Privacy-Preserving Encrypted Shard Distribution

Deploy with confidence in regulated markets. Our architecture is built to satisfy data sovereignty (GDPR, CCPA) and financial compliance (MiCA, FATF Travel Rule) requirements for sensitive on-chain data.

Move beyond basic encryption. We implement threshold cryptography (t-of-n) with secure multi-party computation (MPC) key management, ensuring no single point of failure for your most sensitive data shards.

Maintain sub-second read/write latency for encrypted operations. Our distributed shard network ensures 99.9% data availability SLA, preventing application downtime due to key or node unavailability.

Eliminate the cost and complexity of building in-house cryptographic infrastructure. We manage key generation, rotation, node orchestration, and disaster recovery, freeing your team to focus on core product logic.

Provide immutable proof of data handling for auditors and users. Every shard distribution and access event is logged on a verifiable data ledger, creating a transparent audit trail without exposing the underlying data.

Grow from prototype to global scale without re-architecting. Our service scales horizontally to support millions of encrypted data objects, ensuring consistent performance as your user base and transaction volume grows.

We begin with a comprehensive security-first design, mapping your data flows and defining threat boundaries. This includes selecting optimal cryptographic primitives (e.g., threshold BLS, FHE) and designing the shard distribution protocol to meet your specific privacy and performance SLAs.

Our team implements the core cryptographic protocols using battle-tested libraries (libsnark, SEAL) and custom circuits. Every component undergoes internal peer review followed by a formal security audit from a leading third-party firm before any deployment.

We provision and configure the validator or custodian nodes required for the shard network. Deployment includes automated orchestration (Kubernetes/Terraform), hardening against network attacks, and establishing secure peer-to-peer communication channels.

Seamless integration with your existing application stack via well-documented APIs and SDKs. We establish secure, automated key generation and rotation policies, and provide hardware security module (HSM) options for root-of-trust key storage.

We simulate extreme load conditions to validate system throughput, latency, and resilience. Performance is tuned for your expected transaction volume, ensuring sub-second shard operations and horizontal scalability.

Post-deployment, we provide 24/7 monitoring of node health, shard integrity, and security alerts. Includes detailed logging, anomaly detection dashboards, and ongoing support for upgrades and protocol changes.