Product Case Study

Accelerating Retail MTTR with Scout-itAI and Dynatrace

Enhance retail MTTR faster using Scout-itAI and Dynatrace

Short Description

An omnichannel retailer combined Dynatrace with Scout-itAI’s agentic AI and RPI reliability model to convert raw telemetry into plain-language guidance and safe automations. The integrated approach shortened triage, reduced noise, and gave leaders clear narratives that tied technical incidents directly to checkout health and revenue risk.

Problem Statement

Despite mature full-stack monitoring in Dynatrace, incident response remained slow during promotions and regional spikes. Signals were fragmented across application, network, and cloud layers, and alert volume obscured what truly mattered. Executives wanted non-technical visibility into what had broken, who was affected, and which actions would stop revenue leakage without forcing teams to translate dashboards into business language.

Scope & KPIs

The initial scope focused on e-commerce APIs, payment services, CDN edges in two regions, and in-store POS gateways. KPIs included checkouts per minute, payment success rate, API p95 latency, and regional error budgets. Each KPI was tied to an RPI bucket so that technical drift immediately reflected as business-relevant reliability movement.

Architecture

Data Ingest & Normalization :

Dynatrace problem notifications and key metrics stream to Scout-itAI via secure webhooks/APIs. Scout-itAI enriches and maps telemetry to a 13-bucket RPI so all signals roll up to one reliability score.

Dynatrace–Scout-itAI architecture diagram showing data flow to RPI 98/100 and automated runbooks
Integration & Data Mapping :

Dynatrace entities/tags (services, zones, regions) align to RPI buckets, while business KPIs (checkouts/min, POS success) are joined on shared keys. Every event retains traceability to Dynatrace problem IDs for one-click deep dives.

Analysis & Automation :

Blender applies Six Sigma to surface meaningful shifts and cut noise; Trender (KAMA) flags drift vs. 100-day baselines; Predictor runs Monte Carlo to estimate ROI of changes. Agentic runbooks propose or auto-execute low-risk fixes with rollbacks and audit trails.

Results & Outcomes

During the initial adoption period, mean time to resolve for the top five checkout-critical services decreased by [X%], from [baseline] to [new]. Alert noise dropped by [Y%] while true-positive detection was maintained or improved. RPI increased by [Δ] points during campaigns, and the retailer saw higher successful checkouts at peak, with a conversion uplift of [Δ bps] on promotion days. These results were validated through Dynatrace timelines, matched traffic cohorts, and post-incident analyses, and informed the next phase of reliability investments using Predictor’s forward-looking scenarios.

Change Management & Adoption

Operations teams received concise incident narratives in their existing collaboration channels, while executives saw a weekly reliability brief highlighting RPI trends, business risk, and proposed remediations. Runbooks were documented with success criteria and rollback steps, and early wins were showcased to reinforce confidence. Training emphasized interpreting RPI movements, trusting Blender’s statistical signals, and using Predictor to compare options before scheduling changes during maintenance windows.

TCO & Operational Efficiency

The program built on the existing Dynatrace investment, requiring only minimal integration through standard webhooks and APIs. This approach reduced upfront costs and risk. By decreasing noise and speeding up resolution, the program led to fewer escalations and shorter war rooms, lowering operational labor hours. Automation, implemented with guardrails and staged approvals, helped control rollback costs. The cloud-native design enabled scalable telemetry and feature expansion without the need for disruptive platform changes. Executive adoption increased as RPI and narrative summaries presented reliability in business terms, accelerating time-to-value.

Lessons Learned

Success depended on mapping a concise set of business KPIs, such as checkouts per minute and POS success rate, to RPI from day one, ensuring that every incident could be expressed in terms of its business impact. Clean tagging and namespace standards simplified alignment between Dynatrace entities and RPI buckets. Introducing automation in phases, starting with recommendations, moving to human-approved actions, and then to auto-execution for clearly reversible changes, built trust without slowing response. Establishing a clear pre-rollout baseline for MTTR and noise made impact measurement credible and sped up budget approvals.


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