Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Customizing and updating prebuilt SIEM detection rules just got easier, improving precision, enabling broader coverage, and saving time. Customizing and updating prebuilt detection rules is now easier than ever with Elastic Security. We’ve streamlined detection engineering workflows and enabled greater use case coverage with out-of-the-box SIEM detection rules.

Enhance your threat detection, investigation, and response by integrating Microsoft Defender for Endpoint data with Elastic Security. Many security teams often find it difficult to detect and respond to threats because of fragmented visibility and isolated endpoint data. This challenge led to the development of extended detection and response (XDR), which integrates endpoint insights with contextualized data from networks, cloud environments, and identity systems.

Quantifying the economic impact of Elastic Security As public sector organizations grapple with a changing economic and political landscape, the focus has increasingly turned to driving efficiencies, reducing costs, and strengthening resiliency.

Thriving organizations maximally allocate resources. With seemingly infinite cybersecurity threats and finite resources, everyone needs to know the size of the threat to determine priority, and where to invest to maximize ROI. Elastic takes a quantified approach to cybersecurity risk management using FAIR to break threat scenarios into (A) likelihood and (B) losses to calculate risk per year, AKA annualized loss expectancy, or in FAIR terms, simply “risk”.

Attackers thrive in the shadows, using MITRE ATT&CK T1564 - Hide Artifacts to cloak their presence with hidden files, concealed processes, and manipulated registry keys. These stealth tactics allow adversaries to evade detection, persist undetected, and escalate their access — all while quietly exfiltrating data or disrupting operations. Imagine files, processes, and even user accounts disappearing in your environment without a trace.

In the shadowy depths of your network, whispers grow louder — something isn’t right. Adversaries are on the prowl, targeting the very keys to your kingdom: your credentials. T1003 - OS Credential Dumping is their weapon of choice to steal password hashes and sensitive authentication materials. They quietly harvest secrets to impersonate users, escalate privileges, and move laterally through your environment.

Automate your security and observability workflows with Tines Workflow Automation, now available directly from Elastic Elastic and Tines are unveiling an integrated product offering to transform the crucial work of security and observability teams. We’re excited to introduce Tines Workflow Automation, available directly through Elastic.

Not all network traffic is what it seems. Some flows conceal secrets, quietly exfiltrating sensitive data beyond your defenses. MITRE ATT&CK T1048 - Exfiltration Over Alternative Protocol is a stealth technique adversaries use to smuggle data out of your environment by bypassing traditional security controls.

Artificial intelligence (AI) and generative AI (GenAI) are rapidly transforming the public sector, moving beyond theoretical possibilities to real-world applications. Proper data preparedness, stewardship, and governance will play critical roles in successful GenAI implementations. We recently hosted a webinar, Public sector data stewardship for the AI era, with industry experts Max Klaps, research director at IDC, and Dave Erickson, distinguished architect at Elastic.

How public sector agencies can solve Zero Trust challenges and break down silos with a unified data layer In the evolving and complex cyber landscape, the Zero Trust approach is instrumental in addressing both internal and external threats. It's a comprehensive strategy rather than a single solution, demanding the orchestration of multiple components to be genuinely effective.