A semiconductor engineer with over a decade of experience in solid state device research and industry analysis.
In a notable step, India's telecommunications ministry has confidentially asked mobile phone manufacturers to include all new phones with a national cybersecurity tool that is non-removable. This directive, which has come to light, is likely to antagonise major tech firms like Apple and raise questions among privacy advocates.
To combat a rising tide of online fraud and device misuse, The Indian authorities is joining authorities worldwide. This action parallels similar regulations introduced in nations like Russia, which aim to prevent the use of lost phones for fraud and push official service apps.
The new order affects key mobile phone brands active in the Indian market. Among them are Apple, a company that has in the past clashed with the telecom authority over similar apps, as well as leaders like Samsung, Vivo, Oppo, and Xiaomi.
An directive dated 28 November provides phone manufacturers a three-month deadline to ensure that the official Sanchar Saathi application is included on all new devices. A critical provision is that owners are prevented from deleting the software.
For devices currently in the distribution network, manufacturers are instructed to send the app via software patches. It is worth mentioning that this directive was privately circulated and was dispatched in confidence to select firms.
However, legal analysts have expressed serious worries regarding this policy. A legal expert focusing in technology issues stated that India's directive is a cause for concern.
“The government practically erodes user consent as a genuine choice,” said Mishi Choudhary, an expert working on digital advocacy matters.
Consumer organisations had earlier questioned a comparable mandate by Russia in August for a state-backed messenger called Max to be included on phones.
India, among the world's biggest telephone markets, boasts more than 1.2 billion subscribers. Government data indicate that the cybersecurity application, launched in January, has already assisted in locating more than 700,000 lost phones, with around 50,000 found in October by itself.
The authorities states that the app is crucial to combat the “serious endangerment” of telecom cybersecurity from cloned or spoofed IMEI numbers, which enable scams and network misuse.
Apple's iOS powers an estimated 4.5% of the 735 million mobile phones in India, with the vast majority using Android, as per market research. While Apple includes its own proprietary applications on its devices, its company guidelines reportedly ban the inclusion of any third-party application before the sale of a device.
“Apple has in the past declined these kinds of demands from authorities,” noted Tarun Pathak, a research director at Counterpoint.
“It’s likely to seek a negotiated solution: rather than a mandatory inclusion, they might discuss and ask for an alternative to nudge users towards installing the app.”
Queries for response from Apple, Google, Samsung, and Xiaomi went unanswered. India’s telecommunications department also offered no comment.
The IMEI, or International Mobile Equipment Identity, is a 14- to 17-digit number assigned to each handset. It is primarily used by networks to cut off network access for phones reported as stolen.
The Sanchar Saathi application is primarily created to help users block and locate lost or stolen smartphones across all mobile carriers, using a central registry. It also allows them to identify, and block, illegal mobile connections.
With over 5 million installs since its release, the app has reportedly helped block over 3.7 million stolen or lost mobile phones. Additionally, over 30 million fraudulent connections have also been blocked through its use.
The government states that the app aids in combating digital threats and assists in the tracking and blocking of missing phones, thereby helping police in recovering handsets and keeping counterfeits out of the black market.
A semiconductor engineer with over a decade of experience in solid state device research and industry analysis.