Worklayer enables AI agents, such as Claude, to automate tasks across multiple applications by generating and executing code scripts instead of making individual tool calls. This approach reduces token usage by up to 77% and speeds up workflows up to 18×, delivering faster, cheaper results for complex integrations.
Funding
Funding not disclosed
Founders
Product
Problem
AI agents that integrate with multiple applications must invoke each tool sequentially, leading to many round‑trip calls, high token consumption, and slow execution. This orchestration overhead limits the speed and cost‑effectiveness of automated workflows.
Solution
Worklayer provides a platform that lets AI agents write and run code scripts that interact with several connected apps in a single execution step. By consolidating multiple tool calls into one script, the service reduces the number of LLM context loads, cutting token usage by roughly 77% and accelerating results up to 18×. The platform supports both pre‑built integrations and custom connectors, enabling agents to access a wide range of applications securely. Executed scripts return only the data the agent needs, preserving more context for core tasks while lowering operational costs.
Target Audience
Primary customers are developers and product teams building AI‑driven agents that need to automate complex, multi‑app workflows, as well as enterprises seeking to improve the speed and cost efficiency of their internal automation processes.
Features
- Script generation that programmatically orchestrates actions across multiple connected applications in one execution
- Support for pre‑built app connectors and custom integrations via a flexible API
- Token‑efficient context handling that returns only required data, reducing LLM token consumption by ~77%
- Single‑step execution engine delivering up to 18× faster workflow completion compared to sequential tool calls
- Secure authentication and access controls for agents interacting with user applications
- Cloud‑hosted environment that manages script execution and result delivery without requiring user‑side infrastructure