Webinar Description
Key Takeaways
- Technical demonstration of Transilience’s Rainier platform for cloud security operations
- Focus on artificial intelligence applications in security operations centre workflows
- Multi-cloud coverage spanning AWS, Azure and GCP environments
- Relevant for SOC analysts, cloud security engineers and security operations managers
- Addresses alert fatigue and prioritisation challenges in modern security operations
Introduction
This technical session examines how artificial intelligence is being applied to security operations centre workflows, specifically within multi-cloud environments. Presented as part of an ongoing AI cloud security series, the session focuses on Transilience’s Rainier platform and its approach to alert management, detection and response. The content is designed for security professionals grappling with the operational challenge of processing high volumes of cloud security alerts whilst maintaining effective threat detection.
Alert fatigue remains one of the most persistent problems facing security operations teams. As organisations expand their cloud footprints across multiple providers, the volume of security telemetry grows exponentially. The challenge is no longer generating alerts but rather identifying which alerts warrant investigation and ensuring they reach the appropriate personnel quickly enough to enable meaningful response.
About This Event
The session forms part of a broader series exploring artificial intelligence applications in cloud security. It centres on a live demonstration of the Rainier platform, walking through its operational dashboard and showing how the system processes security telemetry from major cloud providers. Rather than presenting theoretical capabilities, the session uses real alerts and detection scenarios to illustrate platform functionality.
Unified Multi-Cloud Visibility
A core element of the demonstration covers how Rainier consolidates security data from AWS, Azure and GCP into a single operational view. For organisations running workloads across multiple cloud providers, maintaining consistent visibility presents significant operational complexity. Each platform generates its own security telemetry in different formats, and correlating events across environments typically requires substantial integration work. The session explores how telemetry flows into the platform, how the AI organises incoming data, and what security teams can expect to see when first deploying the system.
Alert Prioritisation and Correlation
The technical deep dive examines the platform’s alert engine and its approach to reducing noise. Modern cloud environments can generate thousands of security events daily, yet only a fraction typically require human investigation. The session demonstrates how Rainier’s AI prioritises alerts, correlates related events and adds contextual information to help analysts understand the significance of what they are seeing. This correlation capability is particularly valuable when attack patterns span multiple cloud services or accounts, where individual alerts might appear benign but collectively indicate malicious activity.
Notification and Integration Workflows
Effective detection means little if alerts do not reach the right people at the right time. The session covers notification workflows and how Rainier integrates with common operational tools including Slack, Microsoft Teams, email, PagerDuty and security orchestration platforms. These integrations determine how quickly security teams can move from detection to response, making them a critical component of overall SOC effectiveness.
Live Detection Demonstration
The session includes live detection scenarios using real cloud attack patterns triggered against the platform. This practical demonstration shows how Rainier detects, classifies and surfaces threats in real time, providing attendees with a concrete understanding of platform behaviour under realistic conditions.
Who Should Attend
This session is suited to SOC analysts, cloud security engineers, security architects and operations managers responsible for protecting multi-cloud environments. Those evaluating AI-assisted security tooling or seeking to understand current approaches to alert management and cloud threat detection will find the content particularly relevant.