The coordinated explosion of thousands of pagers and radios used by members of Hezbollah across Lebanon and Syria earlier this week marked a new dawn of clandestine warfare.
The shockingly coordinated and devastatingly effective attack, widely seen as the work of Israel‘s Mossad secret service, injured thousands of militants, not to mention many civilians.
Lebanese authorities on Thursday banned radios and pagers from being taken on flights from Beirut airport while Hezbollah, still reeling from the devastating blasts, is scrambling to re-establish a secure command and communication network.
But the unsettling incident has also sparked fears over whether such tactics could extend to the technology used by millions every single day – the likes of our cherished smartphones, tablets and smartwatches.
A man is bleeding after his pager exploded in Beirut, Lebanon
Pagers used by Hezbollah members for vital communications exploded on Tuesday, injuring thousands. On Wednesday, radios and walkie-talkies, like the one pictured in the hand of the man standing over the victim here, also exploded
A photo taken on September 18, 2024, in Beirut’s southern suburbs shows the remains of exploded pagers on display at an undisclosed location
In 2011, a tall tale surfaced about Steve Jobs and the team of Apple engineers tasked with creating the first iPod.
The story goes that, after months if not years of painstaking research, development and cutting-edge engineering, the team presented their CEO with their cherished prototype – only for Jobs to immediately reject it for being too big.
When the engineers protested that it was simply impossible to make it smaller, Jobs strode over to an aquarium and tossed the device into the water.
As air bubbles escaping from the prototype rose to the surface, he barked: ‘That means there’s space in there. Make it smaller.’
Apple connoisseurs and tech enthusiasts have long debated whether the anecdote is fact or fiction.
But it perfectly encapsulates the start of a trend that has now endured for decades – the race to make our tech smaller and sleeker.
Experts have speculated that Israeli agents were able to booby-trap Hezbollah’s pagers and radios by inserting a small quantity of high explosives into their internal workings.
This vulnerability simply no longer exists with today’s technology.
No space in a modern smartphone, tablet or watch is wasted. Each device is designed with ruthless precision, stuffed with hardware and packaged as tightly and efficiently as possible.
Employees and Smartphones seen on the assembly line at the OnePlus manufacturing facility in Dongguan, China
Workers are seen on the production line at Huawei’s production campus on April 11, 2019 in Dongguan, near Shenzhen, China
What’s more, the majority of today’s devices are no longer modular.
Unlike an old pager, made up of replaceable parts with plenty of internal spaces, you can’t replace your modern phone’s battery by simply unclipping the casing and sliding it out – the device comes sealed as one unit.
These features mean that a nefarious actor seeking to plant explosives inside a phone produced in recent years would need an extremely impressive technical capability.
Alan Woodward, the University of Surrey’s professor of cybersecurity, told WIRED: ‘When you open up a smartphone, I think the only way to get any sort of meaningful amount of high explosive in there would be to do something like replace one of the components… (but that) would compromise its functionality.’
In other words, not only would a saboteur need to be able to unpackage, modify and repackage the device leaving no marks, but any such modification would likely result in some kind of malfunction such as noticeably reduced battery life, concerning heat production or a lack of functionality.
Most gadgets undergo rigorous performance and safety testing both during and after the manufacturing process, so any such issues would almost certainly be detected before a device makes its way into the hands of the end consumer.
Unlike an old pager, made up of replaceable parts with plenty of internal spaces, you can’t replace your modern smartphone’s battery by simply unclipping the casing and sliding it out – the device comes sealed as one unit
Security guards stand outside a Samsung facility near the city of Chennai, India, September 16, 2024
People work on machines at the Foxconn factory in Guiyang, Guizhou Province, China, that produces tech for Apple and several other IT companies
Much of the speculation around the attack on Hezbollah has focused on how the perpetrators managed to tamper with the devices before they arrived in Lebanon.
The details of the feat remain extremely murky, but Lebanese security sources believe Israeli spies managed to modify the devices ‘at the production level’.
Analysts and officials claim that an Israeli-operated front company likely oversaw one stage of the manufacturing process, ensuring the fatal charges could be introduced without interruption or detection before being shipped to Lebanon.
‘The Mossad injected a board inside of the device that has explosive material that receives a code. It’s very hard to detect it through any means. Even with any device or scanner,’ a Lebanese security source told Reuters.
The working theory is that an Israeli operator sent an error code to the affected devices which caused them to beep or vibrate incessantly.
When the user hit the button to cancel the alert, they activated the detonator and the device blew up in their hands.
But interrupting the supply chain of a modern smartphone or tablet is a far harder task.
No space in a modern smartphone, tablet or watch is wasted. Each device is designed with ruthless precision, stuffed with hardware and packaged as tightly and efficiently as possible
The remnants of a destroyed pager or paging device that exploded on September 17, 2024
Though decades of globalisation mean that most of our tech is produced thousands of kilometres away and shipped around the world, the production process is now extremely efficient.
Not only are modern technology production lines fast and accurate, they also operate under strict security measures to prevent details of the products from leaking to competitors.
Modern phones, especially high-end models like iPhones or flagship Android models are also constructed using automated robotic assembly processes.
Yet another layer of protection comes from the sheer volume of devices produced.
The halcyon devices intercepted and modified – likely by Mossad – were produced as part of a small production run by small retailers for one single client – Hezbollah.
Disrupting that supply chain is simply not comparable to infiltrating a major manufacturer that is consistently mass-producing millions upon millions of devices each year.
‘There will be curiosity (from major manufacturers) but their production and delivery chains are completely different to small-scale companies, including vendors of counterfeit transceivers,’ Lukasz Olejnik, a visiting senior research fellow of the Department of War Studies of King’s College London, told Al-Jazeera.
‘There’s no reason to consider that they may be affected.’
