Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

From Alerts to Action: Dynamic Prevention

In 2020, the SolarWinds compromise showed how far attackers can go when they look legitimate. Instead of breaking in loudly, threat actors tampered with trusted software updates and gained access that appeared routine to many defenses. The U.S. government later assessed that roughly 18,000 customers installed affected Orion updates, and a smaller subset experienced follow-on intrusion activity, often discovered only after time had passed.

Beyond the Alert: Why Your Business Needs LevelBlue Managed Detection and Response (MDR)

For many organizations, the challenge isn't a lack of security tools, it’s the overwhelming "noise" those tools create. When your team is sifting through 12 million events per day, they are not doing anything else and are likely having tremendous difficulty finding threats. LevelBlue Managed Detection and Response (MDR) is an industry-leading service operated by the world’s largest pure-play Managed Security Services Provider (MSS) that will change that narrative.

From Alerts to Action: Automating Your MSP Security

As MSPs push for higher margins and tighter security outcomes, disconnected PSA, RMM, and security tools create noise, manual work, and missed opportunities. Deep, practical integrations are now the difference between a scalable managed security practice and an overloaded team. In this webinar, WatchGuard will show how our integrations with ConnectWise and Autotask help you.

Why One-Time Vulnerability Scans Aren't Enough

A single vulnerability scan provides a tempting snapshot of security health. Too many companies rely on such periodic checks for compliance and some semblance of risk assessment. This, however, leads to an extremely dangerous illusion of security. Modern digital environments, as well as threat actors, move at speeds that are much too high for a static, point-in-time evaluation. Treating cybersecurity as an exercise in box-ticking leaves gaps that adversaries can use.

Alert Fatigue Is Killing Your SOC. Here's What Actually Works in 2026.

See how Torq harnesses AI in your SOC to detect, prioritize, and respond to threats faster. Request a Demo Your SOC received 10,000 alerts yesterday. How many were real threats? Most SOC teams operate in a constant state of triage. Alerts pour in from dozens of tools, each one demanding attention, each one potentially critical. The reality? Your analysts are making high-stakes decisions about which alerts to investigate based on gut instinct and whatever time they have left in their shift.

Alert Fatigue, Shoplifting Risk and 2025 Security Economics

The Razorwire Christmas Party 2025 episode compares most cyber incidents to shoplifting rather than aviation disasters, with losses treated as part of the cost of doing business. Burnout in 2025 often grows from false positives, alert fatigue and badly shaped workflows, so security economics and ergonomics matter more than dramatic nation state stories.

Stop Alert Fatigue: How Smart Alert Management Improves IT Response Times

When alerts flood in at 2 a.m., your team shouldn't have to guess whether it's a critical failure or another false alarm. That uncertainty is what causes alert fatigue, a systematic problem that leads to slower response times, team burnout, and missed incidents. Fortunately, there's a solution: By replacing noisy, traditional methods with smart alert management, you can turn a flood of alerts into a stream of actionable insight.

Cyber Fatigue: Using Threat Modeling to Protect Mental Health

The internet never sleeps, and neither do the alerts. Every day we're hit with warnings, breach headlines, new tools to learn, and pressure to stay "secure enough." After a while, it wears you down. That heavy, drained feeling that comes from trying to keep up with threats around the clock, and that's cyber fatigue.

The Efficiency Shift: From Alerts to Incidents

In every security operation, time and clarity are the most limited resources. Analysts do not fail because they lack alerts; they fail because they are forced to connect dots that never form a complete picture. When visibility is fragmented, every alert appears urgent, and priorities become blurred. This is where the idea of endpoint security efficiency becomes transformative.