Privacy-Preserving ZK-Proof IoT Services

Implement ZK-SNARKs and ZK-STARKs to prove data validity (e.g., sensor readings, KYC status) without exposing the raw data. Enables verifiable compliance for audits and data-sharing agreements.

Immutable audit trails for all IoT data streams using custom smart contracts. Every data point is timestamped, hashed, and linked to its source device, creating a tamper-proof chain of custody.

Pre-built modules for GDPR, HIPAA, and MiCA compliance. Our architecture includes data residency controls, consent management, and automated reporting features for regulated environments.

End-to-edge infrastructure that ingests, processes, and verifies high-volume sensor data. Built with Rust and Golang for low-latency handling of millions of data points per second.

Securely transfer verified data states between public and private ledgers. Use ZK proofs to move compliance credentials or asset provenance across ecosystems without exposing sensitive details.

Every deployment includes a full security audit from protocol to application layer. We follow OpenZeppelin standards and provide formal verification reports for critical logic.

Securely process and prove compliance of real-time patient vitals from wearable devices without exposing sensitive health data. Enables remote care and insurance verification.

Generate immutable, privacy-preserving proofs for temperature, location, and handling data across pharmaceutical and food logistics. Eliminate fraud and streamline audits.

Verify energy production/consumption data from smart meters and sensors for automated settlements, carbon credit issuance, and regulatory reporting with full data privacy.

Protect proprietary route and operational data while generating verifiable proofs for delivery SLAs, maintenance schedules, and usage-based billing for logistics fleets.

Enable multi-party computation and verification of trial results from IoT devices across research sites. Ensure data authenticity for regulators without compromising patient privacy.

Analyze sensor data from critical infrastructure (energy, medical) to predict failures and schedule maintenance, while keeping operational patterns and IP confidential.

We begin by co-designing a system architecture that aligns your IoT data flows with zero-knowledge proof circuits. This phase defines the privacy guarantees, data schemas, and integration points for your specific use case.

Our cryptographers implement custom ZK-SNARK or STARK circuits using frameworks like Circom or Halo2. We focus on optimizing for your specific IoT data structure and required proof generation speed.

We develop and audit the on-chain verifier contracts (Solidity, Cairo) and the off-chain prover services that connect your IoT data pipeline to the blockchain, ensuring gas efficiency and security.

Every circuit and contract undergoes rigorous testing, including formal verification with tools like Picus and audits by specialized firms, to eliminate vulnerabilities before deployment.

We deploy the complete system to your environment—cloud, on-premise, or hybrid—including the prover backend, API layer, and smart contracts, with full monitoring and orchestration.

We provide ongoing support, performance optimization, and scaling services to handle increased data volume and proof complexity as your IoT network grows.