Entries Tagged "theft"
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A worker in Amazon’s packaging department in India figured out how to deliver electronics to himself:
Since he was employed with the packaging department, he had easy access to order numbers. Using the order numbers, he packed his order himself; but instead of putting pressure cookers in the box, he stuffed it with iPhones, iPads, watches, cameras, and other expensive electronics in the pressure cooker box. Before dispatching the order, the godown also has a mechanism to weigh the package. To dodge this, Bhamble stuffed equipment of equivalent weight,” an officer from Vithalwadi police station said. Bhamble confessed to the cops that he had ordered pressure cookers thrice in the last 15 days. After he placed the order, instead of, say, packing a five-kg pressure cooker, he would stuff gadgets of equivalent weight. After receiving delivery clearance, he would then deliver the goods himself and store it at his house. Speaking to mid-day, Deputy Commissioner of Police (Zone IV) Vasant Jadhav said, “Bhamble’s job profile was of goods packaging at Amazon.com’s warehouse in Bhiwandi.
Expertise literature in mainstream cognitive psychology is rarely applied to criminal behaviour. Yet, if closely scrutinised, examples of the characteristics of expertise can be identified in many studies examining the cognitive processes of offenders, especially regarding residential burglary. We evaluated two new methodologies that might improve our understanding of cognitive processing in offenders through empirically observing offending behaviour and decision-making in a free-responding environment. We tested hypotheses regarding expertise in burglars in a small, exploratory study observing the behaviour of ‘expert’ offenders (ex-burglars) and novices (students) in a real and in a simulated environment. Both samples undertook a mock burglary in a real house and in a simulated house on a computer. Both environments elicited notably different behaviours between the experts and the novices with experts demonstrating superior skill. This was seen in: more time spent in high value areas; fewer and more valuable items stolen; and more systematic routes taken around the environments. The findings are encouraging and provide support for the development of these observational methods to examine offender cognitive processing and behaviour.
The lead researcher calls this “dysfunctional expertise,” but I disagree. It’s expertise.
Claire Nee, a researcher at the University of Portsmouth in the U.K., has been studying burglary and other crime for over 20 years. Nee says that the low clearance rate means that burglars often remain active, and some will even gain expertise in the crime. As with any job, practice results in skills. “By interviewing burglars over a number of years we’ve discovered that their thought processes become like experts in any field, that is they learn to automatically pick up cues in the environment that signify a successful burglary without even being aware of it. We call it ‘dysfunctional expertise,'” explains Nee.
See also this paper.
There’s a Reuters article on new types of fraud using stolen medical records. I don’t know how much of this is real and how much is hype, but I’m certain that criminals are looking for new ways to monetize stolen data.
California passed a kill-switch law, meaning that all cell phones sold in California must have the capability to be remotely turned off. It was sold as an antitheft measure. If the phone company could remotely render a cell phone inoperative, there would be less incentive to steal one.
I worry more about the side effects: once the feature is in place, it can be used by all sorts of people for all sorts of reasons.
The law raises concerns about how the switch might be used or abused, because it also provides law enforcement with the authority to use the feature to kill phones. And any feature accessible to consumers and law enforcement could be accessible to hackers, who might use it to randomly kill phones for kicks or revenge, or to perpetrators of crimes who might—depending on how the kill switch is implemented—be able to use it to prevent someone from calling for help.
“It’s great for the consumer, but it invites a lot of mischief,” says Hanni Fakhoury, staff attorney for the Electronic Frontier Foundation, which opposes the law. “You can imagine a domestic violence situation or a stalking context where someone kills [a victim’s] phone and prevents them from calling the police or reporting abuse. It will not be a surprise when you see it being used this way.”
I wrote about this in 2008, more generally:
The possibilities are endless, and very dangerous. Making this work involves building a nearly flawless hierarchical system of authority. That’s a difficult security problem even in its simplest form. Distributing that system among a variety of different devices—computers, phones, PDAs, cameras, recorders—with different firmware and manufacturers, is even more difficult. Not to mention delegating different levels of authority to various agencies, enterprises, industries and individuals, and then enforcing the necessary safeguards.
Once we go down this path—giving one device authority over other devices—the security problems start piling up. Who has the authority to limit functionality of my devices, and how do they get that authority? What prevents them from abusing that power? Do I get the ability to override their limitations? In what circumstances, and how? Can they override my override?
The law only affects California, but phone manufacturers won’t sell two different phones. So this means that all cell phones will eventually have this capability. And, of course, the procedural controls and limitations written into the California law don’t apply elsewhere
EDITED TO ADD (9/12): Users can opt out, at least for now: “The bill would authorize an authorized user to affirmatively elect to
disable or opt-out of the technological solution at any time.”
How the bill can be used to disrupt protests.
I’ve been doing way too many media interviews over this weird New York Times story that a Russian criminal gang has stolen over 1.2 billion passwords.
As expected, the hype is pretty high over this. But from the beginning, the story didn’t make sense to me. There are obvious details missing: are the passwords in plaintext or encrypted, what sites are they for, how did they end up with a single criminal gang? The Milwaukee company that pushed this story, Hold Security, isn’t a company that I had ever heard of before. (I was with Howard Schmidt when I first heard this story. He lives in Wisconsin, and he had never heard of the company before, either.) The New York Times writes that “a security expert not affiliated with Hold Security analyzed the database of stolen credentials and confirmed it was authentic,” but we’re not given any details. This felt more like a PR story from the company than anything real.
Yesterday, Forbes wrote that Hold Security is charging people $120 to tell them if they’re in the stolen-password database:
“In addition to continuous monitoring, we will also check to see if your company has been a victim of the latest CyberVor breach,” says the site’s description of the service using its pet name for the most recent breach. “The service starts from as low as 120$/month and comes with a 2-week money back guarantee, unless we provide any data right away.”
Holden says by email that the service will actually be $10/month and $120/year. “We are charging this symbolical fee to recover our expense to verify the domain or website ownership,” he says by email. “While we do not anticipate any fraud, we need to be cognizant of its potential. The other thing to consider, the cost that our company must undertake to proactively reach out to a company to identify the right individual(s) to inform of a breach, prove to them that we are the ‘good guys’. Believe it or not, it is a hard and often thankless task.”
This story is getting squirrelier and squirrelier. Yes, security companies love to hype the threat to sell their products and services. But this goes further: single-handedly trying to create a panic, and then profiting off that panic.
I don’t know how much of this story is true, but what I was saying to reporters over the past two days is that it’s evidence of how secure the Internet actually is. We’re not seeing massive fraud or theft. We’re not seeing massive account hijacking. A gang of Russian hackers has 1.2 billion passwords—they’ve probably had most of them for a year or more—and everything is still working normally. This sort of thing is pretty much universally true. You probably have a credit card in your wallet right now whose number has been stolen. There are zero-day vulnerabilities being discovered right now that can be used to hack your computer. Security is terrible everywhere, and it it’s all okay. This is a weird paradox that we’re used to by now.
Oh, and if you want to change your passwords, here’s my advice.
EDITED TO ADD (8/7): Here’s an article about Hold Security from February with suspiciously similar numbers.
EDITED TO ADD (8/9): Another skeptical take.
Man-in-the-middle attack against a Brazilian payment system:
Brazil has an extremely active and talented cybercrime underground, and increasingly Brazilian organized crime gangs are setting their sights on boleto users who bank online. This is typically done through malware that lies in wait until the user of the hacked PC visits their bank’s site and fills out the account information for the recipient of a boleto transaction. In this scenario, the unwitting victim submits the transfer for payment and the malware modifies the request by substituting a recipient account that the attackers control.
This is the sort of attack that bypasses any two-factor authentication system, since it occurs after all authentication has happened. A defense would be to send a confirmation notice to another device the account-owner owns, confirming the details of the transaction.
Pickpocket tricks explained by neuroscience.
So while sleight of hand helps, it’s as much about capturing all of somebody’s attention with other movements. Street pickpockets also use this effect to their advantage by manufacturing a situation that can’t help but overload your attention system. A classic trick is the ‘stall’, used by pickpocketing gangs all over the world. First, a ‘blocker’, walks in front of the victim (or ‘mark’) and suddenly stops so that the mark bumps into them. Another gang member will be close behind and will bump into both of them and then start a staged argument with the blocker. Amid the confusion one or both of them steal what they can and pass it to a third member of the gang, who quickly makes off with the loot.
I’ve seen Apollo Robbins in action. He’s very good.
Sidebar photo of Bruce Schneier by Joe MacInnis.