India’s ₹62,500 Crore MPMS Aims for Device Sovereignty, Reshapes Telecom Supply Chain

NEW DELHI — India’s Union Cabinet has approved the Mobile Phone Manufacturing Scheme (MPMS), a monumental ₹62,500 crore (~$7.5 billion USD) outlay aimed at establishing domestic technological sovereignty in device design and production, according to an official government statement cited by ET Telecom. The scheme, approved on July 15, 2026, represents a strategic pivot from the previous Production-Linked Incentive (PLI) scheme’s focus on assembly to fostering homegrown Indian brands, intellectual property (IP), and deep domestic value addition. For telecom operators (MNOs) and infrastructure providers, this aggressive industrial policy signals a fundamental shift in the device ecosystem, promising greater control over the handset supply chain, potential for customized network-optimized devices, and reduced reliance on imported hardware for India’s 1.2 billion-plus mobile connections.

Technical and Strategic Architecture of the MPMS

The MPMS is not merely an extension of existing incentives but a foundational industrial policy designed to capture the full economic and technological stack of mobile phone manufacturing. The scheme’s stated objectives are to “achieve technological sovereignty, capture large economic value, and create Indian patents in design and research & development.” This marks a clear departure from the PLI scheme, which successfully boosted local assembly but remained heavily dependent on imported components like displays, semiconductors, and camera modules.

The ₹62,500 crore corpus will be disbursed over a multi-year period, likely spanning the remainder of the decade, with incentives tied to incremental sales, value addition, and R&D investment. Key technical pillars are expected to include:

• Design-Led Manufacturing: Incentivizing the development of System-on-Chip (SoC) design capabilities, core software (OS layers, firmware), and industrial design for Indian brands.
• Component Ecosystem: Fostering a local supply chain for high-value components including displays, batteries, printed circuit board assemblies (PCBAs), and eventually semiconductor fabrication and packaging.
• Advanced Technology Adoption: Encouraging production of devices supporting India-specific 5G bands (n78, n258), 6G R&D, satellite communication (IoT-NTN, Direct-to-Device), and energy-efficient designs.
• Quality and Testing Infrastructure: Funding for advanced device testing labs aligned with global standards (3GPP, GCF, PTCRB) and India-specific regulatory requirements (TEC certification).

The scheme is structured to support both large-scale anchor units and a network of MSMEs (Micro, Small, and Medium Enterprises) across the component supply chain, aiming to elevate India’s domestic value addition in mobile phones from an estimated 18-20% under PLI to over 35-40% in the medium term.

Impact on Telecom Operators and Network Infrastructure

For Indian telecom operators—Reliance Jio, Bharti Airtel, and Vodafone Idea—the MPMS presents both strategic opportunities and new imperatives for collaboration. A robust domestic device ecosystem directly addresses several critical pain points for MNOs:

1. Supply Chain Resilience and Cost Control: Operators have long been at the mercy of global OEM supply fluctuations and forex volatility. A local manufacturing base for 5G and future 6G devices can stabilize procurement, reduce logistics costs, and potentially lead to more competitive device pricing, accelerating technology adoption. This is critical for driving Average Revenue Per User (ARPU) through data and value-added services.

2. Network-Optimized and Custom Devices: With domestic OEMs, operators gain greater influence over device specifications. This enables the production of smartphones and IoT devices pre-configured for operator-specific network slices, optimized for carrier aggregation combinations, or designed for superior performance in India’s unique urban and rural terrain. Jio, with its ambitions in 5G Standalone (SA) and satellite services, could partner with an Indian OEM to produce integrated devices for its JioSpaceFiber ecosystem.

3. Strategic Partnerships and Bundling: The MPMS will likely see operators forming deeper equity or strategic partnerships with emerging Indian brands. This mirrors the historic bundling models but at a more foundational level—co-developing devices that are sold as part of postpaid plans or enterprise solutions, locking in loyalty and reducing churn.

4. Infrastructure for New Services: The push for Indian IP in design facilitates the early integration of next-gen features. Operators planning network-as-a-service (NaaS), ultra-reliable low-latency communication (URLLC) for industry 4.0, or advanced mobile cloud gaming will benefit from devices built with these use cases in mind from the ground up, rather than adapting global models.

Conversely, operators must now factor domestic device roadmaps into their own network rollout and spectrum strategy. Deploying millimetre-wave (mmWave) or 6G trial bands becomes more feasible with guaranteed local device support.

Global and Regional Telecom Supply Chain Implications

India’s MPMS is a defining move in the global telecom geopolitics of hardware. The scheme positions India not just as the world’s second-largest mobile market, but as a future competitor to China, Vietnam, and South Korea in the high-value segments of the device supply chain. This has immediate ramifications:

1. Diversification Away from China: Global telecom operators and equipment vendors seeking to de-risk their supply chains will view India as a more viable alternative for sourcing devices and components. This could attract joint ventures and technology transfer agreements from European, Japanese, and South Korean firms looking to access the Indian market and leverage its production base for exports.

2. Impact on African and MENA Telecom Markets: As Indian brands gain scale and technological capability, they will become formidable competitors in price-sensitive growth markets across Africa, the Middle East, and Southeast Asia. African MNOs, which have long relied on affordable Chinese devices (Transsion, Xiaomi) and European brands, may soon have a new source for competitively priced 4G and 5G devices, potentially with financing or bundling deals tied to Indian infrastructure projects or submarine cable consortia.

3. Shift in OEM-Telco Power Dynamics: The rise of domestic Indian OEMs could recalibrate the relationship between device makers and operators globally. In markets where operators have significant market power (like India itself), homegrown OEMs may be more willing to concede on software control, pre-installed apps, and feature prioritization than global giants like Apple or Samsung. This model, if successful, could be emulated by other large emerging markets like Brazil or Indonesia.

4. Component Ecosystem Ripple Effects: The success of MPMS hinges on developing a local component ecosystem. This will spur investment in adjacent telecom infrastructure manufacturing: fiber optic cables, base station radios (Open RAN), customer premises equipment (CPE), and IoT modules. A holistic domestic manufacturing push strengthens India’s position in the broader ICT infrastructure landscape.

Forward Look: From Assembly to Architecture in the Telecom Stack

The approval of the MPMS is a watershed moment for the Indian telecom sector. It represents a conscious state-led strategy to move India up the value chain from being a massive consumption market and assembly hub to becoming an architectural power in the mobile ecosystem. For telecom stakeholders, the next five years will involve navigating this transition.

Operators must proactively engage with the scheme’s beneficiaries, potentially through consortiums or dedicated venture arms, to ensure the emerging device landscape aligns with their network evolution and service monetization plans. Infrastructure vendors like Nokia, Ericsson, and domestic players like Sterlite Tech must align their local manufacturing and R&D with the component priorities of MPMS, particularly in Open RAN and 5G-Advanced/6G testbeds.

Regulators (TRAI, DoT) will need to synchronize spectrum policy, quality of service standards, and type approval processes to foster innovation while ensuring interoperability. The ultimate test will be whether Indian-designed devices can achieve global competitiveness in performance, security, and innovation—not just cost.

If successful, the MPMS could redefine India’s role in the global telecom order, creating a resilient, sovereign device pillar that supports the nation’s digital infrastructure ambitions and exports its technological template to the world. The ₹62,500 crore bet is on India moving from importing the future of connectivity to designing and building it.