Zero Trust
When an attacker takes control of hospital systems, it’s not a spreadsheet that breaks. It’s the oxygen supply, the water treatment system, the temperature control in the ICU. A single digital command can ripple into the realy world: quietly, instantly, dangerously.
Generals call it the fog of war: the chaos, the half-truths, the missing signals that twist decisions. Cybersecurity faces the same fog: you can’t defend what you can’t see.To understand why visibility decides outcomes, look no further than where the idea began – the battlefields of the past.
Discover 10 key insights from U.S. banking CISOs on cutting tool sprawl, SOC costs, and compliance fatigue. Learn how Zero Trust can reduce breach costs by up to 75%.
Zero Trust isn’t hard – it’s about focus. Most CISOs struggle because they treat Zero Trust like an all-or-nothing moonshot. In reality, Zero Trust is a strategy applied incrementally to one protect surface at a time, using tools organizations already own.
A comprehensive guide that explains Zero Trust, a cybersecurity strategy built on the principle of “never trust, always verify”.
A newly confirmed vulnerability in train braking systems has resurfaced after more than two decades, and it’s finally getting some traction. In short, this vulnerability allows attackers to send unauthenticated radio signals that can trigger emergency brakes, putting public safety at risk.
Threat InTEL
When an attacker takes control of hospital systems, it’s not a spreadsheet that breaks. It’s the oxygen supply, the water treatment system, the temperature control in the ICU. A single digital command can ripple into the realy world: quietly, instantly, dangerously.
Generals call it the fog of war: the chaos, the half-truths, the missing signals that twist decisions. Cybersecurity faces the same fog: you can’t defend what you can’t see.To understand why visibility decides outcomes, look no further than where the idea began – the battlefields of the past.
Quantum computers could break today’s cryptography. Discover five PQC approaches, NIST standards, and how agility keeps cybersecurity future-proof.
A newly confirmed vulnerability in train braking systems has resurfaced after more than two decades, and it’s finally getting some traction. In short, this vulnerability allows attackers to send unauthenticated radio signals that can trigger emergency brakes, putting public safety at risk.
For decades, scale defined strength. In both military doctrine and cybersecurity, the default mindset was straightforward: the bigger the wall, the better the protection.
Operational Technology (OT) refers to the hardware and software that control physical systems like factory equipment, power grids, or hospital machines. Unlike IT, which focuses on data access and user services, OT is about delivering physical products and tangible services.
Business & Technology
When an attacker takes control of hospital systems, it’s not a spreadsheet that breaks. It’s the oxygen supply, the water treatment system, the temperature control in the ICU. A single digital command can ripple into the realy world: quietly, instantly, dangerously.
Generals call it the fog of war: the chaos, the half-truths, the missing signals that twist decisions. Cybersecurity faces the same fog: you can’t defend what you can’t see.To understand why visibility decides outcomes, look no further than where the idea began – the battlefields of the past.
Quantum computers could break today’s cryptography. Discover five PQC approaches, NIST standards, and how agility keeps cybersecurity future-proof.
A newly confirmed vulnerability in train braking systems has resurfaced after more than two decades, and it’s finally getting some traction. In short, this vulnerability allows attackers to send unauthenticated radio signals that can trigger emergency brakes, putting public safety at risk.
For decades, scale defined strength. In both military doctrine and cybersecurity, the default mindset was straightforward: the bigger the wall, the better the protection.
Operational Technology (OT) refers to the hardware and software that control physical systems like factory equipment, power grids, or hospital machines. Unlike IT, which focuses on data access and user services, OT is about delivering physical products and tangible services.
