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Realtime Robotics built a specialized processor that generates collision-free robot motion plans in microseconds, enabling robots to operate safely alongside humans in unstructured spaces. The tech stack reveals a dual-track engineering organization: C++/C# and optimization solvers (OR-Tools, CPLEX, Gurobi) power the motion-planning core, while React/Three.js/WebGL handle browser-based visualization and simulation. Current hiring accelerates across engineering and product, with active roles in connector integration, test automation, and go-to-market—signaling a shift from pure R&D toward industrial OEM adoption.
Tech Stack 42 technologies
Core StackC# Python JavaScript GitLab GitLab CI/CD C++ React Next.js AWS AWS Lambda DynamoDB TypeScript Docker Terraform Go Kubernetes .NET Framework Siemens Process Simulate pytest unittest OR-Tools CPLEX Gurobi React Three Fiber Three.js WebGL AWS CDK NX CMake Conan+12 more
What Realtime Robotics, Inc. Is Building
◆Challenges
- Removing barriers to advanced robotics deployment
- Ensuring reliable, repeatable test execution
- Manual robot programming costs
- Cycle time reduction
- Collision avoidance
- Seamless integration
- Ensuring reliability in real-world workflows
- Standardizing multi-account aws architecture
- Ensuring secure automated cloud platform
- Compliance with soc 2 / iso 27001
▲Active Projects
- Account-based marketing strategy for auto oems
- Go-to-market narrative development
- Connector integration with industrial simulation tools
- Motion planning data extraction
- Windows-based connector product validation
- Automated test framework development
- Integration testing with robotic simulation tools
- Optimization framework for robotics
- Resolver collision-free program generation
- Interactive 3d web applications
Hiring Activity
10 roles · 10 in 30d
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