A Radical Approach to Long Term Software

· Source: Modern Software Engineering · Field: Technology & Digital — Software Development & Engineering · Depth: Intermediate, medium

Summary

The "multi-service teams" model is proposed as a radical solution to the "maintenance mode problem" in software development, addressing the shortcomings of traditional approaches. This model involves transitioning low-demand, non-differentiating services into dedicated multi-service teams responsible for maintenance and operations within a specific product vertical. This strategy enables organizations to increase capacity, reduce costs, and protect live service reliability by concentrating specialized skills and domain knowledge. It also safeguards future feature delivery through smoother service re-transition and enhances job satisfaction for team members. While senior developers may avoid maintenance, staffing these teams with junior engineers offers valuable early career experience. Essential guardrails include defining "low demand" (e.g., non-differentiating service with at least 3 months of live traffic and slowing deploy frequency), establishing clear team identity aligned with product verticals, and documenting consistent service transfer criteria.

Key takeaway

For VP of Engineering or CTOs struggling with software maintenance overhead, adopting the multi-service teams model can significantly improve resource allocation and service reliability. You should define clear "low demand" criteria and establish dedicated teams, potentially staffed by junior engineers, to manage these services. This approach allows your core delivery teams to focus on new feature development, reducing costs and protecting future innovation while ensuring critical services remain stable.

Key insights

Dedicated multi-service teams effectively manage low-demand software, optimizing resources and preserving core development focus.

Principles

Method

Transition low-demand, non-differentiating services to dedicated multi-service teams within their product vertical, ensuring clear demand definitions and transfer criteria.

In practice

Topics

Best for: Software Engineer, VP of Engineering/Data, CTO

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Editorial summary, takeaway, and curation by AIssential. Original article published by Modern Software Engineering.