Decentralized Verifiable Computing

Trust Starts
at the Edge

FidesInnova brings cryptographic verifiability to IoT devices through zk-IoT technology — ensuring every firmware execution, sensor reading, and ML inference is provably correct without revealing sensitive data.

5+
Ecosystem Nodes
4
Hardware Devices
IEEE
Published Research
LIVE NETWORK
// Live Proof Stream
📡
IoT Device
⚙️
ZKP Prover
⛓️
Blockchain
// zk-SNARK proof output
proof.pi_a = [0x3a9f...c21b]
proof.pi_b = [0xb44d...09e3]
proof.valid = true 
Proof Verified On-Chain Device: zkSensor-A4F2 · Block #1,847,293
zk-SNARK Cryptography
·
IEEE Published Research
·
5 Ecosystem Verticals
·
C++ / Rust SDK
·
MQTT Native Protocol
·
iOS & Android Mobile App
·
Open Source on GitHub
·
Decentralized Trust Layer
·
zk-SNARK Cryptography
·
IEEE Published Research
·
5 Ecosystem Verticals
·
C++ / Rust SDK
·
MQTT Native Protocol
·
iOS & Android Mobile App
·
Open Source on GitHub
·
Decentralized Trust Layer
How zk-IoT Works

The Verifiable Computing Pipeline

From a physical IoT device to an immutable blockchain proof — every step cryptographically verifiable by anyone, trusted by design.

zk-IoT Execution & Verification Flow Live Network
01
📡
IoT Device
Executes firmware & generates execution trace
Execution
Trace
02
⚙️
ZKP Prover
Computes zk-SNARK proof from execution trace
ZK
Proof
03
⛓️
Blockchain
Stores proof immutably on distributed ledger
Reads
Proof
04
Verifier
Validates proof. Confirms code integrity
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LATEST
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VERIFIED
Code integrity confirmed
Proof: valid · Tamper: none
01
📡
IoT Device Execution
The physical device runs its firmware. Every CPU instruction is captured as an execution trace — a cryptographic log of exactly what ran.
// Execution trace
PC: 0x0042LOAD R1
PC: 0x0043ADD R2,R1
hash: 0xf3c8...b291
02
⚙️
ZKP Prover Computes
The trace feeds into the ZKP Prover, which generates a compact zk-SNARK. The proof confirms correctness without exposing any trace data.
// zk-SNARK generation
witness = compute(trace)
proof = groth16.prove(
  pk, circuit, witness)
03
⛓️
Proof Stored On-Chain
The compact ZK proof is submitted to the Fides blockchain — immutably stored, timestamped, and linked to the device identity.
// On-chain transaction
tx.to: FidesVerifier
tx.data: submitProof(
  deviceId, proof, ts)
04
Verifier Confirms Integrity
Any party can read the on-chain proof and verify the device ran exactly the correct, untampered code. No trust required — just math.
// Verification result
valid = groth16.verify(
  vk, pubSignals, proof)
result: true ✓
Platform

The Complete Product Suite

Everything you need to deploy verifiable IoT infrastructure — from hardware to cloud to mobile.

📱
Consumer · iOS & Android
Mobile App

Control any MQTT-based IoT device, install Service Contracts from the marketplace, and monitor live ZKP proofs in real-time.

MQTT ControlService Market ZKP MonitorReal-time
Learn More →
🖥️
Infrastructure · Self-hosted
IoT Server

Full-featured IoT management with ZKP-enabled JavaScript execution, integrated MQTT broker, and Service Contract runtime.

Service ContractsMQTT BrokerZKP Runtime
Learn More →
🔍
Explorer · Public Network
ZKP Network Explorer

Browse and verify every ZK proof across the FidesInnova network. Full transparency into device proofs and ML model verification.

Proof BrowserML VerificationOn-chain
Open Explorer ↗
⚙️
Developer · C++ & Rust
zk-IoT ZKP SDK

Embed zero-knowledge proof generation directly in IoT firmware. Optimized for constrained edge devices — generate proofs at the edge.

C++17RustEdge-optimizedzk-SNARK
View SDK →
Ecosystem

Five Industry Node Networks

Each vertical runs on the FidesInnova verifiable computing backbone, bringing trust to a different sector.

📡
zkSensor
Sensor Networks
Active
🚗
MotionCertified
Transportation
Active
EnergyWiseNetwork
Oil & Gas
Active
🧠
TrustLearn
Machine Learning
Active
🏠
TrustSense
Smart Home
Active

Want to launch a node in your industry?

Explore Ecosystem →
Hardware

zk-IoT Devices

Reference hardware engineered for zero-knowledge proof generation at the edge.

Mission
"To pioneer the convergence of blockchain technology, IoT innovation, and zero-knowledge proofs — empowering individuals and businesses with secure, privacy-preserving, and collaborative solutions for a trusted digital future."
80%
Blockchain Node
85%
Web App
99%
Mobile App
80%
zk-IoT SDK
Partners

Trusted by Innovators

StorX
University of Wyoming
Aegis Alliance
Exponential Partners

Interested in partnering? Get in touch →

Ready to Build
Verifiable IoT?

Join the FidesInnova ecosystem. Bring cryptographic trust to your connected devices — today.