Upcoming Opportunities

Empowering the Innovation Ecosystem of Aviation with Airport Authority of India (AAI)

Fostering Research and Innovation in Aviation : DRIIV’s partnership with the Airports Authority of India (AAI) aims to catalyze an innovation-driven ecosystem within the Indian aviation sector. This collaboration is centered around fostering technological progress by engaging startups, researchers, and innovators in aviation-focused challenges. By addressing operational efficiency, and sustainability through targeted innovation, the partnership opens new doors for solutions that meet the unique needs of the Indian aviation industry.

As a knowledge and innovation partner AAI, DRIIV is dedicated to supporting CARO (Civil Aviation Research Organization, Hyderabad) in establishing a robust innovation ecosystem. DRIIV envisions CARO as a pivotal space where startups, innovators, and entrepreneurs gain access to a dynamic workspace, expert mentorship, and specialized resources. This collaboration aims to accelerate advancements in aviation technology, fostering solutions that enhance operational efficiency and sustainability within India’s aviation sector.

DRIIV’s collaborative framework aligns with CARO's vision, leveraging science and technology to drive impactful changes across the sector. The partnership will also support CARO in policy development, including comparative analysis of pricing structures from other co-working and incubator organizations, to ensure competitive and sustainable operational strategies.

Sustainable Management of Oil Sludge with Oil India Limited (OIL)

Eco-Friendly Oil Sludge Treatment at Numaligarh Refinery : To address the environmental challenges posed by industrial waste, DRIIV has launched a pilot project with Oil India Limited to treat oil sludge sustainably at Assam's Numaligarh Refinery (NRL). This initiative uses green technology for oil sludge treatment, focusing on environmentally sound practices to manage and repurpose waste materials.

Lab tests on samples from the NRL refinery have yielded successful results, culminating in the submission of a comprehensive feasibility report. With these promising findings, DRIIV is set to execute transition of this innovation to an on-site pilot phase shortly, marking a pivotal step towards a greener and more sustainable approach to managing industrial waste. Oil sludge, a common byproduct of petroleum production, refining, storage, and transportation, consists of a complex mix of oil/water emulsion, solid particles, organic compounds, and heavy metals. Classified as hazardous waste under the Resource Conservation and Recovery Act (RCRA), its improper handling poses significant environmental and health risks. Traditional physicochemical treatment methods like pyrolysis, incineration, and solvent extraction are costly, energy-intensive, and environmentally unfriendly. Phycoremediation offers a sustainable alternative, using microalgae to break down complex hydrocarbons into less toxic compounds and metabolize them as a carbon source. This cost-effective method leverages natural processes, reducing the need for expensive chemicals and energy. Upon successful completion of the pilot, DRIIV will be pleased to facilitate large-scale adoptions of Phycoremediation.

Landfill Management and Leachate Treatment with Municipal Corporation of Gurugram (MCG)

Improving Waste Management through Landfill Solutions : In collaboration with the Municipal Corporation of Gurgaon (MCG), DRIIV will be addressing landfill management and the treatment of toxic leachate. This project involves deploying advanced technologies to safely contain and treat landfill leachate, preventing harmful pollutants from contaminating soil.

Sustainable technologies, including nature-based phycoremediation for leachate treatment, decentralized solid waste management, and solar-integrated EV charging for green mobility, will be harnessed in a collaborative effort by DRIIV and MCG. This partnership aims to position Gurugram as a model of environmental sustainability, advancing landfill management and enhancing leachate treatment to mitigate contamination risks and public health hazards associated with open landfills. By controlling leachate seepage, the project will significantly reduce soil and water pollution, fostering a cleaner environment. This initiative sets a benchmark for effective landfill management, promoting healthier urban ecosystems.

Rejuvenating Waterbodies with DJB

Restoring Delhi's Natural Waterbodies : In collaboration with the Ministry of Environment, Forest, and Climate Change (MoEFCC) and the Delhi Jal Board (DJB), DRIIV is focused on restoring and rejuvenating various waterbodies in Delhi NCR. By employing sustainable methods to enhance the ecological balance of these waterbodies, these pilots will promote restoration of biodiversity and improve water quality. Rejuvenated waterbodies serve multiple ecological and societal benefits. As natural reservoirs, they support the recharge of groundwater-a crucial need in Delhi's water-stressed landscape-and help in regulating local temperatures by mitigating the urban heat island effect. Through this effort, these waterbodies will become havens for biodiversity, providing habitats for diverse aquatic and terrestrial species, which contribute to the overall health of the urban ecosystem.

Additionally, the restoration of these waterbodies enhances Delhi's resilience to climate change. By reducing pollution, restoring natural vegetation, and implementing nature-based solutions, the initiative curbs ecosystem degradation, controls eutrophication, and addresses the contamination that endangers local flora, fauna, and human health. The project is an essential step toward safeguarding Delhi’s natural resources and creating a blueprint for sustainable urban water management that can inspire cities across India and beyond.

Greening the EV Charging Infrastructure with Delhi Transport Corporation (DTC) and BSES Rajdhani

Solarizing Delhi's EV Charging Infrastructure : In collaboration with the Delhi Transport Corporation (DTC) and BSES Rajdhani, DRIIV is championing a sustainable shift in Delhi's public transportation by solarizing EV charging infrastructure at DTC bus depots. This solar-powered EV charging network is designed to reduce emissions, minimize energy costs, and create a replicable model for sustainable urban transport. The operating expenses (OPEX) of these solar-powered stations are supported through the power utility’s operational model, while capital expenses (CAPEX) will be backed through mobilized CSR funds.

The large-scale adoption of solarized EV infrastructure reduces dependency on fossil fuels and enhances energy security. By utilizing renewable solar power, this model lowers greenhouse gas emissions, decreases operational costs, and aligns with Delhi’s environmental goals. Additionally, this project enhances the long-term sustainability of public transportation, contributing to a greener urban mobility landscape and setting a benchmark for eco-friendly transportation infrastructure in metropolitan cities.

Modernization of law enforcement

Establishing COE on cybersecurity : DRIIV, in collaboration with Haryana Police, is establishing a Center of Excellence (CoE) to modernize law enforcement by addressing the rising complexity of crimes driven by technological misuse. With no dedicated technology cadre and time-bound officer postings, police face challenges in adopting long-term technology solutions. The lack of advanced investigative tools in law enforcement leads to delayed responses, fragmented data collection, and limited predictive capabilities in combating cybercrime. Manual processes increase workload and inefficiency, while existing frameworks like Mitre ATT&CK remain underutilized. This gap also results in inconsistent officer training and poor interoperability between states, weakening nationwide collaboration and the overall ability to prevent and respond to technology-driven crimes effectively.

The CoE will develop innovative tools and systems, shared as open-source resources, enabling interoperability across states. Additionally, the initiative seeks to bridge the gap in India's cybercrime management by creating a unified cybercrime classification scheme, drawing on existing frameworks and malware ontology, to enhance analysis and response capabilities.

Engagement with public bodies