Cybersecurity
Social Engineering vs Technical Security
The strongest security systems can still fail because of people. Technical protection means little when human trust becomes the attack...
Cybersecurity
Automated Attacks vs Automated Defense
Automation changed cybersecurity. Now both attackers and defenders operate at machine speed. Human-Speed Security No Longer Scales Modern infrastructure generates:...
Cybersecurity
Chokepoints as High-Value Attack Targets
In complex systems, not all components matter equally. Some control everything around them. What Is a Chokepoint? A chokepoint is...
Cybersecurity
Incident Response as a System Capability
Incident response is not a reaction. It is part of the system. Most Systems Treat Incidents as Exceptions Traditional thinking...
Cybersecurity
Cascading Failures as Security Incidents
Cascading failures are not just reliability problems. They are security events. Failure Changes the Security Model Systems are designed to...
Cybersecurity
Drift as an Entry Point for Security Failures
Security doesn’t fail in static systems. It fails in systems that have changed. Drift Creates Unintended States Security assumes: Drift...
Cybersecurity
Long-Term Exposure as a Security Risk
Security is not just about protection. It’s about exposure. Time Increases Attack Probability Every system that exists: Which means: Given...
Cybersecurity
Complexity as a Source of Vulnerabilities
Systems are not attacked where they are strong. They are attacked where they are complex. Vulnerabilities Are Not Always Bugs...
Cybersecurity
Supply Chain Attacks as a Systemic Weakness
Modern systems are not attacked directly. They are attacked through what they trust. The System Is Not the Target Traditional...
Cybersecurity
Failure Modes as Exploitation Paths
Systems don’t just fail. They fail in specific ways. And those ways can be used. Every Failure Has a Shape...