3 months of direct engineering access to solve the hardest problem in autonomous navigation. Fully remote. No fees. No equity.
Mobile robotic scaling is hitting a wall. Not hardware. Software infrastructure. Build a localization foundation from day one, not one per application field.
Borrow hardware from our partner network for the duration of the program. Test with the sensors your production build will actually run on, not whatever you have on the shelf.
Developer licenses for Exwayz's localization technology. The same stack running across hundreds of mobile robots in production globally. Yours for the full 3 months, no strings attached.
Work directly with Exwayz's engineering team on your integration: sensor selection, compute constraints, failure mode analysis. Not a helpdesk. Real engineering time on your real problem.
Inaugural cohort. Applications open now.
Not a general accelerator, built for one type of team: early-stage, technical, building a robot that navigates the real world without GPS.
Drift in long corridors. Failure in low-feature rooms. Inconsistent results between test and deployment. You know the problem.
You don't need to write SLAM from scratch. You need something that works in production, that you can own, that won't fail on a customer site.
The program is fully remote. North America, Europe, Asia, anywhere. What matters is the problem you're solving, not the timezone you're in.
We give you the localization engine.
You build the rest.
Each of the 5 selected teams receives a LiDAR matched to their robot and environment. No purchasing, no waiting.
Sensor model is selected during onboarding based on your robot's environment, range requirements, and compute stack. Ships worldwide.
A 3-month remote program that gives 5 selected early-stage mobile robotics teams direct access to Exwayz's SLAM stack, engineering team, and proprietary deployment datasets. No fees, no equity.
Accelerators take equity and focus on fundraising. We take nothing and focus on one problem: localization. We are not a general program, we are a technical resource for a specific challenge that most mobile robotics teams will face.
Yes. No application fee, no program fee, no equity, no licensing cost during the program. You get developer access to the Exwayz stack for the full 3 months at no cost. After the program, you choose whether to continue with a commercial agreement.
You keep the integration work you built, you stay in the alumni network, and if you want to continue using the Exwayz stack commercially we discuss the right arrangement for your stage.
You set the pace. There is no mandatory curriculum. You get access to engineers, datasets, and software. Use them as much as your roadmap requires. Most teams engage 4 to 8 hours per week with Exwayz's engineering team.
No. A working concept or early prototype is enough. What we are evaluating is the clarity of your problem, the ambition of your approach, and the technical profile of your team.
Yes. If you know a team building an autonomous mobile robot who would benefit from the program, refer them. Referrals are reviewed the same way as direct applications.
None. Pre-seed, seed, and bootstrapped teams are all equally welcome. We care about the problem you're solving, not how much you've raised.
The program is fully remote. Teams from North America, Asia, and anywhere else are eligible and encouraged to apply. Location is not a selection criterion.
Applications are reviewed on a rolling basis. All applicants are notified by July 2026. The 5 selected teams are contacted personally before any public announcement.
A dedicated Exwayz engineer assigned to your team. Regular sync calls, shared Slack channel, access to internal documentation, and hands-on integration support. Not a support ticket system.
Exwayz's stack supports LiDAR-based localization across a wide range of sensors including Velodyne, Ouster, Livox, and Hesai. The hardware consultation at the start of the program helps identify the best configuration for your specific environment and constraints.
ROS and ROS2 are supported natively. Non-ROS integration is possible and has been done before. Bring your stack and we will figure out the best path together.
Warehouses, cold storage, hospitals, construction sites, parking structures, outdoor urban environments, and underground facilities. The datasets you get access to come from real production deployments across these environments, not controlled lab conditions.
5 spots. If you are fighting a localization problem and have the build to prove it, this is for you. No fees. No equity.
Reviewed on a rolling basis. No deck required.
Referrals are reviewed the same way as direct applications.