Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Agentic AI and the Future of Cybersecurity: A Field CTO's Perspective

When I talk to customers about AI these days, I usually get two very different reactions. Some lean forward, excited about the promise: fewer alerts, faster response, maybe even lights-out SOC operations someday. Others lean back, uneasy about the risks: does this mean attackers will be able to run thousands of hacks at once, automatically? The truth is, both reactions are justified. We are at the start of a shift toward agentic AI. This is not the same as today’s AI copilots that wait for prompts.

Supercharge Your AI Data Governance with Riscosity's F5 BIG-IP SSL Orchestrator Integration

Artificial intelligence has stormed the enterprise world, and it's not slowing down anytime soon. With thousands of AI-powered applications, from large language models (LLMs) to productivity-boosting copilots, employees are tapping into AI to work smarter and faster. But here’s the rub: while AI can supercharge productivity, it also brings along a Pandora’s box of risks.

UpGuard's Future: The Strategic Edge Your Security Team Needs

Security teams have struggled for far too long with a patchwork of siloed security tools, static compliance checks, and an increasingly adversarial threat landscape to continue down that path, especially when each of these challenges is making their organizations more vulnerable by the minute. Previously in this CRPM series, we’ve established that traditional security approaches are no longer adequate to keep pace against AI-driven attacks and the multi-pronged missions of cybercriminals today.

SOX Compliance and Its Importance in Blockchain & Fintech

In the era where technology plays a core part in everything, fintech and blockchain have emerged as transformative forces for businesses. They not only reshape the financial landscape but also promise unparalleled transparency, efficiency and security as the world move forward to digital currency. That’s when you know being updated about SOX Compliance in Blockchain & Fintech are important than ever.

Carding ecosystem: The fall of traditional financial cybercrime

Carding is a type of cybercrime where attackers steal or illegally buy credit card information and use it to make unauthorized transactions. It often involves testing stolen card numbers with small purchases before making larger fraudulent charges. Criminals typically exchange or sell these stolen details on underground forums or dark web marketplaces. Outpost24’s Threat Intelligence team, KrakenLabs, carried out a previous public analysis of the underground card fraud ecosystem in 2022.

Can Secure Messaging Prevent Healthcare Data Breaches?

The healthcare world runs on information. Doctors, nurses, and staff exchange updates every hour, and much of this involves sensitive details about patients. Yet these details are also what cybercriminals target. From identity theft to fraudulent claims, stolen records can be misused in countless ways. The result is not just financial damage but also a breakdown in patient confidence.

DAGStyle Agents That Finish Jobs

When I first built a chat-based AI agent, I was amazed by its conversational abilities. It could answer questions and generate code snippets on the fly. Yet when I tried to delegate complex work (like analysing a set of documents), it kept wandering off course. Sometimes it hallucinated, sometimes it looped forever, and sometimes it burned through API credits without a single useful output.

Preventing Data Breaches: Essential Steps Your Business Needs Today

The average total cost of a data breach is now $3.86 million, making prevention a top priority for businesses of every size. Yet most organizations still struggle to stay ahead. Studies reveal that it takes nearly 280 days on average to identify and contain a breach, and the shift to remote work has only made matters worse. More than three quarters of companies report longer detection and containment times, adding an estimated $137,000 to the cost of each incident.