At Real Machines Lab, we help teams turn complex robotic ideas into working systems. Our services are rooted in real engineering practice — from early-stage R&D and prototyping to field-ready hardware and software integration. We work closely with startups, research teams, and industrial partners who need reliable, testable, and scalable robotic solutions.
We don’t sell abstractions. We build machines.
Robotics Research & Development
We provide applied R&D services focused on solving practical engineering problems in robotics and automation. Whether you are validating a concept or improving an existing platform, our team supports the full development cycle — from architecture and feasibility studies to tested prototypes.
Typical R&D work includes:
- System architecture design for robotic platforms
- Sensor selection and integration (cameras, IMUs, LiDAR, encoders)
- Motion control, kinematics, and feedback systems
- Low-latency processing pipelines and edge computing
- Design for manufacturability and future scaling
Our R&D work is iterative and experiment-driven, with clear milestones and measurable outcomes.
Custom Hardware & Electronics Development
We design and build custom electronic systems tailored for robotics and embedded applications. This includes control boards, power systems, and interface electronics designed to operate reliably in real-world conditions.
Scope of work:
- Embedded controller and carrier board design
- Motor drivers, power distribution, and battery management systems
- High-speed data interfaces (CSI, SPI, I²C, UART, CAN, Ethernet)
- Prototyping, bring-up, and validation testing
- Documentation for production and long-term support
All designs are developed with maintainability and deployment in mind — not just lab demos.
Embedded Software & Low-Level Control
We develop embedded software that prioritizes determinism, stability, and performance. Our focus is on low-level control and system software that sits close to the hardware and enables predictable machine behavior.
This includes:
- Firmware and BSP development
- Real-time motor and actuator control
- Sensor synchronization and data pipelines
- Hardware abstraction layers and diagnostics
- Performance optimization and fault handling
Our software is written to support long-running systems, not disposable prototypes.
Robotic Systems Integration
We integrate hardware, electronics, and software into complete robotic systems that can be tested, deployed, and operated reliably. This is where individual components become a functioning machine.
Integration services include:
- Assembly and configuration of robotic platforms
- Calibration and system tuning
- Communication between subsystems and external tools
- Validation testing under realistic operating conditions
- Support for pilot deployments and field trials
We pay particular attention to edge cases — power, timing, thermal behavior, and failure modes.
Prototyping & Pilot Builds
For teams preparing for demonstrations, pilots, or early production, we offer rapid prototyping and limited pilot builds. This service bridges the gap between R&D and real deployment.
What we deliver:
- Functional prototypes ready for demos or testing
- Small-batch assemblies with consistent quality
- Iterative refinement based on test results
- Technical documentation and handover support
This is ideal for startups, research programs, and internal innovation teams.
Consulting & Technical Advisory
We also work as a technical partner for organizations that need experienced engineering input without outsourcing full development.
Advisory support includes:
- Architecture reviews and feasibility assessments
- Design audits for hardware or embedded systems
- Technology selection and roadmap planning
- Risk analysis and performance bottleneck identification
This service is practical, direct, and focused on decision-making support.