833-847-3280
Schedule a Call

How Kmart Could Have Prevented Its Credit Card System Security Breach

The recent news about a security breach involving unauthorized credit card activity at Kmart stores serves as a good reminder for businesses to set up in-depth security layering.

According to an article from Krebs On Security, Kmart’s parent company, Sears Holdings, reported that “store payment data systems were infected with a form of malicious code that was undetectable by current anti-virus systems and application controls.”

The company said personal identifying information stayed secured. Credit card numbers were likely compromised. Thieves could use that cardholder data to create counterfeit cards.

Reports of retail security breaches aren’t rare. In 2014, Sears announced a similar breach. Hackers used malware to steal data from hacked point-of-sale (POS) systems. Target and the Home Depot are among other large retailers that have faced data breaches in recent years.

How can your organization help to prevent such a security breach? The key is to go beyond regular security testing protocols, which should include PCI compliance and penetration testing. Here are a couple of important steps you can take to keep your data safe.

Manage Network Segmentation Properly

First, the cardholder data environment (CDE) should have strong segmentations controls in place, such as firewall rules and VLAN segmentation. Proper isolation of a network prevents malware from being able to steal data.

Secondly, your POS system should only be able to communicate with approved IP addresses, such as your credit card payment processors. This prevents outside fraudulent sources from gaining access to card data, since the card numbers never go across the internet.

Also, if your POS system is running on older software, make sure you have an operational plan in place to keep the software updated and secure for today’s threats.

Use In-Depth Security Layering

Many retailers are moving from magnetic stripe to chip-enabled payments. While chip-enabled cards are a great deterrent, and do provide greater security, they don’t offer a guarantee for preventing security breaches. Vulnerabilities are discoverable in the chip system.

That’s why you need in-depth security layering. It is like having a jewelry safe in your house. In addition to the lock on the safe, you have a lock on your front door and possibly an alarm system.  Security layers are defensive layers that are there to slow down intruders and prevent access to the jewelry.

Take the same approach to protecting your data. That way, if vulnerabilities within the chip system are discovered, you already have additional layers of protection against a breach.

The Cost Of A Security Breach

Businesses that have a security breach often suffer serious damage. As reported by Inc., Cisco’s 2017 annual cyber security report found that 50% of breached organizations faced public scrutiny. In addition, 22% lost customers and 29% lost revenue following a breach.

To safeguard your company’s reputation, you need to secure your sensitive data. As we have learned from breaches at major retailers such as those listed above, it’s more important than ever to use a layered approach with cutting-edge technologies that keep your data secure.

Latest Posts

A transparent image used for creating empty spaces in columns
Your network probably looks like an open-floor-plan office. Once someone’s inside, they can go anywhere, talk to anyone, access anything. There are no walls, no locked doors, and no restricted areas. For an office space, that might encourage collaboration. For a network, it’s a security…
A transparent image used for creating empty spaces in columns
You know network segmentation is important. You’ve heard that flat networks enable attackers to move laterally and turn a single compromise into a full breach. But how do you actually implement segmentation? What zones do you create? What firewall rules enforce them? Where do you…
A transparent image used for creating empty spaces in columns
Every organization knows they should patch their systems. It’s basic security hygiene, right up there with using strong passwords and backing up data. Yet unpatched vulnerabilities remain one of the most common entry points in actual breaches. Not because patching is complicated or expensive, but…
A transparent image used for creating empty spaces in columns
Web application security is like maintaining a boat. You inspect the hull, find a small crack, patch it, and continue sailing. A week after that, you find another crack. You patch that too. The week after that? Another crack. This continues indefinitely because boats are…
A transparent image used for creating empty spaces in columns
 Your password isn’t enough anymore. It doesn’t matter how strong it is. It doesn’t matter if it’s 16 characters with special symbols and numbers. And it doesn’t matter if you’ve never written it down or shared it with anyone. Passwords alone are no longer…
A transparent image used for creating empty spaces in columns
“We’re secure because nobody knows about our systems.” “We use non-standard ports so attackers can’t find our services.” “We don’t publish our architecture, so nobody knows how to attack us.” This is security through obscurity; the idea that hiding something makes it secure. And it’s…
contact

Our Team

This field is for validation purposes and should be left unchanged.
Name(Required)
On Load
Where? .serviceMM
What? Mega Menu: Services