Imagine you’re up against the world’s most advanced adversaries — those that use automation and AI, can drop malware in seconds and break out from compromised endpoints to navigate target environments in just over two minutes. This is a day in the life of a CrowdStrike SOC engineer.

SIEM and log management provide security to your organization; these tools allow your security analysts to track events such as potential and successful breaches of your system and react accordingly. Usually, it doesn’t matter how you ensure your organizational safety as long as you do. However, is your organization in the health, financial, or educational industry?

So, you’ve done your homework. You’ve clearly defined business requirements, and you think you want to implement a Security Information and Event Management (SIEM) solution into your organization. Cloud migration and remote work have changed the way threat actors attack, and it feels like every day you read about a new methodology. While a lot of companies added a SIEM to their cybersecurity technology stack, you’re not sure whether you can afford one.

Elastic Security 8.13 introduces a refined benchmark-rules experience, advanced endpoint response actions, and a suite of enhancements to help users continue to accelerate their security program. Some of the major features included in this release enable users to: Elastic Security 8.13 is available now on Elastic Cloud — the only hosted Elasticsearch offering to include all of the new features in this latest release.

Multi-factor authentication (MFA) is widely recognized as an important control to make our accounts more secure by providing protection beyond just passwords. When MFA is enabled, we tend to think our accounts are safe from unauthorized access — but what if we said it's time to rethink this belief?

Does your security team have dozens of tools to manage, all with disparate user experiences, data models, and capabilities? Unfortunately, this is the result of many traditional SIEM solutions that lack the ability to integrate all features. This creates a big challenge for your SOC because analysts have to ensure they’re using the right tool at the right time to detect attacks. But today, there’s a better option.

In today’s cloud-native world, systems are usually accessed by users from multiple devices and in various geographic locations. Anyone who has tried to operationalize an impossible travel type alert for cloud resources will understand the myriad nuances and gotchas involved in such an endeavor. A user may be accessing a cloud resource from a mobile device that is tied to a carrier network well away from their normal geographic location.

Managing configurations in a complex environment can be like playing a game of digital Jenga. Turning off one port to protect an application can undermine the service of a connected device. Writing an overly conservative firewall configuration can prevent remote workforce members from accessing an application that’s critical to getting their work done.

Imagine needing to stop a playoff game because viewers were actively impacting the sport, helping players catch impossible passes or score points they never should have gotten. That’s the equivalent of what happened when an Apex Legends hack during the North American finals interrupted the tournament and raised cybersecurity concerns for everyone involved. With global esports a billion-dollar industry, and competitive video gaming in general worth much more than that, this has a serious impact.