01
PCB Design
Schematics and layouts engineered for manufacturability, not just function.
- Custom PCB design
- Multi-layer & high-speed PCB design
- Controlled impedance & signal integrity
- 2- to 16+-layer stack-ups
Co-Founder · Since September 2022
Industry 4.0 automation for modern production.
Build intelligent manufacturing systems—industrial automation, IoT, and embedded hardware—that factories can operate without a transformation theater.
200+
Sensor nodes on one LoRaWAN gateway
3,000+
Agritech soil nodes deployed
60+
Robotics fleet controllers
±3%
EV BMS state-of-charge accuracy
AUTOEMATIO is an Industry 4.0 technology company Karan co-founded in September 2022, focused on intelligent manufacturing, industrial automation, IoT, PCB engineering, embedded systems, robotics, and AI-driven production optimization.
The company defines business and technology strategy for Industry 4.0 solutions, then develops smart manufacturing systems that integrate AI, IoT, embedded systems, industrial automation, and robotics—delivering custom automation that improves operational efficiency, reduces downtime, and enables predictive maintenance.
AUTOEMATIO builds intelligent industrial monitoring platforms using real-time data analytics and connected devices, collaborating directly with manufacturers to modernize production environments. The engineering work spans PCB design, industrial electronics, embedded software, and machine intelligence—scalable hardware-software ecosystems built for the factory floor, not the pitch deck.
Delivered work includes an industrial LoRaWAN IoT gateway serving 200+ sensor nodes with under-two-minute alert latency and 18+ months of battery life, a BLDC motor controller for a robotics fleet (40% smaller footprint, 20 kHz control loop, 60+ units), an agritech soil-monitoring node deployed at 3,000+ units, and an EV battery management system monitoring 13S packs to ±3% state-of-charge accuracy.
What AUTOEMATIO delivers, and the platforms it delivers on.
01
Schematics and layouts engineered for manufacturability, not just function.
02
Hardware and firmware designed together, by the same engineers.
03
Connected devices engineered for the network they'll actually run on.
04
Control and motion electronics engineered for the plant floor, not the lab bench.
05
Power systems engineered for efficiency, safety, and thermal reality.
06
A real board in your hands fast, and one that's ready to scale.
Industrial Automation & Manufacturing · Robotics · IoT & Smart Devices · Energy & Power Electronics · Agritech · Healthcare & Medical Devices · Automotive & EV · Consumer Electronics