ICP plays four roles in the protocol: governance staking, conversion into compute fuel, paying node rewards, and participating in SNS decentralized fundraising. Once you understand these four uses, you can see how the two numbers known as "burning" and "inflation" offset each other.
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On-chain compute: developers burn ICP, users do not pay gas
On traditional blockchains, users pay gas for every transaction, and gas is settled in the native token. ICP reverses this logic through what is called the "reverse gas" model.
Developers first convert ICP into cycles, which are units of compute fuel, and deposit them into the "battery" of the canister smart contract they run. When a canister executes programs, stores data, or processes messages, cycles are deducted from that battery. Users do not need to hold ICP or pay gas for every interaction with the application.
The price of cycles is anchored to the IMF's XDR, or Special Drawing Rights. 1 trillion cycles = 1 XDR, which is roughly 1.44 US dollars. This means developers' infrastructure costs are priced in fiat terms and are not affected by ICP market price swings. If ICP falls, the cost of buying cycles does not change. If ICP rises, it still does not change.
When ICP is converted into cycles, that ICP is permanently burned. The more computation happens on the network, the more ICP is burned.
Burning and inflation: two forces pulling in opposite directions
ICP's net supply depends on whether "burning" or "minting" is moving faster.
Burning side: ICP is burned when it is converted into cycles. This is the main source of deflation. In addition, ICP transfer fees are burned, and failed NNS proposals charge a small penalty fee to the proposer.
Minting side: New ICP is minted for two purposes. First, it is used to pay node providers, who supply hardware to run the network. Their rewards are priced in XDR and converted into ICP using a 30-day moving average exchange rate, so providers receive a stable fiat value. Second, it is used to distribute governance voting rewards. Neurons that stake ICP and participate in NNS voting earn rewards accumulated as "maturity." When the neuron owner chooses to "spawn," the maturity is destroyed and new ICP is minted.
The voting reward rate started at about 10% annualized at genesis and decreases linearly to about 5% over 8 years. This design was meant to complete the early network launch and then gradually phase out subsidies.
As of early 2026, ICP's annual inflation rate was about 9.72%. This figure includes minting from voting rewards and node rewards, minus the net amount burned through cycles.
Mission 70: cutting inflation by 70%
In January 2026, DFINITY founder Dominic Williams released the Mission 70 whitepaper. The goal is to reduce inflation from 9.72% to 2.92% by the end of 2026, a reduction of 70%.
The plan is split into two tracks:
Supply side, contributing 44% of the reduction: Reduce the minting of voting rewards and node rewards. Specific proposals include cutting first-generation node rewards by 40% and reducing the minimum number of nodes per subnet from 13 to 7. These measures are relatively controllable and can be executed through NNS governance votes.
Demand side, contributing 26% of the reduction: Offset minting by increasing cycle burning. The whitepaper requires the cycle burn rate to rise from about 0.05 XDR per second at the time to 0.77 XDR per second, roughly a 15x increase. This expected growth comes from Cloud Engines, which are enterprise private subnets, Caffeine, an AI app-building platform, and broader on-chain compute adoption.
The Cloud Engines business model is designed to directly tie into burning: of the cloud service revenue that node providers earn from enterprises, 80% goes to the providers and 20% is used to buy back and burn ICP.
Current data: how far is the target
Whether Mission 70 can be achieved depends on changes in the cycle burn rate.
In August 2026, a deliberate load test by Toko App briefly pushed the cycle burn rate to about 0.30 TCYCLES per second, which was 6 to 10 times the baseline of 0.03 to 0.05. On that day the network was indeed consuming cycles at high speed, but this was an artificial stress test and does not represent everyday levels.
Mission 70's target of 0.77 XDR per second is more than double 0.30. The current daily baseline burn is about 6,000 US dollars per day in fiat terms. To reach the target, the network would need to add tens of thousands of dollars in daily burn volume. Some analysts on Reddit believe the burn rate needs to stay consistently between 0.3 and 0.5 TCYCLES per second before the deflationary trend can be considered credible.
Cloud Engines is currently in Early Access. The Pakistan national cloud engine and a UNDP pilot project have already landed, but there is still distance from large-scale enterprise procurement. Key features such as SEV encrypted nodes and "operator-controlled upgrades" are still on the roadmap.
What to watch when judging ICP's usefulness
ICP's "usefulness" is clear at the protocol level: governance, fuel, node rewards, and fundraising. But whether that usefulness generates enough burning to offset inflation depends on one single metric: the cycle burn rate.
If the burn rate rises, it means the network is genuinely consuming computing resources and ICP is being burned. If the burn rate stagnates, it means demand-side growth has not materialized yet. Mission 70's supply-side measures, such as cutting rewards, can push the inflation number down in the short term, but that only means less minting, not more burning. What truly moves ICP from inflation to deflation is heavy consumption of cycles.
The current burn rate is still clearly far from Mission 70's target. The actual adoption data of Cloud Engines is the key signal to track next.
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References
- Internet Computer·Network economics, page undated; checked: 2026-10-14.
- Internet Computer·Internet cloud economics, page undated; checked: 2026-10-14.
- Internet Computer·Security topics, page undated; checked: 2026-10-14.
- Internet Computer·Mission 70 and Accelerating the Internet Computer Economy, published or updated: 2026-01-13; checked: 2026-10-14.
- CoinMarketCap·Internet Computer Faces Major Tokenomics Reset as DFINITY Unveils "Mission 70", published or updated: 2026-01-18; checked: 2026-10-14.
- Caifuhao·ICP Cloud Engine Deflation Narrative: Can the 20% Burn Mechanism Drive Token Revaluation?, published or updated: 2026-10-11; checked: 2026-10-14.
- CoinMarketCap·Internet Computer's Cycle Burn Rate is Skyrocketing: What it means, published or updated: 2026-08-17; checked: 2026-10-14.
- Gate.com·How Internet Computer (ICP) Plans to Lower Inflation and Burn Supply, published or updated: 2026-01-17; checked: 2026-10-14.
