Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The government sector is facing growing cybersecurity threats that require robust solutions to safeguard sensitive data and critical infrastructure. With rapidly evolving threats—from adversarial actions from politically unstable state actors to GenAI-powered social engineering and phishing campaigns—the government sector faces a pressing need to transition from reactive threat monitoring to proactive threat monitoring.

Discover how miniOranges Automated User & License Management app simplifies Atlassian Crowd management. Automate user lifecycle, optimize licenses, enforce RBAC, and enhance security with SAML SSO + 2FA. Boost efficiency, cut costs, and ensure compliance effortlessly!

Threat actors are increasingly using artificial intelligence (AI) to enhance their skills, improve their breach success rates, and gain access to organisations’ data. To counter these threats, companies must adapt their approach to IT operations (ITOps) by utilising AI to ensure they are well-equipped to withstand the latest threats and protect their organisation.

Observability pipelines help cybersecurity teams maximize the value of their data by giving them critical visibility into telemetry. This visibility allows them to eliminate visibility gaps, enhance security operations center (SOC) efficiency, and reduce spending on high-cost SIEM tools. Until recently, the observability space has been dominated by point solutions like Cribl, Monad, and Observo.

Effective incident response is a top priority for organizations to minimize the impact of cyber threats. Quick detection and response to attacks or threats are crucial for securing the network and the organization’s overall cybersecurity posture. Incident response planning typically includes identifying, investigating, containing, eradicating, recovering, and analyzing the attack to prevent future breaches. The response times directly affect how swiftly and effectively a breach can be mitigated.

To defeat the enemy, you must first disarm their ability to communicate. Command and Control (C2) attacks remain one of the most persistent cybersecurity threats, enabling adversaries to communicate with compromised systems undetected. Attackers use C2 servers to send commands, exfiltrate data, and maintain long-term access to networks. These stealthy techniques allow them to deploy ransomware, steal sensitive information, and even conduct cyber espionage.

Artificial intelligence (AI) is one of the hottest buzzwords across industries, seemingly connected to almost every aspect of technology. AI models are helping software and tech products take their services to the next level, enhancing speed, accuracy, and efficiency. But this leap forward also introduces a deceptive shadow: AI-powered cybercrime. Companies may feel adequately protected against standard cyber threats, but many underestimate AI-powered cybercrime risks.

Cybersecurity has been my world for years. I’ve worked hard to build my reputation, moving from the hacker underground to a trusted boardroom expert. I take my role seriously because trust and credibility define success in this field. But I recently discovered that even with all my experience, I wasn’t immune to one of today’s fastest-growing threats—deepfake technology.

PowerShell is a command line shell and scripting language developed by Microsoft. The original version, Windows PowerShell, runs only on Windows and is no longer actively developed; it receives just bug fixes and security updates. The modern version is called simply PowerShell. Built on the.NET framework, it is open source and supports multiple platforms, including Windows, macOS and Linux. Here is a summary of the product’s evolution.

The team at Seemplicity is thrilled to announce a set of new features to enhance our customers’ experience with our platform! This release enhances intelligent automation and insights, personalization and customization, and overall user experience. Here’s what’s new.