Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

AI SOC Market Landscape 2025: Torq Leads With Hyperautomation

The SACR 2025 AI SOC Market Landscape Report just dropped, and Torq was named one of the “most feature-rich platforms” on the market. Not because we bolted a chatbot onto triage. But because we’ve built an AI SOC platform modern security teams actually need: an AI-native, execution-first infrastructure that operationalizes intelligence at scale. And that platform works.

SANS 2025 SOC Survey: SOCs in Slow Motion

The SANS 2025 SOC Survey is a reality check: despite years of investment in shiny new tools and all the talk of AI and automation, most security teams are stuck in firefighting mode, drowning in unstructured data, and burning out talent. The tools may be new, but under the hood, most SOCs still struggle with the same structural issues they were five years ago: reactive workflows, manual processes, and underwhelming AI adoption.

Life in the SOC Sucks. Here's How HyperSOC Can Save Us

Patrick Orzechowski (also known as “PO”) is Torq’s Field CISO, bringing his years of experience and expertise as a SOC leader to our customers. PO is a seasoned security veteran with a deep understanding of the modern security landscape. You can find him talking to SOC leaders and CISOs from major brands at cybersecurity events around the world.

You're Just 90 Days Away From a Modern SOC

Forget drawn-out SOAR integrations, endless proof-of-concepts, and prolonged vendor lock-ins. Most cybersecurity teams have the tools — what’s missing is an integration platform and reliable guidance that can rapidly tie it all together and deliver tangible results. Torq is designed precisely for that: we blend AI-native capabilities, no-code Hyperautomation, and unparalleled success enablement to transform your security operations into a fully autonomous, modern SOC within just three months.

Hyper-AUTO-Mation: Why Carvana's CISO Bet on Agentic AI for 5x SOC Efficiency

CISOs everywhere are feeling the AI fatigue. Every vendor at Black Hat 2025 was hyping ‘AI agents for SecOps,’ so there’s rightfully a lot of skepticism about deploying AI in production, especially in enterprise environments. But the old way of running a SOC just isn’t working anymore. After all the time and money spent on traditional playbooks, we’re still wrestling with the same challenges: alert fatigue, burnout, tool sprawl, and inability to scale.

How to reduce alert overload in defence SOCs

AI-powered triage, faster insights, and the headspace your analysts need If you’re a security leader or analyst within the defence space, you likely brace yourself for a daily battle with alert overload — and you’re not alone. Analysts face a relentless flood of notifications with the majority turning out to be false positives. Studies show that 71% of SOC personnel1 experience burnout and report feeling overwhelmed by alert volume.

Cut SOC Alert Fatigue with Smarter Detection Architecture

In many organisations, the security operations centre (SOC) is overwhelmed. The volume of alerts coming from tools like Sentinel, Defender for Endpoint, and Cloud Apps is high—and growing. Spending more time triaging noise than they are stopping real threats, does this sound familiar? This isn’t about analyst headcount or tool choice. It’s about architecture.

From alert fatigue to action: Smarter SOC workflows for defence teams

Free your analysts to focus on what really matters: security outcomes. Security teams in the UK Ministry of Defence (MOD) are facing a dual burden: the growing volume and sophistication of cyber threats and the relentless operational grind of triaging alerts, managing compliance, and stitching together intelligence from fragmented systems. The reality is clear: Traditional security operations center (SOC) workflows aren't built for today’s pace and quantity of threats.