Ashwini Vaishnaw sets October 2028 deadline for smartphones designed, manufactured, branded in India: What he said

Ashwini Vaishnaw has set an October 2028 target for an Indian-designed, Indian-manufactured and Indian-branded smartphone. The promise matters because India already manufactures many phones for international companies, but does not necessarily own the technology, intellectual property or brand behind them.

Vaishnaw made the statement at the NDTV World Summit in Delhi on October 23, 2026. He said, “23 October 2028” should be noted as the date by which such phones could be available. The proposed device would involve domestic design, manufacturing and ownership of the intellectual property.

The brand, price, specifications and exact launch date were not disclosed. The target remains an ambition rather than a guarantee that the phone will succeed commercially. Its future performance would depend on price, features, quality, software support and availability, especially against established companies such as Apple and Samsung.

Assembling a smartphone in India means manufacturing or putting together a device locally, often for an international company. Designing, owning the intellectual property and branding it in India means developing the phone’s underlying technology, controlling its designs and selling it under an Indian company’s own name.

The distinction matters because a phone can be made in India without Indian companies owning its core technology. The article notes that India is already a significant manufacturing base for smartphones sold by international companies. However, local production does not automatically mean domestic ownership of the technology, intellectual property or brand.

The proposed handset would aim to keep its design and intellectual property within India while carrying an Indian brand. Vaishnaw said experience from developing a 5G-plus phone for a major US telecommunications provider could support that goal. The article does not identify the future brand or its ownership structure.

India already handles a significant part of smartphone production through domestic manufacturing. However, the article does not provide a percentage, unit count or precise share of the complete smartphone-making process. It emphasizes that manufacturing locally is different from developing the technology and intellectual property behind a handset.

The article gives a concrete example of India’s expanding capability. Two domestic companies accepted a government challenge to design a mobile-phone printed circuit board. One later developed a 5G-plus phone for a major US telecommunications service provider, and that phone was manufactured and supplied to customers.

Vaishnaw also said electronics has become India’s third-largest export category. He expects it to rise to second place in the near future. The proposed Indian brand would test whether India can move beyond manufacturing products for global companies and develop, own and sell a complete product under its own name.

Designing a complete smartphone means combining many systems so they work together inside a small, usable device. The phone must handle communication, computing, images, storage, display output and energy management without sacrificing practical performance.

The article lists radio-frequency communication, antennas, computing hardware, memory, cameras, displays and power-management systems. These parts must be integrated within a compact body. The design also has to balance battery performance, weight and connectivity. A phone is therefore more than a collection of separately assembled components.

This engineering challenge helps explain why domestic design and intellectual property are harder to build than manufacturing capacity alone. Vaishnaw said India has been developing the required capabilities over several years, including through domestic smartphone-hardware initiatives. The proposed handset would show whether those capabilities can be combined into a competitive, Indian-branded product.

A smartphone motherboard is a printed circuit board, or PCB, that connects and supports the electronic components inside a phone. It provides the physical and electrical foundation needed for those components to work together. Without that connected structure, the device could not operate as an integrated handset.

Vaishnaw said the government challenged domestic designers several years ago to develop a PCB for a mobile phone. Two companies accepted the challenge. One company produced a design that was later selected by a major US telecommunications service provider, showing that the work could support a commercial 5G-plus device.

The experience lasted approximately three-and-a-half years, according to Vaishnaw. The resulting phone was designed and delivered to the US operator, then manufactured and supplied to customers. That experience is expected to help India develop a domestically branded handset while keeping its design and intellectual property within the country.

A successful Indian-branded smartphone could help India move from manufacturing products for global companies to developing and selling products under its own name. That shift would matter for the country’s technology sector because it could deepen capabilities in product design, hardware engineering and intellectual property.

The article also points to benefits for domestic suppliers. A homegrown handset could create opportunities for companies providing components, engineering services and other inputs, although the article does not specify which suppliers would benefit. India has already built smartphone motherboard design capabilities, and one domestic design supported a 5G-plus phone supplied to customers.

Success would not be automatic. The phone would need competitive pricing, performance, reliability, software support and availability. If it meets those demands, the project could strengthen Indian companies and suppliers. If it does not, the October 2028 target would still represent capability-building, but not proof of commercial success.

Competing with Apple and Samsung would require more than making a phone in India. Established brands already have extensive distribution networks, product ecosystems and loyal customers. Those advantages help them reach buyers, connect devices and services, and encourage continued use of their products.

The proposed Indian handset would therefore need competitive pricing and performance, but also reliability and software support. Distribution would determine whether customers can easily find and buy the phone. The article also identifies a product ecosystem as an important advantage held by established brands, making the overall experience broader than the physical handset.

India’s manufacturing experience provides a foundation, but it does not guarantee market success. The article does not disclose the proposed phone’s software, ecosystem, price or distribution plan. Its eventual performance will depend on price, features, quality and availability, as well as the company’s ability to compete with established customer loyalty.