Technodune is a technology startup based in Pune that focuses on IoT, robotics, and drones. With a Mission to build technology that saves and improves human lives and a Vision to be India's leading name in IoT-powered automation and robotics - we prioritize incessant innovation, trust, and social responsibility as our Key Values.
Technodune has developed 2 in-house robotic platforms, R-Core & M-Core. Both platforms allow for scalable and modular solutions and fast product development times.
R-Core is our full scale robotics platform for Industrial level use-cases and offers advanced AI capabilities with practically limitless scaling, sensor options and configurations.
M-Core is our micro robot platform, which allows us to build robots with exceptional edge computing capabilities (computer vision, conversational AI, etc) while still being able to sit on your desk, or even in your palms.
ElecTrak is our flagship IoT product. Aimed at industrial settings and establishments, ElecTrak allows you to monitor, manage and improve your energy consumption and production to meet CSR standards, lower carbon footprint, and save money. ElecTrak nodes are non-obtrusive low cost devices which allow you bifurcate your energy readings to any level you want and get you all the energy data. They come with multiple connectivity options including Bluetooth, Wi-Fi, 2G, 3G, 4G and LoRa-WAN for connectivity to the cloud.
Technodune also makes turn-key IoT hardware and software solutions for clients with in-house rapid prototyping capabilities to get your concept up and running within weeks.
EPHA is a robot health assistant based on the M-Core robotics platform, which allows you to monitor and protect your loved ones. Please contact-us for more information on EPHA.
Indiuno was a semi-finalist in the nation-wide "Swadeshi Microprocessor Challenge 2020". It is a modular IoT development platform aimed at breaking lanuage and cost barries to bring programming and development to the masses. A low-cost modular device, Indiuno allows you to rapidly develop your IoT solution and even whitelabel and sell it. Programming can be done through even smartphones and in any native language for maximum accessibility.
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ElecTrak
ElecTrak is our flagship IoT product. Aimed at industrial settings and establishments, ElecTrak allows you to monitor, manage and improve your energy consumption and production to meet CSR standards, lower carbon footprint, and save money. ElecTrak nodes are non-obtrusive low cost devices which allow you bifurcate your energy readings to any level you want and get you all the energy data. They come with multiple connectivity options including Bluetooth, Wi-Fi, 2G, 3G, 4G and LoRa-WAN for connectivity to the cloud. |
Hextorq
Hextorq is our 6-legged robotic platform built on R-Core. The nature of the robot allows it to traverse in all kinds of terrain and environments. Hextorq can be used by corporates to be displayed in offices and interact with their clients/guests in a playful manner. The ruggedised version is used (and is being developed for) in industrial use-cases such as - Reconnaisance, Search and Rescue operations, transporation and agriculture. Hextorq also allows for multiple sensors to be attached to its limbs for taking inputs from the environment its operating in. It comes standard with a 2MP camera but can be upgraded to take photos and videos in 4K and even map out environments in 3D. |
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Crushgaunt
Crushgaunt is our bionic-arm and bionic-glove (MIDAS) built on R-Core. Crushgaunt, while being a product, is still an ongoing research aimed at building bio-mimicing robotic parts with their wearable counterparts (which shall read the movements of the user). Crushgaunt-I is the first in our bio-robotics lineup and is a bionic-arm which allows the user to control its motions (from elbow up) using MIDAS-I, a wearable glove. Crushgaunt will pave way for industrial use cases like - Remote medical assistance, Remote Human Substitute and AR/VR applications (wearable). Crushgaunt-II is currently under development to improve and make a more realistic arm and be able to mimic motions upto the shoulders. |
Project DexterProject Dexter is an ongoing research project that will allow us to develop swarm robotic applications on both R-Core and M-Core platforms. The aim of the research is to develop a swarm of robots which are de-centralised and can communicate wirelessly in a mesh topography. |
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