Security is failing at every layer.
Data leaks, key compromises, quantum threats, and AI-powered attacks are growing exponentially—exposing the limits of traditional security models.
Quantum Threat
Attackers are collecting encrypted data today, waiting for quantum computers to break it. Your data is already at risk.
Data Leaks at Scale
Billions of records leaked through misconfigured databases and poor access control. Security fails at the operational layer.
Crypto Asset Losses
Crypto assets lost due to compromised keys, phishing attacks, and insecure storage practices.
Your data is being harvested today
Attackers are collecting encrypted data now, waiting for quantum computers to break it later. By then, it's too late to protect what's already stolen.
Harvest Now, Decrypt Later
Nation-states and attackers are already collecting encrypted data. When quantum computers arrive, they'll decrypt everything.
Source: CISA GuidanceNIST Deprecation Begins
RSA and ECC algorithms begin deprecation. Organizations must start migration to post-quantum standards.
Source: NIST PQC ProjectRegulatory Deadline
NIS2, DORA, and federal mandates require post-quantum readiness. Non-compliance means penalties and liability.
Source: NSM-10 MemoFull Quantum Threat
Cryptographically relevant quantum computers expected. All legacy encryption becomes vulnerable.
Source: Global Risk InstituteCIFER uses ML-KEM-768 — the NIST post-quantum standard.
Already compliant. Already secure. No migration needed later.
Why security keeps failing.
The burden of key management falls on those least equipped to handle it.
Users
Can't protect their keys
- No understanding of cryptographic concepts
- Passwords reused across services
- Private keys stored in plain text
- Seed phrases lost or stolen
- Phishing attacks succeed daily
Developers
Struggle with best practices
- Not ready for post-quantum cryptography
- Key rotation is complex and error-prone
- Secrets leak into logs and repositories
- Access control hard to implement correctly
- Compliance requirements constantly evolving
The truth
Key ownership was never meant for humans.
CIFER Security makes encryption quantum-proof.
Post-quantum encryption infrastructure with zero key management. Protected against tomorrow's quantum threats, simple to use today.
Post-Quantum Ready
ML-KEM-768 (FIPS-203), the NIST post-quantum standard. Protected against quantum attacks.
Keyless Encryption
No keys to manage, store, or lose. Encryption happens without ownership.
Decentralized
Network of independent enclaves. No single point of compromise.
Zero Access
No operator, admin, or provider can ever access plaintext or keys.
How it works
CIFER Security operates inside verifiable Trusted Execution Environments (TEEs). Keys are generated, stored, and used exclusively inside hardware-isolated enclaves.
Apps, AI agents, or users call encrypt(data)
Request is routed to a TEE enclave
Key is generated and used inside the enclave
Only encrypted data is returned—keys never leave
CIFER Security is encryption as infrastructure, not a tool.
Four ways to use CIFER Security.
From personal privacy to enterprise infrastructure—encryption without the complexity.
Users
Personal data protection
Encrypt files, messages, and sensitive information without managing keys. Your data stays private, even from service providers.
Databases
Enterprise data protection
Encrypt data at rest and in transit without key management overhead. Operators and admins never see plaintext.
AI Agents
Autonomous data handling
AI systems can encrypt and process user data without ever exposing it. Memory, state, and outputs remain confidential by default.
Smart Contracts
On-chain privacy
Encrypt smart contract data to make it private. Store confidential state on public blockchains without exposing sensitive information.
Ready to connect?
Whether you're building the next breakthrough or securing existing infrastructure, we're here to help you get started.