SwitzerlandLIVE
Swiss Subnet
January 20, 2026
The first national sovereignty subnet on the Internet Computer, launched at World Computer Day during the World Economic Forum in Davos.
Network / Live telemetry
Computation is Digital Oil
See the cycles powering the Internet Computer—and the sovereign infrastructure putting them to work.
Network cycles burned / day
4,526.6TLast updated: 5m 17s agoSource: Dfinity Metrics API
ICP Cycle Burn Engine
Pump rate: 7% of target
ICP Price
$2.91USD
-0.68%24h
Last updated: 10s agoSource: CoinGecko · Binance
Network Burn Rate
52.4Bcycles/s
Last updated: 5m 17s agoSource: Dfinity Metrics API
ICP Burned / Day
2.0KICP
Last updated: 5m 17s agoSource: Dfinity Metrics · CoinGecko
Total ICP Staked
287MICP
● stale
NNS as of 10/18/2026, 3:57:07 PM · Last updated: 10h 9m agoSource: NNS Governance
Public knowledge / Ask the refinery
Ask Computation Oil
Questions about cycles, staking and sovereign adoption, answered using public site information and linked sources.
Sovereign Adoption
Every sovereign deployment burns cycles. This is the demand side of the thesis.
Publicly announced deployments only. Every entry links to its source. Last verified: October 2026.
PakistanLIVE
Pakistan Digital Authority National Cloud Engine
MoU signed February 10, 2026
The Pakistan Digital Authority and the DFINITY Foundation signed a Memorandum of Understanding establishing a dedicated Pakistan Subnet.
United NationsAGREEMENT SIGNED
UN Development Programme (UNDP)
August 25, 2026
DFINITY and the UNDP signed a 12-month agreement bringing sovereign cloud and agentic AI to public services.
CambodiaPILOT
Universal Trusted Credentials (UNDP pilot)
Ongoing
Cambodia was selected by the UNDP to pilot Universal Trusted Credentials, aimed at strengthening digital trust and financing access for micro, small and medium enterprises.
Pipeline
ANNOUNCED
Publicly stated next steps. These are announced intentions, not completed deployments.
- ANNOUNCED
Five-country government AI pilots
UNDP plans to select five countries, expected across Latin America, Africa and Asia, for government-led sovereign AI and cloud pilots built with DFINITY technology. Participating countries have not been publicly named.
Source - ANNOUNCED
Additional national deployments
DFINITY has publicly described taking the Pakistan playbook to additional countries through the UNDP Government Blockchain Academy.
Source - ANNOUNCED
Universal Trusted Credentials expansion
the Cambodia pilot is planned to scale to 10 countries.
Source - ANNOUNCED
Unnamed government already in production
DFINITY founder Dominic Williams has stated a government is running internal production software built on a cloud engine using Caffeine.
Source - ANNOUNCED
Open SaaS / AIware
an open-source suite of enterprise SaaS applications reimagined to run on cloud engines, announced for release following the cloud engine rollout.
Source
How adoption drives burn
- 01 / 03
Deployments consume cycles — sovereign engines run real production workloads, and every update call, every byte stored and every agentic build burns cycles.
Source - 02 / 03
Revenue splits 80/20 — 80% of Cloud Engine revenue goes to the node providers operating the hardware; 20% buys back and burns ICP.
Source - 03 / 03
Burn is the output — adoption on this page is the demand signal behind the burn rate tracked elsewhere on this site.
Source
Mission 70 sets the target. Sovereign adoption is how it gets met.
Supported infrastructure and toolchains
Supported deployment options and authorized build tools — not partnership announcements.
Node hosting options
- Cloud-backed engines — nodes provisioned on Amazon Web Services, Google Cloud or Microsoft Azure by KYC-verified providers.
- Sovereign / dedicated hardware — nodes owned and operated by providers in independent data centers.
- Mixed and migratable — organizations can move from public cloud infrastructure to dedicated sovereign hardware as deployments grow, or swap nodes, without interrupting running services.
Cloud engines run alongside the hyperscalers rather than against them — the same workload can start on AWS, GCP or Azure nodes and migrate to sovereign hardware without downtime.
SourceAuthorized build toolchains
Builders that produce a signed .icp deployment package for a cloud engine:
- Caffeine — DFINITY's natural-language application platform
- Claude Code — Anthropic
- Codex — OpenAI
A signed .icp file deploys atomically across every node in the engine.
SourceCompiled from public announcements and press releases. Status reflects publicly available information as of October 2026 and may have changed. Each entry links to its original source.
Explore the data
Open a section to inspect the models, network signals and underlying thesis.
Charts & network signals
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.
Baseline9.72%
Starting Point
Pre-Mission 70 baseline
→
Committed ✓5.42%
Supply Side Committed
44% reduction locked in
→
Target2.92%
Mission 70 Target
Full demand acceleration needed
5.42% → 2.92% = Demand acceleration needed
Progress toward target63% of the way
Network dashboard
Network Health Dashboard
Real-time metrics and historical trends of the Internet Computer staking ecosystem
⚡ Showing simulated scenario values
+15.1%
Active Neurons
51.8K
+2.3%
Staking Rate
53%
Stable
Network Activity
High
Stable
Scarcity Multiplier
1.30×
Total ICP Staked Over Time
Historical staking trends across the network
- ICP Staked
Neuron Growth
Active neurons participating in governance
Staking Rate
Percentage of circulating ICP staked
Staking & scenario models
Staking emission calculator
Mission 70 UpdatedStaking & Mission 70
Mission 70 reshapes staking: dissolve delays now run 14–730 days on a convex reward curve, so longer commitments earn outsized rewards.
Est. APY
3.4%
Annual ICP
34
What-if simulator
What-If Simulator
Adjust network-wide parameters and instantly see the impact on scarcity, cycle value, and computation fuel
Network Parameters
Adjust values to simulate different scenarios
305.0M ICP
51.8K neurons
53% staked
Cycle Value
0.000328
Computation cycles per ICP token
↑ Higher than current
Scarcity Multiplier
1.3050x
Network ownership leverage
→ Same than current
Scenario Impact
Using current network values
funnAI & Proof of AI Work
Proof of AI Work
funnAI · Proof of AI Work
Run a mAIner on funnAIfunnAI by onicai is a gamified Proof-of-AI-Work protocol where on-chain mAIners burn real cycles to answer challenges — turning AI work into ICP cycle demand.
funnAI daily burn138.0T / day~$187
FunnAI Index3.1%3.049% of live ICP burn
mAIners75486 active (11.4% of fleet)
FUNNAI price$0.0140market cap ~$83K
Source: funnai.onicai.com · as of Oct 3, 2026
Next reward decreaseDec 29, 2026 · 12:00 PT71d 17h 53m 42s
More funnAI stats
Total burned376,699.8Tcumulative to date
Cycles held3,241.0T~$4.4K
Avg cycles per mAIner4.3Tacross the whole fleet
Burn per active mAIner1.6T/dayacross 86 active mAIners
FUNNAI supply5,946,769max supply 21M · reached June 29, 2033
FUNNAI burned449,895.72FUNNAI removed from supply
Rewards per challenge62.28 FUNNAI10 minutes · 45% shared equally among all participants, 35% 1st, 15% 2nd, 5% 3rd
Reward structure
62.28 FUNNAI · 10 minutes · 45% shared equally among all participants, 35% 1st, 15% 2nd, 5% 3rd
Burn tiers
- Low≈1T/day
- Medium≈2T/day
- High≈4T/day
- Very high≈6T/day
The thesis & explainers
Computation is Digital Oil
Mission 70 — The Burn Engine
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
The Flow of Value
From staked ICP to decentralized applications
ICP Tokens
Stake your ICP in neurons
Cycles
Convert to computation cycles
Computation
Power smart contracts
Applications
Run decentralized apps
The Burn Engine
Cloud engines collaborate with major providers — 20% of revenue burns ICP
AWSAzureGCP+ ICP Cloud Engines
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%
Ownership Leverage
Your StakeDirect Control
Network ParticipationGovernance Power
Computation Fuel1.305x Value
ICP with AWS, Azure & GCP
Cloud Engine CollaborationCloud Collaboration
ICP Cloud Engines don't replace AWS, Azure, or GCP — they add a sovereign, tamperproof layer for workloads traditional clouds structurally cannot guarantee.
Cloud Hosting Options
3
Sovereign Layer
1
Understanding ICP staking & cycles
Mission 70 Implementing
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 TimelineNow Implementing
From governance vote to full deflationary impact — where we stand today
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.
Educational Content
Deep dive into ICP staking mechanics & Mission 70
Computation as the Next Oil
From Industrial Oil to Digital Computation
Mission 70 accelerates this transition — staking drives scarcity, cloud engines drive demand
Case Studies
Real projects powered by ICP computation — Mission 70 aligned
Tamperproof Audit Layer on AWS
An enterprise deploys their data-processing pipeline on AWS Lambda and S3, then anchors cryptographic audit proofs to ICP canisters. AWS handles commodity scale; ICP provides the unstoppable, verifiable record that AWS cannot offer by design.
Project link unavailable
Sovereign Identity Bridge on Azure
A fintech runs its customer-facing app on Azure App Service and integrates Internet Identity as the authentication layer. Azure manages app infrastructure; ICP provides self-sovereign identity that users own — no Azure AD dependency for authentication.
Project link unavailable
Trustless AI Model Registry on GCP
An AI startup trains and serves models on Google Cloud Vertex AI but stores model hashes and governance votes in ICP canisters. GCP provides GPU compute at scale; ICP makes model versioning tamperproof and community-governed.
Project link unavailable
Get Started
Take action — Mission 70 rewards are live now