Displaying items by tag: CriticalInfrastructure
TETRA Radio Encryption Flaws Exposed: A Wake-Up Call for Critical Infrastructure Security
Did you know that more than 2 million organizations worldwide rely on TETRA (Terrestrial Trunked Radio) systems for their “secure” voice and data communications? These systems have been trusted for decades by law enforcement, military, transportation, utilities, and emergency services.
But a recent, bombshell discovery has revealed critical encryption flaws in TETRA—flaws that have quietly existed for decades—leaving these organizations dangerously exposed to cyberattacks.
For sectors where secure communication is the backbone of operations, this is more than a technical issue—it’s a national security risk.
Critical Flaws in Niagara Framework Expose Industrial Systems to Cyberattacks – Are You Prepared?
In today’s hyper-connected industrial landscape, the line between digital and physical infrastructure is thinner than ever. A small misconfiguration or unpatched vulnerability in a software system can lead to the shutdown of entire operations—be it a hospital’s HVAC system, a city’s water treatment plant, or a national power grid. One such alarming possibility has emerged with the discovery of multiple critical vulnerabilities in the Niagara Framework, a cornerstone of many industrial control systems (ICS) globally.
Critical MCP Remote Vulnerability Exposes Millions of Devices – Is Your Business at Risk?
Imagine waking up to 80% of your connected infrastructure already compromised.
That’s not a theoretical scenario—it’s a looming reality, thanks to a newly discovered Remote Code Execution (RCE) vulnerability in the Message Queuing Telemetry Transport Control Protocol (MCP). Tracked as CVE-2025-XXXX, this critical flaw has triggered red alerts across the global cybersecurity community—and with good reason.
