ICT Project Management

ICT project management is the process of planning, organizing, and defining responsibilities to achieve specific information technology (IT) goals for an organization..

In addition to typical issues that could lead to project failure, factors that could negatively impact the success of an IT project include infrastructure changes affecting technological advancements, security, and data management, as well as unknown dependencies between hardware and software. IT projects may also fall short due to the initial implementation costs representing the total risk a company undertakes when adopting new technology for the first time.

To mitigate potential negative situations and risks during the project, effective management that is well-versed in the process and keeps pace with evolving technology is essential.

Structured Cabling

Structured cabling is the design and installation of a cabling system that supports multiple hardware uses to meet both current and future needs. A properly installed system can meet existing and future requirements and support additional hardware in the future.

This infrastructure serves a wide range of applications. For example, dozens of systems operate on this infrastructure in projects such as airports and smart buildings.

Structured cabling should be designed and implemented based on the following six main components:

Entrance Facilities (EF) - The point where the telecommunications company's (ISP) network terminates and connects to the on-site cabling within customer facilities.

Equipment Rooms (ER) - Spaces where the main equipment serving users within the building is located.

Telecommunication Rooms (TR) – Spaces containing various telecommunications and data equipment that connect backbone and horizontal cabling subsystems.

Backbone Cabling – Cabling that connects between buildings and within buildings. It provides connectivity between entrance facilities, equipment rooms, and telecommunication rooms.

Horizontal Cabling – Cabling from telecommunication rooms to data outlets on the user side.

Work Area Components – Connects end-user equipment to the termination points of the horizontal cabling system.

The aforementioned components, based on international standards, will be seamlessly integrated into your infrastructure by Commwork’s expertise and experience.

Network Design

Commwork is one of the top choices for elevating your network to the next level or providing optimal network design for your new facility.

Increasingly, companies and organizations are upgrading their networks to higher speeds, transitioning from copper cabling to fiber optic cabling for enhanced data storage capacity and improved density, and requiring infrastructure and equipment to ensure a seamless transition.

Commwork stands out as a leading choice to meet this need with international project experience, strong connections with global organizations, and extensive product knowledge.

Security Infrastructure

Designing an effective physical security system requires a methodological approach. A robust physical security system integrates people, procedures, and technology to protect assets from theft, sabotage, and malicious human attacks. Therefore, a designer or security manager must clearly assess the objectives of the physical security system against available resources and then evaluate the proposed design to determine how well it meets the security program's goals.

Before designing an effective physical security system, a comprehensive security risk assessment is essential. Without this assessment, valuable resources might be wasted on unnecessary protection, or adequate protection may not be provided at critical points within the facility. Since each facility is unique, an appropriate security risk assessment that evaluates the criticality of assets, threats, and vulnerabilities will provide a clear picture of risk exposure, forming the basis for effective physical security system design. This assessment should be integrated with the hardware that makes up the security systems to deliver the most suitable solution..

Commwork, particularly in airport projects, has participated as a designer and expert in numerous national and international projects, integrating security risk assessments with appropriate hardware and implementing their designs.

Automation Infrastructure

Automation is crucial not only for managing, altering, and adapting your IT infrastructure but also for how your business processes operate. By simplifying change through automation, you gain time and energy to focus on innovation. The goal of an automated organization is to handle tasks more quickly, allowing IT personnel to concentrate on larger issues , resolve them, and, in turn, make them routine and suitable for automation.

Infrastructure automation involves the use of technology to perform tasks with reduced human intervention, controlling hardware, software, network components, operating systems (OS), and data storage components used to deliver IT services and solutions.

Today, whether in airport systems, smart buildings, factories, or data centers, automation systems must be flawlessly implemented to enhance operations, making them more accurate and efficient.