Includes surveillance cameras placed at the facility, which record live video streams. This allows monitoring of the facility and capturing any breaches. cctv, cameras

Access control systems determine who has access to the facility and when. This may include the use of keys, access cards, biometric data, and other identification methods.

Allow controlling access to the house or building through audio and video communication with visitors, as well as managing the door lock from inside.

Enable controlling lighting and temperature at the facility from a single central location, improving energy efficiency and providing comfort.

Security alarm systems are designed to alert about security threats, such as an intrusion into an object or a fire. These systems may include motion sensors, smoke and heat sensors, as well as sirens and light signals.

Centralized monitoring and management systems allow operators to observe the facility in real-time and take immediate action in case of threats.

During the planning stage, network requirements are determined, including cable types, location of access points, data volume, and other parameters. A detailed project is then developed, taking these requirements into account.

This involves preparing the premises or area where cables will be routed. It may include laying cable channels, creating openings in walls and ceilings, as well as installing cable trays or cable lines

Cables are laid according to the project design. This may involve installing cables along walls, ceilings, floors, or underground trenches, depending on project requirements.

After cable laying and equipment installation, active equipment such as switches, routers, modems, and other network devices are installed.

After installation, the cable system undergoes testing to verify functionality and communication quality. This includes testing cable integrity, data transfer speeds, and other parameters.

Proper documentation of all installed cables, their locations, and characteristics is essential. It's also important to label cables correctly to facilitate future maintenance and problem detection.

Troubleshooting and repair of malfunctions, replacement of components (for example, hard drives, RAM, motherboards), restoration of operating systems and software.

Cleaning and preventive maintenance of printing units, replacement of consumables (cartridges, toners), elimination of paper jams and other malfunctions.

Setup and maintenance of routers, switches, Wi-Fi access points, as well as diagnostics and troubleshooting of network problems.

Recover data from damaged or deleted media such as hard drives, USB drives, and memory cards.

Providing remote technical support by phone, e-mail or through specialized programs for remote access.

Providing rental and maintenance services for printers, copiers and other office equipment on a long-term or short-term basis.

Conducting consultations on the selection and operation of office equipment, as well as training staff in the use of computers and office equipment.

Equipment relocation specialists will help you develop a relocation plan, determine the sequence of actions, and identify the necessary resources for successful relocation.

Experts will dismantle the equipment and ensure its proper packaging and labeling for safe transportation.

After the equipment is packaged, specialized services will organize its transportation to the new location, ensuring the safety and integrity of the technology.

Upon arrival at the destination, the equipment will be unloaded and installed according to the project requirements and manufacturer's specifications.

Equipment installation experts will connect it to power sources, communication networks, and other necessary connections, as well as perform setup and system testing.

Upon request, specialists can train your staff in the use of new equipment and provide consultations on its operation and maintenance.

This may include the installation and configuration of complex technical equipment such as servers, medical equipment, industrial systems, etc.

Racks are installed to accommodate network equipment, servers, and other devices. This includes mounting racks on walls or special stands, considering ventilation, access, and load requirements.

Patch panels are installed to organize cable connections to active equipment. This involves mounting panels onto racks, connecting them to cables, and providing access for connections.

Upon completion of installation and testing, the cable system undergoes a certification process to ensure compliance with established standards and requirements