Snap the pieces.
Deploy.
Assemble composable Telegram bots from deterministic building blocks in seconds. Zero boilerplate, hot-swappable plugins, and instant cloud runtime deployment.
npx create-rbh-bot
[04:12:01.002] SYS_INIT: Worker thread spawned @ PID 88129
[04:12:01.018] RPC_POOL: Robinhood Chain node reachable // chain 4663
[04:12:01.022] LISTEN: Polling Telegram webhook queue channel: @botkit_router_bot
SEVEN PIECES // CORE ARCHITECTURE SPECIFICATION
| PART | JOB | IN | OUT | STATUS |
|---|---|---|---|---|
| 01_ROUTER | Message parsing & intent triage | Telegram Webhook / Polling | Dispatched Event Buffer | ACTIVE: v2.4 |
| 02_STATE | Fast distributed session cache | User Session ID | Redis / SQLite KV | ONLINE |
| 03_ORACLE | Real-time dex price feeds & token logs | RPC Subscription / WebSockets | Normalized Price Matrix | SYNCED |
| 04_SIGNER | Prepared Robinhood Chain transaction handoff | Unsigned Payload Envelope | User Wallet Handoff | NON-CUSTODIAL |
| 05_GUARD | Anti-mev, slippage & honeypot validator | Pre-flight Simulation | Pass / Abort Vector | ENFORCED |
| 06_NOTIFY | Rich Markdown & inline keyboard engine | Formatted Bot Response | Telegram Bot API POST | STANDBY |
| 07_RUNNER | Headless worker pool orchestration | Event Queue Stream | Thread Execution Receipt | READY |
┌───────┐ ┌───────┐ ┌───────┐ │ IN_01 ├─────►│ WASM ├─────►│ DISP │ └───────┘ │ V8_VM │ └───────┘ ▲ └───────┘ │ └────────── HOT_RELOAD ◄──────┘
HOT-SWAP PLUGINS
Deploy updates instantly without interrupting persistent WebSocket loops or losing session contexts.
[RPC] ────┐ [POOL] ───┼───► [ CHAIN_4663 ] ──► RESULT [PONS] ───┘ │ │ ▲ ▼ ▼ └────────── SOURCE_TRACE ────── BLOCK_UTC
ROBINHOOD CHAIN FEEDS
Address-resolved pool state and prepared swap data for Robinhood Chain 4663 with named source timestamps.
┌──────────┐ ┌──────────┐ ┌─────────┐ │ ENCLAVE ├────►│ PREFLIGHT├────►│ BUNDLE │ │ AES_256 │ │ SIM_CHECK│ │ PRIV_TX │ └──────────┘ └──────────┘ └─────────┘ [ZERO] [PASS] [MEV_0]
SECURE EXECUTION
Air-gapped transaction generation with anti-sandwich simulation and automated private mempool relays.