Low-code as a model-based engineering discipline
We explore why a model-driven approach in UnityBase is the foundation for architectural resilience, helping teams avoid ...
Software development is the creation, evolution and maintenance of web, mobile, enterprise and embedded solutions with attention to architecture, UX and quality.
We explore why a model-driven approach in UnityBase is the foundation for architectural resilience, helping teams avoid ...
A strategy for the gradual modernization of legacy enterprise systems using the Strangler Fig pattern and the UnityBase ...
AI integration requires updating the SSDLC. We explore the shift from traditional code analysis to architectural control...
Implementing AI assistants requires shifting from blind trust in tools to architectural data control and mandatory code ...
Transforming ISO/IEC 42001 requirements into engineering controls within the SDLC to ensure automated evidence for succe...
Traditional RBAC cannot mitigate Excessive Agency risks. We explore architectural methods to constrain autonomous AI age...
Integrating autonomous agents into enterprise ERP and ECM environments requires strict architectural discipline, using D...
By 2027, successful AI adoption in development will depend not on code generation speed, but on integrating AI tools int...
Transitioning from experimental ML models to robust enterprise systems using AWS Well-Architected Framework, Google SRE,...
Balancing software delivery speed and system reliability using DORA metrics, 12-Factor App principles, SRE error budgets...
How SRE practices, DORA metrics, and engineering discipline help prevent technical debt, while low-code platforms standa...
Transitioning to microservices without considering operational complexity creates technical debt. We examine approaches ...