Introduction:

In the ever-evolving digital era, reliable connectivity and efficient communication infrastructure are key to meeting people's needs for fast and reliable internet access. PT Communication Cable Systems Indonesia Tbk (CCSI) recognizes the importance of a robust communications infrastructure, especially in fiber optic cabling. To ensure planned project progress and accurate monitoring, CCSI has utilized Tomps Project, an innovative solution in controlling cable installation in real-time.

Get to know PT CCSI: Leader in the Fiber Optic Cable Industry

Reporting from the website ccsi.co.id PT Communication Cable Systems Indonesia Tbk. (CCSI) is a leading company in the fiber optic cable manufacturer industry in Indonesia. CCSI is well-known as a high-quality premium fiber optic cable manufacturer capable of producing various types of fiber optic cables for both indoor and outdoor use. The company is also the only fiber optic cable manufacturer in Indonesia capable of producing submarine cables.

CCSI has a factory with a production capacity of 1,600,000 km of optical fiber per year. The factory is located in Krakatau Industrial Estate in Cilegon, Banten, while the Sales & Marketing Office is located in Jakarta. In addition to fiber optic cables, CCSI also offers a complete range of optical cable accessories, including HDPE subducts and Microducts. The company also produces HDPE pipes and Reinforced Thermoplastic Pipes (RTP) for the oil & gas industry as part of its diversification strategy since 2014.

Since its operation in October 1996, CCSI has undergone ownership changes, starting as PT Siemens Kabel Optik which was established as a joint venture with Siemens AG (Germany). Later, the company was acquired by Corning Inc (USA) before being taken over by CCS International. CCSI has a long-term partnership with Corning, the world's largest supplier of optical fibers, which supplies the raw materials of optical fibers to CCSI's factory.

Due to CCSI's reputation for delivering premium quality products, the company has become a preferred vendor by many companies in the internet, telecommunications, oil & gas industries, as well as in utility companies and railway authority bodies. CCSI continues to be committed to providing reliable and high-quality communication infrastructure solutions to meet the needs of society in facing the challenges of the evolving digital era.

CCSI Challenge: Controlling Cabling in Real-Time

As a fiber optic cable manufacturer, PT CCSI is faced with a number of challenges in running cabling projects. One of the main challenges is controlling project progress in real-time and accurate monitoring. In this industry, it is important to ensure that the progress of the cabling is in line with the set schedule and identify problems or delays as soon as they occur. In addition, the supervision of work output on the ground is also an important aspect in ensuring the quality of the cabling and addressing any issues that may arise.

Another challenge faced by CCSI is the complexity of fiber optic cabling projects. The project involves various stages that include planning, procurement of materials, installation, testing and maintenance. Managing these aspects efficiently and on time can be challenging, especially when the project involves a large and diverse territory, as well as the need to comply with applicable licenses and regulations. Cost control is also an important challenge, given the fluctuating prices of raw materials and other operational costs. CCSI needs to ensure good management in this regard to maintain project sustainability and operational efficiency.

Tomps solution for CCSI:

In the face of these challenges, PT CCSI has chosen to use Tomps Project, an innovative solution that allows them to control cabling in real-time. Tomps Project is a project management system designed specifically for the telecommunications and information technology industries. One of the key features in Tomps Project is the S-curve, which provides a graphical representation of project progress over time.

Using the S-curve feature, PT CCSI was able to track the progress of the cabling in real-time and better understand the project's progress patterns. The S-curve helps in identifying key points in the project, such as activity peaks, delays, or significant changes. With clear and visual information, CCSI can easily supervise and control the cabling project more effectively.

CCSI's Achievements after Using Tomps: Increased Field Work Output and Project Progress Monitoring

By using Tomps Project, CCSI experienced an increase in field work output and was able to monitor project progress more accurately. The S-curve feature in Tomps Project provides a clear graphical representation of project progress over time. This allows CCSI to see trends in project progress, identify key points such as activity peaks or delays, and understand patterns of change.

With real-time monitoring, CCSI can oversee the project more effectively and take appropriate action to address any issues that arise. In the event of delays or issues in the field, CCSI can respond immediately and take steps to speed up the cabling process or fix any issues. This helps avoid further delays and ensures that the project remains on schedule.

In addition, the use of Tomps Project also helps in ensuring the quality of the cabling. With accurate monitoring, CCSI can identify potential errors or shortcomings in the installation process and can make the necessary repairs. This contributes to reducing the risk of future network damage or disruption, as well as ensuring that the communications infrastructure delivered by CCSI is of optimal quality.

With increased cabling efficiency and accurate monitoring, CCSI has achieved positive outcomes after implementing the Tomps Project. Projects can be completed more efficiently and on time, providing satisfaction to customers. In addition, CCSI's ability to control projects in real-time and better manage progress has given the company a competitive advantage in the fiber optic cable industry.

Conclusion:

In an effort to meet the needs of high-quality communication infrastructure, PT Communication Cable Systems Indonesia Tbk (CCSI) has utilized Tomps Project as an innovative solution to control fiber optic cabling in real-time. With the S-curve feature, CCSI can better oversee project progress, optimize supervision of work output in the field, and ensure accurate project progress monitoring. The use of Tomps Project has brought significant benefits to CCSI, including improved cabling efficiency and timely project completion. In their efforts to continuously improve the service and quality of communication infrastructure, CCSI strengthens its position as a leader in the fiber optic cable industry in Indonesia.

Reporting from the website ccsi.co.id PT Communication Cable Systems Indonesia Tbk. (CCSI) is a leading company in the fiber optic cable manufacturer industry in Indonesia. CCSI is well-known as a high-quality premium fiber optic cable manufacturer capable of producing various types of fiber optic cables for both indoor and outdoor use. The company is also the only fiber optic cable manufacturer in Indonesia capable of producing submarine cables.

CCSI has a factory with a production capacity of 1,600,000 km of optical fiber per year. The factory is located in Krakatau Industrial Estate in Cilegon, Banten, while the Sales & Marketing Office is located in Jakarta. In addition to fiber optic cables, CCSI also offers a complete range of optical cable accessories, including HDPE subducts and Microducts. The company also produces HDPE pipes and Reinforced Thermoplastic Pipes (RTP) for the oil & gas industry as part of its diversification strategy since 2014.

Since its operation in October 1996, CCSI has undergone ownership changes, starting as PT Siemens Kabel Optik which was established as a joint venture with Siemens AG (Germany). Later, the company was acquired by Corning Inc (USA) before being taken over by CCS International. CCSI has a long-term partnership with Corning, the world's largest supplier of optical fibers, which supplies the raw materials of optical fibers to CCSI's factory.

Due to CCSI's reputation for delivering premium quality products, the company has become a preferred vendor by many companies in the internet, telecommunications, oil & gas industries, as well as in utility companies and railway authority bodies. CCSI continues to be committed to providing reliable and high-quality communication infrastructure solutions to meet the needs of society in facing the challenges of the evolving digital era.

CCSI Challenge: Controlling Cabling in Real-Time

As a fiber optic cable manufacturer, PT CCSI is faced with a number of challenges in running cabling projects. One of the main challenges is controlling project progress in real-time and accurate monitoring. In this industry, it is important to ensure that the progress of the cabling is in line with the set schedule and identify problems or delays as soon as they occur. In addition, the supervision of work output on the ground is also an important aspect in ensuring the quality of the cabling and addressing any issues that may arise.

Another challenge faced by CCSI is the complexity of fiber optic cabling projects. The project involves various stages that include planning, procurement of materials, installation, testing and maintenance. Managing these aspects efficiently and on time can be challenging, especially when the project involves a large and diverse territory, as well as the need to comply with applicable licenses and regulations. Cost control is also an important challenge, given the fluctuating prices of raw materials and other operational costs. CCSI needs to ensure good management in this regard to maintain project sustainability and operational efficiency.

Tomps solution for CCSI:

In the face of these challenges, PT CCSI has chosen to use Tomps Project, an innovative solution that allows them to control cabling in real-time. Tomps Project is a project management system designed specifically for the telecommunications and information technology industries. One of the key features in Tomps Project is the S-curve, which provides a graphical representation of project progress over time.

Using the S-curve feature, PT CCSI was able to track the progress of the cabling in real-time and better understand the project's progress patterns. The S-curve helps in identifying key points in the project, such as activity peaks, delays, or significant changes. With clear and visual information, CCSI can easily supervise and control the cabling project more effectively.

CCSI's Achievements after Using Tomps: Increased Field Work Output and Project Progress Monitoring

By using Tomps Project, CCSI experienced an increase in field work output and was able to monitor project progress more accurately. The S-curve feature in Tomps Project provides a clear graphical representation of project progress over time. This allows CCSI to see trends in project progress, identify key points such as activity peaks or delays, and understand patterns of change.

With real-time monitoring, CCSI can oversee the project more effectively and take appropriate action to address any issues that arise. In the event of delays or issues in the field, CCSI can respond immediately and take steps to speed up the cabling process or fix any issues. This helps avoid further delays and ensures that the project remains on schedule.

In addition, the use of Tomps Project also helps in ensuring the quality of the cabling. With accurate monitoring, CCSI can identify potential errors or shortcomings in the installation process and can make the necessary repairs. This contributes to reducing the risk of future network damage or disruption, as well as ensuring that the communications infrastructure delivered by CCSI is of optimal quality.

With increased cabling efficiency and accurate monitoring, CCSI has achieved positive outcomes after implementing the Tomps Project. Projects can be completed more efficiently and on time, providing satisfaction to customers. In addition, CCSI's ability to control projects in real-time and better manage progress has given the company a competitive advantage in the fiber optic cable industry.

Conclusion:

In an effort to meet the needs of high-quality communication infrastructure, PT Communication Cable Systems Indonesia Tbk (CCSI) has utilized Tomps Project as an innovative solution to control fiber optic cabling in real-time. With the S-curve feature, CCSI can better oversee project progress, optimize supervision of work output in the field, and ensure accurate project progress monitoring. The use of Tomps Project has brought significant benefits to CCSI, including improved cabling efficiency and timely project completion. In their efforts to continuously improve the service and quality of communication infrastructure, CCSI strengthens its position as a leader in the fiber optic cable industry in Indonesia.