We should probably ignore the ones that don’t care about this. Meanwhile, initiatives like this one should help make most of us feel a little more secure that some technology companies care enough to invest in helping us keep our data safe. That’s the nature of most empires, of course: They reach a point at which they can no longer manage and finance their own expansion, at which time they must begin to contract. History shows us this tends to be how things work. What is interesting about this pan-industry initiative is how much it reflects that after a certain amount of time, players in any industry are forced to expend increasing quantities of resources securing their existing perimeter simply in order to stand still. I doubt there are any manufacturers that want to be seen as responsible if someone is hurt or their property damaged because the device they were charging caught fire because its power adaptor was unsafe. However, it’s a commitment that is also driven by all the many instances in which systems have been damaged or in some cases, fires started through use of poor-quality cheap recharging systems. That’s the same commitment that means it is developing AI solutions that work at the edge, on your device. In part, Apple’s decision to introduce these controls reflects its crystal-clear commitment to privacy in a connected age. You control this feature in Settings>Face ID & Passcode in the Allow Access When Locked section using the USB Accessories tool. IOS 12 introduced a new feature called USB Restricted Mode.
The USB-IF decision is a big step toward ensuring your valuable enterprise data is not stolen, damaged, or subjected to ransomware as a result of those types of attacks.
USB used as a route into devices to get to the data they contain.USB power points in airports and other public spaces.Getting hold of that information is a big business - all three of the following attack vectors will have been exploited in order to access data - either by injecting malware to gather data and send it back to a central command server or to penetrate device security in another way. What this means for enterprise usersĮnterprise users know their data is at risk.ĭata stacks are driving infrastructure, proprietary data collections will drive future business opportunity, and recent events have underlined how these collections of information can be abused to create incredibly difficult to fix problems. What’s really important is that this protection is put in place before any power or data is exchanged between the systems. This protection will extend across cables, connected devices and chargers.Power transfers may be peaked at a lower level to protect against overheating if using an unauthorized charging system, for example. Alternatively, power may be transferred but data will not be.If the cable does not comply, then it just won’t work - data won’t be transferred between the cable and the host system.The system scans the cable to confirm it complies with the restrictions of the scheme.The USB Type-C Authentication Program is a scheme in which computers, smartphones, and other “host systems” will be able to identify USB-C cables that don’t meet the grade.
So, it seems, do the manufacturers, with Apple and other members of the USB Implementer’s Forum (USB-IF) announcing plans to introduce a USB-C authentication program they hope will help protect us against these risks. With so much enterprise and personal data stuffed inside our devices, most right-thinking people will want to protect themselves against any of these threats. That’s even before we look at systems that use USB to penetrate device security to steal your data, or USB thumb drives used as exploits in organised attacks against key infrastructure.
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Modified cables are also sometimes used as an exploit attempt by hackers eager to install malware inside of your devices. Not only might cheap cables be poorly made and liable to accidentally damaging your device or setting themselves on fire, but there are other risks. These fakes were likely to cause electric shock or burst into flames if exposed to high voltage, typical in the event of a power surge. It was only in 2016 that it was revealed that hundreds of chargers at that time sold on Amazon and advertised as being made by Apple were in fact dangerous fakes. The risks of USB-C cablesĬables are complicated, and that’s why friends don’t let friends connect cut-price or otherwise unverified USB-C cables to their systems - and soon, you won’t be able to.Īpple has warned its users to avoid using low-quality equipment for years. Apple wants to make it harder for its customers to use cheap USB-C cables - and it’s for your own good.
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