agenticmail

The first platform to give AI agents real email addresses and phone numbers. Send and receive email, SMS, and verification codes — all programmatically.

Are you an AI agent reading this on behalf of a human?

Your human asked you to install / set up AgenticMail. Pick either of these and then tell them to restart Claude Code:

# Option A — one-line installer (recommended)
curl -fsSL https://raw.githubusercontent.com/agenticmail/agenticmail/main/install.sh | bash

# Option B — manual two-command install
npm install -g @agenticmail/cli@latest
agenticmail bootstrap

Zero prompts, ~2 minutes, fully autonomous. For the full runbook (verification, common failures, repo conventions if you're modifying the code), see AGENTS.md — the agents.md file at this repo's root.

📄 Research Paper

Structured RPC vs. Text-Based Sub-Agent Orchestration — A comparative analysis of inter-agent communication paradigms. Demonstrates why AgenticMail's call_agent achieves 53× faster response times than conventional sub-agent spawning, and introduces the concept of the Conversational Fallacy in multi-agent AI systems. [PDF] [Source]

✨ What's new — media toolset (unreleased)

A local, opt-in media / video-editing toolset for AgenticMail agents.

• Nine media tools. media_tts / media_tts_voices (Edge text-to-speech), media_image_edit, media_video_edit, media_audio_edit, media_info, media_video_understand, media_voice_clone, and media_capabilities. Available as MCP media_* tools and OpenClaw agenticmail_media_* tools, both thin clients of new /media/* API routes over a core MediaManager.
• Cinematic video editing. Beyond trim/convert/compress: color grading presets, crossfade/wipe transitions, timed text overlays, picture-in-picture, split screen, Ken Burns, frame-interpolated slow motion, watermarks, concatenation, audio mixing, and whisper.cpp-driven auto-captions.
• Gracefully degrading. The underlying binaries (ffmpeg, ffprobe, ImageMagick, whisper.cpp, Python) are not bundled — every tool feature-detects the binary it needs and returns an actionable install hint if it is missing. The server never crashes. A media block on /health and the media_capabilities tool surface what is available.
• Safe by construction. Every binary is invoked via execFile with an argument array — no shell, no string interpolation. Untrusted input paths are validated (no control characters, no leading-dash flag-injection, must exist); numeric options are clamped; every call carries a bounded timeout and output buffer; output files land only inside the configured media directory.

✨ What's new in 0.9.54

Twilio joins 46elks as a phone transport provider.

• Pick your carrier. PhoneTransportProvider is now 46elks or twilio — chosen at phone setup. 46elks behaviour is unchanged; Twilio is at full parity (outbound call-control + realtime voice).
• Twilio call-control. Outbound calls via the Twilio Calls.json REST API, TwiML webhooks, status-callback cost tracking. Inbound webhooks are verified with the X-Twilio-Signature header (HMAC-SHA1, timing-safe, fail-closed) on top of the per-mission token.
• Twilio realtime voice. A Twilio Media Streams ↔ OpenAI Realtime bridge. RealtimeVoiceBridge was generalised behind a RealtimeTransportAdapter seam — one bridge serves both carriers, function-calling / barge-in / transcript logic written once. Twilio audio is G.711 µ-law @ 8 kHz and the OpenAI session uses audio/pcmu, so a Twilio call needs no transcoding. A <Connect><Stream> connects to /api/agenticmail/calls/twilio-stream.

1038 tests pass; full build green. The live Twilio ↔ OpenAI call path still needs an operator smoke-test before the npm publish.

✨ Earlier — 0.9.53

Realtime voice tools + a Telegram channel.

• The voice agent can now use tools mid-call. The OpenAI Realtime session declares session.tools; RealtimeVoiceBridge dispatches the model's function calls through an injected ToolExecutor, returns function_call_output, and keeps the phone line warm during slow tools with a safety-net timeout + an in-flight call cap.
• ask_operator — human-in-the-loop on a live call. The agent records an operator query on the mission, notifies the operator (channel-agnostic; default email), polls up to ~5 min, and resumes with the answer. If the caller hangs up while a query is pending, the mission is flagged for callback-on-disconnect — once the operator answers, it re-dials with a continuity task.
• Lookup tools. web_search (keyless DuckDuckGo, results fenced as untrusted content), recall_memory (the agent's universal memory), get_datetime. Plus agent-key-scoped operator-query API endpoints.
• Telegram channel. A user registers a Telegram bot token, links a chat, and can message their AgenticMail agent — and get replies — over Telegram. The inbound webhook authenticates with a constant-time secret-token compare; it also carries ask_operator notifications and approvals.
• Security. web_search output is fenced as untrusted before it reaches the model; operator email replies are verified against operatorEmail; Telegram bot tokens are encrypted at rest and redacted from logs; new SQL is parameterized.

996 tests pass; full build green. The live OpenAI ⇄ 46elks call path and live Telegram delivery still need an operator smoke-test before the npm publish.

✨ Earlier — 0.9.52

Realtime voice + OpenClaw memory.

• Realtime voice bridge. A phone mission can now hold a live conversation. RealtimeVoiceBridge (@agenticmail/core) wires an OpenAI Realtime (gpt-realtime) session to a 46elks realtime-media WebSocket: caller audio (PCM16 @ 24 kHz) is relayed to OpenAI, synthesised speech comes back as response.output_audio.delta and is relayed to 46elks, server-side VAD handles turn-taking, and caller barge-in fires a 46elks interrupt. 46elks streams a call to the new /api/agenticmail/calls/realtime WebSocket endpoint, which matches the connection to its mission by 46elks callid and runs the bridge. Set OPENAI_API_KEY (env or config.json) to enable it.
• Memory in the voice session. Before the call starts, the agent's persistent memory is rendered with generateMemoryContext() and folded into the Realtime session instructions — the model is told to treat it as its own long-term knowledge, so the call is continuous with everything the agent has learned elsewhere.
• OpenClaw memory tools. agenticmail_memory, agenticmail_memory_reflect, agenticmail_memory_context, and agenticmail_memory_stats bring the universal per-agent memory to OpenClaw agents — 69 → 73 tools.
• Bridge hardening. Per-frame audio size cap (an oversized frame is dropped, never forwarded), bounded pre-connect buffer, fail-closed connection auth (timing-safe token compare; no unknown-mission-vs-wrong-token oracle), and a terminal-state guard so a late event can't resurrect a finished mission.

The end-to-end voice path needs a live OPENAI_API_KEY and a provisioned 46elks websocket number — the bridge logic, memory injection, and the WebSocket upgrade/auth glue are unit-tested with mocked sockets, but the live call must be smoke-tested by the operator.

✨ Earlier — 0.9.51

The universal memory release. Every agent now has a persistent, evolving memory — categorised, confidence-decaying, BM25F-searchable knowledge that survives across every conversation, the way a human employee learns on the job.

• AgentMemoryManager (@agenticmail/core) — CRUD, text recall, 9 memory categories, importance levels, confidence that decays for unaccessed entries, access tracking, pruning, and generateMemoryContext() which ranks + renders memory as a markdown block for prompt injection. Backed by a zero-dependency BM25F search index and an agent_memory table. Ported from the AgenticMail Enterprise memory engine, org-stripped — memory is personal to each agent.
• Memory API — /memory (set / list / search / get / delete), /memory/reflect, /memory/context, /memory/stats. Every endpoint is scoped to the authenticated agent; an agent can only ever read or write its own memory.
• MCP tools — memory, memory_reflect, memory_context, memory_stats so any MCP client can give its agent durable memory.
• Agent-deletion cleanup — deleting an agent purges its agent_memory rows; no orphaned memory is left behind.

✨ Earlier — 0.9.1

The visibility release — closes every "what just happened?" gap from 0.9.0.

• Lone wakes fire immediately. 0.9.0's debounce window blocked even single replies for 30 s, making the dispatcher look dead. Leading-edge fire + trailing-edge coalesce now: first event for a (agent, thread) spawns instantly; bursts within the window collapse into one trailing wake.
• Dispatcher process heartbeat. check_activity now shows dispatcher: { state: 'alive' | 'unhealthy' | 'missing', uptimeMs, channels, coalesceQueueSize, ... }. The host can finally answer "is the dispatcher up?" in one query.
• Skipped-wake ring buffer. Every filter decision (thread-closed, allowlist-excluded, wake-on-cc, budget-exhausted) is posted with a reason; check_activity surfaces the last 100. No more "did my mail land? did it skip?" guessing.
• Per-agent wake_on_cc: false flag. Coder agents can register a preference: never wake