BCW Group deployed Google SecOps within six weeks. Consolidating logs, validator nodes, multi-cloud workloads, and Google Workspace into a single system required minimal integration effort. Native integrations reduced the need for bespoke connectors, making onboarding fast for a lean team. Out-of-the-box parsers, curated detection rules, and case management workflows further accelerated adoption.

Google SecOps offered a unified SIEM and SOAR platform capable of ingesting and normalising large volumes of multi-cloud and Web3 telemetry. This allows BCW to correlate validator signing behaviour, cloud identity activity, events, and user signals without relying on separate tools.

Security Command Center (SCC) Enterprise adds another layer of defense by revealing multi-cloud attack paths and cross-cloud context that traditional SIEMs couldn’t. For example, a suspicious login to a user identity in any cloud provider’s service might appear low-risk on its own, but SCC recognizes when that identity can access a high-value Google Cloud validator via Workload Identity Federation. With that context, the alert is automatically escalated, giving BCW Group true cross-cloud visibility.

Meanwhile integrated Mandiant Threat Intelligence and VirusTotal provides automatic enrichment, eliminating long cycles of manual research. Combined with Gemini-powered natural language investigations, analysts can craft complex queries without requiring deep expertise in YARA-L or query languages. Now, when an employee reports a phishing email in Gmail, a case is automatically created in Google SecOps. The system enriches the alert with Mandiant Threat Intelligence, validates domains, and can quarantine malicious messages across the organization instantly. Analysts receive a complete case file with clear next steps, cutting investigation time from hours to minutes.

This automation-first approach has transformed BCW Group’s lean security operations into an enterprise-grade SOC. For example, automated playbooks triage common false positives such as public bucket alerts and validator synchronization noise, cutting analyst workload by up to 40%. The Unified Data Model (UDM) search correlates data across environments, providing analysts with accurate, real-time incident context.

Finally, Google Cloud and BCW are aligned in their long-term vision for Web3-native security with automation, correlation, multi-cloud visibility, and AI-assisted investigation, making the collaboration ideal.

Integrated threat intelligence also performs automated retro-hunting. When new IOCs or protocol vulnerabilities emerge, Google SecOps scans historical data at scale and flags matches in seconds – something that once required manual reviews and complex custom searches.

These capabilities increased BCW’s visibility across systems by 50% and reduced detection time by 60%. For BCW Group, this resilience not only protects its own operations but also strengthens client trust. Institutional clients using BCW’s stakeFi platform see measurable proof that the company operates a secure infrastructure in some of the most threat-heavy domains of the digital economy.

Automated playbooks also eliminate entire classes of false positives, such as routine validator synchronization noise or publicly exposed storage buckets, so analysts can focus on real threats instead of background noise.

The 30-40% time saved through automation is reinvested into higher-value security work: crafting new detection rules, running proactive threat hunts, conducting internal drills, and upskilling the team. Instead of reacting to alerts, BCW Group now builds forward-looking defenses.