It’s no secret that Covid-19 has accelerated the number of cyber-attacks and data breaches witnessed across the globe. Increased reliance on technology as the world worked, shopped and socialised from home increased the surface area for attackers, who capitalised on a growing amount of PII (personally identifiable information) available across the internet.

Watch the 15 minute video for insights into the current security landscape.

Why fixing software issues as you code matters and how Rapid Scan SAST can help. It’s common knowledge that fixing bugs early in the software development life cycle (SDLC) is much faster and less costly than doing it later. However, did you know that developers prefer finding and fixing bugs as they code rather than getting a list of identified issues even just one day later?

Today’s enterprise networks are heterogeneous, have multiple entry points, integrate with cloud-based applications, offer data center delivered services, include applications that run at the edge of the network, and generate massive amounts of transactional data. In effect, enterprise networks have become larger, more complex, and more difficult to secure and manage.

Multi-factor authentication (MFA) is an increasingly popular method for securing user accounts that requires users to provide two or more pieces of identifying information when logging into an application. This information can consist of unique verification links or codes sent to the user’s phone or email address, as well as time-based one-time passwords (TOTPs) generated by authenticator applications or hardware.

The connected nature of business environments has increased the severity and frequency of cyberattacks in the insurance sector. Insurance companies face a greater threat than most industries because they deal with sensitive and valuable data stemming from numerous avenues. This has resulted in several high-profile cyberattacks on insurance providers over the past few years.

We are pleased to announce that we have expanded our training offerings with the addition of a brand-new AT&T Cybersecurity Training (ACT) learning portal, which is part of AT&T Cybersecurity Training-as-a-Service.

In the first part of this blog series, we explored deploying Amazon EKS with Terraform, and looked at how to secure the initial RBAC implementation along with securing the Instance Metadata Service. In this second post, we’ll look at more best practices to harden Amazon EKS security, including the importance of dedicated continuous delivery IAM roles, multi-account architecture for Amazon EKS cluster isolation, and how to encrypt your secrets in the control plane.

Anyone who has ever read a vulnerability scan report will know that scanners often include a large number of findings they classify as "Info". Typically this is meant to convey general information about the target systems which does not pose any risk. Many people who read such reports will generally ignore all of the "Info" findings, and focus only on anything labeled "Critical" or "High". However, this can be dangerous for a number of reasons.

Wireshark is a free open source tool that analyzes network traffic in real-time for Windows, Mac, Unix, and Linux systems. It captures data packets passing through a network interface (such as Ethernet, LAN, or SDRs) and translates that data into valuable information for IT professionals and cybersecurity teams. Wireshark is a type of packet sniffer (also known as a network protocol analyzer, protocol analyzer, and network analyzer).