FAQ
Answers to common questions about Epsilon's quantum-secure platforms and decentralized infrastructure
📚 View WhitepaperQuantum Security
What makes Epsilon's quantum security unique?
Our lattice-based cryptographic algorithms are mathematically proven to resist 1000+ quantum operations, with verified security guarantees against both classical and post-quantum attacks using 4096-bit parameter lattices.
How do you protect against quantum decryption attacks?
We employ ring-LWE encryption with quantum-resistant threshold signatures, ensuring data secrecy even if quantum computers achieve supremacy. Our system self-updates key parameters automatically for 50+ years of forward security.
Can you support existing cryptographic standards?
Epsilon provides NIST-certified hybrid quantum-classical encryption for seamless migration. Our bridge layer maintains compatibility with RSA, ECC, and SHA-2/3 while ensuring security through post-quantum cryptographic primitives.
How are keys managed securely?
Threshold-based distributed key storage across 3+ geographic regions with quantum-safe multi-party computation ensures zero single points of failure. All access requires 3-of-5 multi-signature verification according to FIPS-201 compliance.
Developer Support
What tools do developers get access to?
Our developer suite includes Rust/C++ SDKs, blockchain simulation environments, and quantum-resistant cryptographic libraries with 40+ ready-to-use modules for identity, consensus, and data validation frameworks.
Is there a sandbox environment?
Yes - our quantum-secure testnet allows 100% simulation of energy trading, identity verification, and smart contract execution with real-time validation against 2500+ prebuilt compliance rules.
How to join the beta program?
Visit our developer portal to submit your application. Accepted teams receive early access to our next-gen API endpoints and technical support from our core R&D engineers team.
Is there enterprise support available?
Our enterprise integration team provides white-glove implementation for financial, government, and energy-sector clients using our certified SDKs with HIPAA, GDPR, and ISO 27001 compliant frameworks.
Energy Platform
How does energy trading work?
Our decentralized grid connects 3.5M+ nodes across 112 countries using self-optimizing smart contracts that execute peer-to-peer trades in under 30ms with quantum-secure validation of every transaction across 12 ledger shards.
What are the environmental benefits?
Through AI-driven grid balancing, we reduce energy waste by 58% globally with 99.999% uptime, enabling renewable overgeneration to be redistributed optimally instead of curtailed during surplus periods.
How are grid outages prevented?
Our AI models predict grid stress in 120+ power systems with 98% accuracy and automatically reroute power via 4500+ redundant pathways using quantum-secure microgrid management protocols.
What about regulatory compliance?
All transactions comply with 32+ energy market regulations including FERC, IEEE, and EU REMIT. Our smart contracts are auditable for energy certification requirements like FIDIG and ISO 50001 across all operational regions.
Identity Framework
How are identities protected?
We use post-quantum ZK-SNARKs to prove identity credentials without data exposure, with cryptographic lattices providing 8192-bit security guarantees for zero-knowledge identity proofs across 3.7M enterprise users.
Is biometric data secure?
Biometric templates are stored using lattice-based encryption with 0.0003% false acceptance rate, with quantum-safe homomorphic encryption preserving privacy while allowing verification without raw data exposure.
What compliance is maintained?
Our system is HIPAA, GDPR, and ISO/IEC 27001 compliant with built-in audit trails, secure deletion, and enterprise-grade data sovereignty controls that meet 250+ international regulatory requirements.
Can I integrate with legacy systems?
Our bridge APIs allow SAML, OAuth 2.0, and traditional IAM systems to interoperate with post-quantum DID management, ensuring seamless migration paths while maintaining quantum-resistant identity security across hybrid environments.
Didn't find your answer?
Visit our developer community, contact our team, or submit a support request for detailed technical documentation and 24/7 enterprise assistance.