Manifesto
We believe in a future where AI is sovereign by default and governed by cryptographic certainty instead of centralized authorities. Where new economies are decentralized by design, computation integrity is native to protocols, and intelligence itself becomes unstoppable by design.
Mission
Already backed by
1.4K
Miners
18
Validators
The foundations
of trustworthy AI
Built to be verifiable, private, and fair — by design.
Proof of Inference
Every critical AI output is secured with cryptographic proofs — mathematically verified and provable, not based on blind trust.
Model Privacy
Sensitive computations remain private and secure — protected with zk-ML and FHE to guarantee confidentiality at scale.
Trustless Verification
Validation is distributed across independent nodes — ensuring fairness, resilience, and eliminating single points of failure.
Unbreakable AI
Decentralized by design — AI is unstoppable, resilient, and owned by all within a shared and open economy.
Model Slicing
AI models are split into independent slices, focusing validation where it matters most and reducing overhead.
zk-ML & FHE
Advanced cryptography keeps computations private and secure, while scaling efficiently.
Cryptographic Verification
Zero-knowledge proofs ensure correctness of critical outputs — making inference provable.
Agentic Protocols
Open governance and incentives drive fairness, resilience, and community oversight.
Cross-chain Interoperability
Seamless integration across blockchains makes verifiable AI universally accessible.
Inference Commerce
A transparent marketplace for deploying and monetizing AI models with accountability.
Trust, privacy, and fairness — by design
We make AI systems accountable — so users, developers, and networks can trust every result.
How unbreakable
AI works
Inference Network enables auditable AI at scale through a targeted, slice-based verification approach.
2
Model Slicing
DSperse intelligently slices the model based on its location plan, evenly distributing computational complexity across slices
3
Compilation
Each of the slices are converted into verifiable, zero-knowledge circuits using the most optimal proof system for the workload.
4
Witness Generation
Witness generation is conducted on a trusted machine or group of machines. Outputs from each slice feed forward into the next slice.
5
Distributed Proving
Witness files are distributed to a distributed group of computational nodes which each conduct independent proving on inference for each slice.
6
Verification
Proof data is collected from all nodes and cryptographically verified, proving that each slice operated correctly to produce the final output.
Parallelized throughput
Slice boundaries align with model modules, enabling parallel execution, efficient caching, and maximum hardware utilization.
Cost and latency control
Critical slices use zk-attestation, while non-critical slices run at native speed, balancing performance and cost.
Resource efficiency
Small per-slice circuits cut memory use and speed up proofs, making cryptographic verification feasible in production.
Future-proof scaling
Recursive proof composition links slices into unified guarantees, supporting growth to millions of nodes.
01
Web3 infrastructure
Strengthen decentralized networks with AI that’s transparent, auditable, and cryptographically verifiable.
02
Enterprise compliance
Enable trustworthy AI systems that meet strict regulatory and audit requirements without sacrificing performance.
03
Finance & DeFi
Power fraud detection, credit scoring, and trading with secure, privacy-preserving AI models verified on-chain.
04
Healthcare
Analyze encrypted medical data with zero-knowledge proofs, ensuring accurate results while protecting patient confidentiality.
05
Zero-Knowledge Identity
Enhance privacy and trust in identity, KYC, and credential verification — prove facts without revealing sensitive data.
06
GameFi Verification
Guarantee fairness and authenticity in gaming with verifiable randomness and proof-backed in-game logic.
Where verifiable AI makes the difference
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For whom
For AI-savvy professionals & researchers
Run advanced models you can fully verify — ensuring computational integrity and reproducible results.
For Builders & Devs
Build first-mover apps powered by cryptographic guarantees, without relying on black-box models.
For Enterprises & partners
Deploy AI systems that are auditable, compliant, and secure at scale — aligned with regulatory standards.
For General tech audiences
Discover AI you can finally trust — private, verifiable, and open to everyone.
Help shape the future
of trustworthy AI
Inference Network is open-source and community-driven. Whether you’re a researcher, builder, or curious user — you can be part of it.
Live updates
Unlock the future of unbreakable AI.
Inference Network makes trustless AGI inevitable — replacing closed, centralized models with a global web of verifiable AI slices. Every computation becomes provable, unstoppable, and resilient by design.