●       Integration Across Security Layers:  our XDR correlates and collects data from various security layers, including networks, endpoints, email, servers, and cloud workloads. This integration provides a holistic view of the security landscape, enabling faster threat detection and response.

●       Automation and AI: our service utilizes automation and artificial intelligence to streamline threat detection and response processes. It automatically correlates alerts into incidents, reducing the need for manual investigation and allowing security teams to focus on more complex threats.

●       Incident-Based Investigation: By consolidating low-level alerts into incidents, our XDR provides security analysts with a comprehensive view of potential cyberattacks, improving productivity and enabling quicker responses.

●       Visibility and Context: Our service enhances visibility into the full cyberattack chain, allowing security teams to understand and remediate sophisticated threats that might go undetected by traditional point security solutions.

●       Automatic Threat Disruption:  Our XDR can automatically disrupt ongoing cyberattacks by isolating compromised devices and accounts, thus limiting the impact and reducing the need for extensive post-incident cleanup.

●       Evolution from EDR: XDR is an evolution of Endpoint Detection and Response (EDR), expanding its scope to include a broader range of security products and providing a more integrated security solution.

 Scope of Detection and Coverage

●       XDR: Extends beyond endpoint protection to include data from networks, cloud services, applications, and IoT devices, providing a more comprehensive view of the security landscape.

●       Standard Methods (EDR): Primarily focus on endpoint devices, offering protection and visibility limited to those specific areas.

Data Collection and Integration

●       XDR: Collects and correlates data from multiple security layers, enabling a unified security approach and reducing silos within the security architecture.

●       Standard Methods (EDR): Typically rely on endpoint data, which may lead to fragmented security insights and potential gaps.

Automated Incident Response

●       XDR: Offers automated incident response capabilities across the entire security stack, allowing for quicker and more coordinated responses to threats.

●       Standard Methods (EDR): Provide automated responses primarily for endpoints, which may require additional manual integration for broader security coverage.

Scalability and Adaptability

●       XDR: Easier to scale and adapt to complex and evolving security needs, as it integrates multiple security domains into a single platform.

●       Standard Methods (EDR): May require more effort to scale and integrate with other security solutions, potentially leading to inefficiencies.

Visibility and Threat Detection

●       XDR: Enhances visibility across the entire IT environment, improving the detection of advanced threats and reducing false positives through intelligent threat correlation.

●       Standard Methods (EDR): Provide detailed visibility within endpoints but may lack the broader context needed for effective threat detection across the entire infrastructure.