Smart Manufacturing and Public Administration

A New Public Service Industry Model with the Transition 5.0 Plan

Excerpt from the FORUMPA article

With the Transition 5.0 Plan, Public Administration moves beyond the role of a mere regulatory entity to become a true “service industry,” adopting smart manufacturing and AI-driven paradigms. In critical sectors such as healthcare, energy, and transportation, public functions are now tightly dependent on the resilience of IT/OT/IoT infrastructures. In this scenario, integrated platforms protect systems against sophisticated threats, ensuring real-time responsiveness and full regulatory compliance.

How Cybersecurity Management Is Changing

New technologies mean that a compromise no longer results solely in data loss, but also in operational paralysis, physical damage, and risks to human safety. In response to this complexity, the experience of specialized players such as Gyala highlights the need to move from static defense to holistic cyber resilience.
By integrating IT, OT, and IoT, this approach shifts the focus from simple detection to automated reaction: a security architecture capable of intervening promptly on the individual endpoint or device, ensuring operational continuity even in critical environments, segregated networks, or air-gapped infrastructures.

Integrated Resilience and Supply Chain Visibility

Industrial infrastructures present specific vulnerabilities: legacy systems that are difficult to update, remote access that is not always properly controlled, lack of unified visibility, and response times incompatible with the speed of modern attacks.
To overcome these limitations, technological research has shifted toward architectures capable of integrating XDR, Network Detection, and Risk Management capabilities. This is where Gyala’s Agger platform comes into play, bringing to the civilian sector expertise developed in the Defense, IT, and cybersecurity domains.

The value of these solutions lies in their ability to automate containment actions, reducing response time according to rules consistent with the industrial operational context. Innovation resides in the customization of Detection and Reaction rules directly within the agents: the endpoint or OT asset can therefore respond autonomously, and the reaction can be calibrated according to the specific characteristics of the asset being protected, even in the absence of connectivity to a central SOC.

Read the full article on FORUMPA

Photo by Gerd Altmann from Pixabay