Scaling the Intelligent Embodiment Being (IEB)
At Luminus Labs, we bridge high-dimensional neural world models with sub-millisecond physical robot control loops. As the R&D engine of Bitstric, we write the low-level code, real-time schedulers, and kinematics compilers that bring machines to life.
Our Core Engineering Focus
Kinematics & Control Compilers
Compiling joint-space trajectories directly into deterministic machine instructions with minimal memory allocation on Linux PREEMPT_RT and macOS realtime threads.
JEPA Spatial World Models
Joint Embedding Predictive Architecture models predicting latent physics state transitions without raw pixel generation overhead for rapid spatial reasoning.
Deterministic Hardware Seam
Unified hardware abstraction layers interfacing with EtherCAT, CANopen, and specialized FPGA motor controllers with sub-microsecond synchronization.
Global R&D Facilities | Johor Bahru, Malaysia
Consolidated primary hardware testbeds, kinematics compiler benches, and spatial AI labs located in Johor Bahru (JB), Malaysia.
JB Kinematics & Actuation Lab
JB South WingDedicated high-torque bipedal locomotion rigs, sub-microsecond actuation jitter profiling, and Linux PREEMPT_RT kernel real-time benchmarking infrastructure.
JB Spatial AI & JEPA Arena
JB Central LabHigh-speed optical motion capture stadium for V-JEPA spatial predictive world model validation, vision-to-action zero-copy streaming, and teleoperation.
Bitstric Hardware Abstraction Rig
JB North WingDirect EtherCAT and CANopen motor driver abstraction testing with custom FPGA seam compilers and hardware-enforced ASIL-D safety boundaries.
Powered by Bitstric Infrastructure
Luminus Labs benefits from Bitstric's enterprise cloud resources, security standards, and industrial partnerships to transition lab experiments into production-grade systems.