Encryption without the keys.
Traditional encryption forces you to manage keys. CIFER eliminates that entirely.
You send data
Your application, AI agent, or smart contract sends data to CIFER. No encryption keys needed on your side.
CIFER encrypts inside secure enclave
Inside a hardware-isolated enclave, keys are generated and used. They never leave the secure boundary.
Only authorized parties decrypt
You control who can decrypt. Keys are managed inside secure enclaves—no one else can access them, not even us.
Your Data
Plaintext
CIFER Enclave
Keys inside only
Encrypted Output
You control access
No keys to manage. No keys to lose. No keys to steal.
How it works.
A geo-distributed network of secure enclaves with threshold cryptography—no single point of failure.
Secure Enclave • Open Source • Verifiable
Confidential Computing
Hardware Isolation
Keys are generated and used inside hardware-isolated secure enclaves. Even the host operating system cannot access them.
- Intel SGX / TDX
- AMD SEV
- Remote attestation
Post-Quantum Cryptography
Future-Proof Security
ML-KEM-768 (NIST FIPS-203) protects your data against both current and future quantum computer attacks.
- ML-KEM-768 standard
- NIST compliant
- Quantum-resistant
Zero-Key Architecture
No Single Point of Failure
No one holds the keys—not you, not us, not any single party. Threshold decryption ensures distributed trust.
- No key ownership
- Threshold decryption
- Decentralized trust
Traditional encryption is broken.
The problem isn't the algorithms—it's everything around them.
Keys stored somewhere
Databases, files, cloud vaults—all attackable
No keys to store
Keys exist only inside hardware enclaves
Users manage secrets
Complexity leads to mistakes and breaches
Zero key management
No secrets to lose, forget, or mishandle
Quantum will break it
Today's encryption won't survive quantum computing
Post-quantum ready
ML-KEM-768 protects against future threats
Admins can access
Insider threats and cloud breaches expose data
Zero access architecture
No one—not even us—can access your plaintext
Key management was never meant for humans.
CIFER removes the burden entirely. Encryption becomes infrastructure—invisible, automatic, and secure by default.
Four verticals. One trust layer.
From smart contracts to AI agents to tokenized assets to personal files—confidential computing for everyone.
Smart Contracts
On-chain privacy
Encrypt smart contract data to make it private. Store confidential state on public blockchains without exposing sensitive information.
Consumer
Personal data protection
Scan, protect and share your files securely. End-to-end encryption ensures only you control access to your personal data.
AI Agents
CIFER Skill for any LLM
Give your AI coding assistant the full CIFER SDK knowledge. Works with Cursor, ChatGPT, Claude, Copilot, and any LLM.
Real World Assets
Off-chain trust layer
Secure the off-chain foundation of tokenized assets. Protect KYC data, compliance signals, and privileged secrets for ERC-3643 compliant tokens.
Your data is being harvested today.
Attackers collect encrypted data now, waiting for quantum computers to decrypt it later.
Harvest Now
Attackers collecting encrypted data
NIST Deprecation
RSA & ECC algorithms deprecated
Regulatory Deadline
Post-quantum compliance required
Quantum Threat
Legacy encryption broken
CIFER uses ML-KEM-768
The NIST post-quantum standard
Already compliant. Already secure. No migration needed when quantum arrives.
Ready to connect?
Whether you're building the next breakthrough or securing existing infrastructure, we're here to help you get started.