Author: Matthew Miller

Concise Overview

• Quorum’s AI-powered solution is aiding Australian businesses in alleviating cybersecurity alert fatigue.
• By leveraging Microsoft’s Security Copilot, companies decrease daily alerts from 300 to 35 actionable items.
• AI instruments like Copilot can introduce data exposure risks if not adequately supervised.
• Effective data governance and permission structures are critical for reducing AI-related risks.
• Quorum’s customized AI solutions empower businesses to strengthen their cybersecurity defenses.

AI-Powered Cybersecurity Solutions

Australian organizations burdened by cybersecurity alerts are experiencing relief through Quorum’s AI-powered methodology. By incorporating Microsoft’s Security Copilot, Quorum assists businesses in reducing alert fatigue and honing in on actionable threats.

Daniel Tracey, Quorum’s Principal Consultant for Cybersecurity, elaborated at the CyberSecure Summit in Sydney on how their partnership with Microsoft has facilitated the automation of alert responses. This innovation has significantly lowered the number of daily alerts necessitating human engagement from 300 to 35.

Handling “Impossible Travel” Alerts

The approach is especially beneficial for managing “impossible travel” alerts, which arise when employee logins from distant places raise security flags. With large teams traveling around the globe, manually verifying each alert was a cumbersome task.

“We employed Security Copilot to evaluate these alerts, determining if they represented actual threats. Most turned out to be false positives, enabling us to concentrate on real issues,” Tracey stated.

Recognizing AI Risks

While AI tools bolster cybersecurity, they also introduce risks, particularly regarding data exposure. Oscar Gonzalez, Microsoft’s SMB Cybersecurity Lead for ANZ, cautions against the risks of data leaks, both accidental and intentional, underscoring the significance of data governance.

“Establish a data classification scheme and proper permission levels to alleviate these risks,” Gonzalez recommended.

Case Study: AI in Practice

Gavin van Niekerk, Quorum’s Practice Manager for Cybersecurity, recounted how a Melbourne-based electrical wholesaler enhanced its security posture utilizing Quorum’s AI solutions. Initially lacking proactive monitoring, they now utilize Quorum’s SOC team to bolster data security without risking overexposure.

“They now use AI with confidence, understanding their security maturity and prepared to advance,” van Niekerk remarked.

Conclusion

Quorum’s AI-driven solutions considerably enhance cybersecurity by alleviating alert fatigue and prioritizing actionable threats. Nevertheless, organizations must stay alert to AI-related risks, particularly data exposure. Sound governance and a well-structured data security framework are vital for the safe utilization of AI technologies.

Q: What is Quorum’s AI-powered solution?

A: Quorum’s AI-driven solution utilizes Microsoft’s Security Copilot to automate and optimize the management of cybersecurity alerts, significantly decreasing the number of alerts that require human intervention.

Q: How does Quorum’s solution handle “impossible travel” alerts?

A: The solution employs Security Copilot to assess these alerts, frequently identifying them as false positives, thus enabling security teams to concentrate on real threats.

Q: What are the risks tied to using AI in cybersecurity?

A: Risks include potential data exposure and leaks that can happen either accidentally or maliciously. Effective data governance and permission frameworks can help lessen these risks.

Q: How can businesses reduce AI-related risks?

A: By instituting a solid data classification and governance framework, ensuring appropriate permission levels, and consistently reviewing their security posture.

Q: What was the result of Quorum’s involvement with the Melbourne-based wholesaler?

A: The wholesaler enhanced its data security posture, gaining assurance in utilizing AI tools without risking data exposure, and establishing a proactive monitoring system.