TechSpective’s SOC, Detection & Response section covers the operational core of enterprise security — how organizations find threats, triage them, and act before damage compounds. A defining theme is why the SOC of tomorrow will look fundamentally different from today’s, how agentic AI and hyper-automation are taking over routine detection and response workflows, and what it means operationally when attackers use legitimate tools rather than malware to move through environments.
ReliaQuest’s 2026 Annual Threat Report found that attackers moved from initial access to lateral movement in as little as four minutes last year, the fastest breakout time the company has recorded and 85% quicker than the previous year’s mark. The
ReliaQuest Wants to Beat Attackers at Their Own AI Speed Game Read More »
Most AI-driven security tools lean on retrieval-augmented generation: pull relevant precedent, drop it into the context window, let the model reason over it. It works, but it has a cost problem and a consistency problem. The more data you feed
Building an AI That Learns Like an Analyst Read More »
Mean time to detect (MTTD) has long been one of the most important SOC performance metrics. And for good reason: the faster a SOC can detect threats, the better placed they are to mitigate them. However, you can have impressive
Why MTTD is the Wrong Metric to Obsess Over Read More »
Cyber adversaries have figured out something important: the best way to beat security tools is to avoid triggering them at all. There was a time when the cybersecurity threat model was pretty simple. Attackers used malware. Defenders blocked malware. Security
Hackers Don’t Need Malware Anymore, and That Changes Everything Read More »
Security operations is suddenly fashionable. Over the past year, the “AI SOC” has been framed as an emerging category, complete with a wave of new startups, fresh terminology, and plenty of claims about autonomy and agents. That surge of interest
What CISOs Should Look For As The AI SOC Market Gets Crowded Read More »
Cloud security has been straining against its own limits for years. Environments expand faster than SIEM architectures can absorb, workloads spin up and down in seconds, and telemetry volume keeps accelerating. That gap shows up as higher ingestion costs, slower
The Future of the SOC Is Being Rewritten in Real Time Read More »
The toughest part of most cyberattacks isn’t the break-in. It’s what happens after. Once an attacker is inside, they move sideways—testing connections, escalating privileges, and spreading until a small crack turns into a gaping wound. I’ve been covering this space
Limiting the Blast Radius of Modern Cyber Attacks Read More »
Cybersecurity has reached a breaking point. The traditional approach of piling on more tools and reacting to endless alerts is no longer sustainable. Attackers are moving faster, leveraging AI to scale their efforts, and defenders are stretched to the limit.
CrowdStrike Ushers In the Agentic Era of Cybersecurity Read More »
The cybersecurity M&A landscape heated up in 2025. In March, Google announced a $32 billion agreement to acquire Wiz—Alphabet’s largest deal ever. In July, Palo Alto Networks unveiled a roughly $25 billion agreement to acquire CyberArk. These headlines raise a
CrowdStrike Bets That Smarter Data Pipelines Are the Future of AI Security Read More »
Files are the lifeblood of modern business. They carry contracts, medical records, design blueprints, and sensitive financial data. But new research shows they are also a weak point in enterprise security—particularly as insider activity and artificial intelligence add new layers
The Hidden Costs of File Security in the AI Era Read More »
