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UK's Cyber Security Agency Supports Apple's Denial That Chinese Spies Infiltrated iCloud Servers
The United Kingdom's National Cyber Security Centre has backed Apple's and Amazon's denials of a Bloomberg Businessweek report that claimed Chinese spies planted tiny chips the size of a pencil tip on motherboards manufactured by Supermicro, which both Apple and Amazon used at one time in data center servers.
"We are aware of the media reports but at this stage have no reason to doubt the detailed assessments made by AWS and Apple," the agency, a unit of the GCHQ, said in a statement provided to Reuters today.
"The NCSC engages confidentially with security researchers and urges anybody with credible intelligence about these reports to contact us," it added.
Apple was a Supermicro customer for several years, using its servers to power the likes of iCloud, Siri, and the App Store, although it severed ties with the company in 2016 due to a previously-reported and allegedly unrelated incident in which Apple discovered an infected driver on a single server in one of its labs.
Bloomberg Businessweek yesterday reported that Apple discovered the suspicious microchips around May 2015, after detecting odd network activity and firmware problems. Two senior Apple insiders were cited as saying the company reported the incident to the FBI, but kept details tightly held.
The insiders cited in the report said in the summer of 2015, a few weeks after Apple identified the malicious chips, the company started removing all Supermicro servers from its data centers. Every one of the 7,000 or so Supermicro servers was replaced in a matter of weeks, according to one of the insiders.
One government official cited in the Bloomberg Businessweek report said China's goal was "long-term access to high-value corporate secrets and sensitive government networks." No consumer data is known to have been stolen, the report added, but the extent of the alleged attack appears to be unclear.
Apple denied Bloomberg Businessweek's report in a strongly-worded statement:
Note: Due to the political nature of the discussion regarding this topic, the discussion thread is located in our Politics, Religion, Social Issues forum. All forum members and site visitors are welcome to read and follow the thread, but posting is limited to forum members with at least 100 posts.
"We are aware of the media reports but at this stage have no reason to doubt the detailed assessments made by AWS and Apple," the agency, a unit of the GCHQ, said in a statement provided to Reuters today.
"The NCSC engages confidentially with security researchers and urges anybody with credible intelligence about these reports to contact us," it added.
Apple was a Supermicro customer for several years, using its servers to power the likes of iCloud, Siri, and the App Store, although it severed ties with the company in 2016 due to a previously-reported and allegedly unrelated incident in which Apple discovered an infected driver on a single server in one of its labs.
Bloomberg Businessweek yesterday reported that Apple discovered the suspicious microchips around May 2015, after detecting odd network activity and firmware problems. Two senior Apple insiders were cited as saying the company reported the incident to the FBI, but kept details tightly held.
The insiders cited in the report said in the summer of 2015, a few weeks after Apple identified the malicious chips, the company started removing all Supermicro servers from its data centers. Every one of the 7,000 or so Supermicro servers was replaced in a matter of weeks, according to one of the insiders.
One government official cited in the Bloomberg Businessweek report said China's goal was "long-term access to high-value corporate secrets and sensitive government networks." No consumer data is known to have been stolen, the report added, but the extent of the alleged attack appears to be unclear.
Apple denied Bloomberg Businessweek's report in a strongly-worded statement:
Over the course of the past year, Bloomberg has contacted us multiple times with claims, sometimes vague and sometimes elaborate, of an alleged security incident at Apple. Each time, we have conducted rigorous internal investigations based on their inquiries and each time we have found absolutely no evidence to support any of them. We have repeatedly and consistently offered factual responses, on the record, refuting virtually every aspect of Bloomberg's story relating to Apple.Apple later clarified that it is not under any kind of gag order or other confidentiality obligations after speculation mounted.
On this we can be very clear: Apple has never found malicious chips, "hardware manipulations" or vulnerabilities purposely planted in any server. Apple never had any contact with the FBI or any other agency about such an incident. We are not aware of any investigation by the FBI, nor are our contacts in law enforcement.
In response to Bloomberg's latest version of the narrative, we present the following facts: Siri and Topsy never shared servers; Siri has never been deployed on servers sold to us by Super Micro; and Topsy data was limited to approximately 2,000 Super Micro servers, not 7,000. None of those servers has ever been found to hold malicious chips.
As a matter of practice, before servers are put into production at Apple they are inspected for security vulnerabilities and we update all firmware and software with the latest protections. We did not uncover any unusual vulnerabilities in the servers we purchased from Super Micro when we updated the firmware and software according to our standard procedures.
We are deeply disappointed that in their dealings with us, Bloomberg's reporters have not been open to the possibility that they or their sources might be wrong or misinformed. Our best guess is that they are confusing their story with a previously-reported 2016 incident in which we discovered an infected driver on a single Super Micro server in one of our labs. That one-time event was determined to be accidental and not a targeted attack against Apple.
While there has been no claim that customer data was involved, we take these allegations seriously and we want users to know that we do everything possible to safeguard the personal information they entrust to us. We also want them to know that what Bloomberg is reporting about Apple is inaccurate.
Apple has always believed in being transparent about the ways we handle and protect data. If there were ever such an event as Bloomberg News has claimed, we would be forthcoming about it and we would work closely with law enforcement. Apple engineers conduct regular and rigorous security screenings to ensure that our systems are safe. We know that security is an endless race and that's why we constantly fortify our systems against increasingly sophisticated hackers and cybercriminals who want to steal our data.
Note: Due to the political nature of the discussion regarding this topic, the discussion thread is located in our Politics, Religion, Social Issues forum. All forum members and site visitors are welcome to read and follow the thread, but posting is limited to forum members with at least 100 posts.
Tags: China, The Big Hack
[ 111 comments ]
Top Rated Comments
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13 months ago
But how do all these detailed denials and factual analyses override my moronic conspiracy theory that says everyone is lying except the source who told businessweek the truth? Clearly the first amendment is a sham and the US government is compelling Apple to lie instead of allowing them to merely keep their mouths shut. And certainly these chips have magic superpowers and can do things that lib tard chips can’t do. And certainly the only reason Apple is lying is because they are controlled by a China and don’t worry about the SEC fine when the truth comes out. Oh, wait. That’s two contradictory reasons. Well that just somehow proves my idiotic point.
13 months ago
This is ridiculous. These "U.S. Officials" are just downright neanderthals if they think you can just replace any chip. They don't even understand how a motherboard works and the amount of work it would take to rework the traces on the motherboard to accommodate any modifications like this. You'd be crazy not to notice.
13 months ago
This is a story that could only have been believed by a reporter ie: someone who is smart enough to think they understand how computers work, but not smart enough to understand how computers work.
Let's put it this way: if you were going to put this magic chip onto a motherboard, what would it be connected to? And how would you hide it? Circuit board design isn't a random tangle of leads wandering around the board. They need to be where they are due to routing and physics. For network access, you need to connect that chip to something that is connected to a network. And power. And a clock. And if it does all of the stuff it says in the article it needs direct lines into the CPU, network card, and possibly the north/southbridge. That means a whole bunch of traces that magically appeared on a motherboard - and nobody noticed.
Yeah, right. That's complete BS. Even a lights-out manager (LOM), which allows access when the power is out, requires a whole lot of connections. Noticeable connections. You can't really hide this kind of stuff.
Let's put it this way: if you were going to put this magic chip onto a motherboard, what would it be connected to? And how would you hide it? Circuit board design isn't a random tangle of leads wandering around the board. They need to be where they are due to routing and physics. For network access, you need to connect that chip to something that is connected to a network. And power. And a clock. And if it does all of the stuff it says in the article it needs direct lines into the CPU, network card, and possibly the north/southbridge. That means a whole bunch of traces that magically appeared on a motherboard - and nobody noticed.
Yeah, right. That's complete BS. Even a lights-out manager (LOM), which allows access when the power is out, requires a whole lot of connections. Noticeable connections. You can't really hide this kind of stuff.
13 months ago
We run a server. Incredible amount of hack attempts logged. Mostly always from China. Probably the biggest cyber threat in the world.
I'm still trying to figure how I can block any IP from China pre-emptively.
I'm still trying to figure how I can block any IP from China pre-emptively.
13 months ago
This is ridiculous. These "U.S. Officials" are just downright neanderthals if they think you can just replace any chip. They don't even understand how a motherboard works and the amount of work it would take to rework the traces on the motherboard to accommodate any modifications like this. You'd be crazy not to notice.
Actually many chips on the board communicate using a standard bus system (I2C / SMBUS), so you could in theory attach anywhere on the bus to tap into it. There are reasons this story is implausible, but this isn't one of them.
13 months ago
Good god the internet is full of people who think they are experts at things they've never done, I don't know why I bother reading comments.
As someone who has actually designed circuit boards and had them built, there are multiple ways this could have been done. I've had PCB manufacturing partners tweak the gerber files output from my cad files, its standard operating procedure as they prepare the design for their manufacturing equipment and it sometimes needs tweaks to ensure it etches correctly or that pads are properly sized based on their assembly experience vs what the default sizes in the part library were.
Regarding people spouting nonsense about it not having enough pins to intercept the CPU bus, no one freaking claimed it did. The supposid hack injected custom code into the remote management controller over its serial flashrom bus, which only requires 3 or 4 pins.
Did it happen? I don't know. The most difficult part of this was secretly inserting the chip into the production line and getting someone to modify the gerber files, but, seeing the Chinese government has strong control over all their companies, I don't see that as a huge problem either.
As someone who has actually designed circuit boards and had them built, there are multiple ways this could have been done. I've had PCB manufacturing partners tweak the gerber files output from my cad files, its standard operating procedure as they prepare the design for their manufacturing equipment and it sometimes needs tweaks to ensure it etches correctly or that pads are properly sized based on their assembly experience vs what the default sizes in the part library were.
Regarding people spouting nonsense about it not having enough pins to intercept the CPU bus, no one freaking claimed it did. The supposid hack injected custom code into the remote management controller over its serial flashrom bus, which only requires 3 or 4 pins.
Did it happen? I don't know. The most difficult part of this was secretly inserting the chip into the production line and getting someone to modify the gerber files, but, seeing the Chinese government has strong control over all their companies, I don't see that as a huge problem either.
13 months ago
The gag order included having to actively deny it!!!
(So sad, that you can‘t make actual jokes about these things anymore)
(So sad, that you can‘t make actual jokes about these things anymore)
13 months ago
And some people still wonder why others question the credibility of the press...
13 months ago
The article is mostly right, but someone made it look like China is doing the spying when in reality it is someone else.
Who do we know that has a history of installing spy chips on computers?
Hint: Snowden told us.
Who do we know that has a history of installing spy chips on computers?
Hint: Snowden told us.
[ Read All Comments ]
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