01
Define trust
Write who may connect, for what purpose, on which device, in which region, for how long.
The platform
Programmable handshake, object semantic cipher, and a context-aware KEM, for AI, autonomous systems, and the quantum era.
Platform
Trust built inside the connection itself
ONE embeds programmable trust inside the transport layer. The rules are set in the handshake, before any data moves.
- Programmable handshake
- Object semantic cipher
- Context-aware KEM
party A
- identity
- policy
- encryption
party B
identity, policy, encryption fuse into one object inside the pipe
Capabilities
What happens inside the transport layer
Trust begins where every connection begins. Policies become part of every connection.
Programmable handshake
The rules are set before any data moves. Without them the connection does not open.
Object semantic cipher
Terms travel inside the object. Decrypt only in-terms. Ciphertext anywhere else.
Context-aware KEM
LWE-based. Parameters bound to the security statement. Keys about half of ML-KEM at matched security. Flexible block size. Reductions under NDA.
Plain-language policy
State the rule in a sentence. The system compiles it into the connection.
How it works
Trust travels inside the connection
Identity is verified. Policy is embedded. Trust travels inside the connection, not the perimeter.
02
Compile the handshake
Each clause becomes a condition on the connection. Anything that fails a clause never receives a key.
03
Enforce in the pipe
Identity, policy and encryption are one object, verified at every hop, including AI-to-AI.
Architecture
The transport layer becomes the trust layer.
Generative Trust Infrastructure lives inside the transport layer, protecting the connections between applications, identities, and infrastructure.
See the architectureFrom a 16KB sensor to a GPU cluster: the same proven cryptography, a custom signed spec per device, and data that carries its own terms.
The transport layer becomes the trust layer.
Performance
Security without slowdown
Nothing detours, no time added.
Faster than the post-quantum default
Keys about half the size of ML-KEM at matched security. Compute at or below the baseline. Exact figures under NDA.
No extra round trip
The ten fields travel inside the handshake. Carrying them costs no extra round trip.
Flexible block size
A larger, variable block lets the connection carry additional context without another layer.
Security without slowdown
Controls run in the connection, not in a separate inspection step. Nothing detours.
Public floor at matched security. Keys about half. Exact figures under NDA. Methodology.
Future ready
Built for what comes next
A cryptographic foundation for AI and the quantum era. Post-quantum by design, with no costly future migration.
Platform
Experience the platform
See how ONE’s generative trust infrastructure can transform your security architecture.