Transforming the Future,
One IoT Step
at a Time
We build the brain and the body of your product. From multi-layer PCB design and firmware to autonomous robots and the IoT platforms that run them.
Electronics & Manufacturing
Comprehensive hardware solutions from schematic design to small-batch assembly.
PCB Design
Multi-layer high-speed board layout, schematic capture, and BOM optimization.
Prototyping
Rapid turn-around prototyping, 3D printing enclosures, and functional testing.
Firmware
Bare-metal C/C++, RTOS implementation, and driver development for MCUs.
Manufacturing
Small batch production, pick-and-place assembly, and supply chain management.
Robotics & Automation
Machines that sense, decide and move — built by the same team that designs the boards inside them.
Agri Robotics
Autonomous rovers for spraying, weeding, scouting and harvesting across crop rows.
Industrial Automation
Machine vision inspection, legacy machine retrofits, PLC and SCADA integration.
AMR & Warehouse
Autonomous mobile robots with SLAM navigation, fleet coordination and auto-docking.
Robotics R&D
ROS 2 autonomy, motor control and sensor fusion delivered for your own robot platform.
SaaS Platforms
Productised platforms that ship with the hardware — licensed per device, not built from scratch.
Device Management
Provisioning, live telemetry and staged over-the-air firmware updates for a whole fleet.
Safety & Alerting
Worker distress alerts over LoRa mesh, with escalation rules and a control room console.
EV Charging
Station discovery, prepaid wallet billing and charge point health for operators.
Agri Operations
Field mapping, job scheduling and a season-long agronomy record behind the Agri-Rover.
Case Studies
We don't just write code or design boards; we deliver integrated systems. Here are a few client success stories where we bridged the gap.
Wireless Emergency Alert System
Steel plants needed a reliable, minimal-interaction emergency alert system that could operate in areas with zero mobile or Wi-Fi connectivity, penetrate harsh industrial environments, and allow a worker in distress—often unable to use conventional devices—to trigger an alert. The solution had to leverage long-range LoRa communication, remain rugged and dependable in heavy-industry conditions, and ensure instant emergency signaling across the facility.
We engineered a custom LoRa-powered emergency alert device built on the Nordic nRF52840, running optimized firmware adapted from the Meshtastic mesh network for reliable long-range communication inside steel-plant environments. On the software side, we developed a real-time alert dashboard using Angular on an ASP.NET backend, enabling supervisors to instantly monitor, visualize, and respond to distress signals across the facility.
Wearable Vitals Monitor
Developing a discrete, skin-safe wearable to monitor heart rate variability (HRV) continuously. The device needed to sync data reliably to an iPhone without draining the user's phone battery.
We used a Nordic chip for its efficient BLE stack. The 2-layer Flex PCB was designed to fit within a 10mm ring. The iOS app uses CoreBluetooth for background data syncing and CoreData for local caching.
Project Archive
FPGA High-Speed Data Logger
Custom Xilinx FPGA board design for automotive testing.
EV Charging Hardware + App
PCB Design, Production & Cross-platform MAUI app for finding ev charging stations, prepaid billing wallet and alerts.
Multi-layer PCB FPGA Design
8-layer PCB design for AMD FPGA with DDR3 Memory.
In-House Innovation
Beyond client services, we engineer our own solutions to solve real-world problems in agriculture and security.
Autonomous Agri-Rover
A modular robotic platform for precision day to day works in agriculture. Features soil analysis, crop health monitoring and AI based pest and disease identification easy tools change for automated Spraying, Harvesting
- Solar powered endurance
- LoRaWAN connectivity
- Autonomous
IoT Security
Next-generation automation and security that runs entirely offline, so your data never leaves the building. A modular approach lets you pick only the modules you actually need.
- Mesh Network
- Real-time App Control
Process & Methodology
Select a discipline to view our workflow.
Schematic & Simulation
Feasibility studies, component selection, SPICE simulation, and schematic capture using Altium/KiCad.
PCB Design & Stackup
Multi-layer routing, impedance control for high-speed signals, and 3D mechanical fit verification.
Prototyping & Assembly
PCB fabrication, stencil printing, component sourcing, and surface-mount assembly (SMT) for test batches.
Firmware & Testing
Board bring-up, low-level driver development, environmental stress screening, and regulatory compliance checks.
Backed by India's Innovation Ecosystem
Proud to be recognised and supported by leading national initiatives driving technology innovation and manufacturing across India.
Ready to build something complex?
Whether you need a PCB designed, firmware written, or a full-stack IoT solution.