Split a React Native to Swift migration across agents
Since I joined @cognition I've been obsessed with learning how our eng team uses Devin themselves If we are building the best coding agent + we have the most cracked engineers + we've been fully AI-pilled from day one... Task: Suggested implementation: Use a master Devin agent to decompose a React Native to Swift migration into six independent modules. The master agent spawns parallel child Devin instances to execute each module, leveraging separate VMs for concurrent processing. A human engineer defines the initial scope, reviews the master agent's decomposition plan, and approves the final integration of combined results.; tools: Devin. Human role: The original post does not say how a person stayed involved.; limitations: Prerequisites include access to multiple Devin instances and a codebase suitable for modular decomposition. Operating costs scale linearly with the number of parallel agents. Integration uncertainty remains high if module interfaces are not strictly defined. Human approval is required for the initial task breakdown and final code merge. Source reliability is secondary, based on a social media post..
Tools
Published on Agent Work Atlas:
Overview
Since I joined @cognition I've been obsessed with learning how our eng team uses Devin themselves If we are building the best coding agent + we have the most cracked engineers + we've been fully AI-pilled from day one...
Workflow
Suggested implementation: Use a master Devin agent to decompose a React Native to Swift migration into six independent modules. The master agent spawns parallel child Devin instances to execute each module, leveraging separate VMs for concurrent processing. A human engineer defines the initial scope, reviews the master agent's decomposition plan, and approves the final integration of combined results.
Reported result
The source does not report measured outcomes, success rates, or time savings for this specific migration. It only describes the workflow conceptually. A proposed acceptance check is to verify that all six parallel modules compile independently and pass unit tests before merging, ensuring no integration conflicts arise from the fan-out strategy.
Human role
The original post does not say how a person stayed involved.
Limitations
Prerequisites include access to multiple Devin instances and a codebase suitable for modular decomposition. Operating costs scale linearly with the number of parallel agents. Integration uncertainty remains high if module interfaces are not strictly defined. Human approval is required for the initial task breakdown and final code merge. Source reliability is secondary, based on a social media post.
Try it
Act as a senior engineering lead. I want to migrate [replaceable: specific React Native component or feature] to Swift using a fan-out strategy. First, analyze the codebase and propose a decomposition into [replaceable: number] independent modules with clear interface contracts. Wait for my approval on the plan. Then, instruct a master agent to spawn parallel child agents for each module. Ensure each child agent runs in isolation. Before any code is merged, require a human review of the integration tests. Output a step-by-step execution log and a summary of any ambiguities resolved. Do not proceed to actual deployment without my explicit confirmation. If inputs are missing, ask clarifying questions about the target Swift version and existing dependencies.
Source reports are not independently verified. Publication date is the catalog publication date, not the original article date.