Cybersecurity incidents and data breaches have become a normal part of the news cycle. It feels like every day you hear about a big corporation or organization suffering an attack that has put customer or user data in jeopardy. Sometimes this is because a security strategy was lacking; sometimes, the criminal’s attack was simply too powerful. Regardless of how or why a cyberattack begins, the fallout can be devastating for all those involved.
Facebook and Twitter have announced that personal data related to hundreds of users may have been improperly accessed after users logged into third-party Android apps with their social media accounts. According to a report by CNBC, users of Android apps that made use of a software development kit (SDK) named oneAudience may have unwittingly shared information such as their email addresses, usernames and recent tweets.
The end of November is a busy time in the United States. On Thanksgiving, friends and family gather together to give thanks for good food and good company. Once they’ve put away the leftovers, many Americans don their coats and head to the malls for Black Friday. The official start to the Christmas shopping season, Black Friday is exciting because many retailers announce limited-time sales that promise huge savings to die-hard consumers.
Traditional IT organisations have seen significant gains in adopting Platform as a Service (PaaS) solutions. In this blog post, the second in a series looking at the ways to adapt your security operations to reflect the new technologies of cloud solutions, we’re going to look at what you should consider when implementing your security controls for a PaaS environment.
‘Tis the season! Winter holidays are upon us, and with it brings the yearly high-volume online shopping season we all know as Black Friday/Cyber Monday (BFCM). With the total US consumer spending estimated at over $717 billion in the 2018 BFCM season, retailers know that the next few weeks are a critical time for their infrastructure. Unfortunately, so do ransomware attackers.
Depending on your familiarity with the Cloud Security Alliance (CSA) publications, part one of this blog was intended as either an introduction or a nagging reminder of the ‘Egregious Eleven’ security threats to cloud computing. It also hopefully made some helpful observations about the first six items on the list. Part two now looks at the remaining five threats, starting with...
Malicious actors are increasingly launching digital attacks against industrial organizations. Many of these campaigns have been successful, particularly those that have targeted energy utilities and manufacturing plants. In late spring 2019, for instance, aircraft parts manufacturer ASCO temporarily suspended operations worldwide after falling victim to a ransomware attack.
Organizations are increasingly preoccupied with strengthening the digital security of their industrial control systems (ICS). They no doubt heard FireEye reveal that it had detected a second intrusion by the same actor behind Triton malware at a second critical infrastructure organization. More recently, they likely heard confirmation of a digital attack that struck the Kudankulam Nuclear Power Plant (KKNPP) in Tamil Nadu, India back in September.
Ransomware hit Louisiana’s state government hard yesterday, shutting down multiple websites and email systems after it fell victim for the second time in just a few months to a ransomware attack.
This is a follow-up/continuation to Part One of the series, where I recommend reading to help provide some background into why we should all consider reviewing our OPSEC (Operational Security), not just those with something to hide. Have you actually thought about how much you are tracked on a daily basis? Think about everything you post on social media, what you search, the apps that are generating metadata (with or without your consent), what your phone knows about you.
As business adoption of cloud services continues to grow at a rapid pace, so does the need to adapt security methods to accommodate the myriad of options. Traditional best practices often still provide a solid foundation from which to build on, but depending upon the technologies you opt to migrate to the cloud, different challenges and solutions need to be explored in order to ensure that your security operations can maintain visibility and control and prevent critical risks and vulnerabilities.
According to IBM, 98 percent of companies will be using multiple hybrid cloud environments by 2021. This trend isn’t surprising. There are many benefits to operating in the cloud such as improved productivity, an increase in elasticity and huge cost-savings, to name a few. However, we keep seeing a range of issues when it comes to cloud security.
One cannot underestimate the effect that the ongoing skills gap is having on organizations’ digital security strategies. Gartner estimates that the global number of unfilled digital security positions is expected to grow to 1.5 million by 2020. Reflecting this trend, more than 70 percent of organizations feel that hiring skilled infosec personnel became harder between 2017 and 2019.
Yet another company has been found lacking when it comes to securing its consumers’ data. Utah-based InfoTrax Systems provides back-end services to multi-level marketing companies (MLMs) such as dōTERRA, ZanGo, and LifeVantage, providing website portals where individuals can register as a distributor, sign-up new distributors, and place orders for themselves and end consumers.
Researchers have detected a new ransomware family they’re calling “PureLocker” which attackers are using to target enterprises’ production servers. Intezer detected a sample of the ransomware masquerading as the Crypto++ C++ cryptography library. In their analysis of the sample, they noticed something unusual when they saw that alleged library contained functions related to music playback.
How many times has a vendor released a critical cybersecurity patch for an operating system that is in “end of life” (EOL), or the lifecycle period where the vendor no longer issues patches for bug fixes, operational improvements and cybersecurity fixes free of charge? So if a vendor takes the time and resources to break this freeze and issue a patch for an EOL operating system like it did in response to BlueKeep, what does it tell you?
An enterprise vulnerability management program can reach its full potential when it is built on well-established foundational goals that address the information needs of all stakeholders, when its output is tied back to the goals of the enterprise and when there is a reduction in the overall risk of the organization. Such vulnerability management technology can detect risk, but it requires a foundation of people and processes to ensure that the program is successful.
BlueKeep is the name that has been given to a security vulnerability that was discovered earlier this year in some versions of Microsoft Windows’ implementation of the Remote Desktop Protocol (RDP). The vulnerability was described as “wormable” by Microsoft, and users were warned that BlueKeep might be exploited in a similar fashion to how the WannaCry ransomware used the Eternal Blue vulnerability to spread widely in 2017.
Executive Order 13636, “Improving Critical Infrastructure Cybersecurity,” directed the development of the voluntary Cybersecurity Framework that provides a prioritized, flexible, repeatable, performance-based and cost-effective approach to manage cybersecurity risk for those processes, information and systems directly involved in the delivery of critical infrastructure services.
When I meet with customers, I always ask about their primary objective in moving to the cloud. The majority of these customers have the same response: “to save money.” I can’t blame customers for taking this position. Google “cloud deployment” and the headers are dominated by positive articles that offer up anecdotal evidence of how the cloud can save customers money.
Security is both a benefit and a concern for enterprises when it comes to cloud computing. On the one hand, Datamation found in its State of the Cloud, 2019 survey that many organizations are moving to the cloud because they found that cloud-service providers (CSPs) offer better all-around security than they could achieve by themselves.
Helping to define and examine the top perceived cloud security threats of the day, the ‘Egregious Eleven’ is the most recent iteration in an evolving set of summary reports published by the Cloud Security Alliance (CSA). It follows on from the ‘Treacherous Twelve,’ which they defined for us in 2016, and the ‘Notorious Nine,’ which they presented in 2013.
We all know about the type of attacker who leverages their technical expertise to infiltrate protected computer systems and compromise sensitive data. This breed of malicious actor makes news all the time, prompting us to counter their exploits by investing in new technologies that will bolster our network defenses. However, there is another type of attacker who uses different tactics to skirt our tools and solutions.
Privileged access management (PAM) consists of strategies and technologies for exerting control over the elevated (“privileged”) access and permissions for users, accounts, processes and systems across an IT environment. By implementing an appropriate level of privileged access controls, PAM helps organizations condense their organization’s attack surface and prevent, or at least mitigate, the damage arising from external attacks as well as from insider wrongdoing or negligence.
Over the past few years, there has been a massive cultural and legal shift in the way consumers view and secure their personal data online that’s in line with the rise of advanced technologies like artificial intelligence. Concerned by an increasing rate of incidents that range from the 2017 Equifax hack to the scandalous Cambridge Analytica gaming of consumers’ social media data for political purposes, policymakers have begun to strike back on consumers’ behalf.
With more and more automation systems and industrial devices being connected to networks, raw data from every device can be transformed into a treasure chest of valuable information. Granted, this data can help to optimize the process, but with connectivity comes new ICS cybersecurity concerns.
