#Cybersecurity #ULTRA RED #HALOCK

HALOCK Partners with ULTRA RED for Enhanced Cybersecurity Solutions

In a significant move for the cybersecurity landscape, HALOCK, a prominent U.S.-based cybersecurity consulting firm, has integrated ULTRA RED's Continuous Threat Exposure Management (CTEM) platform into its External Attack Surface Management (EASM) services. This partnership marks a shift from traditional point-in-time security assessments to a robust and continuous risk management model.

The Need for Continuous Risk Visibility

As organizations expand their operations through cloud services, artificial intelligence, and mergers, they find themselves grappling with a growing attack surface. The need for constant vigilance in detecting vulnerabilities has never been more critical. Recognizing this demand, HALOCK sought a solution that would not only enhance their offer but also provide their clients with ongoing, actionable insights.

Terry Kurzynski, Founder and Partner at HALOCK, expressed the advantages of this integration. He noted that ULTRA RED’s validation-driven approach allows them to focus solely on vulnerabilities that matter—eliminating the noise often generated by less refined tools. This means customers receive clear guidance on genuine threats, enabling faster and more effective responses to potential breaches.

Immediate Outcomes from ULTRA RED Integration

The impact of the integration was felt almost immediately. For example, during one of the first client engagements, ULTRA RED successfully pinpointed an internal subdomain that had escaped detection from previous scanning tools. This vulnerability, confirmed as exploitable, was promptly addressed, drastically reducing the risk of a potential cybersecurity incident.

The integration yielded impressive results, notably:

• - 90% reduction in alert volume across client systems.
• - Twofold increase in remediation speed due to accurate, evidence-based findings.
• - A mere 1% false positive rate, which significantly alleviates the burden of manual validation for security teams.
• - Identification of critical exposures that had previously been overlooked, enhancing the overall security infrastructure.

Moving Beyond Historical Assessments

Traditional penetration testing approaches provide deep insights regarding security weaknesses but only reflect a singular moment in time. Given the fast-evolving nature of attack vectors and the daily changes in technology infrastructures, organizations often find themselves vulnerable between assessments.

The collaboration with ULTRA RED empowers HALOCK to transcend the conventional project-based model of cybersecurity services. They can now offer clients a continuous stream of validated risk assessments, ensuring that potential threats are addressed swiftly and confidently. This proactive stance allows clients to act promptly, knowing they have corroborated data guiding their remediation efforts.

Conclusion

The integration of ULTRA RED into HALOCK's operational abilities signifies a pivotal enhancement in cybersecurity services. As cyber threats become increasingly sophisticated, the need for reliable, real-time visibility into external risks cannot be overstated. With its innovative approach to continuous threat exposure management, ULTRA RED will significantly bolster HALOCK's capacity to protect clients in an ever-evolving digital landscape.

For more information on HALOCK and its services, visit official website and learn how they are working to enhance cybersecurity practices across industries.

About HALOCK

HALOCK is a leading cybersecurity consulting firm specializing in risk management, compliance, and offensive security. With vast experience in regulated industries, they guide organizations in implementing evidence-based strategies to mitigate cyber risks effectively.

About ULTRA RED

ULTRA RED stands at the forefront of Continuous Threat Exposure Management solutions, utilizing a validation-first approach to assist security teams in effectively managing and exposing potential threats in their environments.