GIVE AI A VOICE.
Open communications infrastructure for humans and AI agents.
Build voice and video into your application — or connect an approved AI agent through a hosted MCP lane when it needs to communicate with the world.
QorCom is built as communications infrastructure for Human ↔ Human, Human ↔ AI, and AI ↔ AI interactions.
QorCom Core
Self-hostable voice, video, signaling contracts, UI, examples, and developer primitives for real communication products.
Hosted MCP
Approved agents can connect today through a protected hosted MCP lane or local stdio relay to open sessions, read events, request calls, and return structured outcomes.
QorCom Cloud
Future managed signaling, TURN/STUN, analytics, monitoring, recordings, scaling, enterprise controls, and support.
QorCom Agent Services
A future commercial layer for agent calling, transcription, voice services, orchestration, and agent-to-human communication infrastructure.
PROX + Vezbi
QorCom creates the interaction. Vezbi preserves the relationship. PROX extends the system when an authorized AI agent or product workflow needs physical-world execution.
One communication layer for humans and agents.
Three core interaction models, kept straightforward so teams can understand the role QorCom plays before they plug into it.
Human ↔ Human
Direct and group communication inside browser, mobile, and embedded product experiences.
Human ↔ AI
Disclosed, permissioned communication where an authorized AI system can participate meaningfully in the session.
AI ↔ AI
Future programmable communication flows between authorized software agents, services, and orchestration systems.
Developer-first from the start.
Open core, self-hostable foundations, and a real path for approved agents to plug into the live control plane.
Open source
Developers should be able to discover QorCom, run it, extend it, and build commercial products on top of it.
Self-hostable
QorCom Core should work as a legitimate standalone communications foundation without requiring private QorLabs infrastructure.
Developer-first
The docs, examples, repo structure, and API model should feel like a real infrastructure product from day one.
Agent-ready
A live hosted MCP lane already gives approved agents a stable tool contract, while deeper realtime voice and telephony remain later layers.
Give your AI the ability to communicate.
Approved agents can already connect through a protected hosted MCP lane or local stdio relay to open sessions, read events, request calls, and return structured outcomes back to the originating application.
- CALL
- INVITE
- JOIN
- SPEAK
- LISTEN
- TRANSCRIBE
- ADD PARTICIPANT
- TRANSFER
- HOLD
- RESUME
- END CALL
Identity and consent must be first-class.
- Authenticated agent identity
- Developer / app identity
- Acting-on-behalf-of authorization
- Consent and disclosure controls
- Recording / transcription permissions
- Rate limits and abuse prevention
- Revocation and audit logs
- Telephone compliance where applicable
When it can be handled digitally, QorCom handles it.
AI agent → QorCom → human communication → transcript and structured result → next application action.
When the task requires the physical world, PROX takes over.
AI agent → determine physical action required → PROX dispatches a human into the world. QorCom gives AI agents the ability to talk. PROX gives AI agents the ability to act through humans.
QorCom Cloud
Business model
The goal is not to stop outside developers from making money. The goal is to make QorCom so useful that companies and AI systems want to build on it, then monetize the managed layers they depend on later.
Human calls human
AI agent calls human
Human brings AI agent into call
AI agent escalates to human
AI agent triggers PROX when physical action is required