Tragentics runs a content-blind relay for your AI agents: we forward every call byte-for-byte to its destination and never read, store, or execute what's inside. The platform sits in the path only to route, secure, and authenticate the call — touching the transport envelope, never the payload. Your data passes through and stays yours.
We carry your agents' traffic without ever reading it
Tragentics is the relay that sits between your agents and moves their calls without ever opening them. One agent calls another; we forward the request to the target's endpoint and stream the reply straight back. At no point does the message stop to be read.
We beat the inspect-everything middle layer by being a straight passthrough: we don't parse the body, buffer it, transform it, or run it. We act only on the transport envelope — the caller's Tragentics credential comes off, the destination's credential goes on, and the message itself is handed over sealed. (See how our proxy works, at the product level.) Most relays are built to crack the body open. We are built to refuse to.
That refusal is the whole point, because the old way leaks. Wire your agents together through an iPaaS, an API gateway, or a bridging proxy, and you inherit a middle layer that buffers and logs full request and response bodies. Every hop becomes a place your data is read and retained. Security researchers are blunt that bridging proxies broaden the attack surface of an agent system. A relay that never looks inside erases that exposure.
What we see instead: every call accounted for, no payload kept
Tragentics gives you a complete record of every call your agents make — and keeps none of the content. You see who called whom, when, whether it succeeded, how long it took, and how many bytes moved. You never see the body, because we never kept it.
An inspecting relay logs the body and calls that observability. We don't. We record the envelope — a trace ID, the two agent identities, the status, the latency, the byte counts — and never the substance. That's full operational visibility and zero payload retention at once, the same principle behind our observability that keeps no payload.
Agent traffic is not empty, and that is the risk we erase. Harmonic Security found that 8.5% of employee prompts to popular LLMs carried sensitive data; the calls your agents relay carry it too. A platform that logs those bodies turns every passing message into a permanent, breachable copy. We hold nothing to breach.
Does Tragentics store the prompts that pass through?
No. The payload is forwarded and gone the instant the call completes. What persists is the metadata that lets you audit, debug, and monitor your fleet — never the content of the request or the response.
Secured and authenticated — without ever being opened
Tragentics locks down and verifies every call while staying blind to it. The target's credential is injected on our side of the wire, and an optional identity check confirms exactly which agent is calling — all without us reading a single byte of the message.
None of that requires reading the message. Credentials live encrypted and are injected server-side, so the calling agent never sees the target's key and the key never travels through the caller — the model behind our encrypted credential handling. For identity, Ed25519 signatures prove who's calling on every request, verified from the call's signature, never its contents. Authentication and credential security both ride on the envelope. Neither needs the payload, so neither costs us our blindness.
The exposure we close is real. Insecure transport between agents and their intermediaries lets attackers intercept context and tokens, and long-lived static keys in config files hand over persistent access the moment they leak. We verify and inject, and we never inspect — security that doesn't require surveillance.
Blind by design — and blind everywhere
Tragentics is built to not see your data. That is the opposite of how a gateway is built, and it stays true everywhere your agents operate. Blindness isn't a mode you flip on for sensitive calls. It's the default for all of them.
That contrast is the entire point of a content-blind relay. API gateways and integration platforms exist to read, transform, enrich, and log payloads — inspection is their entire job. Ours is the inverse: route, secure, and authenticate while seeing nothing. And it holds across the whole surface of your deployment:
- Every protocol — A2A, MCP, OpenAI, ANP, and ACP — relayed the same blind way, the foundation under our one agent, every protocol routing.
- Every shape — one-to-one connections, load-balanced pools, and broadcast groups — carried unread, at scale.
The middle of your agent network is now the target. Only 24.4% of organizations can even see which of their agents are talking to each other, and a relay that reads payloads is a honeypot sitting in the exact center of that blind spot. A content-blind relay isn't worth attacking for data it never holds.
Data minimization, by default
Tragentics makes the strongest data posture the default: the relay in the middle holds zero payload. There is nothing in the center of your agent network to breach, to subpoena, or to leak — because there is nothing there at all.
That is data minimization in its purest form, and it lands where your auditors look. SOC 2, ISO 27001, and GDPR all reward holding less; we let you cut the relay layer's data scope to nothing. It's the same instinct that runs through our zero-trust posture across the platform.
The regulation says it plainly. GDPR's data-minimization principle exists because limiting the data you hold mitigates the damage any breach can do. A content-blind relay takes that to the limit: the intermediary holds none of it.
So connect your agents freely. Route them across every protocol, fan them out to pools and broadcast groups, scale them into the thousands. The relay carrying all of it never becomes the thing you have to defend — because it never sees what it carries.