Handling software development amidst shifting requirements, technological advancements, and collaborative efforts can pose significant challenges. The software development lifecycle (SDLC) methodology provides a structured framework to help solve these challenges, ensuring systematic management at every stage of software creation. It aligns stakeholders on upfront goals and requirements, offering a clear roadmap for software development. 

Software maintenance is an inherent part of the SDLC, as the last stage is one of the most important aspects as it helps maintain the software’s functionality. On average, maintenance services constitute 20-25% of the software license cost annually. Neglecting timely maintenance can triple these expenses, so it is vital to remain proactive about software upkeep. 

Offshore software maintenance providers offer a cost-effective alternative, providing specialized skills at a fraction of in-house maintenance costs. Their expertise not only ensures timely maintenance but can also help enhance software functionality, leading to improved operations.

The predictive maintenance market is forecasted to reach $18,551 million by 2028, with the software maintenance industry predicted to grow with an expected 29.8% CAGR from 2022 to 2028. This highlights the increasing reliance on maintenance services to optimize software functionality in the realm of IT operations. 

What Is Software Maintenance?

Software maintenance is a crucial part of keeping software up-to-date and meeting user needs even after it’s launched. It involves improving the software, fixing bugs, adding new features, and making sure it works well with new technology. The main aim is to maintain a secure, efficient, and user-friendly software system. 

Developers constantly refine their software to stay competitive. Using a structured process with testing, version control, and talking to stakeholders is an important part of this process. Prioritizing this maintenance ensures the software stays reliable and competitive in a changing market.

Offshoring Software Development

The Ultimate Guide to Offshore Software Development

Businesses in the IT industry are constantly seeking innovative solutions to stay competitive. One of the strategies gaining immense popularity...
Read more

Types of Software Maintenance

There are four different types of software maintenance, each with its specific purpose. Throughout its lifespan, a software product might undergo one or more of these maintenance types.

1. Corrective Software Maintenance

Corrective software maintenance is the essential upkeep needed when something goes wrong within the software, such as faults or errors that affect its operation. These issues can seriously impact how well the software functions, so fixing them promptly is crucial. Often, users report these problems, prompting software vendors to address and resolve them. 

However, a proactive approach that spots and fixes these faults before users encounter them is advantageous, as it helps build a company’s reputation for reliability. Corrective software maintenance involves addressing various errors that affect different parts of the software, including its design, logic, and code.

2. Adaptive Software Maintenance

Adaptive software maintenance works by keeping your software up-to-date with changing technologies, rules, and policies that impact its operation. It’s necessary to ensure your software can adjust and work well with new operating systems, cloud storage, hardware updates, and other modifications. When these changes occur, your software needs to adapt smoothly to meet new requirements and function properly. 

This kind of maintenance becomes crucial when your software environment changes due to operating system updates, hardware modifications, software dependencies, or shifts in cloud storage. Sometimes, it’s also driven by organizational policies or rules, requiring adjustments to services, vendors, or payment processors.

3. Perfective Software Maintenance

Perfective software maintenance focuses on refining existing features and accommodating emerging requirements within the system. Users’ interactions with the software often highlight areas for improvement or suggest new features that could be valuable additions. 

This maintenance type takes on the task of enhancing user experience by adding features aligned with evolving needs while also streamlining the software by removing redundant or ineffective functionalities. This approach ensures that the software remains adaptable amidst evolving market dynamics and user preferences.

4. Preventive Software Maintenance

Preventive software maintenance involves taking a proactive stance towards the future longevity of your software. It includes making necessary adjustments, upgrades, and changes to keep the software running smoothly for as long as possible. This approach addresses small issues that might not seem important now but could become bigger problems later on, known as latent faults. 

By detecting and fixing these latent faults early, the goal is to prevent them from escalating into significant issues. This type of maintenance focuses on ensuring the software remains stable, understandable, and manageable over time. It involves tasks like optimizing code and updating documentation to reduce the risks associated with long-term software use.

Software Maintenance Process

The software maintenance process involves a series of steps designed to manage changes and improvements effectively. It typically follows a structured model encompassing the following tasks: 

  1. Identification & Tracing

This phase involves spotting necessary modifications in the software. It includes reviewing user requests and issue reports, sorting them by urgency, and deciding which changes need immediate attention. This step might use automated tools or involve users checking for needed adjustments.

  1. Analysis

Once identified, these modifications are thoroughly examined for practicality and cost-effectiveness. This phase considers the potential impact and estimates the cost of making these changes. Verified modification requests are validated for their viability within the software setup.

  1. Design

After analyzing modifications, the software’s new structure or design is planned. This phase outlines the required changes, creating a plan to execute them and building a prototype or test software for safety and security checks.

  1. Implementation

Here, the planned modifications are put into action. Developers write the necessary code, incorporate new specifications into the software’s support system, and apply the defined changes to the software’s structure.

  1. System Testing

After implementing changes, rigorous testing occurs. This phase checks if the implemented codes and specifications work well within the software system. Any necessary adjustments are made to ensure proper functioning.

  1. Acceptance Testing

External users conduct a thorough dummy test to confirm that implemented changes function as intended. This test, known as a dry run, ensures modifications align with requested changes before final approval.

  1. Delivery

After successful testing and approval, modified software is ready for distribution to primary users. Once modifications pass testing and get the green light from users, developers deliver the updated software, ensuring that modifications are well-integrated and ready for users’ use.

Offshore Software Developers

Maximizing Your Tech Potential with Expert Offshore Software Developers

Offshore software development has become a go-to for businesses looking to find skilled talent and control expenses for their software...
Read more

Selecting the Right Offshore Software Maintenance Services

There are many forms of software maintenance services that you can avail of depending on your maintenance needs. A few of these services include: 

1. Proactive Maintenance Strategies

Proactive maintenance strategies aim to maintain the seamless operation and endurance of software applications. Regardless of the sophistication of a software system, there is always a possibility of encountering bugs. By implementing proactive approaches, businesses can anticipate and prevent potential issues before they disrupt operations.

This proactive approach involves a thorough evaluation of software performance, swift identification, and resolution of vulnerabilities, along with staying updated with technological advancements. Proactive maintenance enhances system reliability, fine-tunes performance, improves user experience, and strengthens security measures. Timely resolution of even the smallest bugs helps ensure uninterrupted user operations.

2. Continuous Software Updates and Preventive Care

Continuous software updates and preventive care services are essential for maintaining smooth program operation, especially concerning compatibility across various operating systems. Even minor adjustments to the operating system can disrupt program functions, causing some features to become inaccessible. Therefore, continuous software updates play a critical role.

These updates not only bring in new features but also serve as a defense against vulnerabilities that can compromise software integrity. Consistent system updates further strengthen business infrastructure against cyber threats, ensuring robust security measures.

Additionally, preventive care services encompass activities such as regular system scans, data backups, and comprehensive security audits. These measures proactively identify and resolve potential issues, minimizing downtime and enhancing the protection of sensitive data.

3. Comprehensive Software Maintenance

Comprehensive software maintenance revolves around assessing the software’s post-deployment performance, ensuring it meets client expectations, and seeking ways to enhance its functionality. 

This involves a continuous feedback loop where users suggest new features, operational improvements, and innovative ideas to enhance software usability. 

The maintenance provider collaborates to refine and improve the software, ensuring it remains responsive to evolving user needs and adaptable to market changes. This ongoing service enables continual refinement and optimization, aligning the software with both client demands and industry standards.

4. Flexible and Agile Software Maintenance Approach

Software maintenance providers may offer flexible and agile services, which acknowledge various factors impacting program operation. For instance, updates in the operating system may render earlier program versions unusable, policy alterations may cause compatibility issues, and integrating third-party tools can affect functionality. 

In response, these providers offer adaptable solutions to promptly address these influences. This ensures software remains compatible, functional, and reliable in evolving environments. Embracing flexibility and agility, software maintenance providers enable seamless adaptation to changes, technological advancements, and uphold optimal performance and user experience.

What Is a Software Maintenance Agreement?

A software maintenance agreement, known as an SMA, is a legal contract between a software maintenance vendor and customers, ensuring technical support and updates for existing software. It extends features like new releases or upgrades and may grant access to future enhancements. 

These agreements offer peace of mind by managing updates, eliminating the need for manual patches, and providing expert troubleshooting support. Opting for an SMA assures users that their software remains updated and supported, contributing to smoother operations and user experiences.

Drafting a Robust Offshore Software Maintenance Agreement

When creating an offshore software maintenance agreement, several critical elements should be carefully considered to ensure alignment with the expectations of all involved parties.

  • Scope of Maintenance Services

Defining the services provided is paramount. Does the agreement cover proactive diagnosis of software issues even if not reported?

  • Availability of Service

Clarity regarding service availability is essential. Will support be accessible at all times or limited to specific business hours?

  • Payment Structure

Establishing payment terms is vital. Will it be fixed-price, pay-per-service, or hourly-based? How will unforeseen delays or extended service be addressed?

  • Remote Access

As the service is provided remotely from overseas, addressing security and data protection concerns in the contract is crucial.

  • Warranty

Negotiating warranty terms for software errors or bugs and defining the provider’s responsibility in resolving issues is key.

  • Termination

Specifying contract duration and provisions for termination due to unmet expectations or unresolved issues is prudent.

  • Confidentiality

Addressing confidentiality concerns, including protecting trade secrets and sensitive data access, through contractual obligations is imperative.

By including these elements in your SMA you can ensure a smoother collaboration with an offshore software maintenance provider.

Ultimate Guide Software Development in the Modern Era

Ultimate Guide: Software Development in the Modern Era

When getting into software development, the countless considerations to keep in mind may be daunting. As you seek to enhance...
Read more

Creating a Long-Term Software Maintenance Plan

Developing a comprehensive software maintenance plan is essential for ensuring the sustained functionality and relevance of a software system over its lifespan. Such a plan encompasses various critical components, each playing a vital role in sustaining the software’s efficiency and adaptability.

  • Scope

 of the software will be covered under maintenance and support.

  • Maintenance Team

Detailing the roles and responsibilities within the maintenance team ensures a clear understanding of who does what, facilitating efficient coordination and accountability.

  • Maintainability Assessment

Regular assessments evaluate the software’s adaptability, ease of modification, and long-term sustainability.

  • Software Transition

Ensuring a smooth handover process from development to maintenance teams is critical for seamless ongoing support.

  • Knowledge Building and Retention

Strategies for knowledge transfer and retention ensure that crucial information remains accessible and useful over time.

  • Change Management

Categorizing and managing different types of changes within the software ensures systematic and controlled alterations.

  • Off-the-Shelf Software Strategy

Integrating off-the-shelf solutions and their maintenance within the plan contributes to the software’s overall sustainability.

  • Cybersecurity 

Addressing cybersecurity threats and implementing preventive measures is vital to safeguard sensitive data and maintain system integrity.

  • Release Strategy

A roadmap outlining future software releases ensures a structured approach to updates, improvements, and enhancements.

  • Life Cycle and Retirement Strategy

Planning for the software’s entire life cycle, including eventual retirement, helps manage its evolution and eventual decommissioning.

  • Risk Management

Identifying and mitigating potential risks associated with software maintenance, ensuring smooth operations.

  • Budgeting

Allocating resources and budgeting for maintenance activities is crucial for sustainable support and improvements.

Incorporating these elements into a long-term software maintenance plan lays a solid foundation for ensuring the software remains functional, secure, and adaptable to meet evolving needs, ultimately contributing to its longevity and effectiveness.

Future Code’s Offshore Software Maintenance and Support Services

When entrusting Future Code with your software maintenance needs, you’re partnering with a dedicated ally committed to your success. Our approach prioritizes building strong partnerships, and seamlessly integrating our highly skilled professionals into your team structure.

Our team consists of highly qualified specialists with clearly defined skills, eliminating the need for extensive recruitment procedures. Opting for our services also helps in cost optimization related to maintaining your software, providing a cost-efficient solution for your maintenance needs.

Our transparent and adaptable cooperation process ensures your project remains at the forefront of the market. Whether you require an entire maintenance team or specialists with specific industry expertise, Future Code is poised to support your software maintenance journey with flexibility and proficiency.

Find some time in your calendar and schedule an online appointment.

Make an appointment