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Erhan Giral

Erhan Giral From Bmc Helix Explains**anomaly Detection Pipeline**mixture-of-experts Fine-tuning**incident Fingerprinting to Combat Automation Bias**human-in-the-loop Remediation Workflow
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AI Summary

→ WHAT IT COVERS Erhan Giral from BMC Helix explains how agentic AI is transforming IT service management by autonomously detecting anomalies, performing root cause analysis, and generating remediation plans for Fortune 2000 enterprises — shifting IT operations from reactive firefighting to automated, self-improving systems that learn from every resolved incident. → KEY INSIGHTS - **Anomaly Detection Pipeline:** BMC Helix processes continuous telemetry streams — machine logs, time-series data, alarms — through proprietary ML models to filter noise before passing condensed, causally-described findings to LLMs. This two-stage approach prevents overwhelming generative models with raw data while still enabling precise root cause analysis down to specific network queues, file systems, or brokers. - **Mixture-of-Experts Fine-Tuning:** Rather than using generic foundation models, Helix fine-tunes open-weight models using domain-specific datasets and reward functions, capturing training as discrete "experts" with gate activation values. When a mainframe-specific query arrives, only the relevant expert weights activate — keeping models parameter-efficient enough to run on hardware as accessible as NVIDIA RTX 6000 GPUs on-premise. - **Incident Fingerprinting to Combat Automation Bias:** Helix builds causal traces of every incident — recording machine signals, human actions, and failure sequences — to identify recurring patterns. When a new issue matches a prior fingerprint, the system flags it with high confidence for automated remediation. This addresses automation bias by grounding approvals in verified historical precedent rather than blind trust. - **Human-in-the-Loop Remediation Workflow:** Diagnostic and read-only actions execute automatically, while any configuration changes require human approval. The system tracks whether engineers follow or deviate from AI-generated plans, using deviations as training signals. This flywheel continuously improves recommendations without requiring engineers to manually document their expertise or write runbooks. - **Savings Range 25–50% with Proof-of-Concept Sales Cycle:** Enterprise deployments consistently show 25–50% operational savings, but deals always require a proof-of-concept in a pre-production environment — often alongside competing tools. Organizations evaluate over three-to-five year planning horizons, meaning roadmap alignment matters as much as current capability when competing against ServiceNow and Atlassian in the Fortune 2000 market. → NOTABLE MOMENT Giral describes building "gym" environments — simulated data centers where a chaos agent deliberately breaks systems while a separate remediation agent attempts fixes, logging every outcome 24/7. This lights-out training loop mirrors how software engineering was automated, but applied directly to IT operations. 💼 SPONSORS None detected 🏷️ IT Service Management, Agentic AI, Root Cause Analysis, Enterprise Automation, On-Premise AI Deployment

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