India's Huawei RAN 'Rip and Replace' Debate Is Open RAN's Geopolitical Crossroads
- September 2, 2026
- 10 mins
- Technology
- 5g geopolitics huawei india open ran supply chain telecom
India’s Huawei RAN ‘Rip and Replace’ Debate Is Open RAN’s Geopolitical Crossroads
For years, the Open RAN movement has been framed in technical terms: interoperability, disaggregation, software-defined intelligence. But the forces that will ultimately decide its fate are geopolitical. The latest evidence comes from India, where the government is reportedly weighing a “rip and replace” of legacy Chinese telecom equipment—including gear from Huawei and ZTE—over national security concerns. According to a Moneycontrol report published on September 2, 2026, the Department of Telecommunications (DoT) is collecting detailed information from operators on their use of Chinese-supplied equipment and the potential cost of replacement. The Ministry of Home Affairs will make the final call.
This is not just another regulatory headline. It’s a potential inflection point for the global telecom industry, and for Open RAN in particular. If India moves forward, it could create the largest single market yet for open, multi-vendor networks—a market that could dwarf Europe’s early adopters and give Open RAN the scale it has desperately lacked. But it also carries risks: massive costs, operational disruption, and the possibility that India’s operators, faced with a forced migration, will simply swap one proprietary vendor for another. The outcome will depend on how New Delhi structures the program and whether the industry can deliver on its promises.
The Geopolitical Case for Rip and Replace
India’s considerations are not occurring in a vacuum. The country has been tightening its stance on Chinese technology for years, banning dozens of Chinese apps and restricting Huawei from 5G trials. In 2020, after the Galwan Valley clash, India moved to exclude Huawei and ZTE from 5G network deployments. But legacy 4G and 3G gear from these vendors remains embedded in the networks of major operators like Bharti Airtel and Vodafone Idea. The government’s new inquiry suggests it is now willing to tackle that legacy footprint.
The security rationale is straightforward: Chinese-made equipment could contain backdoors or vulnerabilities that could be exploited by state actors. In an era of sophisticated cyber warfare, the risk is not merely theoretical. The Five Eyes intelligence alliance has repeatedly warned about the dangers of allowing untrusted vendors into critical infrastructure. India, which shares a long and contested border with China, has even more reason to be cautious.
But there is also an industrial dimension. India is pushing to become a manufacturing hub under its “Make in India” initiative and has launched a $12 billion incentive scheme for telecom equipment. Replacing Chinese gear with locally produced or allied-nation equipment would align with that goal. It would also reduce India’s dependence on a geopolitical rival for a resource as critical as communications infrastructure.
The timing is also notable. The report comes just days after Ericsson announced two MoUs with Saudi Arabia’s Mobily for AI-powered RAN and Level 4 network autonomy—another sign that operators in the Middle East and Asia are looking to diversify their RAN suppliers and embrace AI-driven solutions. India’s move, if it happens, would be a far larger statement.
The Open RAN Opportunity
For Open RAN advocates, India’s dilemma is a golden opportunity. Open RAN, with its open interfaces and multi-vendor architecture, is explicitly designed to prevent vendor lock-in. It allows operators to mix and match components from different suppliers, avoiding the proprietary stranglehold of a single vendor. If India forces operators to rip out Huawei and ZTE gear, they could turn to Open RAN as a way to future-proof their networks against such geopolitical shocks.
Indeed, Open RAN’s value proposition has always been as much about supply chain resilience as about technical innovation. The O-RAN Alliance, the Telecom Infra Project, and the Open RAN Policy Coalition have all emphasized this point. In a world where trusted supply chains are a strategic asset, Open RAN offers a way to build networks that are not dependent on any single country or vendor.
India could become the proving ground for this vision. With over a billion mobile subscribers and one of the world’s fastest-growing data markets, India is a colossal prize. If Indian operators deploy Open RAN at scale, it would send a signal to the global market that open networks are viable in the most demanding environments. It would also create a massive new market for Open RAN vendors like Mavenir, Rakuten Symphony, and Altiostar, as well as for established players like Ericsson and Nokia who have embraced Open RAN.
There is precedent. In the United States, the FCC’s “rip and replace” program, which provides $1.9 billion to help small carriers remove Huawei and ZTE equipment, has been a boon for Open RAN startups. In the UK, the decision to ban Huawei from 5G networks accelerated the adoption of Open RAN, with operators like Vodafone and BT trialing open architectures. India could follow suit, but on a far grander scale.
The Costly Reality
However, the path is fraught with obstacles. Replacing legacy RAN equipment is not a simple swap. It involves ripping out base stations, antennas, and backhaul connections, then reinstalling new gear and optimizing the network. The cost is enormous. Analysts estimate that replacing Huawei and ZTE gear in India could cost billions of dollars—money that cash-strapped operators like Vodafone Idea, which is already struggling under debt, can ill afford.
The government’s inquiry is explicitly seeking cost estimates, which suggests that New Delhi is aware of the financial burden. But even if the government subsidizes the replacement, as the US did, the operational disruption could be severe. Networks would need to be carefully migrated to avoid service outages, a complex task in a country with dense urban and rural coverage requirements.
Moreover, there is no guarantee that Open RAN will be the beneficiary. Indian operators, if forced to replace Chinese gear, might simply turn to other proprietary vendors like Ericsson, Nokia, or Samsung. These vendors offer reliable, proven technology and can deploy it quickly. Open RAN, despite its progress, is still maturing. Interoperability issues, performance concerns, and the need for systems integration expertise remain barriers to large-scale adoption.
In fact, the recent history of RAN deployments suggests a cautionary tale. Despite years of hype, Open RAN accounts for only a small fraction of global RAN revenue. Dell’Oro Group projects that AI RAN will generate $35 billion cumulatively by 2030, but that includes AI-enhanced proprietary RAN, not just open architectures. The commercial reality is that most operators still prefer the reliability of integrated solutions from a single vendor.
The AI Angle
India’s potential rip and replace also intersects with the AI RAN trend. As operators upgrade their networks, they are increasingly looking to integrate AI capabilities into the RAN—not just for automation, but to handle the surge in data traffic from AI devices and applications. The recent news from China Unicom, which is pushing 5G-Advanced to support machine data from humanoid robots, underscores the growing importance of AI-native networks.
If India replaces its Chinese gear, it will have an opportunity to leapfrog to AI-native architectures. New RAN platforms from Ericsson, Nokia, and Huawei (though Huawei would be excluded) are being designed with AI in mind. Ericsson’s Intelligent Automation Platform, for instance, enables rApps that can optimize network performance in real time. Nokia has launched what it claims is the industry’s first commercial AI-RAN platform. These technologies could help Indian operators build networks that are not only more secure but also more intelligent and efficient.
Open RAN, with its cloud-native architecture, is particularly well-suited to AI integration. By disaggregating hardware and software, Open RAN allows operators to run AI applications on general-purpose processors, reducing costs and increasing flexibility. The AI-RAN Alliance, which includes NVIDIA, Ericsson, and Nokia, is working to standardize AI-RAN interfaces. If India embraces Open RAN, it could become a leader in AI-native telecom.
The Strategic Imperative
The decision India faces is not merely a matter of cost and technology. It is a matter of strategic autonomy. In an increasingly polarized world, countries are realizing that their digital infrastructure must be aligned with their geopolitical interests. India, which has sought to position itself as a non-aligned power, may find that it cannot afford to rely on Chinese equipment for its most critical networks.
The government’s inquiry is a sign that India is serious about addressing this vulnerability. But it must be careful to avoid a hasty, poorly planned program that could backfire. A successful rip and replace would require a phased approach, with clear milestones and adequate funding. It would also require a robust ecosystem of vendors and integrators who can execute the transition without disrupting service.
For Open RAN, this is a moment of reckoning. The industry has long promised to deliver the flexibility and innovation that operators need. Now it has a chance to prove it on a global stage. If Open RAN vendors can step up and meet India’s needs—providing reliable, cost-effective, and secure solutions—they could transform the market. If they fail, they risk being relegated to niche deployments, while the world’s largest operators stick with tried-and-true proprietary systems.
A Call to Action
India’s potential rip and replace is not just a news story; it’s a call to action for the entire Open RAN community. Vendors must accelerate their efforts to improve interoperability and reduce deployment costs. Governments must provide the regulatory and financial support needed to make the transition feasible. And operators must be willing to embrace the long-term benefits of open architectures over short-term convenience.
The stakes could not be higher. If India succeeds in replacing Chinese gear with Open RAN, it will send a powerful message: that open networks are not just a niche experiment, but a viable alternative for the world’s largest and most complex markets. It would demonstrate that Open RAN can deliver the performance, security, and flexibility that operators need to thrive in the AI era.
But if India stumbles, the consequences will be felt far beyond its borders. It would reinforce the perception that Open RAN is too immature for prime time, and that the industry’s promises are hollow. It would be a setback for the movement, and a gift to those who argue that proprietary solutions are the only way forward.
Conclusion
The debate over India’s Chinese telecom gear is a defining moment for the telecom industry. It is a test of whether geopolitical imperatives can drive technological change, and whether Open RAN can rise to the occasion. The decisions made in New Delhi over the coming months will reverberate across the global telecom landscape for years to come.
Open RAN advocates must not sit on the sidelines. They must engage with Indian policymakers, operators, and industry stakeholders to ensure that any rip and replace program is designed to maximize the benefits of open architectures. They must also be realistic about the challenges and work to overcome them.
The world is watching. India has the potential to be the catalyst that Open RAN needs—or the cautionary tale that it fears. The choice is not just India’s; it’s also ours.