Insights

For Startups, Cybersecurity Is Not a Data Problem — It’s a Solvency Problem

The Illusion of Vendor Diversification - Why Your Supply Chain Has a Single Point of Failure

Third Party Risk

Coding the Tail - Implementing Block Bootstrap and Extreme Value Theory in R

Extreme Value Theory

Managing the Unmanageable - Strategic Tools for Quantifying Tail Risk

Extreme Value Theory

The Trap of the Bell Curve - Why Your Risk Models Are Lying to You

Extreme Value Theory

Operational Readiness for Post-Quantum Cryptography - Three Questions Your Board Needs to Ask

Quantum Computing

The Quantum “Master Key” - Why Your Board Needs to Talk About Physics Sooner than Later

Shor's Algorythm

Tempo Is a Weapon - Dislocating the Adversary in Incident Response

Incident Response

The Speed of Trust - Why Incident Response Demands “Command Intent” Over Centralized Control

Incident Response

The ROI of Shifting Security Left

Application Security

The Code You Didn’t Write - How Transitive Dependencies Became Your Greatest Security Liability

Application Security

Transitive Dependencies

Understanding Bitcoin Mining Through the Lens of Dutch Disease

The Hidden Threat - Why Software Extensions Are Your Organization’s Blind Spot

Application Security

Browser Extension

The Network is the Risk - Understanding and Mitigating Eclipse Attacks in Blockchain Ecosystems

Proactive Third-Party Risk Management with Shodan Intelligence

Third Party Risk

Beyond Binary Alerts - Using Markov Switching Models to Detect Insider Threats

Insider Detection

Simpson’s Paradox in Cybersecurity - Why Your New Security Tool May Be Less Effective Than the One It Replaced

Simpson's Paradox

Incident Detection

Centralization by Stealth - Proactive Governance to Protect the Blockchain from the Majority Attack

Merkle Trees - The Engine of Bitcoin’s Scalability and Integrity

Beyond VaR - Expected Shortfall as the New Standard for Strategic Resilience

Extreme Value Theory

Move Fast and Don’t Break Things - Embedding Risk Awareness Without Killing Innovation

Decision Making

Leading Beyond the Breach - A Framework for Decisive Action in a Cyber Incident

Incident Response

From Anomaly to Action - A Risk Manager’s Guide to Applying Benford’s Law

Fraud Detection

Gaining the Edge - HowBayes’ Theorem Unlocks Deeper Reads in Texas Hold’em

Using Poisson Distribution Analysis to Drive Financial Risk Insight

Poisson Distribution

Beyond the Patch - Leveraging Poisson Distribution to Transform Bug Reporting into Strategic Risk Insight

Vulnerability Management

Poisson Distribution

The Hidden Dangers of Networked Risk - A Graph Theory Approach to Systemic Vulnerability

Applying K-Means Clustering for Vulnerability Prioritization

K Means Clustering

Vulnerability Management

Leveraging the Endowment Effect for Project Risk Management

Endowment Effect

Project Management

Unmasking Malicious Webs - How the Bellman-Ford Algorithm Detects Threats in Social Networks

Bellman-Ford Algorithm

Incident Detection

The Problem with “Normal” Thinking - A Primer on Extreme Value Theory

Extreme Value Theory

Monte-Carlo Simulation

The Cybersecurity Data Deluge - Drowning in Information, Starved of Action

The Poisson Distribution - A Cybersecurity Defender’s Ally in Detecting Brute-Force Attacks

Incident Response

Human Risk, Mathematical Solution - A Bayesian View on Insider Threat Detection

Extreme Value Theory

Monte-Carlo Simulation