Dealing with legacy code doesn’t have to stifle innovation. My approach has been to prioritize refactoring only where it's critical and build new features in a modular way, so they’re decoupled from old systems. Automated testing has also been key, as it lets us move faster without breaking things.

Legacy codebases can slow down innovation, but there are ways to manage technical debt while delivering new features. Start by refactoring incrementally—addressing key technical problems in smaller, manageable chunks. Encourage modular development, which lets you build new features separately from the older system, making updates easier. Investing in automated testing is crucial, as it helps catch issues early, ensuring that new changes don't affect existing functionality. By following these strategies, you can balance maintaining your legacy codebase and driving innovation.

Start with prioritising the technical debts that need to be addressed at the earliest possible. Then try to have a break up of activities into two buckets one with new features another with technical debts reduction. Then again have a look at the backlog and try to bring in changes that can be done together like with a new feature if some tech debt can be addressed nothing better than that. These are some ways for a way forward

?? Breaking Free from Legacy Code & Technical Debt: Keep Innovation Moving Legacy codebases can feel like a ball and chain ?? on innovation, but they don’t have to. With the right strategies, you can break free and keep pushing forward ??. ?? Refactor incrementally – Tackle the most critical issues in your legacy code, one step at a time. ?? Encourage modular development – Build new features independently, without being tied to the old system. ?? Invest in automated testing – Ensure your updates don’t disrupt existing functionality, saving time and resources. With these approaches, you’ll manage technical debt while fostering creativity and growth ??. What strategies work best for you?

Leverage New Technologies: Explore modern technologies and frameworks that can interface with or gradually replace legacy systems. This can foster innovation while easing integration challenges.