The persistent open-source environment layer for all your AI agents.
Overview
Clawdi is an open-source agent environment layer and hosting platform designed to decouple an AI agent's memory, skills, API secrets, and application integrations from its underlying execution model engine. It provides cross-framework stability by serving as a unified backend infrastructure for frameworks like Claude Code, OpenClaw, Codex, and Hermes. By allowing users to freely switch engines without rebuilding context, it functions as a highly secure, hardware-encrypted cloud control center. Clawdi optimizes agent execution via its pluggable runtime, native desktop CLI tool, and multi-channel messaging endpoints.
Founded year:2026
Founder:Clawdi-AI Team
Team size:2-10
Popularity:Fast-emerging open-source framework favorite among engineers leveraging local LLMs and terminal-based developer agents.
Clawdi was developed in early 2026 by an independent open-source team seeking to eliminate the frustrating infrastructure rebuilding process when switching between emerging AI agent architectures. Recognizing that developers lost multi-week engineering efforts replicating cron tasks, API keys, and memory states upon shifting engines, they built an abstraction layer to isolate the developer's operational space from rapid model evolution.
What it does
• Deploys AI automation agents to handle routine business tasks
• Extracts and processes unstructured data from various sources
• Connects multiple software tools to create seamless workflows
• Reduces manual data entry and human error in operations.
Who it's for
AI Engineers
Independent Software Builders
Automation Agencies
Enterprise AI Teams
Why it works
Decouples key skills and memory layers securely from specific AI models
Unlike application-specific agent configurations that separate user contextual logs inside isolated silos, Clawdi installs a uniform shared storage layer underneath multiple command line runtimes.
It sets itself apart from closed-source visual workflow builders by deploying an open-source, MIT-licensed local CLI that prioritizes complete portability and data sovereignty.
Furthermore, its usage of hardware-enforced confidential computing environments ensures strict programmatic security that standard multi-tenant hosting alternatives rarely guarantee.