Managed Engineering Acceleration
3-Week Sim-to-Real Deployment Sprint
A dedicated 3-week acceleration sprint where Luminus Labs deployment engineers integrate your hardware with our Sim-to-Real control stack.
Licensing Structure
Managed Acceleration Sprint Quote
✓ Dedicated Deployment Engineers & On-Site / Remote ValidationFixed 3-week acceleration sprint: contact physics tuning, domain randomization, and 1000 Hz bare-metal DBW validation.
Architecture & Overview
Transitioning robotics models from simulation to physical hardware is notoriously slow. In this 3-week sprint, our engineering team tunes domain randomization parameters, calibrates contact dynamics against your physical robot, and verifies 1,000 Hz bare-metal execution on Luminus Core-1 hardware.
Key Technical Deliverables
- Full physical system identification and contact tuning.
- Domain randomization setup across friction, payload mass, and joint damping.
- Direct deployment of PREEMPT_RT drive-by-wire controller.
- Comprehensive safety boundary validation and fail-safe testing.
Sample Integration InterfaceCONFIDENTIAL R&D
# sim2real_sprint_validation.py
from luminus_sprint import Sim2RealValidator
validator = Sim2RealValidator(target_robot="quadruped_v2")
validator.run_friction_sweep(range=(0.2, 1.2))
validator.verify_jitter_threshold(max_jitter_us=2.0)
print("[+] 3-Week Sim-to-Real Sprint Validation PASSED.")Hardware & Software Matrix
Sprint Duration3 Weeks (Fixed Timeline)
Execution LocationOn-Site or Remote Lab Integration
Capacity GatingMaximum 2 Active Sprints Parallel (Strict)
DeliverableValidated Real-Time Codebase & Field Telemetry Log