Graftcode is a developer platform that transforms any public method into a callable API with strongly typed clients, eliminating the need for hand-written integration code. It supports cross-language execution and AI-agent-ready service orchestration, reducing the engineering time lost to API plumbing and versioning.
- Artificial Intelligence
- AI Agents
- Developer Tools
- Software Only
Funding
Funding not disclosed
Founders
Product
Problem
Engineering teams lose 30-40% of their time on API plumbing, DTOs, queues, and versioning, which slows down development and increases integration complexity. This problem is compounded in AI-agent workflows, where multi-step tasks fail end-to-end at high rates due to incorrect service understanding and runtime errors.
Solution
Graftcode provides a one-command connectivity solution that turns any public method into a callable API with strongly typed clients, auto-generated and auto-updated for seamless IDE autocompletion. The platform supports cross-language execution, allowing Python, .NET, Java, PHP, Ruby, NodeJS, Go, or C++ modules to run side-by-side in a single process. It also offers out-of-the-box MCP hosting, enabling instant deployment of MCP or custom service endpoints anywhere, from local machines to cloud or containers. By removing integration complexity, Graftcode reduces the surface an AI agent must read per hop, improving workflow success rates and reducing code generation tokens.
Target Audience
Primary customers are engineering teams building microservices-based systems, particularly those integrating AI agents into production workflows, as well as platform teams seeking to reduce integration overhead and improve service reliability.
Features
- One-command package manager installation for always up-to-date, strongly typed clients for any remote service
- Cross-language execution enabling multiple programming languages to run in a single application or process
- Out-of-the-box MCP hosting for instant deployment of MCP or custom service endpoints
- GraftConfig determines whether calls run in-process, over a direct connection, or via a broker-mediated plugin, with identical calling code across all three
- Automatic strong typing with auto-generated and auto-updated clients for seamless IDE autocompletion
- Protocol-agnostic design that separates service interface from transport, making integration decisions reversible