Motebit is a self‑hosted AI personal assistant platform that lets users create and manage AI agents, set goals, and verify digital credentials while keeping all cryptographic keys and data on the local device. It runs large language models offline in the browser via WebGPU and supports integration with external tool servers, enabling secure, sovereign AI workflows without relying on external custodial services.
Funding
Funding not disclosed
Founders
Product
Problem
Users who want to run large language models and manage digital identities must rely on cloud services that retain control of model weights, credentials, and cryptographic keys, exposing data to third‑party custody and limiting offline operation.
Solution
Motebit delivers a browser‑based AI identity platform that runs large language models locally via WebGPU, eliminating server‑side model hosting. Users can store verifiable credentials, manage cryptographic keys, and define goals and token budgets entirely on‑device. The system supports customizable tool servers, voice synthesis, and on‑device memory governance, with optional on‑chain anchoring of memory consolidation proofs for transparent, sovereign data handling. All private keys are kept in encrypted IndexedDB and never leave the user's browser.
Target Audience
Developers, AI researchers, and privacy‑focused enterprises that need self‑hosted LLM execution, decentralized identity, and secure credential management within web applications.
Features
- Offline execution of downloaded LLMs in the browser using WebGPU, with support for multiple providers (Anthropic, OpenAI, Google, Groq, DeepSeek) and local servers (Ollama, LM Studio, llama.cpp, etc.)
- Full on‑device identity management: Ed25519 keypair stored locally, verifiable credential issuance, and DID generation without custodial services
- Customizable tool server integration (MCP connections) to extend functionality with user‑defined skills and agents
- Voice capabilities via browser TTS or premium APIs (ElevenLabs, Inworld, Deepgram) with on‑device key protection
- Memory governance framework that consolidates, prunes, and signs memory receipts; optional publishing of Merkle proofs to Solana for immutable audit trails
- Peer‑to‑peer payment support allowing direct on‑chain transactions between agents without intermediaries
- User‑configurable security presets (cautious, balanced, autonomous) and secret detection to block exposure of API keys or tokens