Shadow-IT rarely appears as “new software.” It manifests as unsigned DLLs, one-off scripts, unapproved browser add-ons, rogue local accounts, and unfamiliar processes executing outbound DNS/IP requests. CyberCyte Shadow-IT modules consolidate these signals into a single exposure view, then translate raw findings into action through swift allowlisting and AI-driven prioritisation.
Shadow-IT manifests through weak but meaningful indicators: anomalous binaries, suspicious script execution, identity drift, and unexplained outbound traffic.
CyberCyte normalises these signals into a unified asset-and-exposure model. Each discovery is risk-scored, prioritised, and translated into immediate control actions through dynamic allow-listing—reducing alert fatigue while preventing attack path expansion before escalation.
CyberCyte collects high-fidelity endpoint and identity telemetry, then normalises findings into a consistent asset-and-exposure model.
Approved applications, packages, scripts, DLLs, and browser add-ons can be allowlisted quickly to reduce noise, avoid operational disruption, and focus attention on what truly deviates from policy.
Every discovery is scored to surface what matters first: suspicious execution paths, uncommon binaries, risky script behaviours, anomalous process traffic, and identity changes that widen attack paths.
Less alert fatigue, faster triage, and a continuously enforced “known-good” baseline across endpoints, identities, and network activity.
A targeted intrusion rarely triggers simple “malware found” alerts. It progresses through small, evasive steps. CyberCyte Shadow-IT visibility maps those steps to clear controls:
CyberCyte is an AI-driven Risk and Threat Exposure Management Platform for Unified Visibility and Response.
The platform enables businesses to benefit from a single pane of glass by unifying threats, vulnerabilities, hardening issues, and inventory risks, prioritizing them, and mapping them to compliance standards. CyberCyte continuously assesses and improves cyber security infrastructure maturity by executing automated diagnostics and remediation actions.
The platform discovers previously unknown risks, reduces complexity, and minimizes operational costs.