• Unit tests?
  Ancient history (AI writes those for you).

• Pairwise matrices?
  Static parameters only.

• How do you test dynamic, stateful scenario spaces in complex systems to be tested?
  Meet Combinatorics Framework.

It’s a declarative scenario-space engine:

🧩 Compose: Higher-order dataflow algebra (permutations, subsets, joins of prior result tables)

⚡️ Inject: Mid-sequence rules, constraints, and optional interventions before execution

⚙️ Execute: Real candidate scenarios in sandboxed System-Under-Test environments

📊 Analyze: Multi-objective outcomes via Pareto-front evaluation

From AI-agent red-teaming and protocol resilience to stateful system validation—stop running static matrices. Start executing real scenario spaces.

Master the mindset: ZEN_OF_COMBINATORICS.

Combinatorics Framework by Yurii Baranov

▶ GitHub: https://github.com/ghYura/Combinatorics-Framework-QA-edition

▶ YouTube: https://www.youtube.com/@yuriibaranov

Combinatorics Framework
Beyond what AI can conceive, beyond what humans can execute alone

P.S. I care about QA jobs for humans. In a world going crazy over AI hype, this framework isn’t built to replace testers—it’s built to elevate QA engineers into Scenario Architects who design execution spaces no plain AI can figure out on its own.

automation #testing #softwareengineering #qa #computerscience #aievals #devops