About CIFER Security
We're building the encryption infrastructure that should have existed from the start— one where security doesn't depend on humans managing cryptographic secrets.
Our Mission
Encryption has a fundamental problem: it requires someone to manage keys. Whether it's an IT team, a cloud provider, or end users, key management creates complexity and introduces points of failure that attackers exploit.
CIFER eliminates this problem entirely. By leveraging Trusted Execution Environments (TEEs) and post-quantum cryptography, we've built an encryption infrastructure where keys are generated, used, and protected entirely within hardware-isolated enclaves.
The result: encryption that works without key ownership, without trust assumptions, and without the operational overhead that makes security fail in practice.
Our Values
Security First
Every decision starts with security. We don't compromise on cryptographic standards or take shortcuts that could expose user data.
Simplicity by Design
Complex security creates gaps. We eliminate complexity by removing the need for key management entirely, making security accessible to everyone.
Transparency
Our threat models, security practices, and limitations are documented openly. Trust is built through transparency, not obscurity.
User Sovereignty
Your data belongs to you. Our architecture ensures that even we cannot access your encrypted information without your explicit consent.
Security Philosophy
We believe security should be invisible and inevitable—not something that requires expertise to implement correctly. The best security is the kind you can't accidentally disable or misconfigure.
Our architecture is designed around a simple principle: minimize trust assumptions. We don't ask you to trust our servers, our operators, or our infrastructure. Instead, we provide cryptographic proof that our systems behave correctly through remote attestation.
We're also preparing for the quantum future. All CIFER systems use ML-KEM-768, the NIST post-quantum standard, ensuring your data remains protected even when quantum computers arrive.