In an environment where IT and OT systems are increasingly connected, validating software alone is no longer enough. Do your systems respond consistently when interacting with devices, sensors, machines, or physical processes? Can you detect integration failures, latency, or unexpected behaviors before they affect operations? Do you have a QA strategy capable of simultaneously validating the functionality, security, performance, and resilience of environments where information and operational technologies converge? When these questions lack clear answers, the impact can translate into operational disruptions, security risks, failures in critical processes, and issues that transcend the digital environment.
In this session, MTP experts analyze the challenges of Quality Engineering in Cyber-Physical Systems and the growing convergence between IT and OT. We explore how to design testing strategies capable of validating interactions between software, infrastructure, devices, and physical processes; identifying risks in connected environments; and evaluating aspects such as performance, security, interoperability, and resilience. The goal: to increase the quality of critical systems, reduce operational risks, and build IT/OT environments that are more reliable, secure, and prepared to respond to real-world operational scenarios.
- Orchestration and validation of IT/OT systems. Discover how QA strategies allow for the validation of interaction and coordination between applications, devices, sensors, machinery, and operational infrastructure, identifying interoperability, communication, and synchronization failures before they affect critical processes.
- Testing in Cyber-Physical environments. Learn how to design testing scenarios that reproduce real operational conditions to evaluate the behavior of connected systems, detect anomalies, and validate key aspects such as performance, latency, security, and resilience in the convergence of IT and OT.
