Browser Automation Engineer

As a Software Engineer (browser automation), you will build the backbone that makes our agents reliable, scalable, and production-ready. You'll write the automations that log into fragmented legacy portals, keep them durable when those portals change, and build the infrastructure that runs thousands of them at once. This is a deeply technical, high-ownership role. You'll work directly with founders, shape the technical direction, and ship systems that are used in real-world, high-stakes environments.

Responsibilities:

• Build robust, highly reliable, code-first browser automations navigating complex, fragmented legacy portals and extracting structured data.
• Build Self-Healing Workflows and AI-assisted self-healing that adapt to UI updates, layout shifts, and element mutations without human intervention.
• Scale Execution: concurrent, high-throughput execution of thousands of long-running workflows with strong state management, retries, low latency, and high consistency.
• Architect Stealth Infrastructure: Build and scale execution infrastructure using advanced stealth execution, browser fingerprinting, and residential proxy management to keep automations stable against portals that don't want to be automated.

Requirements:

• 2+ years of software engineering experience: you ship production systems and build software.
• Web automation at scale (hard requirement): a proven track record of building and maintaining production-grade web automation or scraping systems at scale.
• Deep browser-automation expertise: hands-on mastery of Playwright, Puppeteer, Selenium, or CDP, plus the DOM, HTTP, headers, and session management. Stealth and proxy mastery: direct production experience with stealth execution, residential proxy management, and browser fingerprinting.
• Architectural rigor: strong thinking around state management, distributed queues, and retries for long-running, non-deterministic workflows.
• A resilient problem-solving mindset; you enjoy reverse-engineering obscure systems, finding stable workarounds, and building durable software for restrictive environments.