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Our client has initiated a comprehensive evaluation and approval process for the Google Cloud platform, aiming to align with the stringent security standards outlined in the GC Canadian Centre for Cyber Security (CCCS) Cloud Security Controls profile of Protected B, Medium Integrity, Medium Availability (PBMM). This endeavour involves meticulously examining the Google Cloud environment to ensure compliance with the specified security controls. This enables the organisation to enhance its cybersecurity posture and safeguard sensitive data following industry best practices.

The project meticulously outlined procedures for collecting crucial evidence to ensure compliance with security controls. Tailoring of the Canadian Centre for Cyber Security's ITSG-33 Security Requirements Control Matrix (SRTM) specifically addressed PBMM requirements within the Google Cloud ecosystem. Each security control's evidence-gathering process underwent thorough scrutiny against established standards to confirm correct implementation and adherence to stipulated criteria. This method facilitated a comprehensive assessment of the security landscape, empowering the organisation to rectify deficiencies and bolster cybersecurity resilience significantly proactively.

A leading credit union in California faced significant challenges in detecting and managing network and infrastructure issues across its complex environment. With approximately 40 branch locations, 3 data centers, 300 servers, and 1,000 users serving more than 400,000 individual and business members, ensuring seamless operations required a more advanced and proactive approach. Without a centralized monitoring system, the organization lacked real-time visibility into its network and infrastructure, making it difficult to identify and resolve issues before they impacted operations.

To address these challenges, the credit union implemented a centralized Network Operations Center (NOC) powered by SolarWinds. This solution provided advanced monitoring and reporting tools aligned with industry best practices, significantly improving visibility into network and infrastructure operations. By leveraging SolarWinds' comprehensive monitoring capabilities, the organization gained the ability to track performance metrics, detect anomalies, and proactively address potential threats before they escalated into major disruptions.

In our recent project, we faced the challenge of supporting the Client's Disaster Recovery Testing initiative for their IBM Storwize V5030 system. The task involved implementing a new IBM Storwize V5030E system in the Chicago, IL, data centre production environment while repurposing the old V5030 as a replication target. Our main challenge was to ensure seamless synchronisation between the V5030E (source) and V5030 (target) systems and conduct a simulated disaster recovery scenario to validate functionality.

To address the challenge, we meticulously implemented the new technology IBM Storwize V5030E system in the Chicago, IL, data centre. We established a robust plan to synchronise data between the V5030E and V5030 systems, ensuring data integrity and continuity. Rigorous testing procedures were implemented to simulate a disaster recovery scenario, guaranteeing that the systems could seamlessly switch over in case of an actual emergency. Our team monitored the process to mitigate risks and ensure a successful transition.