Shrinking wearable technology without compromising function is one of the toughest challenges in hardware. The more compact a device becomes, the harder it is to maintain signal quality, power efficiency, and sensor performance - especially in a ring form factor. This blog explores the engineering mindset behind miniaturizing a wearable, and how we applied those principles to shape the next version of the Orbyt Ring: sleeker, smarter, and built for everyday use. 

With Orbyt, our mission has always been to blend cutting-edge health monitoring with everyday comfort. In this behind-the-scenes look, we walk you through how our smart ring evolved through multiple prototypes. Each prototype taught us new lessons - about battery placement, circuit design, and ergonomic fit - that led to a much sleeker, more practical wearable. Read on to discover how each engineering milestone brought us closer to the sleek Orbyt Ring you can wear on your fi

Miniaturization is at the heart of modern wearable innovation - but ironically, the path to getting smaller often starts big. With Orbyt, we didn’t jump into building a ring-sized device right away. Instead, we deliberately went large first - constructing early, notebook-sized proof-of-concepts. This allowed us to test, iterate, and optimize with speed and flexibility, without being constrained by form factor. 

A high CGPA reflects academic discipline, but true innovation demands much more. In the real world, building impactful products takes resilience, collaboration, risk-taking, and the courage to navigate ambiguity. This is the story of how three first-time founders built a healthtech startup and India's first ECG-enabled smart ring.

An Original Design Manufacturer (ODM) is a company that designs and builds products on its own initiative, which other brands can then buy and rebrand as their own. This guide explains ODMs and related models (OEM, contract manufacturers, IDHs, white-/private-label, JDM, OBM) and helps founders decide which model suits their wearable-tech startup or brand.

Consumer electronics is no longer a one-size-fits-all industry. Devices today are designed to adapt to individual needs. Advances in AI, data analytics, and sensor technology have shifted electronics from generic, mass-market tools to hyper-personalized solutions that cater to specific lifestyles, age groups, health conditions, and even genders.

Wearable technology in the defense sector is transforming the way armed forces monitor health, track readiness, and operate in complex environments. From military wearable sensors that detect fatigue and injury risk, to advanced textiles that integrate communication and navigation systems, these innovations are reshaping soldier safety and operational efficiency.

Wearables are emerging as promising tools in the realm of mental health care, but can they truly make a difference? They’re increasingly capable of detecting early warning signs like disrupted sleep, increased heart rate, or reduced physical activity, all of which may signal stress, anxiety, or depression.

A new hardware platform for deep learning on the extreme edge.

How sensor hubs on smartphones helped bring artificial intelligence to the edge.