Before travelling to another country with your tech, it always pays to see how the local laws might affect you and the tech you carry. For example, some countries have restrictions on VPN usage or encryption technologies. Thus if you’re going to one of those countries, you might want to avoid using a VPN or bringing a laptop that’s encrypted.
Now to be clear, this example that I am about to bring you is not a case of blame the victim. It’s more of a cautionary tale:
In early December, a Canadian trail runner named Tina Lewis was two months into her extended trip to India when she ran into legal trouble due to her backcountry GPS communication device.
On December 6, Lewis, 51, arrived at Dabolim International Airport in the city of Goa, to fly to the nearby city of Kochi. She was traveling with a Garmin inReach Mini, a popular GPS and satellite messaging device often used by backpackers and climbers.
“It had been an amazing trip, the trip of a lifetime,” Lewis told Outside.
But when Lewis removed her InReach from her carry-on bag and placed it onto a scanning tray, she said a security officer approached her and asked her questions about the device. Lewis said armed guards then removed her from the line.
Lewis missed her flight. For the next four hours she was detained and interrogated about the InReach. Although her eventual fine was just $11, Lewis said she spent more than $2,000 to pay legal fees and bail.
“They treated me like a frickin’ fugitive,” she said.
And:
Lewis had unknowingly violated an Indian law that requires individuals to obtain a license before owning or using a personal satellite communication device. Lewis spent the next six days attempting to get her passport back from authorities. She had to appear in court on three consecutive days, and she eventually hired lawyers to avoid jail time.
India’s laws prohibiting individuals from owning satellite devices are published online: Unless registered and licensed by the government, satellite communicators are illegal. The Garmin website lists India as one of 14 countries that may “regulate or prohibit the use or possession of a satellite communicator” or are otherwise embargoed by the United States. The other nations on the list are Afghanistan, Ukrainian Crimea, Cuba, Georgia, Iran, North Korea, Myanmar, Sudan, Syria, Thailand, Vietnam, China, and Russia.
But the roots of the law are tied to an obscure rule from India’s past. The ban on satellite communication originated with the Indian Telegraph Act of 1885 and the Wireless Telegraphy Act of 1933. According to Global Rescue, an international medical and security evacuation service, these older laws were reinforced after the Mumbai terror attacks of 2008, when an Islamist militia used satellite communicators to coordinate bombings and shootings that killed nearly 200 people.
Now from first hand experience having travelled to the country on several occasions, I can say that India has some “interesting” laws when it comes to tech. But this one is kind of surprising. Though I can see from India’s perspective why they need a law like this one. The flip side of that is that the Garmin InReach is a popular device among those who go to remote areas on a frequent basis. Thus you would think that that this is a law that requires modernization for that reason.
By the way, this Canadian wasn’t the only person caught up in a situation like this:
She isn’t the only traveler to run afoul of the law. On December 9, just three days after Lewis’ arrest, a Czech traveler named Martin Polesny with a Garmin was detained at another Goa state airport. The following day, an American named Joshua Ivan Richardson was arrested with a satellite phone in Dehradun. A month prior, another American was detained at Chennai airport for the same reason.
Well, that’s not going to help with getting tourists into India and spending money there. Because now that these stories are out there, the users of these devices are going to think twice about going there because few if any of them are going to leave their Garmin InReach devices at home.
Oh. To borrow a phrase that was often used by Steve Jobs, there’s one more thing:
Direct satellite communication features are increasingly standard in modern smartphones. The newest versions of Apple’s iPhones have satellite communication capabilities. iPhones allow users to send messages to emergency services, share location, and stay in touch with emergency contacts, all while off the grid, with no cellular or Wi-Fi coverage, via satellite connection.
So in theory, if I go to India with my iPhone 14 Pro which has a feature called SOS Over Satellite, I could get into trouble. Well, seeing as I don’t go anywhere without my phone I have two choices. Take my chances or avoid going to India. And it will likely be the latter. Thus if I could give one piece of advice to the Indian government, you need to rethink this law. And at the same time, if I could give one piece of advice to travellers, check the local laws in regards to your tech and make your travel plans accordingly.
India Backs Down From Forcing A “Cybersecurity” Apps Onto Phones After Backlash
Posted in Commentary with tags India on December 4, 2025 by itnerdIndia over the last few days has been pushing tech companies like Apple and Google to install a state developed app that is meant to be enhancing security onto phones in the country and make sure that the app could not be removed. After pushback from pretty much everyone, India yesterday backed away from that effort.
If you want to go down the rabbit hole on this, here’s a story on this along with India’s “spin” on why they backed away from doing this.
Ted Miracco, CEO, Approov had this to say:
“With most of us living and working on our mobile devices, the challenge is not just balancing security and privacy, but also balancing control of the private information between the tech giants as “gatekeepers” and government regulators, who often lack the expertise or execution to keep up with the pace of technological changes.
“True security cannot reside in the operating system alone because the OS can be compromised. It must be anchored in silicon, and the tech giants do facilitate security via the Secure Enclave (Apple), the Titan M2 chip (Google) and Knox Vault (from Samsung). These are separate microcomputers inside your phone with their own processor and memory that store your biometric data and encryption keys. We must ensure apps use these hardware APIs to generate keys that never leave the secure chip, and this data cannot be shared with governments, which was the overreach by the Indian government with the Sanchar Saathi app that has unfettered access to device level APIs.
“To roll back Big Tech without empowering “Big Brother,” we must decouple service from surveillance using both laws and source code. The legal lever involves enforcing an “Information Fiduciary” standard, which legally obligates tech companies to act in your best interest by banning them from exploiting your data for profit and effectively neutralizing their exploitative business models. The technical lever involves Self-Sovereign Identity (SSI) and Zero-Knowledge Proofs (ZKP), which ensure that while these fiduciaries can verify you are a citizen or over 18, they technically never possess your raw identity data; this means that when a government issues a subpoena or demands mass surveillance, the tech giants have no central database to hand over because the keys remain exclusively on your mobile device in the secure silicon enclave.
“While the EU’s GDPR focuses on protecting data, the DGA (passed in 2022) focuses on restructuring who holds it – creating a regulated class of “Data Intermediaries”, as neutral third parties that legally cannot use your data for their own profit like selling ads. Instead of you fighting Facebook alone, you join a “Data Cooperative” or “Data Union” where the union holds your data in a vault and if a company wants to target you with ads, they must negotiate with your union, which can demand a fee or strict privacy guarantees. Hence, the mobile app never “owns” the data, but they can license access to it temporarily.”
George McGregor, VP, Approov follows up with this:
“Government initiatives to reduce mobile-enabled crime through citizen-facing apps are laudable — public safety is a critical goal. But making such apps mandatory sets a troubling precedent. Which apps are installed on an individual device must always be a personal choice.
“Security isn’t based in who publishes an app, but from how that app proves its integrity and behavior. Government apps need to be held to the same standard of provable security and transparency as any other apps. Without strong safeguards like runtime attestation and Zero Trust principles, mandatory apps risk becoming new vectors for abuse, surveillance, or exploitation — even if well-intentioned.”
Michael Bell, CEO, Suzu Labs had this to say:
“The problem with India’s approach wasn’t the goal of improving mobile security, it was the implementation: closed-source code, root-level access, no independent audit, and no user control. If the goal is mandatory security that doesn’t become surveillance, the framework needs to be transparent (open-source, publicly auditable), minimal (only the permissions absolutely necessary), and accountable (independent oversight, clear data access logs). The EU’s approach with GDPR and the upcoming Cyber Resilience Act comes closest to getting this right: they mandate security outcomes and transparency requirements on vendors rather than installing government software on every device, which keeps the trust relationship between users and their hardware intact.
“The honest answer is that perfect security and perfect privacy are fundamentally in tension, and any system that claims otherwise is lying. What we can do is shift the burden: instead of governments monitoring citizens, require device manufacturers and app developers to meet security baselines, mandate transparency about data collection, and give users genuine control. The US hasn’t gotten this right at scale, though California’s CCPA and some state-level IoT security laws are moving in the right direction by regulating the ecosystem rather than surveilling the endpoint.”
This rollback is a good thing as I really had some reservations about what the Indian government was doing. Hopefully a more thoughtful approach to this app is done so that it can be rolled out with a fair amount of confidence that there are not any side effects.
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