Every piece of content in this section comes from 30+ years of active engagements — not theory. SDT’s resources cover the practical side of software testing: how to build frameworks that hold up, how to structure a testing organization, and how to get real ROI from automation. Use these to benchmark your current approach or make the case for change.
Modern core banking engines process billions of dollars in real-time transactions during peak holiday shopping surges. When transaction throughput spikes to ten times baseline volumes, subtle microservice latency, database lock contention, and race conditions emerge that standard performance tests fail to catch. Building an enterprise
Executive Summary The Root Cause of Maintenance Fatigue: Fragile locator strategies and monolithic test scripts turn CI/CD pipelines into false-alarm generators, diverting senior engineers from product development to incessant test repair. The Keyword Framework Solution: Abstracting technical execution details into modular Keyword components decouples test
Executive Summary Strategic Due Diligence: Conducting rapid technical debt assessments prevents compounding code issues during corporate technology consolidation. Unified Quality Architecture: Standardizing CI/CD pipelines across merged engineering organizations isolates breaking changes early in the release cycle. Contract-Driven Validation: Implementing API schema verification secures microservices interoperability
Executive Summary / Quick-Read Block: Decoupled Engine Architecture: Disconnects test logic design from code execution drivers, isolating test maintenance solely to underlying action methods. Dynamic Locator Abstraction: Replaces brittle CSS and XPath selectors with self-healing, multi-strategy visual and DOM object mapping. Deterministic Execution Runtime: Processes
Executive Summary Architectural Decoupling: The SDT Keyword Framework separates test logic from execution code, allowing non-technical domain experts to maintain enterprise test suites without writing scripts. Maintenance Reduction: Abstracting underlying UI and API changes behind reusable action engines eliminates the exponential maintenance traps typical of
Executive Summary Cross-Functional Test Authoring: Keyword-Driven Testing abstracts technical automation logic into accessible natural language commands, empowering non-technical product managers, domain experts, and business analysts to directly author, review, and maintain robust acceptance suites. Radical Maintenance Reduction: Separating the execution engine from test data and
