Open-source meeting transcription API for Google Meet, Microsoft Teams & Zoom. Auto-join bots, real-time WebSocket transcripts, MCP server for AI agents. Self-host or use hosted SaaS.
<div align="center">
<img src="assets/logodark.svg" alt="Vexa logo" width="72"/>
# Vexa
**Open-source meeting bots and real-time transcription — cloud or fully self-hosted.**
A bot joins your Google Meet, Micros
Tools
Tools
No tool list yet. Remote servers get one after the first health check.
Open-source meeting transcription API for Google Meet, Microsoft Teams & Zoom. Auto-join bots, real-time WebSocket transcripts, MCP server for AI agents. Self-host or use hosted SaaS.
Copy the http config for Cursor, Claude Desktop, Claude Code, or VS Code on this page. It uses the publisher's install, not a PlugMCP proxy.
Does Vexa need an API key?
No required environment variable is listed on this record.
What transport does Vexa use?
Vexa is reached over HTTP.
When was Vexa last checked?
Last checked 2026-11-13. Open-source meeting transcription API for Google Meet, Microsoft Teams & Zoom. Auto-join bots, real-time WebSocket transcripts, MCP server for AI agents. Self-host or use hosted SaaS.
<div align="center">
<img src="assets/logodark.svg" alt="Vexa logo" width="72"/>
# Vexa
**Open-source meeting bots and real-time transcription — cloud or fully self-hosted.**
A bot joins your Google Meet, Micros
From the publisher
Documentation
Vexa
Open-source meeting bots and real-time transcription — cloud or fully self-hosted.
A bot joins your Google Meet, Microsoft Teams, and Zoom calls and streams speaker-attributed
transcripts in real time — through our API or one you host — then feeds sandboxed agents that build
a Markdown knowledge base your team owns. Apache-2.0, air-gap-ready. (Jitsi: join + capture
offline-proven, live validation pending — #883.)
vexa.ai runs Vexa 0.12 for meeting bots and transcription.
Sandboxed knowledge agents are self-hosted only — self-host Vexa to run the full stack.
01. Open-source meeting transcription API for Google Meet, Microsoft Teams & Zoom
02. Auto-join bots, real-time WebSocket transcripts, MCP server for AI agents
03. Self-host or use hosted SaaS
04. <div align="center">
05. <img src="assets/logodark
Why Vexa
Every meeting-AI tool you can buy sends your conversations to their cloud and rents you
access back. Vexa inverts that: run the stack yourself, point it at your own models, own what
your meetings become.
No one else has all three:
Vexa is in the meeting. A real bot joins Meet, Teams and Zoom — Jitsi offline-proven, live
validation pending — and streams speaker-attributed transcripts live. That bot fleet is the
genuinely hard part — every "chat with your docs" tool starts after a transcript exists. Vexa
produces it.
Your knowledge is files you own. Meetings compile into Markdown in a git repo —
portable, diffable, greppable. Knowledge as code.
Agents work it, safely. Sandboxed coding agents read and write that repo like
developers — isolated ephemeral containers, no egress, thousands in parallel, on Docker
or your Kubernetes.
Only here for the transcription API? It's a complete standalone product — send a bot,
read the stream, ignore the agent lane entirely.
⚡ Quickstart
Just want a bot in a meeting? Use the hosted service — no install. Sign in at
vexa.ai/signin, copy your key from your account page,
and send a bot:
New accounts get $2 of free bot credit, no card required — about 6 hours of bot time at
$0.30/hr (pricing). More calls: Send a bot.
Or self-host the whole stack
That is also how you get the agent plane, which is not part of the hosted service.
Self-host on one host, then explore it in the Terminal or drive it over the API.
Linux (Ubuntu 24.04) is the production target; a Mac with Docker Desktop works fine for a local
evaluation — everything runs in containers either way.
Prerequisites — make, Docker engine ≥ v26 (make all checks), and transcription: a free token at
vexa.ai/account, or self-host the (GPU) transcription unit for a fully
air-gapped setup. By default POST /botsrequires STT and answers 503 when it is missing
(make all warns when the credentials block in .env is empty). Capture-only is an explicit opt-out:
{"transcribe_enabled": false} on the spawn (or set TRANSCRIBE_ENABLED=false for the deployment).
Build machine:make allpulls the published, release-validated images — no build, so a
modest box is fine. make lite (the single-container all-in-one image) is lighter still. Building
from this checkout instead (make dev, for contributors) wants 8 vCPUs and 16 GB RAM.
git clone https://github.com/Vexa-ai/vexa.git && cd vexa
make all # full Docker Compose stack — seeds .env, pulls the images (bot included),
# prints your API key + URLs. Contributors: `make dev` builds from this checkout.
When make all finishes it prints your key and URLs:
Terminal UI : http://localhost:13000 # the web workbench
API gateway : http://localhost:18056 # the API
API key : vxa_…
Explore in the Terminal (the fast path)
The Terminal is the way to see what Vexa can do. Open http://localhost:13000 — you're
already signed in to a self-host account. From the
workbench you can, with no curl:
Send a bot — paste a Meet / Zoom / Teams / Jitsi URL; a bot joins as a participant.
Watch the transcript stream in live, speaker-attributed, draft-then-confirmed.
Chat with your workspace — ask an agent that has every captured meeting as context, and watch it
commit what you decide.
Or drive it over the API
export API_KEY=vxa_...
export API_BASE=http://localhost:18056
# WIN 1 — send a bot into a live call, then read the transcript as it streams
curl -X POST "$API_BASE/bots" \
-H "X-API-Key: $API_KEY" -H "Content-Type: application/json" \
-d '{"platform":"google_meet","native_meeting_id":"abc-defg-hij","bot_name":"Vexa"}'
curl -H "X-API-Key: $API_KEY" "$API_BASE/transcripts/google_meet/abc-defg-hij"
# WIN 2 — ask an agent that has your whole workspace as context (answer streams back as SSE)
curl -N -X POST "$API_BASE/agent/chat" \
-H "X-API-Key: $API_KEY" -H "Content-Type: application/json" \
-d '{"prompt":"What did we decide in my last meeting?"}'
platform is google_meet · teams · zoom · jitsi; native_meeting_id is the code from the join URL. The
agent reply streams as Server-Sent Events — message-delta frames carry the text, commit frames mark
anything it recorded into your workspace.
🧩 How it works
One gateway, two domains — Meetings (capture) and Agents (work the knowledge) — both running on
the same runtime: the engine that spawns every bot and every agent in its own sandboxed container.
A bot and an agent are the same runtime.v1 workload — isolated, ephemeral, reaped on idle — so the
machinery already proven by thousands of meeting bots is exactly what runs your agents. Every arrow stays
inside your network.
⚙️ The agentic runtime
A CLI coding agent is just a process on Linux. The runtime makes that a multi-tenant,
sandboxed execution layer safe to point at real business data — the same engine that already
spawns Vexa's meeting bots in production.
Isolated. Every dispatch gets its own container: no egress except brokered tools, and
only its granted workspaces exist in its filesystem — enforced by the substrate, not by the
agent. Agents never run in the control plane.
Ephemeral. A container lives while it works and is reaped on idle; continuity is a
session file in the workspace. Sub-second starts, thousands in parallel.
Orchestration-agnostic. One runtime.v1 lifecycle, pluggable substrate — the same
dispatch runs identically across:
Backend (RUNTIME_BACKEND)
A workload is…
State
docker (default)
its own container via the Docker socket — brought up with make all
✅ Shipped (open core)
process
a child process, no Docker socket required
✅ Available
k8s
a bare Pod (kubectl run --restart=Never), scheduled across a cluster
✅ Lifecycle + per-mount workspace isolation; Helm chart in deploy/helm
Same control plane, same worker — only how the container is created changes. One laptop to a
Kubernetes/OpenShift cluster, inside your walls.
🧠 Agents & your workspace
Capture is the front door; agents make the knowledge compound. Every meeting compiles into
your workspace — a git repo of Markdown (an Open Knowledge Formatkg/ bundle) that agents (Claude Code, Codex, …) read and write like developers work a codebase.
This is Andrej Karpathy's LLM Wiki
pattern, run as a team service. The idea: don't RAG over raw documents — where the model
rediscovers everything from scratch on every question — have agents compile sources into
structured, interlinked markdown entity pages (people, companies, projects, decisions) so
knowledge compounds. Vexa builds that wiki for you from the richest source there is: your
meetings. Each call is ingested into entity pages; agents keep them current between calls; every
answer starts from what your team already knows — on your own servers.
Agents work any workspace; a meeting is just one trigger of four — chat, schedule
(cron), event (e.g. incoming email), finished meeting. Meetings themselves are scheduled
work: connect your calendar (ICS) and planned meetings appear with attendees — bots
auto-join, agents prepare before the call and process after it.
Multiplayer. Team-shared, attributed workspaces — not one person's private notes.
Automated. The bot captures the call; the transcript compiles itself in.
Safe by design. Agents are untrusted and enforce nothing themselves. You, in chat, write
directly (git is the undo); untrusted input — an email, a web page — runs propose-only:
the agent suggests, a human approves, trusted code applies. Irreversible effects are always gated.
Status (honest): capture, transcription, and speaker attribution are production; the
agent dispatch core is built and proven live end-to-end. What's still landing is tracked in
Status.
🖥️ The Terminal: AI-augmented meetings
0.12 ships a new Terminal UI built to put the backend's scale — thousands of bots and
agents — to work on your actual week. It opens on your meetings: coming up, live now, to review.
An agent in your meeting, with your knowledge. Open a live call: the transcript streams
speaker-attributed, and the agent has the live conversation and your workspace in context.
Ask mid-call "what did we promise them last time?" — or research a person, company, or
contract the moment it comes up, grounded in your wiki.
Knowledge built on meetings — and between them. Every planned meeting gets an agent that
prepares the brief before (who's coming, history, open threads — it interviews you for
what it can't know) and processes the transcript after. Arrive prepared, leave with the
wiki updated.
Sharing. Invite colleagues into a workspace — same wiki, attributed. Share a meeting with
its attendees — they get the real-time feed, not a recording link after the fact.
Collaborative, AI-augmented meetings. Prep a shared workspace together; during the call,
humans edit the brief while agents stream the transcript in and work the knowledge — one room,
human and AI participants on the same files.
📖 How-to recipes
Each is a complete path to one outcome over the Agent API. Full guides at
docs.vexa.ai.
💬 Chat with your workspace — ask an agent that has every meeting, email, and note as context; trusted
chat can also record a decision (a git commit).
curl -N -X POST "$API_BASE/agent/chat" -H "X-API-Key: $API_KEY" -H "Content-Type: application/json" \
-d '{"prompt":"Brief me on the Acme account: every meeting, the open decisions, and the next step."}'
🌅 Brief me every morning — an unattended agent on a cron schedule that commits to your workspace.
curl -X POST "$API_BASE/agent/routines" -H "X-API-Key: $API_KEY" -H "Content-Type: application/json" \
-d '{"name":"Morning brief","cron":"0 8 * * 1-5",
"prompt":"Brief me from overnight activity — new meetings, decisions, follow-ups due. Write brief/today.md.",
"run_now":true}'
📝 Report after every meeting — dispatch a one-shot agent when a call ends (or a routine that sweeps
recent meetings).
curl -X POST "$API_BASE/agent/invocations" -H "X-API-Key: $API_KEY" -H "Content-Type: application/json" \
-d '{"runner":"claude-code","workspaces":[{"id":"u_jane","mode":"rw"}],"trigger":"scheduled",
"start":{"entrypoint":{"inline":"Write a report for the meeting that just ended: summary, decisions, action items with owners."}}}'
📧 Triage incoming email (safely) — an event-triggered agent that gets the mailbox read-only and can
only propose actions as cards; a human approves before anything is written or sent.
curl -X POST "$API_BASE/agent/events" -H "X-API-Key: $API_KEY" -H "Content-Type: application/json" \
-d '{"name":"email.received","source":{"uri":"mailbox://u_jane/INBOX/AB12CD"},
"plan":{"prompt":"Triage this email into tasks; propose a record for each action item and a draft reply."}}'
During the call — stream the live transcript with GET /agent/meeting/stream and ask your
agent about it in the chat. Vexa runs no model of its own during a meeting: there is one
intelligence and it is your agent. See Status.
🚀 Deployment options
Two ways to run Vexa, one codebase:
1. Personal / dev — Docker on your Mac, Linux, or Windows machine.
Single container (make lite — the all-in-one Vexa Lite image) or the full Compose stack
(make all). Reuse your Claude subscription: workers run the official claude CLI against
your own Pro/Max credential, which is a covered, credit-metered use under Anthropic's terms for a
personal deployment — your subscription, your turns, your machine. See
Model credentials & licensing for the exact
terms mapping (Anthropic's Agent SDK plan-usage article
is the primary source). You get the full service — bots, transcripts, agents, Terminal — on the
subscription you already pay for.
2. Cloud — Helm on Kubernetes / OpenShift, scalable to thousands of users.
The chart in deploy/helm deploys the same control plane with
RUNTIME_BACKEND=k8s: every bot and every agent is its own Kubernetes workload (a bare Pod
per dispatch), so capacity is your cluster's scheduler, not a bigger box — built multi-tenant and
multiuser from the start. One compliance rule when you go multiuser: other users' turns must run
on an API key (Commercial Terms), never a personal subscription credential — the
licensing page spells out the boundary, and
Settings → Models enforces per-user/global credential resolution. K8s backend status is tracked
honestly in Status.
🏠 Deploy & configure
make all brings up the full stack via Docker Compose on one Linux host — each service in its own
container, bound to loopback:
Service
Role
gateway:18056
the one front door — auth, scopes, routing
terminal:13000
the web workbench (proxies /ws → gateway)
meeting-api
bots, transcripts, recordings
agent-api
the agent control plane — dispatch, chat, routines, events
runtime
spawns bot + agent containers on demand
admin-api · redis · postgres · storage
keys · bus + scheduler · metadata · recordings (versitygw: plain files in a local volume)
Runtime backend — RUNTIME_BACKEND=docker (default) or k8s (a Pod per dispatch).
Transcription is a separate GPU unit — make all runs GPU-free; stand up the STT service
(faster-whisper, OpenAI-compatible) from deploy/transcription on any GPU box and point .env at it.
Or use a free hosted token at vexa.ai/account while testing.
Bring your own inference — point the agent at your own LLM endpoint; no inference leaves the network.
Air-gapped — everything in-VPC, zero egress — the posture the regulated verticals require.
Targets — make all (pulls) · make dev (builds from this checkout) · make lite ·
make probe (full-journey smoke) · make down · make help. Expose the Terminal via a TLS reverse proxy for
production; full guide in the docs.
🆚 How Vexa is different
The crowded "AI second brain / self-hosted knowledge base" space is full of excellent tools for
reasoning over documents you already have. None of them join a live meeting — they consume
transcripts other tools produced. That's the whole point: capture is the moat, and it sits
upstream of where a document-RAG tool's architecture even starts.
Against the tools developers actually weigh for meeting capture:
Capability
Vexa
Hosted APIs (e.g. Recall.ai)
DIY (Whisper + your own bot)
Self-hosted / own your data
✅
❌ their cloud
✅
Real-time transcript API
✅
✅
🟡 build it
Joins Meet + Teams + Zoom + Jitsi
✅ 3 production · 🟡 Jitsi
🟡 varies
❌ enormous effort
Speaker attribution
✅
✅
🟡 build it
Knowledge as files you own
✅
❌
🟡 build it
Agents over your workspace
✅
❌
❌
Open source
✅ Apache-2.0
❌
✅
Vexa is the one combination the others don't offer: a permissively-licensed (Apache-2.0)
meeting-bot-API server that is self-hosted × real-time × multi-platform × knowledge-you-own.
And it's complementary to the document-RAG and "second brain" tools — feed them Vexa's clean,
attributed transcripts and let them do what they're good at.
The full field — including Attendee (the other
meeting-bot API, source-available under the Elastic License 2.0, which does not permit providing
it to third parties as a hosted or managed service) and the local-notetaker tools — is mapped
honestly, trade-offs and all, in How Vexa compares.
🏦 For regulated enterprises
For banks, healthcare, government, and anyone in a regulated industry, the meeting-AI question
isn't "which cloud" — it's "how do we get this without a cloud." Vexa is air-gapped meeting
intelligence — the sovereign alternative to Microsoft Copilot — built for exactly that buyer.
You don't compete with a notes app here — you replace Microsoft 365 Copilot and Zoom AI
Companion on the axes they structurally can't move:
Microsoft 365 Copilot / Zoom AI Companion
Vexa
Deployment
Vendor cloud only
Your cloud, your VPC, or fully air-gapped
Models
Vendor-hosted, fixed
Bring your own — local or hosted LLMs
Commercial model
Rented, per-seat subscription
Owned — Apache-2.0, no per-seat tax
Adaptable
Generic; no custom vocabulary; vendor roadmap queue
Your engineers extend it directly — domain vocabulary, underserved languages, custom workflows
Meeting platforms
Teams-only / Zoom-only
Meet + Teams + Zoom (+ Jitsi, live validation pending)
Data control
Transits the vendor's cloud
Never leaves your perimeter
Extensibility
Closed black box
Open source, API-first
What that means in practice:
Air-gapped — fully offline, your infrastructure, your models. Nothing phones home.
Adaptive — your engineers implement requirements directly: domain vocabulary, underserved
languages, custom workflows. No vendor feature queue.
Owned, not rented — deploy once, extend without asking permission. No per-seat tax.
Scales inside your walls — thousands of isolated agents in parallel on Docker or your
Kubernetes/OpenShift cluster.
Evaluate it for your org — the artifacts a security review asks for, in this repo:
Regulated banks and Fortune-500s run Vexa fully air-gapped on their own OpenShift and local LLMs today.
📡 API reference
Two APIs behind the gateway, authenticated with X-API-Key. Base URL: http://localhost:18056
(self-host) or https://api.cloud.vexa.ai (hosted).
Meetings API — capture; usable standalone:
Method
Endpoint
Description
POST
/bots
Send a bot into a meeting (platform, native_meeting_id, bot_name, language, task, optional transcribe_enabled / recording_enabled)
GET
/transcripts/{platform}/{native_meeting_id}
Fetch the real-time transcript (poll while live)
GET
/bots/status
List running bots
DELETE
/bots/{platform}/{native_meeting_id}
Stop / remove the bot
GET
/meetings · /recordings
List meetings; list recordings (audio in your own storage)
Agent API — the control plane, under the /agent/* prefix (identity is derived from your key, server-side):
Method
Endpoint
Description
POST
/agent/chat
Chat over your workspace — streams SSE (message-delta, tool-call, commit, done, error)
POST
/agent/invocations
Dispatch a one-shot agent (e.g. a post-meeting report)
POST
/agent/routines
Create a scheduled (cron) agent routine
POST
/agent/events
Fire an integration event that dispatches an agent (e.g. email triage)
GET
/agent/workspace/tree · /agent/workspace/file
Browse and read your Markdown workspace
platform ∈ google_meet · teams · zoom · jitsi. The gateway also serves an MCP endpoint
at /mcp for agent clients (docs). Full reference:
docs.vexa.ai.
v0.12 note: live bot-control — PUT /bots/{…}/config (change language/task mid-call) and
POST /bots/{…}/speak (TTS into the call) — plus WebSocket streaming are not yet wired in the
open-core stack and return 404 today. So do POST /agent/meeting/{start,process}, the removed
in-product meeting copilot. Send-a-bot, stop, status, transcripts, recordings, the live transcript
feed, agent chat, routines, and events are live.
🗺️ Status & roadmap
Honest state of the 0.12 line (mirrors the status page — never aspirational):
Roadmap — the board, grouped by contributor
lane, with milestones as the version gates.
Contributing — how delivery works: prepared issues
with acceptance tables that guarantee merge, and human validation credited as a first-class
contribution (one page, law and how-to together).
Contributor rights — one rights choice plus DCO for individuals;
private, head-bound authorization when an employer or client owns the work.
Issues & PRs — welcome. See SECURITY.md to report vulnerabilities.
Obsidian: obsidian-vexa-bridge turns completed meetings into Obsidian notes or a knowledge graph, a third-party adapter; see the docs.
Vexa is built in the open. If you self-host it, extend it, or run it air-gapped somewhere interesting,
we'd love to hear about it.
📄 License
Apache-2.0. Own it, run it, fork it, ship it. It's an investment, not a rental.
