Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

How behavior-driven analytics can improve detection coverage, reduce SOC engineering work, and maximize the value of your Sentinel investment.

Detection engineering has become one of the least questioned costs in the modern SOC. Teams write queries, tune thresholds, maintain exceptions, and build enrichment logic because that work has gradually become part of running Microsoft Sentinel. While necessary, it still relies heavily on manual effort. Microsoft Sentinel gives security teams a strong foundation for collecting telemetry, investigating incidents, and orchestrating response.

Microsoft Sentinel gives security teams a strong cloud-native foundation. Securonix Threat Analytics extends that foundation with behavior-driven analytics, AI-driven correlation, risk-based prioritization, and continuously curated threat intelligence, without replacing your SIEM, duplicating data, or disrupting existing workflows. Organizations use Securonix to improve detection coverage, accelerate investigation and response, and maximize Microsoft Sentinel ROI.

See how Securonix Threat Analytics helps security teams improve detection coverage, reduce SOC engineering work, and maximize Microsoft Sentinel ROI. Microsoft Sentinel provides a strong foundation for security operations. As environments grow more complex, detecting sophisticated attacks often requires extensive engineering, custom KQL development, and ongoing content maintenance.

Organisations are discovering that trust decisions now must happen before certainty arrives. Ajay Biyani, Senior Vice President, APJ, Securonix Most executives assume the most important fraud decisions happen after an incident. Inside a modern bank, many of the most important decisions happen much earlier.

Fear, authority, and isolation are turning social engineering into one of the country’s most effective and revealing cybercrime models.

Veil#Drop is a sophisticated multi-stage malware delivery framework that combines social engineering, compromised websites, malicious JavaScript launchers, PowerShell download cradles, and trusted cloud-hosted infrastructure to deploy PureLog Stealer entirely in memory. The infection chain begins with a deceptively named JavaScript file masquerading as a document (e.g., transcript.pdf.js), which executes through Windows Script Host and launches PowerShell with execution policy bypasses enabled.