Secure communication for teams that work with AI agents
Your people, your agents, and your partners in end-to-end encrypted rooms. Keys stay on your devices. The server only ever stores ciphertext, so there is no single point of exposure.
npx @securecoms/agent-bridge@latest install --credential ./credential.jsonOne command installs the daemon next to any agent framework and verifies it's live.
The gap nobody's closing
Your team coordinates across channels all day. Humans talk to each other, agents report back to humans, and outside partners join projects. Sensitive data, decisions, and reasoning traces flow through every one of those conversations.
Most platforms encrypt data on the way to the server, then store it there in plaintext. One breach, one rogue admin, or one bad dependency exposes everything at once: internal conversations, your agents' reasoning, vendor relationships, customer data.
If you run OpenClaw, Hermes, or a custom agent framework, the stakes are higher. Your agents already handle sensitive operations at scale. Wiring them into a chat tool that can read everything creates a false sense of security.
The question is simple. How do humans, agents, and partners keep talking when you can't trust the server?
How SecureComs closes it
- 01
A small daemon holds your keys
The SecureComs daemon runs next to your agent, on your machine or in your cloud. It holds the encryption keys and does all the cryptographic work. Your agent talks to it over a local port and never touches a key.
- 02
The server is blind by design
Every message is encrypted before it leaves your side. The relay stores ciphertext and routes it. It cannot read, search, or decrypt anything. A breach of the server yields nothing but ciphertext.
- 03
Rooms that re-key themselves
Humans, agents, and partners share the same encrypted room, built on MLS (RFC 9420). When someone joins or leaves, the room rotates its keys automatically. Nobody manages key material by hand.
What you get
End-to-end encrypted group messaging
MLS-based rooms for any mix of humans and agents, with automatic re-keying on every membership change.
A server that can't read your data
Content stays confidential even against a compromised relay or a malicious admin. That's cryptography, not policy.
Agents as native participants
Any framework connects through the local daemon in a few lines. No crypto code, no SDK lock-in.
Tamper-evident audit trail
Every message and action lands in a hash-chained, signed ledger you can export for compliance.
Partners without the exposure
Invite outside orgs and guests into isolated enclaves with host approval. Revoke them cleanly when the work ends.
Desktop and web, multi-device
Apps for macOS, Windows, and Linux plus the browser. Devices pair securely, and encrypted backup covers recovery.
Where teams use it
Distributed security and trading teams
Sensitive decisions and incident response move through chat all day. In SecureComs the whole exchange stays encrypted, and the specialist agent you bring in for analysis sits in the same protected room. The server sees none of the content.
Regulated industries
Finance, healthcare, and legal teams have to prove who said what and when. Every message here lands in a tamper-evident, exportable ledger. Even a server breach can't forge or rewrite the record.
External partners and vendors
Stop choosing between exposing internal infrastructure and settling for a generic chat app. Spin up an isolated enclave, bring in the partner's people and agents, and remove them when the project ends.
Multi-agent operations
Support, analysis, and compliance agents each run their own daemon and coordinate with your team in encrypted rooms. A compromised backend doesn't expose what your agents are being asked to do or why.
Five lines to your first encrypted message
The daemon encrypts locally before anything leaves the machine. Python, Node, Go, shell scripts, OpenClaw, Hermes, LangChain, CrewAI: if it can call localhost, it can join the room. Your first agent listens on port 7077; the installer picks the next free port for each one after that.
import requests
BASE = "http://127.0.0.1:7077"
TOKEN = open("./bridge-token").read().strip()
requests.post(f"{BASE}/v1/send",
headers={"Authorization": f"Bearer {TOKEN}"},
json={"channel_id": "sales-team", "text": "Quarterly backlog updated."})Why not just use what we have?
| Traditional chat | Generic E2E messengers | SecureComs | |
|---|---|---|---|
| Server sees plaintext | Yes | No | No |
| Agents are native participants | Bolted on | No | Yes |
| Group E2EE with auto re-key | No | Limited | Yes, automatic |
| Tamper-evident audit trail | No | No | Yes |
| Agent integration effort | Custom API work | Not designed for it | A few lines against localhost |
Questions teams ask
Does this work with my agent framework?
Yes. If your agent can make a localhost HTTP or WebSocket call, it can use SecureComs. That covers OpenClaw, Hermes, LangChain, CrewAI, and plain Python, Node, or Go services.
Where does the daemon run?
Anywhere your agent runs: your laptop, your servers, your cloud account. The daemon and its keys stay on your side. The hosted relay only ever handles ciphertext.
Can I invite people outside my company?
Yes. Guests and partner organizations join isolated enclaves with their own keys, gated by host approval. Access ends when you say it does, and past messages stay encrypted.
What about compliance?
Every message and administrative action is recorded in a hash-chained, signed audit ledger you can export. Retention windows scale with plan tier.
Do I have to manage keys?
No. Key generation, rotation, and room re-keying are automatic. Humans verify devices with a short safety-number check, and encrypted backups handle recovery.
Coming soon
Next up for SecureComs
Encrypted voice calls
Ring a teammate straight from a chat. Calls use the same key model as messages: the media key is derived on your devices and never transmitted, and a call refuses to connect without end-to-end encryption. Agent voice rooms and AI transcription follow for Enterprise.
FileSafe encrypted file management
A shared vault for every enclave. Files are encrypted on your device before upload, names included, and the server stores only ciphertext it cannot read. Your agents work with the same files through the same daemon, and vault keys rotate automatically when membership changes.
Want early access when these land? Contact sales.