Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

We have come a long way in the cybersecurity sector in a relatively short period of time, but there remain many challenges in day-to-day operations that create security gaps in many organizations. One of the most common is tied to how we build our solutions, making sure they are secure out-of-the-box instead of only being evaluated during a pen test or annual review, and finding out then that there is much more that needs to be done to achieve data security.

NDR provides another layer of visibility into what has or is currently happening on the network. Through this lens, you can detect threats that may be missed with perimeter and host-based tools such as firewalls, logs, and endpoint detection. You can also monitor devices that cannot be monitored through logs or have agents deployed on them, such as many IoT devices. NDR enables threat hunting through packet data, providing an authoritative source for validation.

Warm. Rich. Chocolatey. The way I see it, a proper chocolate layer cake is the best sensory experience a human can have. Let’s go a bit further still: good chocolate cake is the height of human achievement. In the world of enterprise IT, one could say the same of a diverse, purpose-built IT infrastructure. Every enterprise application – whether internal or customer-facing – must run on the right server, virtual machine (VM), container or database for the task at hand.

If you discover you are a victim of credit card fraud, start the recovery process by notifying your credit card issuer, placing a fraud alert on your credit report, freezing your credit and contacting the three major credit bureaus. However, before taking these steps, you should determine if you are in fact a victim of credit card fraud.

Cloud environments comprise hundreds of thousands of individual components, from infrastructure-level containers and hosts to access-level user and cloud accounts. With this level of complexity, it’s important to establish and maintain end-to-end visibility into your environment for many reasons—not least among them to efficiently identify, prioritize, and mitigate security threats.

As organizations increasingly adopt continuous delivery practices and deploy code as often as every few seconds, the number of vulnerabilities in your code and the potential for them to go undetected increases. Not knowing which vulnerabilities to focus on can be extremely costly—both in terms of the resources needed to address them as well as the risk they pose for your system.

As organizations increase the size of their cloud footprint and the complexity of their applications, they face challenges securing their infrastructure and services. Security breaches often go undetected for months, giving attackers time to do extensive harm. Once organizations become aware of a breach, they may no longer have access to the logs that comprise a complete history of the attack, because the time span easily exceeds their log retention window.

An information security management system (ISMS) is a broad term that encompasses an organization’s information security policies, practices, and procedures regarding information security and how these are assessed, optimized, and implemented over time. An ISMS aims to ensure all risks are mitigated and that all risk management processes work effectively.

Washington’s My Health My Data Act (MHMD Act) regulates businesses and service providers that process or collect consumer health data from state residents. The act’s broad definition of “health data” carries compliance implications for a wide range of entities, including many that fall outside the scope of the Health Insurance Portability and Accountability Act (HIPAA).

The microservices architecture provides developers and DevOps engineers significant agility that helps them move at the pace of the business. Breaking monolithic applications into smaller components accelerates development, streamlines scaling, and improves fault isolation. However, it also introduces certain security complexities since microservices frequently engage in inter-service communications, primarily through HTTP-based APIs, thus broadening the application’s attack surface.