.jpg?20261020')
A wind turbine on a distant ridge still looks like physical infrastructure. So does a field of solar panels beside a highway. Increasingly, however, both are also digital systems that can be reached, monitored and sometimes controlled from somewhere else. That quiet change matters because the green transition is not only adding generation capacity. It is adding doors.
Dutch researchers working with the Netherlands’ National Cyber Security Centre reported this week that 8,547 wind and solar systems across 35 European countries were improperly exposed to the Internet. Reuters reported that around 181 sites appeared to offer interfaces capable of operational control, including actions such as turning turbines on or off. The finding is serious, but it does not need exaggeration. Exposure is not the same as a successful attack. It is still a reminder that critical infrastructure can become reachable in ways its owners may not fully see.
I do not see this as an argument against renewable energy or connected infrastructure. Remote access is one reason modern energy systems can be maintained efficiently. The problem begins when convenience and authority travel through the same digital doorway without enough separation between them.
Bahrain and the UAE operate inside a closely connected Gulf economic and infrastructure environment. The region’s clean-energy transition will not look identical in every state, but the operational issue is shared: physical assets are increasingly reachable through digital systems. Gulf resilience will depend on treating those access paths as part of the infrastructure itself.
This is where the usual cybersecurity question feels too narrow to me. We often ask whether a device is secure. Operators should also ask three operational questions: Who can reach it? What authority does that access provide? What physical consequence can follow? I think of this as a Reach-Authority-Consequence test. A dashboard that can only read performance data is not the same thing as a maintenance account that can change settings or stop equipment.
Distributed energy makes this distinction more important. A traditional power station concentrates equipment, people and controls in a bounded place. Renewable systems distribute assets across rooftops, farms, industrial sites and remote terrain. That is a strength for generation, but it also distributes the security problem. Every inverter, controller, gateway, vendor account and remote-maintenance path can become part of the operational perimeter.
For control rooms, situational awareness therefore has to include more than production and alarms. Operators need to know which remote connections are live, who owns them, what privileges they carry and whether a connection that was justified yesterday still needs to exist today. A forgotten account is not merely an IT housekeeping issue if it can eventually influence a physical process.
The UAE offered a useful parallel this week. According to Emirates News Agency, the UAE Cyber Security Council and SCC Middle East announced plans on October 6 for a Centre of Excellence for Cyber Resilience and Trusted Technology, with an emphasis on testing real use cases and examining how technologies can be adopted securely at scale.
What interests me is the habit behind that idea: technology should be tested in the environment where it will actually be used, not judged only by a procurement checklist.
A checklist can tell an organisation that a product supports encryption, authentication and logging. It cannot by itself show what happens when a contractor account is compromised at 2am, whether a remote command can bypass a local safeguard, or how quickly a control room can revoke access without interrupting the service it is trying to protect. Those questions require exercises, test environments and people from operations, engineering and cybersecurity sitting at the same table.
The practical response does not have to begin with another expensive platform. Asset owners can identify every Internet-reachable operational interface, remove exposure that is not necessary, separate monitoring from command authority, tighten vendor access and test how quickly remote privileges can be revoked. Most importantly, they can map digital access to physical consequence.
The green transition will put more intelligence at the edge of the energy system. That is not something to fear. It is something to design for. The next generation of resilient infrastructure will not be defined by how few devices are connected, but by whether every connection has a reason, a boundary and a consequence the operator understands.
Abdulla Saeed Alhebsi
Author and researcher
&uuid=(email))