Post-quantum transport for data and AI agents.
Quantum computers will break the encryption banks, companies and governments rely on today. The Synapse Protocol protects data and AI traffic with NIST's post-quantum standards, so what is stolen today stays unreadable tomorrow.
Stolen or altered data costs billions.
One data breach already costs $4.44 million on average worldwide, and $10.22 million in the US (IBM, 2025). Across banks, insurers and companies, that adds up to billions every year. For a government, stolen or corrupted data is a national-security failure, not a line item.
Most of that data is protected by encryption that quantum computers will be able to break. Whatever is captured today is only safe until then.
Your data is being collected today.
Adversaries record encrypted traffic now and store it, waiting for a quantum computer strong enough to break today's encryption. Anything long-lived captured before that day, from trade secrets to state data, becomes readable. Harvest now, decrypt later, explained.
The EU has set the clock: national migration plans by the end of 2026, high-risk systems including critical infrastructure on post-quantum cryptography by the end of 2030. In a 2025 survey of 1,500 security professionals, 91% had no roadmap for it.
Where the protocol sits.
When machines talk to machines.
AI agents increasingly negotiate, order and decide with other agents, with no person in the loop. Every one of those conversations is a target. The Synapse Protocol gives agent-to-agent communication a post-quantum handshake and a verified identity on both ends. Why agent traffic needs post-quantum security.
Status: fully architected and proven in a working browser-based simulation. The seed round funds the production implementation.
About the protocol
Straight answers to what investors and partners ask us first.
The day a quantum computer can break the public-key encryption most of the internet uses today. Nobody knows the date, and estimates of the hardware needed keep falling.
The post-quantum algorithms NIST standardized in August 2024: ML-KEM (FIPS 203) for exchanging keys and ML-DSA (FIPS 204) for digital signatures.
No. The protocol sits underneath them, so your systems keep working while the transport becomes quantum-safe.
See it working.
We show the PRISM proof of concept live, and share the technical brief and data room with qualified investors and partners.
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