Connectivity’s Next Frontier May Be Built Without a Cable to Every Door

We often treat broadband expansion as a civil-engineering problem: lay more fibre, build more towers, connect more premises. But the next phase of connectivity may depend just as much on how intelligently networks use the infrastructure already around them.

Jio Platforms is reportedly in talks with US cable operators Comcast and Charter Communications about licensing its unlicensed-band radio technology, potentially in exchange for equity stakes. The discussions reflect a broader ambition to take the technology overseas through partnerships, although no agreement or timeline has been announced; earlier talks with South Africa’s MTN Group did not progress.

The network is becoming a software-defined system

The strategic signal here is bigger than any one technology. Operators are exploring ways to extend broadband reach without running a dedicated cable to every home. A model that uses transmitters on nearby towers or rooftops to connect buildings could make existing sites and network assets more valuable.

That does not make the physics disappear. Wireless links still have to contend with distance, obstructions, weather, interference and local building density. Unlicensed spectrum can reduce dependence on costly licensed spectrum, but it also means performance must be engineered for a shared and potentially congested environment. The real test is not whether a connection works in a controlled demonstration; it is whether it remains dependable at scale, across varied conditions and peak demand.

For enterprise architects, this is a familiar design principle: innovation rarely replaces the whole stack. It adds another access layer, with new dependencies and operational trade-offs. A resilient broadband architecture will likely combine fibre, fixed wireless and mobile networks, using each where it makes technical and economic sense. The goal should be service continuity and predictable performance-not loyalty to a single medium.

Partnerships are a form of architecture

Licensing technology to established operators could offer a faster route into new markets than building a network from scratch. Local partners bring customer relationships, sites, operational knowledge and regulatory experience. The technology provider brings a capability that may complement those assets.

But a partnership is not just a commercial agreement; it is a decision about how the technology will be governed and integrated. Who owns the customer experience? Who is responsible when service levels fall short? How are network data, security obligations and upgrades managed across organisational boundaries? And what happens when the technology must coexist with an operator’s legacy systems?

Equity may align incentives over the long term, but it can also complicate valuation, control and accountability. A licensing arrangement may be simpler, yet leave fewer shared incentives to invest in deployment and support. The right structure depends on whether both sides can define measurable outcomes and a clear operating model-not simply agree on the promise of the technology.

For CTOs and founders, the practical lesson is to validate the architecture before scaling the deal. Test performance in different environments, establish interoperability requirements, define security responsibilities and model the full cost of deployment and maintenance. A lower-cost access layer is only an advantage if it does not create hidden operational debt.

A useful lens for India’s last mile

There is a relevant connection to India, including the Northeast, where geography and dispersed settlements can make conventional infrastructure expansion difficult. Wireless access may help extend connectivity where trenching fibre is slow, expensive or impractical. It should be seen as a complement to fibre and public digital infrastructure, not a substitute for durable backbone investment.

The policy and engineering questions matter: spectrum rules, interference management, affordability, power availability and local maintenance capacity all shape whether a network delivers lasting value. Connectivity is not achieved when a signal reaches a building; it is achieved when people can rely on the service to learn, work, access markets and use digital public services.

The reported discussions are still exploratory. Their significance lies in the architectural direction they point toward: networks will increasingly be assembled from multiple technologies and local partnerships.

For leaders evaluating new connectivity models, three questions are worth asking:

• Does the approach solve a real coverage or cost constraint in the target geography?
• Can it meet defined reliability, security and service-level requirements?
• Is there a sustainable operating model after the initial deployment?

The future of broadband will not be determined by one technology replacing another. It will belong to systems designed to combine them intelligently.

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About the Author: Sanjeev Sarma is the Founder Director and Chief Software Architect at Webx Technologies. With a core focus on Generative AI integration, Cloud-Native Scalability, and Enterprise Software Architecture, he has spent over two decades driving digital transformation across Northeast India and beyond. Beyond his corporate leadership, Sanjeev is deeply invested in shaping the future of the IT industry. He serves as an Industry Expert on the Board of Studies for Assam Don Bosco University’s School of Technology, advises state technology committees, and actively mentors emerging tech startups at STPI. He brings a unique, dual perspective of high-level enterprise execution and future-ready academic curriculum development.