WELCOME TO CRONINITY

CRISC IT Systems Topic areas: Information Technology Principles Enterprise architecture: Managing and governing the overall structure of an organization's IT systems. IT operations management: Handling the day-to-day IT processes, such as change management, IT asset management, and incident management. Project management: Applying risk management principles throughout the system development life cycle (SDLC). Disaster recovery management (DRM): Creating and maintaining a plan

Moving from Risk Assessment to Risk response & Reporting Once a risk has been identified and assessed, the next step is to ask: What will we do about it? This is where risk treatment or risk response comes into play, selecting the most appropriate action to manage the risk. Risk Response Risk and Control Ownership: Assigning accountability for risks and the controls that address them. Risk Treatment/Response Options: Deciding on the appropriate strategy for addressing ident

Risk Evaluation & Risk Assessment Once the scope of the risk analysis is clearly defined, the next critical phase is Risk Evaluation. This stage involves assessing the potential risks to the organization's people, assets, and data within the context of the defined system or environment. Risk Evaluation serves as the analytical core of any cyber risk management process. While much of the industry content and discussion around cyber risk tends to focus on this phase, it's impor

CRISQ Topic area overview Cyber risk management often feels complex due to the variety of frameworks, terminology, and implementation approaches in circulation. This article serves as a study aid for the Certified in Risk and Information Systems Control (CRISC) certification by breaking down key concepts within a simplified, practical risk management framework. At a high level, effective risk management can be distilled into four core functions: Risk Governance – Define the m

Defining Security Copilot AI Use Cases in Security Operations and Incident Response The goal of this test planning phase is to define...

The Microsoft SC-100 'Microsoft Certified: Cybersecurity Architect Expert' credential is a Microsoft expert level credential that...

broser extensions detections https://github.com/elastic/protections-artifacts/blob/b427449015fcbd81bbf2f0aa5f4dc800f64ccb96/behavior/rule...

Understanding Identity in Transit vs. Identity at Rest: The Session Hijack Problem This article breaks down a key issue in modern...

I recently came across a post about the Netherlands passing a stricter espionage law, explicitly extending to cyber activities, and it...

The Complexity of the AI Data Center Supply Chain At first glance, an AI service might appear to be delivered solely by a major cloud...

Gladstone AI, an organization focused on mitigating national security threats from advanced AI systems, including weaponization and loss...

While power is the foundation of any data center, cooling and thermal management are equally critical, especially in AI-intensive...

While other articles in this series take a deeper dive into specific power generation methods, like onsite gas turbines, this piece...

What Are Methane Turbines, and Why Are They in the AI Spotlight? Recent headlines about Elon Musk’s xAI "Colossus" data center in...

Sentinel Detections and Automations In the previous section, we explored Workspace Manager, Data Connectors, and Settings. This section...

Powering AI - The Role of Gas Turbines in the Energy Supply Chain In the previous post, we explored the explosive growth of data centers...

Data Center Power Overview Two of the most critical components in data center operations are: Power Supply Cooling Systems Power is the...

The Foundation of AI: From Data Centers to Intelligence Artificial Intelligence (AI) is no longer a futuristic concept, it’s here, and...