those mechanics create for treasuries carrying its native token, AVAX.
THE SUPPLY ARCHITECTURE
AVAX has a hard maximum of 720 million tokens.¹ 360 million were issued at genesis. The remaining 360 million are distributed through staking rewards, with approximately 289 million remaining un-issued as of early 2026.
While token voters can vote to adjust the pace at which the remaining supply is distributed, governance cannot increase the total 720 million token cap. This is similar to Bitcoin’s hard cap, and represents a meaningful structural opportunity for institutional allocators accustomed to fiat currency risk and unlimited issuance from central bank-driven systems.
Unlike Bitcoin or Ethereum, Avalanche also burns transaction fees permanently, rather than distributing them to validators. (Instead, validators are compensated through protocol-minted staking rewards drawn from the remaining un-issued supply).
Through this burn mechanism, every transaction processed on the network removes tokens from circulation.² Combined with the hard cap, this makes AVAX more scarce over time, permanently contracting the total float and shrinking the denominator against which an AVAX-based treasury’s holdings are measured.
THE DEFLATIONARY FLYWHEEL WILL TAKE TIME
Today, new token issuance through staking rewards significantly exceeds the volume of tokens being burned through transaction fees.
In March 2026, daily transactions fees were around 559 AVAX (roughly $5,000 USD at the time), a modest burn rate relative to ongoing staking issuance.³ The month’s total burn was 17,330 AVAX. (For context, in October, the network saw its highest monthly burn since 2023, at approximately 70,000 AVAX). As the chart below shows, AVAX burn rate remains sensitive to transaction activity level spikes.
The deflationary effect is poised to increase in velocity over time. As staking rewards distribute the remaining un-issued supply, the pace of new issuance gradually declines. Simultaneously, as network activity grows, the burn rate increases. The flywheel strengthens as both dynamics compound in the same direction.
A fixed income investor comfortable with duration analysis will recognize this structure: the deflationary thesis has a defined horizon and knowable variables.
The open question is whether network adoption will reach sufficient scale to strengthen the deflationary effect. However, the growing number of institutions building on Avalanche creates an encouraging trajectory (read our previous analysis on how Avalanche has seen increased adoption by addressing longstanding blockchain compliance issues).
And as the deflationary flywheel plays out over the long term, staking yield becomes an especially important short-term benefit for AVAX-based treasuries.
WHY STAKING MAKES THE MATH WORK IN THE MEANTIME
For a treasury holding staked AVAX, the compounding logic functions even before the network reaches net deflation.
Present-day staking rewards (as of late March 2026, approximately 6.41% APY)³ compound the treasury’s nominal holdings. The treasury earns additional tokens by deploying its holdings through the protocol’s validator system. Meanwhile, the burn mechanism incrementally tightens the float with each transaction processed across the network.
The result: a staked treasury’s share of total supply grows from two directions simultaneously. Staking rewards push the numerator up. Fee burning pushes the denominator down.
This structure is front-loaded on yield and back-loaded on scarcity, making AVAX-based treasuries a unique investment vehicle compared to other digital asset treasuries that don’t benefit from this combination of short-term yield and long-term scarcity.
This is why we built AVAX One’s treasury strategy with the AVAX token as its foundation, making us uniquely positioned among treasury companies built on crypto assets. You can read more about our long-term outlook and projections in our 2026 guidance and recent Q4/FY 2025 earnings call.
REFERENCES
- Buttolph, S., Moin, A., Sekniqi, K., and Sirer, E.G. “Avalanche Native Token ($AVAX) Dynamics.” Ava Labs, June 2020. https://www.avalabs.org/whitepapers
- Avalanche Support. “Tokenomics FAQ.” Avalanche Support Center. https://support.avax.network/en/articles/6912428-tokenomics-faq
- Avascan. “Network Activity.” Avascan Explorer. Accessed March 26, 2026. https://avascan.info/stats/network-activity
AVAX One Technology Ltd. (NASDAQ: AVX) is the first publicly traded Avalanche Treasury company, building the premier institutional gateway to the onchain financial economy powered by the Avalanche blockchain network. Through AVAX accumulation, onchain yield, and strategic acquisitions, the Company aims to compound long-term value for its shareholders while supporting the growth of the Avalanche ecosystem. For more information, visit www.avax-one.com
