Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The automotive industry stands at a critical juncture where traditional mechanical systems converge with sophisticated digital technologies. Modern vehicles contain hundreds of electronic control units (ECUs), multiple communication networks, and constant connectivity to external systems. This transformation has created unprecedented opportunities for innovation while simultaneously introducing complex cybersecurity challenges that threaten both vehicle safety and driver privacy.

If you’ve been following major cybersecurity incidents over the past couple of years, chances are you’ve come across the name Scattered Spider. From massive casino breaches to healthcare system outages, this threat actor has become a name that CISOs don’t take lightly. But what is Scattered Spider, really? And why is this group of cybercriminals getting so much attention? Scattered Spider is a financially motivated group that came into focus around 2022.

Organizations can’t run without digital systems and connected technologies in today’s fast-moving world. This digital adoption opens new doors for cyber threats as well. Hackers are becoming more advanced and finding new ways to attack organizations’ IT systems to steal sensitive data, disrupt their operations, and harm brand credibility.

Modern applications are no longer giant monoliths, they are a collection of micro services, open-source components, and third-party tools. But this makes it very difficult to actually understand the insides of our applications, particularly when you consider that our open-source dependencies also have open-source dependencies! The Software Bill of Materials (SBOM) plays a key role here. SBOMs provide a detailed inventory of all software components.

Vibe coding is an approach to AI coding where artificial intelligence generates executable code from natural language prompts, which is then reviewed and refined by human developers to ensure accuracy and security.

Slack has become integral for many organizations, powering everything from internal to external communication and project workflows. But as adoption grows, so does risk. Hackers are increasingly targeting Slack as it often contains intellectual property, credentials, and valuable reconnaissance information. Sumo Logic Cloud SIEM now secures your Slack usage against insider and third-party threats by monitoring audit logs for suspicious activity to keep your company and its data protected.

Digital Risk Protection (DRP) helps organizations identify, monitor, and protect against threats across their digital footprint. The goal is to catch risks on the open, deep, and dark web before they can be exploited, by aggregating threat intelligence from diverse external sources (social media, underground forums, code repositories, and paste sites). Organizations scan continuously for exposed credentials, brand impersonations, data leaks, and emerging malware campaigns.

In this week’s episode of The Future of Security Operations podcast, I'm joined by Travis Howerton, Co-founder and CEO of RegScale. Travis began his security career with roles at government and regulated organizations, including the National Nuclear Security Administration and Oak Ridge National Laboratory, before being inspired by inefficiencies in compliance processes to co-found RegScale.

For all the advancements in vulnerability remediation, one of the most fundamental challenges remains unsolved: knowing what to fix first. And according to the 2025 Remediation Operations Report, it’s still not where it needs to be. In fact, difficulty prioritizing vulnerabilities ranks as the third biggest challenge security teams face when managing vulnerabilities. That’s not just an operational inconvenience, it’s a signal that something core to the remediation process is broken.

Recent research by Comparitech reveals the shocking truth about ransomware attacks on government entities; they have a longer impact than anyone thought. Tracking over 1100 government-targeted ransomware attacks over a period of six years, researchers discovered that each day of downtime cost entities nearly $83,600, and that in each attack the downtime lasted for an average of 27.8 days.