DIFFERENT EXPERTISE. ONE SHARED MISSION.

From Human Value
to Physical AI Impact

We bring together people who want to explore
emerging technologies, solve meaningful challenges,
and help build the future of Physical AI.

Open roles
5
Disciplines hiring
3
Remote-first roles
60%

Open positions across operations,
support, engineering, data and field

5 open
  1. About the Role

    We are looking for a Software Engineer to join one of our US-based clients: an AI robotics company building fully autonomous fulfillment centers for Fortune 500 brands.

    Their technology powers warehouse operations at scale, supporting the picking, packing, sorting, and shipping of millions of orders. You will work across the entire product lifecycle, with significant ownership over application development, infrastructure, and delivery.

    Role Details

    • Full-time contractor position
    • 100% remote within LATAM
    • Availability during Pacific Time working hours

    What You’ll Bring

    • 3+ years of software development experience
    • Strong experience with React, Vite, and Apollo GraphQL
    • Backend development experience with Go
    • Experience with PostgreSQL and SQL
    • Hands-on knowledge of GitLab CI/CD, Docker, and Kubernetes
    • Experience working with AWS
    • Knowledge of message brokers and event-driven architectures
    • Advanced written and spoken English
    • Strong ownership, autonomy, and problem-solving skills
    • Experience with Hasura, Terraform, Pact, or E2E testing tools such as BDD, Cucumber, or WebdriverIO is a plus

    What You’ll Do

    • Write and maintain reliable, production-ready code
    • Develop new features, resolve bugs, and create automated tests
    • Ship features end to end across frontend, backend, CI/CD, and infrastructure
    • Build and maintain services using Go, GraphQL, and PostgreSQL
    • Manage DevOps configurations and CI/CD pipelines
    • Work with Docker, Kubernetes, and AWS environments
    • Support production systems and troubleshoot issues when necessary
    • Collaborate with the engineering team to deliver scalable solutions

    What We Offer

    • Payment in USD
    • 100% remote work
    • The opportunity to work with a fast-growing US AI robotics startup
  2. ABOUT THE ROLE

    We’re looking for a Robotics Teleoperator to capture and structure high-fidelity data that will help power the next generation of Physical AI models. In this role, you’ll operate advanced robotic hardware through immersive virtual reality environments, combining human dexterity with intelligent automation.

    You’ll work closely with robotics engineers, data scientists, and international clients to improve workflows in real time. This role is a great fit for someone who’s detail-oriented, comfortable with technology, and has strong fine motor skills. You’ll work in a dynamic, autonomous, and fully remote environment.

    ROLE DETAILS

    • Employment type: Part-time independent contractor, 6 hours per day
    • Location: 100% remote; applicants must reside in Mexico
    • Schedule: Morning shift based on Pacific Time; exact hours to be agreed upon

    WHAT YOU’LL BRING

    • A strong interest in technology, immersive devices, or video games that require hand-eye coordination and spatial awareness
    • The ability to work comfortably and ergonomically with a VR headset during extended work sessions
    • A stable, high-speed internet connection. At least 50 Mbps download speed and low latency are recommended to ensure smooth teleoperation data transmission.
    • Intermediate English, with a focus on reading comprehension so you can understand technical guides, specifications, and client prompts
    • Strong attention to detail and the discipline to follow standardized data collection methods and protocols
    • The ability to manage your time independently, handle unexpected situations calmly, and communicate effectively in a remote work environment

    WHAT YOU’LL DO

    • Teleoperate a range of robotic systems using VR hardware, including single-arm robots, bimanual robots, desktop units, and palletizing systems
    • Perform tasks on robots located at client facilities by accurately interpreting and following assigned prompts and instructions
    • Monitor hybrid workflows that combine AI with human judgment, taking manual control when the AI encounters failures or deviates from the intended path
    • Identify, document, and report software failures, unexpected behavior, and edge cases to help the engineering team improve the AI
    • Maintain high standards of quality and consistency in the datasets you generate, ensuring each movement meets the requirements for model training

    WHAT WE OFFER

    • The flexibility to work remotely from anywhere in Mexico
    • The opportunity to contribute to emerging technologies in applied robotics and AI
    • A collaborative, non-hierarchical culture focused on continuous innovation
  3. About the role

    We are looking for a Software Engineer to ensure the reliability and resilience of the data services and protocol gateways built around a high-performance distributed file system. In this role, you will focus on validating the ecosystem surrounding the core system engine—ensuring data interfaces, protocol gateways (such as object storage and file-sharing protocols), and client interactions remain rock-solid under real-world usage and unexpected edge conditions. This position is ideal for a curious, technical engineer who enjoys breaking complex backend infrastructure, investigating root causes alongside core developers, and building automated tests that guarantee system stability.

    Role details

    • Engagement: Full-time contract
    • Location: 100% Remote
    • Working hours: 8 hours daily (requires 4–5 hours of daily overlap with Central European Time / CET)

    What you'll bring

    • 4+ years of software engineering experience, with a primary focus on backend or API test automation (non-UI).
    • Solid programming skills with daily proficiency in Python and working familiarity with Java or C++.
    • Proven experience testing distributed or server-side systems, including reasoning about concurrency, retries, timeouts, and partial failures.
    • Strong practical understanding of network protocols and APIs, with a focus on testing beyond the happy path.
    • Working proficiency in Linux environments (shell, system logs, process management, and networking fundamentals).
    • Ability to autonomously read complex technical documentation and specifications to derive comprehensive test cases.
    • Professional fluency in spoken and written English for daily team collaboration.
    • Preferred Plus: Background in storage technologies (file systems, object storage, S3, NFS, SMB, or POSIX file semantics), fault-injection/chaos testing, or performance testing.

    What you'll do

    • Review product documentation and technical specifications to design comprehensive test plans for data interfaces and protocol gateways.
    • Simulate real-world and unconventional usage patterns—stressing the system with high concurrency, extreme file sizes, interrupted transfers, and edge-case access controls.
    • Execute resilience and fault-tolerance testing, validating system behavior during node reboots, network partitions, and failover events.
    • Automate test scenarios and integrate them into the existing Python testing framework and CI pipelines.
    • Collaborate directly with core Java and C++ developers to isolate, analyze, and resolve root causes for unexpected system behavior.
    • Expand automated test coverage across diverse data services and storage protocols over time.

    What we offer

    • Payment in USD
    • 100% remote work flexibility
    • Opportunity to work on mission-critical, high-scale distributed systems infrastructure
    • A engineering-driven environment that values autonomy, technical rigor, and practical problem-solving
  4. About the Role

    We are looking for an experienced Senior Robotics Engineer based in Berkeley, California, to take end-to-end ownership of our core autonomy software stack.

    You will lead the architecture, development, and deployment of real-time localization, mapping, motion planning, and control algorithms for physical robotic platforms. You will collaborate closely with perception, applications, and hardware teams to transform high-level autonomy concepts into reliable, deterministic systems.

    This role is ideal for an engineer who enjoys making core architectural decisions and deploying production-grade software directly onto real-world hardware.

    Role Details

    • Full-time position
    • 100% onsite in Berkeley, California
    • Regular in-office presence is required for hands-on hardware testing, rapid execution, and close collaboration
    • Infrequent travel for customer deployments, setup, and calibration
    • Travel may involve periods of one to two weeks

    Compensation

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    $170.000 - 200.000 annual base salary

    What You’ll Bring

    • M.S. or Ph.D. in Robotics, Computer Science, Electrical Engineering, or a related field, or equivalent practical experience
    • 5+ years of industry experience developing and deploying production autonomy software on physical robotic platforms, such as AMRs, AGVs, autonomous vehicles, or robotic manipulators
    • Expert-level proficiency in modern C++ (C++14, C++17, or C++20)
    • Deep knowledge of memory management, multithreading, and deterministic real-time systems
    • Strong Python skills for rapid prototyping, data analysis, and tooling development
    • Advanced knowledge of 3D geometry, linear algebra, and coordinate transformations, including quaternions and SE(3)
    • Specialized expertise in at least one key area: state estimation, motion planning, or controls
    • Working knowledge of EKF, UKF, SLAM, sampling-based or optimization-based planning, MPC, and system dynamics
    • Proven experience testing, debugging, and validating algorithms on physical hardware in real-world environments
    • Experience with custom low-level architectures and messaging systems such as LCM
    • Strong technical communication skills and confidence explaining and defending architectural decisions
    • Experience mentoring junior engineers
    • Professional English communication skills

    What You’ll Do

    • Own the core autonomy stack across mobile-base localization, mapping, steering, trajectory generation, motion planning, and control
    • Design real-time trajectory optimization and Model Predictive Control strategies for complex, high-degree-of-freedom robotic platforms
    • Develop sampling-based and optimization-based motion-planning algorithms
    • Test and validate software directly on physical hardware to connect algorithm design with real-world performance
    • Build and maintain robust simulation environments for algorithm development and validation
    • Collaborate with perception, applications, and hardware teams to integrate autonomy modules into the broader system architecture
    • Diagnose complex system behavior involving software, hardware, and sensor interactions
    • Support customer deployments, system setup, and robot calibration when required
    • Mentor junior engineers in autonomy, motion planning, and controls

    What We Offer

    • A high-impact role in an innovative physical AI and robotics environment
    • End-to-end ownership of core autonomy systems deployed on commercial robots
    • The opportunity to solve complex robotics challenges on real-world hardware
    • A collaborative, fast-moving engineering culture focused on execution and technical excellence
  5. About the Role

    We are looking for a motivated Field Robotics Engineer based in L.A to support robotic systems and client operations across the United States.

    You will receive hands-on training across multiple robotic platforms and learn how to operate, configure, troubleshoot, and support them in real-world environments. This role is ideal for an engineer with foundational experience who is technically curious, adaptable, and excited to grow within a fast-paced startup.

    Role Details

    • Based in the L.A
    • Frequent travel throughout the United States
    • Currently remote when not traveling
    • Regular office attendance may be required in the future
    • Client-facing role supporting deployments, testing, and field operations

    Compensation

    • $75,000–$95,000 annual base salary

    What You’ll Bring

    • Bachelor’s degree in Robotics, Mechatronics, Mechanical, Electrical, or Computer Engineering, or a related field
    • Initial professional, internship, research, or project-based experience with robotics, automation, hardware, or related technologies
    • Strong interest in robotics and hands-on technical work
    • Strong troubleshooting and problem-solving abilities
    • Excellent communication, collaboration, and customer-facing skills
    • Professional English communication skills
    • Willingness and availability to travel frequently within the United States
    • Proactive, adaptable, and comfortable working independently
    • Experience with robotic systems, sensors, electronics, mechanical components, embedded systems, or networking is a plus
    • Exposure to field deployments, testing, technical support, or customer-facing work is a plus

    What You’ll Do

    • Train on the operation, configuration, and troubleshooting of different robotic systems
    • Diagnose technical issues involving robots, hardware, software, and connected systems
    • Travel throughout the United States to support deployments, testing, training, and client operations
    • Communicate technical issues and solutions to technical and non-technical stakeholders
    • Build trusted client relationships and provide a high-quality support experience
    • Collaborate with engineering and operations teams to document issues and share product feedback
    • Adapt quickly to new technologies, robotic platforms, and changing priorities
    • Take ownership of technical challenges and develop practical solutions

    What We Offer

    • Hands-on training across multiple robotic platforms
    • The opportunity to work with innovative robotics technology in real-world environments
    • Exposure to a variety of clients, technologies, and field operations
    • A high-ownership role within a fast-paced robotics startup

Our Purpose

Build Something That
Has Never Existed Before

Behind every product, algorithm, and intelligent machine are people experimenting, learning, and solving meaningful problems.

Technology amplifies human capability.
It does not replace human purpose.

Engineer reading code on a monitor

How We Work

Technical expertise helps us build.
Human skills help us move forward together.

  • Effective
    Communication

    Clarity turns ideas into action.

  • Teamwork

    We succeed as one crew.

  • Critical
    Thinking

    We challenge assumptions.

  • Adaptability

    We learn as technology evolves.

  • Ownership

    We take responsibility for impact.

  • Emotional
    Intelligence

    We lead with empathy and respect.

Why Join The Crew?

More Than a Team.
A Shared Journey.

Engineer in a VR headset guiding a robotic arm
  1. Build What’s Next

    Work across AI, robotics,
    and emerging technologies.

  2. Turn Ideas Into Impact

    Help create meaningful solutions
    for the real world.

  3. Grow Through Challenge

    Expand your skills alongside
    talented people.

  4. Make Your Voice Count

    Bring your perspective and shape
    what we build.

A team exists to accomplish a task.
A Crew exists to complete a journey.

The Crew

Progress Depends on
How We Move Together

We adapt, improvise, and trust one another. Individual excellence matters—but it becomes meaningful when it moves the whole Crew forward.

Connected by purpose.
Ready for uncertainty.

Engineer at a workstation beside a robotic arm in a lab

Your next journey starts here

Ready To Join The Journey?

Bring your ideas, your perspective, and the human skills technology can never replace.