ENGINEERING SERVICES
Full-stack robotics capabilities for education, research, and industry
From concept to deployment. We design, build, program, and validate robotic systems — or train your team to do it themselves. Serving colleges, startups, defence labs, and manufacturers across India and the GCC.
CORE TECHNICAL CAPABILITIES
Five integrated engineering disciplines that power everything we build.
Platform design
Modular robotic hardware architectures integrating embedded controllers, sensing, actuation, and edge compute with standardized electrical and mechanical interfaces. Designed for extensibility across research, prototyping, and deployment.
Mechanical design
PCB layout
Embedded compute
Sensor integration
Software stacks
Distributed robotics software built on ROS/ROS 2, Linux, RTOS, and high-performance middleware with real-time communication and hardware abstraction. Supports scalable system orchestration and simulation-driven workflows.
ROS / ROS 2
RTOS
Firmware
Cloud / APIs
Control systems
Kinematic and dynamic modeling, feedback control, SLAM, and motion planning implemented on real-time embedded systems. Optimized algorithms ensure stability, precision, and autonomous navigation.
PID / MPC
SLAM
Path planning
Motion control
AI and perception
Computer vision, reinforcement learning, and LLM-assisted autonomy for perception and decision-making. Sensor fusion and AI pipelines enable adaptive, data-driven robotic behavior.
Computer vision
Deep learning
Sensor fusion
Edge AI
Validation and testing
Physics-based simulation, digital twins, and hardware-in-the-loop testing for system verification. Performance evaluation ensures reliability prior to real-world deployment.
B2B SERVICES
Engagement models for institutions, startups, and enterprises.
01
Custom robotics development
End-to-end design and manufacturing of robotic systems tailored to your specific use case. From concept to production-ready hardware.
Typical timeline: 8-16 weeks
02
Institutional training programs
Semester-long robotics curriculum design, lab setup, equipment procurement, and faculty training for colleges and universities.
Includes: curriculum + kits + training
03
R&D consulting
Technical consulting for startups and research labs building robotic products. Architecture review, feasibility studies, and hands-on prototyping support.
Engagement: retainer or project-based
04
Hardware prototyping
PCB design and fabrication, 3D printing, CNC machining, and rapid prototyping. From schematic to functional prototype in weeks.
Turnaround: 2-6 weeks
05
IoT and embedded solutions
Connected device development — firmware, sensor networks, real-time dashboards, and cloud integration for industrial and consumer applications.
Stack: ESP32, STM32, AWS/MQTT
06
Space systems consulting
CubeSat subsystem design, satellite testing protocols, ground station setup, and space-tech education programs for institutions.
Experience: 1U-3U CubeSat platforms
INDUSTRIES WE SERVE
Education
Universities, engineering colleges, schools, and training centers. Curriculum design, robotics lab setup, workshops, faculty training, and STEM kits for 50+ institutions.
Defence and aerospace
Autonomous surveillance systems, drone platforms, satellite subsystems, simulation environments, and defense-grade robotic systems. Partnered with DRDO.
Manufacturing and automation
Pick-and-place systems, quality inspection automation, robotic arms, conveyor integration, and industrial IoT solutions for factory floors.
Biomedical
Assistive robotics, rehabilitation devices, wearable sensor systems, and diagnostic tools. Combining embedded systems with medical device engineering.
HOW WE WORK
A structured, transparent process from first call to final delivery.
1
Discovery call
30-minute call to understand your requirements, constraints, timeline, and goals. We ask the right questions so we can scope accurately.
2
Proposal and scope
Detailed technical proposal with system architecture, component selection, timeline, milestones, and a fixed-price quote. No surprises.
3
Design and prototype
Iterative development with weekly progress updates. Hardware and software developed in parallel. You review and approve at every milestone.
4
Test and validate
Rigorous testing against requirements. Performance benchmarks, stress testing, and documentation. Nothing ships until it passes validation.
5
Deliver and support
Final delivery with complete source code, schematics, documentation, and hands-on training. 6 months of post-delivery technical support included.
200+
Projects delivered
50+
Institutions served
12
Products shipped
5+
Years of R&D
Let’s build something together
Whether you need a custom robotic system, an institutional training program, R&D consulting, or a technology partner for your next product — we’re ready to talk.
