Product Introduction
Definition: Clawdi is a high-performance, cloud-native AI agent orchestration platform and open-source environment designed to decouple an agent's state—specifically memory, API keys, and specialized skills—from the underlying execution framework. It functions as a centralized "Agent Home Base," providing a unified runtime for diverse models and frameworks such as OpenClaw, Hermes, Claude Code, and Codex.
Core Value Proposition: Clawdi exists to solve the problem of "fragmented AI brains," where user data and configurations are trapped in isolated silos across different devices and frameworks. By providing a persistent, TEE-encrypted (Trusted Execution Environment) cloud hub, Clawdi enables a "Sync Once, Continue Anywhere" workflow. This allows developers and power users to maintain continuous context, shared memory, and a unified API vault regardless of whether they are working via a local CLI, a mobile messaging app, or a cloud-hosted orchestrator.
Main Features
Cross-Agent State Synchronization: Clawdi utilizes a proprietary synchronization protocol that extracts and stores conversation memory, hardware-encrypted API keys, and custom toolsets (skills) in a centralized environment. For example, a developer can build a specific "bug-filer" skill using Claude Code on a laptop, sync it to the Clawdi Cloud, and immediately invoke that same skill and memory context through the Hermes agent on a mobile device.
TEE-Encrypted Hardware Security: For enterprise-grade security, Clawdi leverages Intel TDX (Trust Domain Extensions) to provide hardware-encrypted execution. This ensures that sensitive data, including OAuth tokens and environment variables stored in the Clawdi Vault, are protected from unauthorized access at the hardware level, even from the cloud provider itself.
Multi-Channel Orchestration and Integration: Clawdi integrates with over 500 third-party applications via Composio, including Jira, GitHub, Slack, and Salesforce. It supports 13+ messaging channels like Telegram and WhatsApp, allowing users to deploy autonomous agents (such as OpenClaw) that can perform browser automation, vision tasks, and complex SaaS workflows across different platforms without manual intervention.
MIT-Licensed CLI and Local Environment: The Clawdi CLI provides a free-forever, open-source entry point for managing local AI agent environments. It allows users to self-host their agent state, manage local encrypted vaults, and install community skills from GitHub. This ensures users own their data and can transition to the hosted Cloud Hub only when they require always-on hosting or cross-device syncing.
Problems Solved
Pain Point: Agent Framework Lock-in and Fragmentation. Traditionally, switching from a CLI tool like Claude Code to a web-based agent results in the loss of session history and re-configuration of API keys. Clawdi eliminates this friction by acting as a universal middleware that persists state across all compatible engines.
Target Audience: The platform is built for AI Engineers and DevOps professionals who manage multiple agentic workflows; Power Users who utilize AI for daily task automation (email triage, calendar management); and Enterprise Teams requiring secure, compliant environments for deploying autonomous agents with access to internal company data.
Use Cases:
- Seamless Transition: Starting a complex refactoring task in a local terminal and finishing the review on a mobile device while commuting.
- Autonomous Operations: Deploying an "always-on" OpenClaw agent in the cloud to monitor Slack for specific requests and automatically generate Jira tickets using saved skills and credentials.
- Security-First Development: Running sensitive agent workflows that require API access to production databases within a hardware-encrypted TEE to meet compliance standards.
Unique Advantages
Differentiation: Unlike standard AI interfaces (like ChatGPT or Claude.ai), Clawdi is framework-agnostic. It does not force the user into a specific "brain" or model; instead, it provides the infrastructure to run any agent framework (OpenClaw, Hermes, Codex) while maintaining a consistent identity, memory, and toolset across them.
Key Innovation: The decoupling of the "Agent Environment" from the "Agent Runtime." By treating memory and skills as portable assets rather than local configuration files, Clawdi allows for the first truly modular AI agent stack. Its use of Intel TDX for hardware-level isolation sets a new standard for privacy in the agentic AI space.
Frequently Asked Questions (FAQ)
How is Clawdi different from ChatGPT or Claude? ChatGPT and Claude are specific AI models and interfaces. Clawdi is the infrastructure that hosts these models (and others like OpenClaw and Hermes). While ChatGPT sessions are locked to the OpenAI ecosystem, Clawdi allows you to bring your memory, skills, and API keys to any framework, preventing platform lock-in and enabling multi-tool orchestration.
Is my data and API key information secure on Clawdi? Yes. Clawdi uses a combination of local encryption and cloud-based TEE (Trusted Execution Environment) technology. On the Cloud Hub, data is protected by Intel TDX hardware-level encryption, which ensures that your sensitive credentials and private session memories remain inaccessible to everyone except the authenticated user.
Can I use Clawdi for free? Clawdi offers a free-forever tier for its MIT-licensed CLI, which includes local environment management, local vaults, and cross-agent memory. For users requiring always-on cloud hosting, TEE-protected execution, and messaging channel integration (like Telegram/Slack), Clawdi offers tiered Cloud Hub plans starting with a Freemium credit-based model.
What agents can I run on Clawdi? Clawdi currently supports major frameworks including OpenClaw (for multi-channel automation), Hermes (for personal daily tasks), Claude Code (for terminal-based development), and Codex (for CLI workflows). Because the environment is open-source, it is designed to be compatible with any agent framework that supports its decoupling protocol.
