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Systems Requirements Planning: Does It Consider Cybersecurity?

Systems Requirements Planning: Does It Consider Cybersecurity?

 By Charles Joseph | Cybersecurity Researcher
 Published on August 1st, 2023
This post was updated on November 25th, 2023

System Requirements Planning is a process that identifies, defines, and documents the necessary hardware, software, and network infrastructure needed to effectively run a computerized system or application. This process ensures that the system has all the proper features and meets all the user requirements, considering factors like system performance, reliability, and scalability. To achieve these objectives, a systematic methodology can be used to assess the network environment, hardware capacity, software needs, and user specifications. The output of this process is a comprehensive document, a roadmap essentially, outlining what technical infrastructure needs to be in place to support a proposed system successfully. Understanding and planning for these requirements from the onset can significantly enhance system efficiency and user satisfaction.

Systems Requirements Planning Examples

1. Software Development Company

A leading software development company is ready to start work on a revolutionary new application that they believe will make waves in the industry. However, before they can dive into the coding and programming aspect, they understand the importance of conducting a thorough Systems Requirements Planning analysis.

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The process begins by assessing the level of server capability that this new application will demand. They need to estimate the amount of data to be handled, the expected amount of simultaneous users, and the type of tasks the server will need to perform regularly.

Further, they inspect the network infrastructure requirements. They check the kind of bandwidth necessary to ensure smooth and timely data transfer, the types of routers and switches needed, and the network security protocols to be in place to protect user data and system integrity.

Finally, the company analyzes the application for browser and operating system compatibility. Identifying which platforms their primary user base uses allows the development team to tailor the app to suit these systems and creates a more user-friendly and accessible solution.

Eventually, all these details are consolidated into a comprehensive system requirements plan. This plan provides a clear roadmap for the development process, enabling the team to create a product that is both efficient and user-oriented.

2. E-Commerce Business

An e-commerce enterprise is looking to enhance its digital footprint by upgrading their website platform. Aware that such an upgrade will bring along a higher customer volume and increased transactions, they implement System Requirements Planning right at the outset.

Initially, they focus on evaluating the web-hosting capabilities. This assessment enables them to establish whether their current hosting service can support the increased website traffic or if they need to switch to a more robust platform. Their objective is to ensure that the website’s loading speed and user experience remains optimal even with the higher traffic.

Furthermore, they forecast the security features that will be needed considering the substantial rise in transactions. They meticulously plan the type of encryption needed for protecting customer data, the secure payment portals to be used, and the firewall systems that would prevent unauthorized access. Despite the increased transactions, the company aims to maintain its reputation for secure e-commerce.

In addition, this business also looks closely at the database requirements, accounting for the higher amount of customer and transactional data they will be collecting. Their data management system needs to be robust enough for data storage, retrieval, and analysis.

All these evaluations result in a meticulously detailed and forward-looking system requirements plan. This document fundamentally shapes the direction and success of their website platform upgrade, ensuring they can manage the increase in customers and transactions effectively and securely.

3. Online Learning System in a School

With online education becoming increasingly popular, a school decides to innovate by implementing a comprehensive digital learning system. To ensure a smooth transition from traditional to online learning, the school initiates a Systems Requirements Planning process.

They begin by detailing the hardware that users will need. This includes the computers’ specifications, essential peripherals like cameras and microphones, and the minimum internet speed required. The school acknowledges that a solid infrastructure at the user end is fundamental in preventing any hiccups when classes are running online.

The next step is gauging the bandwidth that the online platform needs for uninterrupted video sessions and interactions. They focus on ensuring seamless, lag-free connections even when all students and teachers are logged in and hosting classes simultaneously.

Choosing the right software is equally important. The chosen software tools need not only be conducive to a virtual classroom setting but also user-friendly for their varied user group comprising students, teachers, and administrators.

Lastly, they take into consideration the necessary security measures to protect students’ sensitive information. This involves selecting secure platforms for the transfer and storage of data and implementing reliable firewalls and intrusion detections systems.

By mapping out these requirements in detail, the school builds a blueprint for their new venture, which would serve as a foundation for successfully introducing the online learning system. This approach ensures the system provides a suitable learning environment for students while being easy for teachers and administrators to manage.


From developing advanced software to upgrading e-commerce platforms or introducing online learning systems, Systems Requirements Planning plays a pivotal role in ensuring the smooth functioning of these tech solutions. It provides a roadmap for hardware, software, and network requirements, driving efficient implementation and user satisfaction.

Key Takeaways

  • Systems Requirements Planning is a process that analyzes and documents the hardware, software, and network requirements for a specific computer system or application.
  • It ensures that the system or application will not only function efficiently but also meet user needs for performance, reliability, and scalability.
  • Steps in Systems Requirements Planning include assessing network environment, determining hardware capacities, and specifying software requirements.
  • Examples across various industries include developing a new software application, upgrading an e-commerce platform, and setting up an online learning system in a school.
  • By offering a clear roadmap for implementation, Systems Requirements Planning significantly enhances system efficiency and user satisfaction.
  • Related Questions

    1. What is the main goal of Systems Requirements Planning?

    The primary goal of Systems Requirements Planning is to create a detailed plan of the necessary hardware, software, and network infrastructure required for a system or application. It ensures the technological environment is suitable and efficient for the system’s operation.

    2. Why is Systems Requirements Planning essential for software development?

    Systems Requirements Planning is critical for software development as it helps identify functionality, performance, and user requirements upfront. This can reduce development issues down the line, saving time and resources.

    3. How can Systems Requirements Planning improve user satisfaction?

    By considering user requirements in the planning stage, the system is likely to be better tailored to user needs, resulting in improved user satisfaction.

    4. Does Systems Requirements Planning only apply to new systems and applications?

    No, Systems Requirements Planning is also used when upgrading or modifying existing systems. It helps ensure the enhancements are compatible with the existing infrastructure and meet new user expectations.

    5. How does Systems Requirements Planning contribute to cybersecurity?

    Systems Requirements Planning considers network security requirements, ensuring that adequate protection measures are in place. This could include firewalls, intrusion detection systems, and secure data encryption methods.

    "Amateurs hack systems, professionals hack people."
    -- Bruce Schneier, a renown computer security professional
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