Engineering teams can use lead agents, role-specialized subagents, semantic codebase indexing, MCP integrations, parallel sessions, and worktree-based execution to coordinate coding tasks and investigations across repositories, tools, and environments. This includes cross-repo implementation work as well as incident, regression, and performance analysis that benefits from concurrent agent exploration.
Developers and DevOps teams must design the workflow, scope each agent's responsibilities, connect trusted tools and data sources, evaluate findings from parallel agents, monitor execution, and decide which remediation steps are correct and compliant.
One agent can update a shared service contract while subagents propagate the required client and test changes across multiple repositories.
Sourcegraph Cody / OpenHandsA lead agent can analyze logs and traces, delegate root-cause checks to subagents, and assemble a proposed code fix with supporting evidence for the on-call engineer.
OpenHands / Claude CodeTeams can connect agents to internal docs, ticketing systems, and deployment tools through MCP so they can gather context and execute coordinated development tasks.
Claude Code / Sourcegraph CodyI help companies navigate AI adoption -- from strategy to production. Whether you are building your first LLM-powered feature or scaling an agentic system, I can help you get it right.
Design and build LLM-powered products and agentic systems
Go from idea to production with a clear implementation roadmap
Build AI with human-in-the-loop in regulated environments
Now in early beta for SuperGrok Heavy subscribers — Grok Build is a new coding agent that runs right from your terminal.
Today we're launching an early beta of Grok Build, a powerful new coding agent and CLI for professional software engineering and complex coding work.
For most of its life, Cursor has been an IDE. A very good one. But with the public beta of the Cursor SDK, the company is making a different kind of move — one that should get the attention of DevOps teams.
The Cursor SDK is a TypeScript library that gives engineers programmatic access to the same runtime, models, and agent harness that power Cursor’s desktop app, CLI, and web interface. In short, the agents that used to live inside an editor can now be invoked from anywhere in your stack.
That’s a meaningful shift in how AI coding tools fit into software delivery pipelines.
Last week a colleague and I were presenting the AI coding setup we’d built. The full show: fine-grained instruction files, custom agents with scoped responsibilities, reusable skills, and to top it all off, an orchestrator agent tying it all together. It looked impressive.
Then someone in the audience asked: “That’s cool, but do we always need this? If we skip all that and keep it simple, what do we actually lose?”
The discourse around AI software development is stuck between two extremes: people shipping toy apps in a weekend, and people insisting these tools are useless in real codebases. My experience has been neither.
AI doesn’t replace software engineering judgment. It amplifies it best when you use a disciplined workflow built around context, planning, staged execution, and strong verification.
I’m a Staff Software Engineer with 23 years of experience, and this is the workflow I use to ship production software with AI in 2026. I will walk you through how I am leveraging AI tooling to deliver new features into production software products.
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