As TechCrunch reported in early 2026, the hype around AI is giving way to a more pragmatic focus.
This pragmatic shift is particularly relevant in cybersecurity. Instead of pursuing autonomous security systems, organizations are deploying smaller, targeted machine learning models that integrate into existing workflows. This approach aligns with the concept of AI as 'normal technology'—a tool under human control, not a superintelligent entity.
Log Analysis and Anomaly Detection with ML
Machine learning models can identify unusual patterns in logs, but they require careful calibration to reduce false alarms. Embedding intelligence into devices allows for real-time anomaly detection, but false positives remain a challenge. The key is to tune models to the specific environment, leveraging supervised and unsupervised techniques to minimize noise.
Automated Triage and Incident Summarization
AI can prioritize and summarize incidents, augmenting analyst workflows. Similar to AI co-pilots in hardware design, these systems standardize starting points and generate context-aware recommendations. They help teams focus on the most critical alerts, reducing response times without replacing human judgment.
Adversarial Attacks on AI Detectors
Adversaries can attempt to evade or fool AI models, a risk that must be accounted for in any deployment. Robust detection mechanisms, such as adversarial training and continuous monitoring, are necessary. However, as AI becomes normal technology, it is essential to acknowledge its limitations and design for resilience.
Human-in-the-Loop Verification
Critical alerts still require human oversight. AI should serve as a co-pilot, not an autonomous decision-maker. The perspective of AI as normal technology emphasizes that humans retain control, with AI augmenting rather than replacing expertise. This ensures that security teams can verify and intervene when necessary.