30 - 09 - 2026

Ericsson, TiE Delhi-NCR & IAN join for 5G push in India

As Ericsson marks its 150th jubilee, the Swedish telecommunications giant is turning to India’s dense startup landscape to convert the long-promised potential of 5G from theoretical infrastructure into commercial enterprise.

In a joint initiative launched on July 2 with IAN Mentoring and Incubation Services alongside TiE Delhi-NCR, the Stockholm-headquartered group unveiled the “Ericsson Innovation Challenge”. The nationwide competition invites researchers, academic institutions, and early-stage entrepreneurs to build deployable 5G applications integrated with Cloud, Internet-of-Things, and Artificial Intelligence.

The ambition is explicitly tied to New Delhi’s ‘Digital India’ agenda, targeting high-friction societal sectors such as rural connectivity, agricultural yield, healthcare diagnostics, advanced manufacturing, and climate sustainability. Winning solutions are slated for a high-profile industry unveiling at the India Mobile Congress later this year. Yet behind the ceremonial milestone lies a strategic imperative: telecom equipment vendors are facing an urgent need to catalyze enterprise 5G adoption in emerging markets to justify billions in network capital expenditure.

The Historical Template

Ericsson’s corporate history has long pivoted on hardware paradigm shifts. Founded in 1876 as a telegraph repair shop in Stockholm by Lars Magnus Ericsson, the company built its 20th-century dominance on fixed-line telephony switching—most notably its AXE digital switching system in the 1970s, which became a global telecommunications standard.

When cellular networks emerged in the 1990s, Ericsson pivoted to radio access networks, co-developing 2G GSM standards and establishing the infrastructure backbone that enabled worldwide mobile voice transmission. During that era, revenue was driven directly by network capacity and voice coverage expansion sold to state-backed or regional telecom operators.

With the advent of 3G and 4G, Ericsson supplied the radio hardware that enabled the smartphone revolution. However, the primary economic beneficiaries of 4G were consumer-facing application platforms—over-the-top players like Uber, Netflix, and WhatsApp—rather than the infrastructure vendors or network operators who financed the physical buildout. Unlike 4G, which was consumer-centric, 5G’s economic thesis rests on high-density machine-type communications, ultra-low latency, and private network slicing for industrial B2B applications.

  HISTORICAL ARCHITECTURE                  THE 5G INDUSTRIAL REALITY
┌───────────────────────────┐             ┌───────────────────────────┐
│       Consumer Data       │             │   Industrial / B2B Use    │
│  (3G/4G Mobile Broadband) │             │ (Low-Latency & Slicing)   │
├───────────────────────────┤   ───────►  ├───────────────────────────┤
│    Telco RAN Hardware     │             │ Integrated Tech Stack     │
│   (Radio Access Networks) │             │ (5G + AI + Cloud + IoT)   │
└───────────────────────────┘             └───────────────────────────┘

Commercial Dilemma

India presents both the world’s largest market for 5G consumer data and its most challenging monetization environment. Indian telecom operators—led by Reliance Jio and Bharti Airtel—executed one of the fastest global 5G rollouts in history, deploying hundreds of thousands of base stations supplied heavily by Ericsson and its Scandinavian rival Nokia.

However, average revenue per user in India remains compressed compared to Western markets. Consumer willingness to pay a premium for 5G speed over a stable 4G connection remains limited. Consequently, vendor revenues from pure radio deployments risk plateauing unless industrial and public-sector use cases mature. Nitin Bansal, Managing Director of Ericsson India, framed the challenge as a national capability-building exercise, noting that India has a dynamic innovation ecosystem capable of leveraging 5G alongside emerging technologies to address critical societal needs across healthcare, agriculture, sustainability, manufacturing, and digital inclusion.

Incubating B2B Demand via Digital Public Infrastructure

To bridge the gap between network availability and commercial demand, telecom vendors are seeking native enterprise applications. In precision agriculture, this means leveraging 5G-linked IoT sensors and AI analytics to monitor soil moisture, crop health, and automated irrigation in real time, shifting agricultural supply chains away from manual oversight. In remote healthcare, ultra-low latency 5G slices can connect rural primary health centers with metro hospitals for real-time ultrasound imaging, diagnostic streaming, and assisted surgeries. For smart manufacturing, private 5G networks in industrial corridors can run automated guided vehicles and predictive maintenance models on factory floors.

By partnering with Indian Angel Network and TiE Delhi-NCR, Ericsson is effectively outsourcing early-stage research and development for localized 5G application layers. Padmaja Ruparel, Co-Founder of the IAN Group, emphasized that the objective is converting basic technology concepts into ready investment ventures that can scale commercially.

“Through our mentorship network and rigorous jury process, we will help ensure that the ideas which rise to the top at India Mobile Congress 2026 are not just innovative, but ready to scale and create lasting impact.” said Geetika Dayal, Director General, TiE Delhi-NCR

Applications for the initiative open on July 2 and close on July 22, setting up a multi-stage evaluation process leading up to the India Mobile Congress. For Ericsson, the initiative serves a dual purpose: honoring a 150-year legacy of engineering while attempting to solve the modern telecom sector’s most pressing question—how to turn ultra-high-speed network connectivity into sustainable, high-margin enterprise revenue.