India wants every new smartphone sold in the country to come with satellite texting built in. Apple and Google say that would force expensive hardware redesigns and drive up prices for hundreds of millions of buyers in one of the world’s largest handset markets.
The two tech giants lodged their objections in formal filings to the Telecom Regulatory Authority of India (TRAI), which is running a public consultation on satellite communication licensing and spectrum allocation. The proposal, backed by India’s Department of Telecommunications, aims to bring connectivity to remote and disaster-prone regions where cell towers are impractical. But the way it is written could require satellite-capable radios in every handset, from $80 budget models to $1,500 flagships.
Why the industry is pushing back
The TRAI consultation docket shows responses from a broad coalition: the GSMA (the global mobile industry body), the India Cellular and Electronics Association (ICEA), satellite operators including Starlink and OneWeb, and Indian carriers Reliance Jio, Bharti Airtel, and Vodafone Idea. Apple and Google are listed among respondents opposing a blanket hardware mandate.
In its public submission to TRAI, the GSMA stated that “mandating satellite connectivity in all devices would fragment the global device ecosystem and increase costs for consumers,” warning that India-specific hardware requirements could isolate the market from mainstream global production lines. The ICEA echoed that concern, with Director General Pankaj Mohindroo telling reporters that “a one-size-fits-all mandate ignores the price sensitivity of the Indian consumer and the realities of component supply chains.”
It is worth noting that India would not be the first country to impose connectivity-related hardware requirements on devices. The European Union’s eCall regulation mandates that all new cars include an automatic emergency calling module tied to satellite positioning, and China requires domestic support for its BeiDou navigation system in smartphones sold there. However, neither of those precedents is a direct parallel to requiring a satellite messaging radio in every phone, and the GSMA and ICEA have argued that the Indian proposal goes further than any existing mandate in terms of handset hardware changes.
Device makers would need to re-engineer circuit boards, antenna layouts, power-management systems, and enclosures, particularly in low-cost phones where every millimeter of board space and every cent of component cost is tightly optimized. No manufacturer has published teardown-level figures specific to the proposed Indian standard, and no government filing quantifies the expected retail price increase. The warnings from Apple, Google, the GSMA, and ICEA are directional, signaling that costs will rise, but they do not attach a dollar or rupee figure to the claim. Readers should treat cost projections from any source with caution until component-level data becomes public or regulators release an impact assessment.
The technical reality
Apple already offers satellite-based emergency SOS on iPhones from the iPhone 14 onward, using a custom Qualcomm modem paired with Globalstar’s satellite constellation. Google has enabled similar features on select Pixel and Android devices. But those implementations are voluntary, limited to flagship-tier hardware, and designed around partnerships each manufacturer chose on its own terms.
The gap between a few premium brands opting in and a government requiring satellite radios in every phone is where the engineering challenges concentrate. A preprint measurement study of Starlink’s direct-to-cell system, conducted by researchers affiliated with Cornell University, documents tight constraints on power budgets and antenna performance when low-earth-orbit satellites communicate directly with unmodified consumer handsets. The study’s crowdsourced data shows that even purpose-built satellite-to-device links face significant throughput and latency limits.
Chipmakers are working to close that gap. Qualcomm’s Snapdragon Satellite platform, announced in partnership with Iridium, and MediaTek’s non-terrestrial network (NTN) modem integration both aim to make satellite connectivity a standard feature in future system-on-chip designs. Over time, that could reduce the incremental cost. But as of mid-2026, neither solution has reached the scale or price point needed to make satellite texting trivial to add to a sub-$100 device.
What TRAI has not yet decided
Several critical details remain open in the consultation. No publicly available document in the TRAI record or the Department of Telecommunications’ mobile satellite service reference materials specifies whether the mandate would apply to all smartphones or only to devices above a certain price threshold. A tiered approach could shield the budget segment, where margins are thinnest, but the consultation papers do not resolve the question.
The timeline is equally unclear. TRAI consultations can stretch over months or years before producing binding recommendations, and the Department of Telecommunications holds final authority over licensing conditions. Whether a satellite texting requirement would take effect before the next wave of flagship launches in late 2026 or slip into 2027 and beyond depends on decisions that have not been announced. The most recent consultation materials set no firm compliance date, leaving manufacturers to plan product cycles under regulatory uncertainty.
Technical feasibility in India’s specific environment also lacks a definitive answer. The Cornell-affiliated Starlink study provides useful baseline data, but its findings reflect a single operator’s system in non-Indian spectrum bands. How those constraints translate to the frequencies and orbital configurations TRAI may authorize has not been examined in any publicly cited research. Factors particular to India, including monsoon weather, dense urban high-rises, and heavy rural foliage, could further affect link reliability in ways that have not been modeled.
There are also unanswered questions about how satellite-routed messages would integrate with India’s emergency services infrastructure and privacy regulations. The government’s framework emphasizes disaster resilience and coverage for remote communities, but the consultation record does not fully explain message routing to local authorities, handling of location data, or safeguards around lawful interception.
What this means for phone buyers and the global market
The industry’s preferred alternative is flexibility: let manufacturers decide which models carry satellite hardware, matching the feature to consumer demand and price sensitivity in each segment. In their filings, device makers stress that satellite standards and commercial partnerships are still evolving, and locking in a rigid requirement now could freeze design choices prematurely.
For anyone buying a phone in India, the practical question is straightforward. If TRAI moves forward with a universal mandate, device makers face a three-way choice: build India-specific hardware variants, absorb the added cost, or pass it to consumers. Each path changes the economics of the market. For global manufacturers like Apple and Samsung, an India-only requirement would complicate supply chains, potentially requiring separate production lines, testing regimes, and certification processes.
The stakes extend beyond India’s borders. If the world’s second-largest smartphone market successfully mandates satellite texting hardware, regulators elsewhere could treat it as a template for universal emergency connectivity. If the policy stalls over cost and feasibility objections, it may reinforce the industry’s case for voluntary, market-led adoption concentrated in premium devices.
Where the satellite mandate stands as of June 2026
The proposal is real, the technical hurdles are significant, and the full price of universal satellite texting, both in rupees and in design trade-offs, remains uncounted. Until TRAI publishes final recommendations and the Department of Telecommunications codifies licensing conditions, the only certainty is that the fight over what goes inside your next phone is far from settled.
More from Morning Overview
*This article was researched with the help of AI, with human editors creating the final content.
