Osprey event engine for real-time rule processing
Osprey event engine: how real-time event processing and rule evaluation work under high load, and what architectural trade-offs are hidden within the system
ThecoreGrid
Golden path platform without implementation traps
Why the golden path platform fails during implementation: an analysis of errors, templates, and metrics that truly show results.
LLM Agents for B2G Co-Simulation of Energy Systems
How LLM agents automate building-grid co-simulation through DAG and multi-agent orchestration, reducing errors and complexity in pipelines.
Platform health through the lens of developer experience
How to measure platform health through developer experience, adoption, and toil, not just observability and uptime.
Platform engineering with Policy as Code without friction
Platform engineering with Policy as Code: how to embed governance in CI/CD and mitigate risks through CAPOC and automated policies.
Piracy Shield Breaks the Network Model Through Uncontrolled Blocking
The Italian blocking scheme Piracy Shield puts providers in a position to choose: violate network architecture or face fines. The conflict illustrates where regulation begins to influence infrastructure behavior.
Knowledge Graph for TAM through LLM and LangExtract
How Knowledge Graph and LangExtract enhance data extraction accuracy and traceability in Total Airport Management systems –>
Observability: When Security Intercepts Traffic Before the Application
Sometimes the system “breaks” even before entering the application. This case is about how the security layer completely obscures the behavior of the backend. Observability
Platform engineering metrics without telemetry
Platform engineering metrics without a baseline deprive teams of control. An analysis of the approach using the Kubernetes Secrets Manager and scorecard model.
Edge AI on Kubernetes without Loss of Consistency
Edge AI Kubernetes as a unified platform: how to scale the edge without fragmentation and maintain control over distributed infrastructure.