The Trust Layer for Autonomous Intelligence
Fides Innova builds infrastructure where AI agents collaborate, reason, and execute across decentralized environments — and every decision, inference, and action is cryptographically provable with zero-knowledge proofs.
Autonomy you can prove, not just trust
AI agents are making real decisions with real consequences. Fides Innova makes every one of those decisions independently verifiable — by anyone, without exposing private data.
Decentralized Agentic AI
Autonomous agents that collaborate, reason, and execute across decentralized networks — no single point of control, no single point of failure. Agent identity, messaging, and settlement are native to the protocol.
Meet Wise AI →Verifiable Computing for AI
Every inference, tool call, and state transition produces a succinct zero-knowledge proof. Verifiers confirm the exact model and code ran untampered — without seeing weights, inputs, or private context.
Multi-Agent Orchestration
Coordinate fleets of specialized agents with cryptographic accountability at every hand-off. Auditable delegation, deterministic replay, and on-chain attestation for enterprise-grade autonomous workflows.
The Verifiable Agent Pipeline
From an autonomous decision to an immutable on-chain proof — every step cryptographically verifiable by anyone. Trust by design, not by promise.
Agent Executes
An AI agent reasons and acts. Every inference and tool call is captured as an execution trace.
ZKP Prover Attests
The trace feeds a zk-SNARK prover that generates a succinct proof — with zero data exposure.
Proof Goes On-Chain
The proof is anchored to the Fides Innova network — immutable, timestamped, bound to the agent's identity.
Anyone Verifies
Any party confirms the agent ran exactly the intended model and code. No trust required — just math.
One stack, from silicon to swarm
Everything you need to deploy verifiable autonomous systems — from edge devices to agent fleets to public proof infrastructure.
Agent Orchestration Layer
Deploy, coordinate, and monitor fleets of autonomous agents across decentralized environments. Native agent identity, secure messaging, and verifiable hand-offs between every participant.
Learn more →Verifiable Inference Engine
Publicly verifiable AI inference: prove that a specific model produced a specific output — without revealing weights or user data. Built on our peer-reviewed verifiable computing research.
Read the research →zk Proof SDK
Embed zero-knowledge proof generation directly into agents, services, and edge firmware. Optimized for constrained devices — generate proofs where the computation happens.
View on GitHub ↗ZKP Network Explorer
Browse and independently verify every proof across the Fides Innova network — agent executions, ML inferences, and device attestations, all transparent and on-chain.
Open Explorer ↗Rising from Knowledge to Wisdom
In Ackoff's classic DIKW hierarchy, cognition rises from raw data to, at its apex, wisdom. Today's LLM agents are fluent at the knowledge layer — generating papers, code, and proofs at inference time. But when a pipeline builds recursively on its own output, with no fresh contact with the world, quality doesn't plateau. It collapses within a few generations.
Wise AI — the result of our decentralized agentic AI work — operates at the wisdom layer: a supervisor that judges and corrects what the loop produces, regulating how often its claims are checked against a sound oracle — an experiment, a proof checker, an executed test.
Peer-reviewed foundations
Fides Innova's platform is grounded in published cryptography and systems research — not marketing claims.
zk-IoT: Verifiable Computing at the Edge
Zero-knowledge proofs of firmware execution on constrained IoT devices — the foundation of the Fides Innova verifiable computing stack, peer-reviewed and published at IEEE.
Read the paper ↗Publicly Verifiable Decentralized Inference
A lightweight framework enabling anyone to verify that decentralized LLM inference was performed faithfully — bringing provable integrity to open AI networks.
Read the paper ↗Cryptographic Accountability for Agents
Agent identity, verifiable credentials, and proof-carrying delegation for multi-agent systems operating across trust boundaries — autonomous, yet accountable.
Explore the docs ↗Our Mission
"To build trustworthy infrastructure for autonomous intelligence — where transparency, security, and cryptographic assurance let people and AI agents collaborate with confidence."
Verifiable IoT pioneer
Fides Innova began by bringing zero-knowledge verifiability to IoT devices — zk-IoT — peer-reviewed and published at IEEE.
From devices to models
The same proof systems that verified firmware now verify machine learning — provably correct inference without exposing models or data.
Decentralized Agentic AI
We're building the trust layer for the agent economy: decentralized infrastructure where autonomous agents act, and cryptography keeps them honest.
Ready to build verifiable autonomy?
Join the Fides Innova ecosystem — bring cryptographic trust to your agents, models, and connected devices. Partner with us, build on the SDK, or bring Wise AI governance to your agent fleet.