Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Securing Water and Wastewater Systems: Turning Visibility Into Action

Water and wastewater operators make decisions every day that affect service reliability and public safety. Cybersecurity needs to fit that responsibility: helping teams understand exposure, protect critical systems, and respond without creating unnecessary operational disruption.

Elastic Security integration with Google Distributed Cloud: Closing the velocity gap in air-gapped environments

The rules of cyber defense have shifted. Threat actors are increasingly using advanced automation to accelerate reconnaissance, evade static signatures, and orchestrate rapid intrusions across critical infrastructure, software supply chains, and insider pathways. This has created a critical velocity gap: when adversaries compress attack timelines from days to minutes and defenders rely on manual triage across fragmented legacy tools, the defense falls behind.

Continuous accountability for Verified bots

A driver’s license tells you who someone is and that they passed a driving test, not whether they’ll drive responsibly in the future. The same is true for bots: verifying who operates it creates accountability, but trust depends on what it does next. A known bot can still ignore website preferences, overwhelm origins, or evade controls. It’s not always malicious — often it’s just a misconfiguration or a bug.

Mobile-First Companies Have the Most to Lose Under the Cyber Resilience Act, and the Most to Gain

Since 11 September 2026, an actively exploited flaw in your app starts a 24-hour reporting clock under the EU's Cyber Resilience Act. That's expensive if you don't know what's running, and an edge if you do. For most companies, an app is a channel. For a mobile-first company, it is the business: the bank branch, the checkout counter, the boarding gate, the clinic waiting room. Until this year, however, the law mostly treated it like a channel.

NIS2 Part Two: How Stolen Vendor Data Fuels Downstream Attacks

In part one of this NIS2 series, we examined why vendor questionnaires fall short and how third-party breaches impact downstream organizations across Europe. But what happens after a supplier containment phase ends? The long-term danger lies in how attackers leverage exfiltrated supplier data to launch hyper-targeted social engineering attacks against an organization’s employees. A supply chain incident does not end when a service provider detects, contains, or recovers from an attack.

Phishing Attacks Target YouTubers With Phony Sponsorships

A phishing campaign is targeting YouTubers with phony sponsorship offers, according to researchers at ESET. The emails are personalized to each target, making specific references to their channels, and are designed to trick users into granting access to their Google accounts. “One such recent campaign impersonates Hollyland, a legitimate manufacturer of wireless transmission and audiovisual equipment,” ESET says.

How Digital Check-Ins Cut Equipment Maintenance Effort

Digital check-ins reduce equipment maintenance effort by replacing inconsistent paper logs with structured records that route defect reports, parts requests, and job closures through a single traceable system, eliminating the reconstruction work that delays repairs when handwritten notes are incomplete or missing. The reduction comes from process design, not from the technology itself.

How Digital Records Simplify Heavy Equipment Moves

Digital records simplify heavy equipment moves by replacing assumption-based coordination with verified, structured data that every party in the transport chain can act on, eliminating the three most common and costly failures: wrong trailer arrivals, unusable pickup windows, and blocked site access. For Texas contractors and equipment-rental dispatch teams, those failures are not edge cases. They are the predictable result of information gaps that a complete shared dispatch record is specifically designed to prevent.

How Digital Rosters Build Winning Teams Faster

Digital rosters eliminate the specific chaos that derails jersey orders: conflicting size lists from group texts, sign-up sheets, and handwritten notebooks, two players who requested the same number, and a name spelled differently across three separate sources. A single maintained spreadsheet or team management app replaces all of that with one file, updated in real time, that every downstream decision flows from.