Analysis Of Office Off-Time Bandwidth Distribution Using Mikrotik And Radius Server

Optimizing Office Bandwidth with Mikrotik and Radius Server: Providing free internet access for the public

The internet has become an integral part of modern life, providing access to extensive information, entertainment, and communication. However, equitable internet access is still a challenge in many regions, especially because of inadequate infrastructure. This article discusses creative solutions to overcome this problem by utilizing unused office bandwidth during off-time hours.

The Problem of Unused Office Bandwidth

Imagine a full payment office for an internet connection, but the bandwidth was wasted during work hours. This scenario is very common. Many offices pay for high-speed internet connections, but the bandwidth is underutilized during working hours. This is a significant waste of resources, and it can be utilized to provide free internet access to the public.

Utilizing Unused Office Bandwidth

The author of this study uses bandwidth from PT. Deltauli Engineering Utama, which has unused bandwidth during office off-time hours. By using a radio connection link, the bandwidth is channeled to the public. To adjust access and ensure security, the author uses a radius server as a user management system. The radius server also functions to send an SMS containing a username and password to new users who want to enjoy free internet access.

How the System Works

This system utilizes a combination of proxy technology and radius server. Mikrotik is used to set and control internet data flow, while the radius server is responsible for managing users, including providing usernames and passwords and sending notifications via SMS.

Components of the System

Mikrotik

Mikrotik router functions as a link between office internet connections and radio networks that are used to distribute the internet to the public. Mikrotik is configured to limit internet access during office hours, and free access during off-time hours.

Radius Server

Radius server functions as an authentication and authorization center for internet access. The radius server stores user data and provides access to users who have legal credentials.

Radio Link

Radio link is used to transmit internet data from the proxy router to the recipient in the surrounding area. This radio link can be configured to reach a large area, so that it can provide internet access to more people.

SMS Server

SMS Server is used to send SMS messages to new users who register to get free internet access. The SMS message contains the username and password needed to access the internet.

The Advantage of this System

This system offers a number of advantages, including:

Utilization of Bandwidth

Unused Office Bandwidth can be used to provide free internet access to the public.

Free Internet Access

People in the surrounding area can enjoy free internet access, which can improve their quality of life.

Equality Access

This system can help reduce digital inequality by providing more equitable internet access to the public.

Cost Efficiency

Office can maximize the use of the bandwidth they pay, and people can enjoy free internet access.

Challenges and Solutions

Although offering many advantages, this system also has several challenges:

Security

The system must be designed with strict security to prevent illegal access and abuse.

Stability

Radio connection can be affected by environmental factors such as bad weather.

Management

Management of systems and users that can be a challenging task.

Solutions for this challenge include:

Firewalls and Security Systems

The application of a sophisticated firewall and security system can minimize security risks.

Backup Connection

Using a backup connection like an internet cable can help overcome radio connection disorders.

Management Software

Appropriate management software can help manage users and networks more efficiently.

Conclusion

The system utilizes unused office bandwidth using proxy and radius server to provide free internet access to the public. This system has great potential to overcome digital inequality and improve the quality of life of the community. By overcoming existing challenges, this system can be an effective solution to provide more equitable internet access.

Future Work

Future work can include:

• Expanding the system to cover a larger area
• Improving the security of the system
• Developing a more efficient management system
• Conducting a thorough evaluation of the system's effectiveness

References

• [1] Mikrotik RouterOS User Manual
• [2] Radius Server Configuration Guide
• [3] SMS Server Configuration Guide
• [4] Firewalls and Security Systems for Network Protection
• [5] Management Software for Network Administration

Keywords

• Office off-time bandwidth distribution
• Mikrotik
• Radius server
• Free internet access
• Digital inequality
• Cost efficiency
• Security
• Stability
• Management
• Firewalls and security systems
• Backup connection
• Management software
  

In our previous article, we discussed the concept of utilizing unused office bandwidth during off-time hours to provide free internet access to the public. We also explored the components of the system, including Mikrotik, Radius Server, Radio Link, and SMS Server. In this article, we will answer some frequently asked questions about this system.

Q: What is the main purpose of this system?

A: The main purpose of this system is to utilize unused office bandwidth during off-time hours to provide free internet access to the public.

Q: How does the system work?

A: The system works by using a combination of proxy technology and radius server. Mikrotik is used to set and control internet data flow, while the radius server is responsible for managing users, including providing usernames and passwords and sending notifications via SMS.

Q: What are the advantages of this system?

A: The system offers several advantages, including:

• Utilization of bandwidth: Unused office bandwidth can be used to provide free internet access to the public.
• Free internet access: People in the surrounding area can enjoy free internet access, which can improve their quality of life.
• Equality access: This system can help reduce digital inequality by providing more equitable internet access to the public.
• Cost efficiency: Office can maximize the use of the bandwidth they pay, and people can enjoy free internet access.

Q: What are the challenges of this system?

A: Although offering many advantages, this system also has several challenges, including:

• Security: The system must be designed with strict security to prevent illegal access and abuse.
• Stability: Radio connection can be affected by environmental factors such as bad weather.
• Management: Management of systems and users that can be a challenging task.

Q: How can the challenges be overcome?

A: Solutions for these challenges include:

• Firewalls and security systems: The application of a sophisticated firewall and security system can minimize security risks.
• Backup connection: Using a backup connection like an internet cable can help overcome radio connection disorders.
• Management software: Appropriate management software can help manage users and networks more efficiently.

Q: What is the future of this system?

A: The future of this system is promising, as it has the potential to provide free internet access to a large number of people. However, further research and development are needed to improve the system's security, stability, and management.

Q: Can this system be implemented in other areas?

A: Yes, this system can be implemented in other areas, such as schools, libraries, and community centers. The system can be adapted to meet the specific needs of each location.

Q: What are the benefits of this system for the community?

A: The benefits of this system for the community include:

• Improved access to information and education
• Increased opportunities for economic development
• Enhanced quality of life
• Reduced digital inequality

Q: How can the community get involved in this system?

A: The community can get involved in this system by:

• Providing feedback and suggestions for improvement
• Participating in the management and maintenance of the system
• Helping to promote the system to others
• Volunteering to help with the implementation and maintenance of the system

Q: What are the next steps for this system?

A: The next steps for this system include:

• Conducting further research and development to improve the system's security, stability, and management
• Expanding the system to cover a larger area
• Improving the system's user interface and experience
• Conducting a thorough evaluation of the system's effectiveness

Q: How can I get more information about this system?

A: You can get more information about this system by:

• Visiting the system's website
• Contacting the system's administrators
• Attending community meetings and events
• Reading articles and publications about the system

Q: Can I contribute to the development of this system?

A: Yes, you can contribute to the development of this system by:

• Providing feedback and suggestions for improvement
• Participating in the management and maintenance of the system
• Helping to promote the system to others
• Volunteering to help with the implementation and maintenance of the system

Q: What are the potential risks and challenges of this system?

A: The potential risks and challenges of this system include:

• Security risks: The system must be designed with strict security to prevent illegal access and abuse.
• Stability risks: Radio connection can be affected by environmental factors such as bad weather.
• Management risks: Management of systems and users that can be a challenging task.

Q: How can the potential risks and challenges be mitigated?

A: The potential risks and challenges can be mitigated by:

• Implementing robust security measures
• Using backup connections and redundant systems
• Developing effective management software and procedures
• Conducting regular maintenance and updates to the system.