Critical Infrastructure Security

Palace Technology Group serves clients in the energy sector, including nuclear power plants, electricity suppliers, wind and hydroelectric power stations, and oil and gas companies. These clients face high-risk factors and require advanced security solutions to prevent and mitigate intrusions, damage, and sabotage to their critical assets.

Any attempts at intrusion or sabotage are swiftly detected and verified, enabling rapid responses. With our extensive organizational capabilities, Palace Technology Group can quickly address additional security and guarding needs as they arise.

Security cameras are utilized for camera patrols to monitor vulnerable areas of the facility, complemented by patrolling guards, with or without dogs, to deter potential intrusions and malicious acts. For example, at a power conversion site in France, where electricity is delivered to end users, maintaining uninterrupted service is essential.

From the onset of construction, the client emphasized the need to protect its investment, which included safeguarding the integrity of its buildings.

To address these needs, Palace Technology Group implemented a comprehensive security solution that secured the entire perimeter of the site and protected the 450 employees and engineers working there.

The proposed security solution includes an anti-intrusion system with access control for all visitors and truck arrivals and departures. Thermal screening cameras detect any attempts to breach the fence, while PTZ (Pan Tilt Zoom) cameras monitor strategic areas. The video surveillance system enables on-site personnel to oversee all security equipment and track all movements in and out of the facility.

During the planning phase of a major modernization of the railway infrastructure, it was discovered that two large gas pipelines interfered with the proposed project. To address this challenge, the national gas company was contacted to reroute the existing pipelines.

A mobile video solution with embedded video analytics and a remote connection to the Security Operations Center (SOC) was deployed to serve as a heat accumulation, area, and perimeter detector. If any anomalies were detected, the SOC operator could promptly handle the alarm and deploy necessary response teams, including police, fire, and security personnel, as well as make public announcements using horn speakers connected to the SOC on-site.