Learn how to chain together simple, reliable atomic actions to construct sophisticated, enterprise-grade workflows. We'll show you how action.do is the key to composability and scale.
Serverless functions were a leap forward, but atomic actions offer more: observability, orchestration, and inherent business logic. Discover the next evolution of single-purpose compute.
AI agents need a reliable way to interact with the world. Explore how the action.do primitive provides a secure and scalable toolkit for agents to execute real-world tasks.
Translate your core business operations into executable code. We explore how defining processes as atomic actions creates a more agile, transparent, and automated organization.
Data pipelines are notoriously brittle. See how using idempotent atomic actions for each processing step ensures your data flows are reliable, restartable, and easy to debug.
Stop wrestling with complex webhooks and brittle custom code. Learn how to use action.do as a universal connector to orchestrate tasks across platforms like Stripe, Slack, and Salesforce.
What happens when an action fails? Dive deep into the robust error handling, retry policies, and dead-letter queue mechanisms built into the .do platform to guarantee execution.
Are atomic actions just nano-services? We break down the key differences and explain why decomposing your logic into action.do primitives leads to faster development and simpler maintenance.
Go from zero to automation in this hands-on tutorial. We'll build a simple agentic workflow that listens for an event and executes a series of tasks using the .do SDK.
A high-level look at the future of software development, where developers assemble autonomous agents and libraries of atomic actions to create applications that can adapt and evolve.