A guide to determine the right app engineering work to offshore

JANUARY 2026

UPDATED JANUARY 2026

Project maturity, documentation and knowledge transfer impact which initiatives succeed overseas.

More companies are offshoring sustainable application development and maintenance tasks to save money and focus their internal teams on critical tasks, recent research shows.

“Migrating engineering work offshore for stable applications that either have minimal investment planned or are scheduled to be retired/replaced, can bring a range of benefits to a company – but only if the right workstreams are selected at the right time,” Kforce Engineering Strategist John Wright said.

“The decision usually leads to enhanced operational efficiencies and a robust, secure and efficient software development process,” Wright said. “This frees internal resources to focus on developing new software, research and development and optimizing software spend for customer satisfaction.

Benefits like this explain why the IT outsourcing market is expected to only continue to grow. Statista projects that 2025 global revenue will reach $588 billion. According to ISG’s 2024 Market Lens study, 68% of enterprises turn to outsourcing to reduce costs. Once complete, the same companies reported an average of 15% savings and 11% quality improvements.

The savings are compelling, but selecting the right workstream is paramount to success, Wright said. This article provides a clear decision-making framework to help companies evaluate if, when and how to make this move successfully.

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Reasons to move offshore

Some platforms are more likely than others to succeed offshore. Once a company has a clear motive for the move, leaders can determine if transitioning the work offshore will accomplish that goal.

The following scenarios show when offshore support delivers the greatest value.

COST SAVINGS

WHEN REDUCING OPERATIONAL EXPENSES IS CRITICAL

Start by analyzing how time and resources are currently spent. If senior staff are focused on patching old code or if half the team’s time goes to minor fixes instead of innovation, offshore sustainability support can redirect those efforts toward growth.

Routine support tasks—like monitoring, log analysis, and basic troubleshooting—are expensive when handled locally but can be managed cost-effectively offshore.

“Moving these costs offshore may free up more capital and funding for new onshore IT initiatives, development or investment,” Kforce Engineering Practice Leader Bobby Vitrano said. "Especially as budgetary dollars shift more toward software engineering optimization and AI investment and innovation, this move allows leaders to reallocate spending toward projects that offer more long-term value."

SCALING MAINTENANCE

WHEN CRITICAL SYSTEMS NEED 24/7 SUPPORT

Offshore teams can help scale operations quickly and provide around-the-clock coverage for critical systems that require multi-shore support. This ensures service level agreements (SLA) are met and systems remain stable outside of local business hours.

Support complexity increases when applications expand to meet new business needs. Offshore teams can help manage this demand, especially when integrating new technologies with older platforms requires more time, budget and specialized skills.

CREATING TIME FOR INNOVATION

WHEN ONSHORE TEAMS ARE BOGGED DOWN WITH SUPPORT BACKLOGS

If top performers are stuck firefighting instead of building, offshoring sustainable applications can free them to focus on innovation and more critical initiatives.

This is especially important for companies with significant tech debt or aggressive product roadmaps. Onshore teams bring deep knowledge of company culture, customer expectations, and strategic goals—making them best suited to drive new development while offshore teams handle maintenance.

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Project maturity, documentation and knowledge transfers impact which initiatives succeed overseas.

There are four ideal indicators a team should consider during this process. Answering these questions can help leaders decide if a project is a good offshore candidate.

PROJECT MATURITY MARKERS

Assess these development lifecycle indicators to determine a project’s stability and suitability for offshore maintenance.

Q: Has the project reached a post-launch stable state?

A: A project is considered in a stable state when it can be in production without major incidents. This indicates it’s ready to be supported in a maintenance mode and is a good candidate for moving offshore.

Q: Are there critical features or major releases planned soon?

A: Critical features or major releases can signal a software has not yet reached a sustained mode, need more connectivity to the business and the requirements group and may not be a good candidate for moving offshore.

Q: Has most of the work for the software moved to bug fixes, patches and minor optimizations (not active development)?

A: Software never stands still and is constantly improving, but if most of those improvements are bug fixes or patches to update integration endpoints, the software is a good candidate to be maintained offshore.

STABILITY OF THE CODEBASE AND INFRASTRUCTURE

Code reliability and a strong technical foundation are critical to determine offshore maintenance viability.

Q: Has the software been running without recent outages caused by code defects?

A: This is a sign of a stable software platform that can move into a sustain model offshore.

Q: Are the core frameworks/libraries under an active upgrade?

A: For example, moving from an older version of Java or .NET Core to a newer version. Any major updates to a library or framework should flag the software from a sustain mode to a support mode and would not be a good candidate for moving offshore for sustaining.

Q: What is the technical maturity level? Are there any “must-fix” legacy issues that may confuse or hinder handing over code? Are the “critical fixes” effecting software and its availability?

A: Any technical needs outside of minor fixes/updates should not be considered for moving to sustainability support. Unaddressed critical issues can compromise software availability and stability, making it risky too offshore and harder for new teams to maintain efficiency.

DOCUMENTATION COMPLETENESS

Evaluating the availability and clarity of operational documentation will determine if offshore teams can independently support, troubleshoot and maintain the software without relying on institutional knowledge.

Q: Are there runbooks for common troubleshooting issues?

A: Step-by-step guides should be developed and tested to provide adequate guidance for solving common problems. If they are solved with in-house knowledge, it will be difficult for other teams to support and sustain software.

Q: Is there documentation for deployment and rollback procedures? Is there documentation for company standards on releasing code and rolling back in the event of a failed deployment?

A: These steps should be well documented and tested to ensure support teams have the information necessary to adhere to expected standards for sustaining software.

Q: Is there documentation on monitoring and problem escalations?

A: Supporting teams should be provided with guidelines for how to follow company policies and procedures while reacting to problems. If this documentation is missing, support teams may miss critical paths and potentially violate a standing SLA.

KNOWLEDGE-TRANSFER READINESS

Having the necessary people, tools and processes in place is critical for a smooth transition of responsibilities to an offshore team.

Q: Can an offshore team take over without constant handholding?

A: Providing the support team time to shadow the current process will help them understand expectations and best practices.

Q: Are onshore resources and SMEs available during the transition?

A: Companies must make these resources available to support the new teams. Not providing dedicated people to help with the transfer of knowledge can impact the success of the support team’s transition.

Q: Does the offshore team have access to current support tools?

A: Ensure that the support team has access to ticketing systems, logs, CI/CD pipelines, code bases, documentation, etc. to facilitate a smooth transition. Lack of access to these tools will make sustaining software offshore difficult.

Preparing a system to succeed offshore

Once leadership has identified which projects will move offshore, it’s time to prepare for a smooth transition.

“Just like all critical points in life, the more prepared you are, the better you can plan for and successfully overcome the unexpected,” Wright said. “Skipping on the preparation steps is just a recipe for disaster, frustration and possible economic impact. Invest the time up front so the transition is on the track to success.”

PRECURSOR TASKS

Documentation audits

Conduct a thorough audit of system documentation to identify gaps that could hinder offshore support. This includes architecture diagrams, coding standards, API specs and operational runbooks. Prioritize capturing the team’s experience and knowledge—like workarounds, known issues and recurring tickets—and establish clear documentation standards.

Knowledge-transfer sessions

Facilitate structured knowledge-transfer sessions between onshore SMEs and offshore teams, covering development, DevOps, security, cloud, testing and support. Shadowing and paired programming can help surface undocumented processes. Assign point-of-contact SMEs at each location to ensure continuity. Make sure to set goals and a framework for the knowledge transfer sessions to ensure they are useful and effective.

Workflow maps

Map current support workflows, including triage, escalation and resolution paths. These workflows serve as essential navigation tools for offshore teams unfamiliar with the application’s inner workings. Illustrating the decision trees for incident management, escalation paths and resolution procedures will help offshore teams translate intuitive knowledge into actionable steps.

AREAS OF RISK

IP restrictions
Clarify intellectual property ownership for all offshore-created work. Use strong non-disclosure agreements with enforceable terms across jurisdictions, and ensure contracts permit code exposure to offshore teams.

Security requirements

Define access controls, encryption standards and network security protocols. Conduct regular audits to ensure offshore teams meet the same security expectations as onshore staff. Make sure to adhere to the Data Security Agreement.

SLA commitments

Set clear SLA expectations, including severity levels, response times and resolution metrics. Establish review procedures and escalation paths for SLA disputes or adjustments.

Compliance obligations

Document all regulatory requirements, including training and reporting. Secure audit rights and require immediate notification of violations. Define liability and ensure flexibility for regulatory changes during the contract term.

Offshore Transition Readiness Checklist

Download our detailed, interactive checklist to help you determine if your organization is prepared to move a workstream offshore.

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