CyberWhiz Embedded

Regulation-Driven Logging & Monitoring at the Edge

By integrating directly into each device, CyberWhiz Embedded enables manufacturers to provide built-in, always-on security monitoring across the entire device lifecycle, from design and production to runtime operation in the field.

All security events and anomalies are recorded locally and securely transmitted for centralized analysis and compliance reporting.

Full Attack Surface Visibility: Wired & Wireless Channels

CyberWhiz Embedded continuously monitors and detects potential attacks targeting all critical communication interfaces, including:

By observing protocol behavior and traffic patterns at runtime, the solution detects suspicious activities such as unauthorized access attempts, abnormal message flows, protocol misuse, and communication-level anomalies - regardless of whether the attack originates from wired or wireless vectors.

Embedded AI-Driven Anomaly Detection at the Edge

CyberWhiz Embedded includes an embedded AI security library that runs directly on the device, enabling real-time anomaly detection at the edge without relying on constant cloud connectivity.

These AI-driven models learn normal system and protocol behavior over time and detect deviations that may indicate cyber attacks, misconfigurations, or compromised components - allowing threats to be identified before they escalate into system-wide incidents.

Hardware & Software Agnostic by Design - With Ecosystem Partnerships

CyberWhiz Embedded runs on any MCU/MPU, supporting bare metal, FreeRTOS, embedded Linux, and Android environments. Its lightweight architecture ensures minimal performance impact and fast integration - typically completed within days.

Secure Telemetry & Centralized Visibility

All collected security telemetry - including logs, alerts, system metrics, and anomaly data - is securely transmitted using mTLS-encrypted MQTT to CyberWhiz Defence Center for centralized monitoring, correlation, and incident response.

This enables manufacturers to maintain continuous cybersecurity visibility across large device fleets while satisfying regulatory compliance, auditability, and operational security requirements.