Private Network Check Readiness - TeckNexus Solutions

DoT Launches 5G Innovation Hackathon 2025 to Boost 5G Solutions

The Department of Telecommunications (DoT) has announced the 5G Innovation Hackathon 2025, a six-month competition to drive 5G-powered solutions across industries. Open to students, startups, and professionals, the hackathon will focus on AI, IoT, smart cities, and next-gen connectivity innovations. Participants will receive funding, mentorship, and access to 100+ 5G Use Case Labs. Winners will showcase their solutions at India Mobile Congress 2025.
DoT Launches 5G Innovation Hackathon 2025 to Boost 5G Solutions
Image Credit: DoT

The Department of Telecommunications (DoT) has officially announced the 5G Innovation Hackathon 2025, a six-month-long competition designed to accelerate the development of 5G-powered solutions. This initiative will foster technological advancements across industries while addressing societal and industrial challenges through next-gen connectivity solutions.

Fueling India’s 5G Growth Through Innovation


As India rapidly expands its 5G infrastructure, initiatives like the 5G Innovation Hackathon 2025 play a crucial role in driving digital transformation. With increased 5G adoption in sectors like healthcare, manufacturing, and smart cities, the country is poised to become a global leader in 5G-driven applications. The hackathon will provide funding, mentorship, and access to 100+ 5G Use Case Labs, helping participants turn innovative ideas into real-world solutions.

Who Can Participate?

The hackathon is open to students, startups, and industry professionals. Participants will work on cutting-edge 5G applications, benefiting from direct collaboration with experts in academia, industry, and government.

Key 5G Use Cases in Focus

The hackathon will explore several high-impact 5G applications, including:

Hackathon Structure: Three Key Phases

The competition will unfold in three stages:

1. Proposal Submission (March 15 – April 15, 2025)

Participants will submit detailed proposals, outlining their 5G-powered ideas. Institutions can recommend up to five entries, which will be evaluated by regional committees.

2. Regional Shortlisting & Prototype Development

Around 150-200 teams will be selected to refine their concepts. The top 25-50 teams will each receive ₹1,00,000 in seed funding to develop prototypes over three months. Participants will gain:

  • Access to 5G labs
  • Mentorship from industry and academic leaders
  • Support for IPR (Intellectual Property Rights) filing

3. Evaluation & Final Showcase (September 2025)

Teams will present their prototypes to a panel of experts from government, academia, and industry. Solutions will be evaluated on:

  • Technical feasibility
  • Scalability potential
  • Industry and societal impact
  • Innovation and novelty

Exciting Rewards & Recognition

The top winners will receive significant financial incentives:

  • Winner: ₹5,00,000
  • First Runner-up: ₹3,00,000
  • Second Runner-up: ₹1,50,000
  • Best Idea & Most Innovative Prototype: ₹50,000 each
  • 10 Labs will receive Certificates of Appreciation for the Best 5G Use Case
  • One Emerging Institute will be recognized for the Best Idea

Winners to be Showcased at India Mobile Congress 2025

The final winners will be announced on October 1, 2025. Top teams will present their innovations at India Mobile Congress (IMC) 2025, India’s largest telecom and technology event.

India’s 5G Roadmap: Why This Hackathon Matters

How 5G is Transforming Key Sectors

The hackathon will drive innovation in multiple industries:

  • Healthcare: Enabling remote surgeries, AI diagnostics, and telemedicine advancements
  • Manufacturing: Supporting smart factories and real-time automation
  • Agriculture: Enhancing precision farming and real-time crop monitoring
  • Transportation: Enabling connected vehicles, autonomous driving, and smart logistics
  • Telecom: Optimizing network performance using AI and network slicing

A Global Perspective on 5G Innovation Challenges

Countries like the US, China, and South Korea are already leveraging 5G-driven solutions to enhance connectivity, automate industries, and enable smart city initiatives. India’s 5G Innovation Hackathon 2025 aligns with these global trends, positioning the country as a leader in 5G technology adoption.

Government Support & Vision for 5G Innovation

The initiative is backed by a ₹1.5 crore budget, with the goal of:

  • Developing 50+ scalable 5G prototypes
  • Generating over 25 patents
  • Strengthening academia-industry-government collaboration
  • Boosting the startup ecosystem focused on 5G innovation

By leveraging 5G advancements like network slicing, Quality of Service (QoS), and ultra-reliable low-latency communications (URLLC), the hackathon will pave the way for India’s next-generation connectivity solutions.

Final Thoughts

The 5G Innovation Hackathon 2025 is a significant step toward India’s digital future. By nurturing young talent, fostering collaboration, and supporting scalable innovations, this initiative will play a key role in shaping India’s 5G-driven technological landscape. Participants will have the opportunity to turn ideas into reality, contribute to India’s 5G ecosystem, and showcase their innovations on a global stage.


Recent Content

OneLayer is expanding into Latin America to address growing demand for private 5G and LTE security solutions. With successful deployments in mining and utilities, the company brings its expertise in Zero Trust, network orchestration, and cellular device visibility to regional markets like Brazil and Chile.
Lufthansa Industry Solutions and Ericsson are tackling logistics bottlenecks with private 5G. At the LAX warehouse, they replaced unreliable Wi-Fi with just two private 5G radios, reducing scanning delays by 97% and eliminating paper logs. With edge computing and AI-powered inspections, their scalable solution is setting a new standard for warehouse automation and logistics connectivity.
An unsolicited offer from Perplexity to acquire Googles Chrome raises immediate questions about antitrust remedies, AI distribution, and who controls the internets primary access point. Perplexity has proposed a $34.5 billion cash acquisition of Chrome and says backers are lined up to fund the deal despite the startups significantly smaller balance sheet and an estimated $18 billion valuation in recent fundraising. The bid includes commitments to keep Chromium open source, invest an additional $3 billion in the codebase, and preserve current user defaults including leaving Google as the default search engine. The timing aligns with a U.S. Department of Justice push for structural remedies after a court found Google maintained an illegal search monopoly, with a Chrome divestiture floated as a central remedy.
A new Ciena and Heavy Reading study signals that AI will become a primary source of metro and long-haul traffic within three years while most optical networks remain only partially prepared. AI training and inference are shifting from contained data center domains to distributed, edge-to-core workflows that stress transport capacity, latency, and automation end-to-end. Expectations are even higher for long-haul: 52% see AI surpassing 30% of traffic and 29% expect AI to account for more than half. Yet only 16% of respondents rate their optical networks as very ready for AI workloads, underscoring an execution gap that will shape capex priorities, service roadmaps, and partnership models through 2027.
South Korea’s government and its three national carriers are aligning fresh capital to speed AI and semiconductor competitiveness and to anchor a private-led innovation flywheel. SK Telecom, KT, and LG Uplus will seed a new pool exceeding 300 billion won (about $219 million) via the Korea IT Fund (KIF) to back core and foundational AI, AI transformation (AX), and commercialization in ICT. KIF, formed in 2002 by the carriers, will receive 150 billion won in new commitments, matched by at least an equal amount from external fund managers. The platforms lifespan has been extended to 2040 to sustain long-cycle bets.
A new joint solution from Rohde & Schwarz (R&S) and the Taiwan Space Agency (TASA) consolidates electromagnetic compatibility (EMC) and antenna measurements into a single, production-grade test chamber, signaling a shift in how satellite payloads will be validated for Non-Terrestrial Network (NTN) and mission-critical services. By integrating both disciplines in one chamber, TASA can validate RF performance, emissions, and immunity under consistent test conditions and configurations, improving time-to-launch and de-risking interoperability with terrestrial networks. The TASA deployment combines R&S hardware, software, and engineering with a locally built Compact Antenna Test Range (CATR) reflector to achieve dual-mode EMC and antenna measurements in one chamber.
Whitepaper
Explore RADCOM's whitepaper 'Unleashing the Power of 5G Analytics' to understand how telecom operators can drive cost savings and revenue with 5G. Learn about NWDAF's role in network efficiency, innovative use cases, and analytics monetization strategies. Download now for key insights into optimizing 5G network performance....
Radcom Logo

It seems we can't find what you're looking for.

Download Magazine

With Subscription

Subscribe To Our Newsletter

Private Network Awards 2025 - TeckNexus
Scroll to Top

Private Network Awards

Recognizing excellence in 5G, LTE, CBRS, and connected industries. Nominate your project and gain industry-wide recognition.
Early Bird Deadline: Sept 5, 2025 | Final Deadline: Sept 30, 2025