Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Data protection is no longer just a best practice; it’s a mission-critical priority for every modern business. The ability to safeguard your data, meet compliance requirements, and restore operations quickly is what sets organizations apart in today’s digital-first world. That’s where 11:11 Systems steps in with its Advanced Backup solutions, designed to empower businesses with comprehensive, flexible, and easy-to-manage data protection tools.

As 2025 unfolds, U.S. federal agencies are navigating significant operational shifts that are impacting their overarching cybersecurity strategies. Government security leaders have always emphasized stringent cybersecurity practices in the face of dynamic threats.

I’ve always had a love-hate relationship with traditional SOC. Many SOC teams do great work within this structure. But there are also serious issues with the three-tier model - it’s rigid, costly, and unsustainable for any company that isn’t a large enterprise. In the push to address these limitations, the concept of an “autonomous SOC” has emerged, with some vendors already claiming to offer fully autonomous solutions.

At this stage in AI's evolution, we’ve all heard the big promises - and overpromises - from vendors. But what about the people on the front lines of security operations? How are real practitioners feeling about using AI in their day-to-day work? In a recent webinar with guest speaker Allie Mellen, Principal Analyst at Forrester Research, we dug into how AI is actually being adopted in the SOC - what’s working, what’s not, and what's getting lost in the noise.

If it’s worth building, it’s worth securing. Vibe coding has been generating a lot of buzz. While automating and coding with AI isn’t new, vibe coding holds the promise of democratizing software development: simply describe what you want in natural language and let the LLM do the rest.

Commodity phishing kits are increasingly serving dynamically generated phishing pages, according to researchers at ESET. These kits allow unskilled threat actors to launch sophisticated attacks tailored to individual users. ESET describes one of these attacks, using a phishing email that informed the user of an unfamiliar sign-in to their account.

I got this Coinbase-related scam in my personal inbox last week. Coinbase is one of the world’s largest cryptocurrency exchange sites. So big and trusted, it’s the first cryptocurrency exchange to be added to the US S&P 500. I’ve been a Coinbase member from the beginning, so this email got my attention. I was pretty skeptical from the start, and upon further exploration, it was definitely a scam.

Modern security teams face a dual challenge: they’re bombarded with alerts while still missing critical signals that indicate real threats. Fidelis Active Threat Detection tackles this problem by correlating weak signals across multiple phases of attacks, transforming them into actionable intelligence. Let’s examine the technical mechanics behind this capability within the Fidelis Elevate platform.

Ransomware attacks are projected to occur every 2 seconds by 2031, up from every 11 seconds in 2021. Organizations paid approximately $813.55 million to ransomware groups in 2024. Email remains the primary attack vector, with malicious attachments twice as common as phishing links. Organizations with compromised backups face $3M average recovery costs, with 45% requiring more than a month to recover. Active ransomware groups increased 55% from Q1 2023 (29) to Q1 2024 (45).

Identity-based attacks have become the predominant vector for sophisticated threat actors targeting enterprise networks, particularly those using Microsoft Active Directory. Active Directory (AD), which serves as the authentication and authorization framework in over 90% of organizations, represents a critical attack surface that, when compromised, provides adversaries with extensive capabilities for lateral movement, privilege escalation, and data exfiltration.