zkSensor is the environmental sensing node network. Every reading from every sensor — temperature, humidity, air quality, pressure, noise — is cryptographically proven using ZKP before being published. No central authority needed to validate data quality. Industries relying on trusted environmental data (regulators, insurers, research institutions) can verify readings independently.
📊 Verified Sensor Data
Every reading carries a ZK proof. Data consumers can verify accuracy without trusting the device owner.
💰 Data Monetization
Sensor operators earn revenue by selling verified environmental data through Service Contracts on the marketplace.
🌐 Decentralized Network
No single point of failure. Data flows peer-to-peer between nodes — no cloud intermediary in the trust path.
🔌 Any Sensor Supported
Temperature, humidity, air quality (PM2.5/PM10), CO₂, noise, pressure, UV — all MQTT-compatible sensors work.
Environmental MonitoringSmart AgricultureAir QualityIndustrial SafetySmart CitiesResearch Data
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Transportation & Mobility
MotionCertified
MotionCertified brings cryptographic trust to transportation. Every GPS trace, speed record, route event, and cargo checkpoint is ZKP-proven on-chain. This makes carbon credit verification mathematically sound, supply chain provenance auditable, and fleet compliance reports tamper-proof — all without exposing commercially sensitive route data.
🌱 Carbon Credit Verification
Prove vehicle emissions and distances cryptographically — enabling verifiable carbon offset markets without data leakage.
📦 Supply Chain Provenance
Every leg of a shipment is proven on-chain — temperature, handling events, location history — fully auditable by buyers.
🚌 Fleet Compliance
Automatically generate ZKP-backed compliance reports for regulators — without sharing raw telematics data.
🤖 AV Telemetry Trust
Autonomous vehicle decision logs proven by ZKP — critical for liability investigation and safety certification.
Carbon MarketsFleet ManagementLogisticsSupply ChainAV SafetyInsurance Telematics
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Energy & Oil / Gas
EnergyWiseNetwork
EnergyWiseNetwork applies ZKP verification to energy infrastructure. Pipeline pressure, flow meters, valve positions, and equipment diagnostics are all proven on-chain — creating an immutable, cryptographically verified operational record. Regulators receive provably accurate data; operators keep proprietary process details private. The result is transparent compliance at zero operational risk.
🔧 Pipeline Integrity
Pressure and flow sensor readings ZKP-verified in real time — detecting anomalies while protecting proprietary data.
📋 Regulatory Reporting
Submit cryptographically proven compliance reports — inspectors verify accuracy without accessing raw operational data.
📉 Emissions Tracking
Proven methane and emissions data feeds directly into ESG reporting and carbon trading systems.
⚡ Energy Trading
Verified energy production and consumption data enables trustless peer-to-peer energy trading between grid participants.
Oil & GasPipeline MonitoringEmissions ComplianceEnergy TradingESG ReportingUtilities
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Machine Learning & AI
TrustLearn
TrustLearn extends the FidesInnova ZKP framework from IoT firmware to machine learning inference. An AI model running on an IoT device can generate a zk-SNARK proof that it ran a specific inference on specific input data — without revealing the model weights or the input itself. This unlocks privacy-preserving AI for healthcare, finance, and other high-stakes domains.
🔬 Inference Proofs
Prove that an AI model ran correctly on a patient's health data — without a hospital ever seeing the data or the model.
🔒 Model Privacy
Model weights are never revealed. IP-protected AI models can be deployed at scale with zero leakage risk.
🤝 Federated Learning
Aggregate model updates from distributed devices — verifiably, without any device ever sharing raw training data.
📊 Audit Trails
On-chain proof history for every AI decision — essential for regulated industries requiring explainability.
Healthcare AIFinancial ModelsFederated LearningPrivate InferenceRegulatory AuditEdge AI
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Smart Home & Consumer
TrustSense
TrustSense makes consumer smart home devices cryptographically trustworthy. Motion sensors, door/window contacts, temperature monitors, and security cameras all generate ZKP proofs on-device. Homeowners can prove to insurers that their security system was armed — without giving the insurer access to their home data. No cloud company middleman. Just math.
🔐 Verified Security Events
Every alarm trigger, door open, or motion event is ZKP-proven — creating a tamper-proof home security ledger.
🏛️ Insurance Verification
Submit proof-backed claims — insurers verify policy compliance mathematically without accessing home footage or data.
💡 Energy Monitoring
Proven energy consumption data feeds into utility rebate programs and smart grid participation — no smart meter needed.
🛡️ Privacy by Default
Prove facts about your home without revealing raw sensor data. Zero-knowledge means only you see the details.
Smart HomeSecurity SystemsInsuranceEnergy MonitoringOccupancy AnalyticsSmart Locks
Partners & Nodes
Join the Network
Our partners provide the academic backbone, storage infrastructure, and enterprise distribution network for the FidesInnova ecosystem.
🎓
University of Wyoming
Academic research, cryptography validation, and peer-reviewed publications
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StorX
Decentralized storage infrastructure for verified IoT data archives
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Aegis Alliance
Enterprise security advisory and strategic go-to-market partnerships
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Exponential Partners
Growth strategy, ecosystem development, and investor relations
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Obtain a Node License
Run your own FidesInnova node, participate in the verifiable computing network, and earn from proof generation fees. Nodes are available in all five industry verticals.