ICP Cycle Burn Engine
Current pump rate: 6% of target
ICP Cycle Burn Engine
Every ICP staked reduces supply and fuels cycle demand. The pump speed reflects the live network burn rate — watch it accelerate as Mission 70 drives demand toward the 0.77 XDR/s target.
ICP Staking & Computation Value Dashboard
Visualize how your ICP stake transforms into computational power on the Internet Computer. Understand the relationship between staking rewards, cycle generation, and the fuel that powers decentralized applications.
ICP Staking Calculator
Staking Emission Calculator
Calculate your annual staking rewards with Mission 70's new dissolve delay range and convex reward curve
What is the 8-Year Gang bonus?
34.29 ICP
Base rate + dissolve delay bonus + age bonus
0.0000
Based on simulator scenario
1.305x
| Delay | APY | +8YG |
|---|---|---|
| 2 weeks | 2.3% | 2.5% |
| 3 months | 2.8% | 3.1% |
| 6 months | 3.1% | 3.4% |
| 1 year | 3.5% | 3.9% |
| 18 months | 5.0% | 5.5% |
| 2 years | 7.0% | 7.7% |
Annual Emissions vs Staked ICP
- Annual Emissions
Computation Fuel Generation
- Computation Fuel
Mission 70 Progress
Inflation Reduction Journey
Three milestone path from 9.72% to ≤2.92% — supply side already locked in, demand acceleration closes the gap.
Starting Point
Pre-Mission 70 baseline
Supply Side Committed
44% reduction locked in
Mission 70 Target
Full demand acceleration needed
Cycle Burn Engine — Computation is Digital Oil
Current network burn vs. Mission 70 target — Caffeine.ai and cloud engines are closing the gap.
Caffeine.ai + ICP cloud engine adoption closes 94% of the remaining gap
Official Cycle Burn Data
Real-time cycle burn rate and network health metrics are published continuously on the Dfinity Network Dashboard.
Dual-Lever Dashboard — Supply & Demand
Mission 70 requires two coordinated forces: supply-side tokenomics reform + demand-side cycle burn growth.
Dissolve delay updates, reward curve changes, and tokenomics reform — already committed via NNS governance.
Cycle burn growth from Caffeine.ai, cloud engine onboarding, and enterprise AI workloads.
- Supply Reduction
- Demand Accel.
- Combined
What-If Simulator
What-If Simulator
Adjust network-wide parameters and instantly see the impact on scarcity, cycle value, and computation fuel
305.0M ICP
51.8K neurons
53% staked
0.000328
Computation cycles per ICP token
↑ Higher than current
1.3050x
Network ownership leverage
→ Same than current
Using current network values
Network Dashboard
Network Health Dashboard
Real-time metrics and historical trends of the Internet Computer staking ecosystem
⚡ Showing simulated scenario values
Total ICP Staked
305M
Active Neurons
51.8K
Staking Rate
53%
Network Activity
High
- ICP Staked
Computation is Digital Oil
Computation as Digital Oil
Your ICP stake powers computation — while cloud engines collaborate with AWS, Azure & GCP to create a deflationary burn loop that reduces supply
⚡ Values updated from simulator scenario
ICP Tokens
Stake your ICP in neurons
Cycles
Convert to computation cycles
Computation
Power smart contracts
Applications
Run decentralized apps
Cloud Engines
ICP cloud infra + AWS, Azure, GCP workloads
Node Revenue
Node providers earn from cloud compute demand
20% Buy & Burn
20% of revenue buys ICP from market and burns it
Reduced Supply
Deflationary loop — less ICP circulating
Collaboration, not competition. ICP cloud engines handle sovereign, tamperproof workloads alongside AWS, Azure & GCP — expanding the cloud market while every compute request burns ICP, reducing supply over time.
Scarcity Multiplier
1.305x
Cycle Value / ICP
0.000328
Burn Engine Share
20%
Cloud Engine Collaboration
Built to Work Together
ICP Cloud Engines do not replace AWS, Azure, or GCP — they add a sovereign, tamperproof layer for workloads that traditional clouds structurally cannot guarantee.
Traditional Cloud
Commodity Compute
General-purpose VMs & containers
Managed Databases
Scalable storage & querying
CDN & Edge Delivery
Fast content distribution
Works Together
Bidirectional integration
ICP Cloud Engines
Tamperproof Computation
Cryptographically verifiable results
Sovereign Data
No vendor access — ever
Unstoppable Apps
No single point of failure
AI & ML Training
☁ Runs on AWS/GCP/Azure
⚡ Verifiable inference on ICP
Financial Records
☁ Managed DB on Azure
⚡ Immutable audit trail on ICP
Web Applications
☁ CDN & hosting on AWS
⚡ Unstoppable front-end on ICP
Add Sovereignty to Your Cloud
You already use AWS, Azure, or GCP — now add an ICP cloud engine layer for workloads that need tamperproof, sovereign operation that traditional clouds cannot provide.
Recommended ICP Budget
$3,750
~15% of cloud spend
12000.0B
cycles / month
~277.8 ICP
burned / month
Provider
AWS
+ ICP layer
Cryptographically verified inference — no vendor can alter model outputs
Training data remains fully sovereign — never accessible to the cloud provider
Tamperproof audit logs of every prediction for compliance
$1 Trillion Cloud Market
ICP is not competing for existing cloud revenue — it is opening an entirely new category: sovereign onchain cloud that the top three providers structurally cannot replicate.
- AWS
- Azure
- GCP
- ICP Sovereign Cloud
A rising tide lifts all boats — ICP's growth accelerates the adoption of cloud computing broadly.
Enterprises that add an ICP sovereign layer spend more on traditional cloud, not less — they gain confidence to go all-in on digital infrastructure.
Learn More
Learn About ICP Staking
Understand how your stake powers the future of decentralized computation — and how Mission 70 is reshaping ICP's economic model right now
Mission 70 Passed
CompleteGovernance vote approved — inflation target reduced to ≤2.92% by end of 2026
Supply-Side Measures Active
CompleteNew tokenomics cut minting by 44% — dissolve delay range updated to 2 weeks–2 years
Demand Acceleration Underway
In ProgressCloud engines + Caffeine.ai ramping cycle burn toward the 0.77 XDR/sec target
Full Deflation Target
UpcomingCombined supply + demand measures reach the 70% reduction milestone (target: end 2026)
Current target: Cut inflation from 9.72% → ≤2.92% by end of 2026. Supply side already committed to a 44% minting reduction. Demand acceleration (cloud engines + Caffeine.ai) closing the remaining gap.
From Industrial Oil to Digital Computation
Mission 70 accelerates this transition — staking drives scarcity, cloud engines drive demand
OpenChat — Decentralized Messaging
A fully on-chain messaging platform powered by ICP cycles. Post-Mission 70, cycle burns from real user activity directly feed the deflationary loop, demonstrating how every message sent reduces ICP supply.
Visit ProjectDSCVR — Social Media on Chain
A decentralized social network running entirely on the Internet Computer. Its compute-heavy workloads demonstrate cloud engine scalability — and Mission 70 aligns its growth with ICP value accrual.
Visit ProjectCaffeine.ai — Cloud AI Engine
Caffeine.ai runs AI workloads on ICP cloud engines alongside traditional cloud infrastructure. Each compute job burns cycles, contributing to Mission 70's 0.77 XDR/sec burn target and ICP deflation.
Visit Project