IoT + Hardware
We design connected systems that sense, process, and respond — merging intelligent electronics, reliable firmware, and cloud connectivity to deliver devices that perform in the real world.
Delivery DNA
We treat hardware as a full-stack engineering challenge. From sensing and electronics to firmware, enclosure design and cloud analytics — our process ensures devices are reliable, manufacturable, and engineered for long-term operation.
What We Deliver
| Category | Description |
|---|---|
| Hardware Platforms | ESP32, STM32, Raspberry Pi, and custom SoM designs for commercial deployments. |
| Firmware | C/C++, MicroPython, and embedded RTOS patterns for reliable, low-latency control. |
| Connectivity | MQTT, HTTP, BLE, LoRa, and industrial protocols for flexible device communications. |
| Edge AI | On-device inference and model optimization to reduce latency and preserve bandwidth. |
| Prototyping & Fabrication | Rapid iteration with KiCad/Altium, enclosure design in Fusion360, and manufacturing-ready deliverables. |
Proof In Production
We engineered a virtual assistant kiosk where users stand in front of the screen and ask questions — an AI avatar answers them instantly. The project involved integration of a large language model, real-time speech-to-text, text-to-speech, and dynamic avatar video rendering for a seamless conversational experience.
We designed, fabricated, and programmed touchscreen kiosks for Meghavi, deployed across Mumbai’s domestic and international airport terminals to help travellers discover spa and salon services, place orders, and book appointments instantly. The solution blends rugged hardware, smooth UI flows, and connected analytics for reliable high-traffic use.
We are part of a venture building India’s first robotic coffee machine, contributing core control software, mechanical shell design, and fabrication. Our firmware coordinates sensors and actuators to automate brewing with precision, while the enclosure work ensures a durable, serviceable product that fits cafe environments.
Our founding team previously built the world's first commercially available programmable LED T-shirt at Broadcast Wearables. The garment embedded ~1,000 waterproof micro-LEDs into a regular cotton T-shirt, synced via Bluetooth to a companion iOS/Android app — users could type slogans, draw designs, and change the display in real time. The product was featured in Forbes and The History Channel.
Our founding team built the world's first automated idli vending machine at Possibillion Technologies. The machine dispensed hot, fresh idlis with sambar and chutney via a 7-inch touchscreen, with UPI/QR payment and a glass viewing window — delivering a complete plate in under 60 seconds. Covered by Times of India, The Hindu, and Scroll.in, it combined food-tech hardware, touchscreen UI, and digital payments.
We developed an integrated hardware device, mobile app, and web application for Tavisa Health, a UK-based health-tech company. The custom hardware reads SpO2 and heart rate values, processing them to determine Vata, Pitta, and Kapha body-type indicators rooted in Ayurvedic wellness — while also assessing stress levels through patient input. The solution spans custom health hardware, a companion mobile app, and a web-based monitoring dashboard.
We are building a real-time social media counter device for a UK-based client, pulling live metrics from Instagram, YouTube, and Reddit and displaying follower and subscriber counts on a physical split-flap display — designed to boost shopper confidence by showcasing a brand's social proof in-store. The project spans hardware design, firmware for real-time data sync, API integration, and a web-based management application for remote device configuration and monitoring.
Tools We Trust
Why It Matters
Let’s collaborate
We’ll help you design, prototype and scale hardware that performs in the real world.