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No one can deny that keeping up with the pace of change in this field is challenging at best, and can, at worst, feel impossible. As soon as you feel like you have a good handle on the major threats to your organization, three new threats pop up. So how can you keep up? If you want to stay ahead or even just keep pace, you need not only to understand the fundamental principles of a solid information security program but also to understand how to apply them to mitigate your organization’s specific risks.
Phishing is a social engineering scam that involves obtaining login credentials of privileged insiders by posing as a trustworthy entity in an electronic communication. Most data breaches are traced back to phishing and the theft of login credentials that enable attackers to gain entry into proprietary systems.
Corporations are increasingly storing sensitive data in both public and private clouds, which creates new security concerns. Chief among the concerns are the security of data when migrating to the cloud, and the protection of data in a hybrid-cloud environment. Developers in particular are responsible for ensuring that custom applications do not accidently reveal critical data in public clouds. In 2018, more custom enterprise applications will reside in public infrastructure-as-a-service (IaaS) platforms such as those in AWS, rather than in private corporate datacenters. Cloud providers such as Amazon offer micro services to help secure customer data. However, enterprises still own the bulk of the responsibility for securing custom applications regardless of where they are hosted. Enterprises that utilize hybrid-clouds have to worry about how to orchestrate the complex balance between legacy and cloud-native infrastructure as well as ensure that the code in the apps they are releasing is not vulnerable once deployed.
DevOps failures lead to data-breachesIn 2016, Uber leaked the data of 57 million people. The data was hosted Amazon Web Services (AWS) and neither Amazon or Uber could protect it. Why? Because Uber’s contract-developers accidentally published code that included AWS keys on GitHub. The AWS login-credentials gave hackers access to privileged files on Uber’s AWS account. From a security perspective (not PR), Uber’s breach is both a reminder of the significance of what can happen when attackers breach a privileged account, and a reminder that development operations teams are often the first line of defense. Uber is not alone. Throughout 2017 a number of firms reportedly leaked sensitive data as a result of a common issue: developers misconfiguring AWS accounts for public access. Fileless cyber-attacks are on the riseRecent attacks including WannaCry, Petya, and Apache Struts all leveraged Fileless memory-based attacks to penetrate systems, hunt, and steal valuable data. Fileless and memory corruption tool-kits enable hackers to run malicious code or launch scripts directly from memory, infecting endpoints and their networks without a trace.
The dark web is a hidden group of illicit and untraceable marketplaces. Average Internet users never see the dark web. This layer of the Internet is only accessible with specialized expertise and is the realm of criminals. Leaked data often shows up on the dark web and tracking its sale can help security analysts and law enforcement measure risk, remediate attacks, identify perpetrators, and more[image: ]Off-the-shelf web-attack-kits are also available on the dark web. These kits include tools for launching both distributed denial of service (DDoS) and web application based attacks. DDoS attacks are designed to flood a victim’s servers with enough requests to effectively take a website offline. Attacks can be customized and configured for almost any site, allowing a B-grade attacker to unleash a sophisticated and automated web-attack. IIoT attacks are becoming more severeUtilities and industrial companies have always been targeted due to the potential impact of an attack and their relative insecurity due to the general antiquity of these systems, especially when their industrial control systems (ICS) are connected to the Internet.
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