Maxbyte Technologies

At Medical Microinstruments (MMI) we are innovating wristed microinstruments and their fabrication process, stretching the physical limits of material properties. We are a robotics startup dedicated to advancing the future of microsurgery. MMI's proprietary robotic platform and wristed microinstruments simplify, among others, reconstruction procedures after traumatic injuries as well as after tumor removal in breast, head and bones. The Company's mission is to help more surgeons around the world to offer more advanced procedures, while reducing costs for patients, hospitals and for society at large.

Planys Technologies is an IIT Madras incubated company that provides submersible robotic inspection and survey solutions using Remotely Operated Vehicles (ROVs). Planys has its head office in Chennai where it indigenously designs and manufactures compact ROVs Planys brings world class technology and cutting-edge innovations in underwater robotics and diagnostics in the shallow-mid depth segment. Planys' technology spans the domains of marine robotics, advanced Non-Destructive Evaluation (NDE), and post-inspection analysis. Planys provides a holistic service offering to customers through a design level fusion of ROV manufacture, operations and structural diagnostics. Planys is the first and currently the only OEM of ROVs in the Indian Sub-continent. Planys was founded by IIT Madras alumni and faculty who have been working together on various projects since 2012.

Realtime Robotics developer of specialized processor for generating safe robot motion plans in micro-seconds. They are transforming automation in its broadest sense by enabling machines to recognize, respond and decide how and where to move in milliseconds, even in variable environments. Their RapidPlan processor harnesses cutting-edge computer processing and software to end the trade-off between speed and safety that's holding automation back today. Realtime Robotics is resolving these limitations with specialized hardware enabling fast, collision-free motion in unstructured environments, enabling vastly broader applications of robotics in industry, and autonomous vehicles that drive naturally, enabling more rapid adoption and proliferation.