Transparency & Security

At BlazeNode, transparency and security are at the core of our platform. As we aim to onboard millions into decentralized infrastructure roles, it is essential to ensure that user interactions, data integrity, and protocol behaviors are fully secure and verifiable — without compromising privacy.

Key Security & Transparency Measures

• Verified Network Interactions via Infura
  All blockchain-related activities — including block header retrieval, transaction verification, and state queries — are executed through Infura’s Ethereum APIs, ensuring trusted, up-to-date data directly from the network.

• Zero-Knowledge Proofs (Planned)
  BlazeNode is actively working on integrating Zero-Knowledge Proofs (ZKPs) to allow users to prove session integrity and participation without revealing personal data. This ensures both transparency and privacy-preserving validation.

• End-to-End Encryption (HTTPS + TLS)
  All communication between the user’s browser and the BlazeNode backend is secured with HTTPS and TLS encryption, protecting session data, identity, and API interactions from interception or tampering.

• On-Chain Audit Trail (Upcoming)
  To maintain accountability, activity logs will be hashed and optionally stored on-chain in future updates. This will provide a tamper-proof, publicly verifiable audit trail of node operations, reinforcing community trust.

• Consensus-Level Header Verification
  BlazeNode cross-verifies light node headers using Ethereum’s consensus algorithm checkpoints, ensuring that even in a lightweight environment, the data aligns with the canonical chain and is resistant to manipulation.

These mechanisms, combined with a privacy-conscious design philosophy, ensure that BlazeNode delivers a secure, transparent, and future-proof light node experience — suitable for users of all skill levels and devices.