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Team Meraki from IISc set out to address a widespread, troubling condition affecting almost a fifth of adult Indian women at some point in their lives. Urinary incontinence is a distressing medical condition wherein a person is unable to control the flow of urine. Clearly, such an ailment causes physical pain, social discomfiture, and a lot of psychological stress to the person concerned. When the Meraki team conceived of their innovation as a treatment solution to this problem, they were certain that all women affected would rush to avail of it.
Physiotherapy patients routinely perform a prescribed sequence of repetitive exercises as part of their rehabilitation plan. Recognizing the monotony that such patients experience, Team Robo-Rehab devised a robotic rehabilitation device that gamified physiotherapy exercises to make rehabilitation more fun. The team joined the I-NCUBATE program wanting to get clarity on how to develop their product better.
Team Tan90 comprised a confident set of Masters/PhD students from IIT Madras. They had won a student’s innovation contest with a cold storage box they had built. The experience encouraged them to think about building a startup around their innovation. They refined their technology with the guidance of a professor and they also joined the first cohort of the I-NCUBATE program under his guidance.
Drawing from personal experiences, Team Tattva Shodh from ICT - Mumbai designed a point-of-care device for monitoring conditions during pregnancy. The team comprising experienced researchers came into the I-NCUBATE program expecting to find customers and learn how to market their product.
Team Pico Distribute from Amrita Vishwa Vidyapeetham were working on building a smart-city platform incorporating connected mobility, AI-based smart energy management and real time visualisation. The young and enthusiastic team joined the I-NCUBATE program, confident that they had a world-changing idea.
Team Theevanam was an ideal team – almost tailored for the I-NCUBATE program. They had two faculty leads, an industry mentor, and an enthusiastic entrepreneurial team that was technically knowledgeable. Through research in Biotechnology, Theevanam had developed a food additive that boosted the immunity characteristics of animal and human health products. The team thought that their innovation had wide application in aquaculture, poultry and human health products.
Team Thermelgy was an “experienced” team, in the sense that the professor (Faculty Lead) had already been through the I-NCUBATE program twice earlier with other startups. Besides three enthusiastic Entrepreneur Lead, Thermelgy already had an anchor investor, who was a successful entrepreneur in Thermelgy’s line of business, namely, energy efficiency.
About half of the current internet downtimes are preventable, say current reports. Yet, Internet Service Providers (ISPs) are largely focused on reactive maintenance rather than proactive monitoring. This is what inspired Team Aakash from Vellore Institute of Technology to work on their idea to strengthen the internet backbone, one monitoring solution at a time.
Team Photoniphy from BMS College of Engineering, Bengaluru, aspires to take the idea of a wireless world to the next level with their concept of wireless power transmission. With the Internet of Things (IoT) becoming ubiquitous in home appliances, medical devices, and industrial equipment, Team Photoniphy decided to begin its journey by eliminating the need for batteries in such devices. Convinced by the concept, BMS college decided to fund the building of a prototype.
Arijit Majumdar and Ankita Paul were studying their fourth year of engineering when the Covid-19 pandemic broke out. They focussed their final year project on finding a solution to the problems of healthcare sector workers in tackling the pandemic. They designed an SNH Robot that could clean, sanitize, and assist hospital staff by eliminating the need for human intervention in high-risk areas. That was the inception of Team Pragati Tech.
Team Gravity from Shankaracharya Technical Campus was building an AI-powered microscope when they came into the I-NCUBATE program. Optical microscopes, the team felt, have several limitations – from causing stress to the user’s eyes and neck to consequential errors in readings. Team Gravity spent three months working on their innovation before coming to GDC.
Team Gravity from Shankaracharya Technical Campus was building an AI-powered microscope when they came into the I-NCUBATE program. Optical microscopes, the team felt, have several limitations – from causing stress to the user’s eyes and neck to consequential errors in readings. Team Gravity spent three months working on their innovation before coming to GDC.
Team AIvolved from Ramaiah Evolute has developed an AI-powered motion analyser that can detect Three Rockers and exact GAIT parameters without any human intervention. These parameters are critical to analyse any nervous system disorders. The team was inspired to work on the idea after realising that there are very few GAIT labs even in Tier-1 cities of India and the cost to set up such facilities was huge. Its solution, the team believed, would solve these problems in the sector.
The recent policy impetus and resurgent demand among the public have revived the market for Ayurveda-based products. Quality control has risen as the biggest challenge at this juncture, as markets flood with Ayurvedic products of innumerable brands. Team Anunaad’s innovation aims to capitalize on this perceived need.
The limitations of legislative measures in curbing rampant usage of single-use plastics prompted Team BFly to come up with a technology-based solution. It developed a material out of chitosan – a compound derived from the hard outer skeleton of shellfish – which could be used to package food products and commodities.
Team CapiTech from Ramaiah Institute of Technology was building a non-invasive, pre-screening tool for diabetic retinopathy when it came to GDC. The technology uses the Nailfold capillaroscopy (NFC) imaging method to evaluate changes in the vascular structure of patients with retinopathy. Using Machine Learning (ML) algorithms, the technology can differentiate capillaries as healthy or diabetic. The method is simple, non-invasive, and inexpensive.
Team GlyZy from the Indian Institute of Science (IISc) Bengaluru has perfected a technology to produce high-value flavonoids from the synthetic microbial platform. The technology, the team believes, will be a sustainable replacement to the current cost-intensive extraction of flavonoids from plants. The team entered the I-NCUBATE program when it was in the final stages of building its prototype.
Team IntELCoM from NIT, Andhra Pradesh is building a technology to monitor and control the consumption of electricity by appliances using the existing power lines. Their product is an intelligent switch that can be used to turn devices on or off from remote locations. The switch can also monitor and control power consumption by individual appliances. Unlike other smart switches in the market, which work via Wi-Fi and Bluetooth, IntELCoM’s solution uses existing power lines and hence does not face any connectivity issues.
ROHA Biotech from IIT Madras Bio-Incubator was developing a biodegradable packaging material by harnessing the weaving properties of mushroom mycelium, and by using agricultural waste, such as sugarcane bagasse, cereal hay, and sawdust.
Wound management is an area of study that garners considerable research interest. Scientists are working on inventing comprehensive solutions for tissue regeneration, chronic wound dressing, biofilm control, and anti-scar healing. Team SeaValor was developing a wound management solution based on seaweeds, which enhances healing in an eco-friendly manner.
Team Agriyan from IIT Bombay was developing an ‘agribot’ to help farmers tide over labour scarcity by mechanising the spraying of chemicals in fields. Before coming to GDC, the startup had spoken to about 50 farmers and identified three problems – labour shortage, low penetration of technology in agriculture, and the need for a solution for bulk spraying of chemicals.
Team Meredio from IIIT Delhi came to GDC with an idea to build a super-app, a one-stop solution, to address various micro-needs of college students. Soon after attending the first few sessions, the team realised that they were attempting to address a wide array of problems. As a result, they were unable to clearly define their customer segment.
Team Wimpy from Vellore Institute of Technology came to the I-NCUBATE program with a patented idea – a smart pill bottle built with touchpoint technology that can detect and identify medicines when placed on top of a smartphone. The innovation, the team believed, would help senior citizens remember to take their daily medicines without human intervention.
Team Future Health from BITS Pilani had developed a speech to text conversion application for medical practitioners.
Team Dwija, led by a practising dentist, is developing an eco-friendly, biocompatible teether for toddlers.
Team Gray Walk from Vellore Institute of Technology assumed exercising was a boring activity, and that most people who worked out lost motivation sooner or later. They developed a Bluetooth-enabled Immersive Technology platform to gamify workouts, making them an interesting activity for those leading a sedentary lifestyle.
Team Antriksh Labs is building an autonomous platform to handle complex Artificial Intelligence (AI) use cases across industries.
Team Emids has built an on-demand connectivity platform for real-time subject monitoring.
TXR Solutions from Thiagarajar College of Engineering has built a VR-based head-mounted device to help people with autism spectrum disorder (ASD) develop their social skills through perception-based learning processes.
Team Greentech AM Lab from IIT BHU published a research paper on building a portable, affordable, solar cooker that is suitable for Indian environmental conditions. To ensure that the benefits of the research reach the community, the team continued with product development and enrolled on the I-NCUBATE program to take it to market. The team aspired to see their cooker in rural homes that are still dependent on Chulhas, or the traditional Indian cooking stoves.
Team TECSERS from Thiagarajar College of Engineering is developing an eco-friendly process for plating on plastics. Electroplated plastics are widely used to make automobile body parts. While the conventional method of doing it is expensive and highly time-consuming, the team’s innovation holds the promise to make the process efficient.
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