Autonomous Systems.Simulated. Proven. Deployed.
Modular, sensor-agnostic platforms for autonomous system simulation and real-time perception — from high-fidelity physics to safety- and mission-critical deployment.
The Laplacian Platform
A modular, agnostic architecture that spans from high-fidelity simulation to safety- and mission-critical deployment — on any sensor, any platform, any target.
Scan. Simulate. Train. Deploy.
A complete autonomy chain — from physical environment capture through validated simulation to mission-ready deployment.
Reality Capture
Survey-grade LiDAR and photogrammetry transform physical environments into high-density point clouds and 3D assets.
Digital Twin
Physics-based simulation with full sensor models. Hardware-in-the-loop validation against real flight controllers.
Domain Adaptation
Generative sim-to-real transfer. Synthetic data with realistic noise, lighting, and sensor characteristics at scale.
Mission Execution
Validated perception deployed to safety- and mission-critical hardware. Zero-gap from simulation to reality.
Why Laplacian
Modular & Agnostic
Works with any sensor, any platform, any simulator. Pluggable decoders, configurable sensor platforms, and manifest-based deployment.
Safety- & Mission-Critical by Design
Designed for ISO 26262 compliance. Deterministic execution, no runtime allocations, comprehensive verification coverage, and bounded resource usage.
High-Fidelity Simulation
Physics-based sensor simulation across ground and aerial platforms. Test perception algorithms against diverse scenarios before any field deployment.
Dual-Use Architecture
Same codebase, automotive and drone products. Shared algorithmic blocks, shared middleware, platform-specific deployment manifests.
Ready to see it in action?
Request a demo to see how Laplacian can accelerate your autonomous systems development.
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