Software Engineer (Electron.js)

The modern remote workforce relies heavily on seamless, lightweight, and high-performance productivity infrastructure. As companies increasingly adopt distributed operational frameworks, building desktop applications that operate quietly, reliably, and intelligently in the background has become a top engineering priority. Leading artificial intelligence data labs are expanding their core infrastructure teams to build next-generation desktop tooling that powers global talent networks.

micro1—the premier AI data lab building the human intelligence layer for frontier models and evaluating advanced AI agents—is actively hiring for a full-time, core team role: the Software Engineer (Electron.js) position. Offering a competitive compensation package ranging from $130,000 to $160,000 base salary (with total compensation reaching up to $150K - $220K/yr including equity compensation and performance bonuses), this fully remote role empowers skilled desktop engineers to build cross-platform productivity software used daily by thousands of professionals.

Whether you are an experienced TypeScript and Electron.js specialist looking to build core desktop architecture or a systems engineer passionate about low-level OS telemetry and real-time synchronization, this comprehensive guide examines the role requirements, technical scope, compensation structure, and a step-by-step application walkthrough.

Engineering High-Performance Desktop Infrastructure for Global Scale

Building high-fidelity desktop applications within an Electron framework presents unique engineering hurdles. Unlike standard web applications operating within sandboxed browser tabs, desktop agents must interact directly with operating system kernels, manage local storage securely, maintain minimal memory footprints, and execute complex background tasks without draining user hardware resources. At micro1, desktop engineering is foundational to capturing productivity insights and powering the AI data engine.

As a core team Software Engineer specializing in Electron.js, you will take ownership of the desktop agent infrastructure. Your code will run smoothly and efficiently across thousands of professional workstations, bridging the gap between low-level system events and distributed backend services. If you thrive on solving complex concurrency, memory optimization, and cross-platform compatibility challenges, this core engineering position provides an ideal sandbox.

What You Will Work On (Core Responsibilities):

• Cross-Platform Architecture: Architect, scale, and evolve the core desktop agent using Electron.js, ensuring consistent behavior across both MacOS and Windows operating systems.
• Real-Time Timekeeping Systems: Build robust real-time timekeeping systems featuring precise event tracking and seamless background execution.
• System-Level Signal Collection: Design and implement low-overhead system-level signal collection (capturing keyboard, mouse, and application usage patterns) with strict privacy and efficiency guarantees.
• Offline-First Data Pipelines: Develop resilient offline-first data pipelines featuring reliable background synchronization and intelligent conflict resolution mechanisms.
• Distributed API Integration: Integrate the desktop client smoothly with distributed backend services and internal APIs to enable real-time analytics and enterprise reporting.
• Runtime Optimization: Continuously monitor and improve runtime performance, memory allocation efficiency, and fault tolerance across diverse desktop environments.

Preferred Qualifications and Technical Background

To succeed in this rigorous core engineering role, candidates should bring a strong background in systems programming, desktop architecture, and modern JavaScript/TypeScript ecosystems:

• Production Desktop Experience: 3+ years of professional experience building and shipping production-grade desktop applications using Electron.js.
• Core Language Fluency: Strong proficiency in JavaScript, TypeScript, and Node.js with a solid grasp of asynchronous programming and event-driven architectures.
• Cross-Platform Mastery: Demonstrated track record in designing cross-platform systems (MacOS + Windows) that handle OS-specific UI/UX nuances and permissions gracefully.
• Telemetry & Event Streams: Hands-on experience working with real-time tracking, event streaming pipelines, or user activity monitoring systems.
• OS-Level Integration: Familiarity with native operating system APIs for capturing system interactions, managing background processes, and utilizing system hooks.
• Debugging & Edge-Case Reasoning: Exceptional debugging skills with the ability to reason rigorously about edge cases in distributed, asynchronous, and offline-first software environments.

Comprehensive Compensation, Benefits, and Perks

micro1 is committed to supporting a high-performing, remote-first workforce through an elite compensation and benefits structure designed to attract top-tier engineering talent:

• Competitive Salary Range: A base salary range of $130,000 to $160,000 USD, with total annual compensation packages reaching between $150K and $220K including equity participation.
• Performance Bonuses: Additional performance-based bonus structures tied to project milestones and company achievements.
• Comprehensive Health Coverage: Up to 100% reimbursement for health insurance premiums, ensuring robust medical security for you and your family.
• Paid Time Off & Retirement: Generous paid time off policies and a 401(k) retirement plan featuring a company match.
• Remote-First Flexibility: Complete location independence, allowing you to collaborate with an elite distributed team from anywhere in the world.

Step-by-Step Guide to Completing Your Application Successfully

Because micro1’s core engineering roles are highly competitive, presenting a polished, detailed application is crucial. Follow these essential steps to ensure your candidacy stands out:

1. Highlight Your Electron & TypeScript Expertise: Ensure your resume or portfolio prominently showcases production-grade desktop apps you have built, maintained, or scaled using Electron.js and TypeScript.
2. Detail Systems & OS Experience: Explicitly mention any work involving background processes, native OS integrations, offline-first sync, or telemetry pipelines.
3. Complete the Application Portal Thoroughly: Fill out all requested sections on micro1’s AI-assisted application portal completely, providing clear examples of past engineering accomplishments.
4. Prepare for Technical Evaluations: Be ready to discuss system architecture trade-offs, memory management in desktop runtimes, and distributed offline synchronization strategies during your interview loops.

Take the next major step in your engineering career by building foundational productivity infrastructure at the cutting edge of AI-driven enterprise tooling.