Your client wants new features delivered fast. How do you still optimize performance?
Your client’s demand for new features delivered quickly can put pressure on performance, but with a few smart tactics, you can balance both effectively. Try these strategies:
How do you manage the balance between speed and performance in web applications? Share your strategies.
Your client wants new features delivered fast. How do you still optimize performance?
Your client’s demand for new features delivered quickly can put pressure on performance, but with a few smart tactics, you can balance both effectively. Try these strategies:
How do you manage the balance between speed and performance in web applications? Share your strategies.
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To deliver features fast without sacrificing performance: Prioritize: Build with performance in mind from the start. Optimize: Write efficient code and use code reviews. Deliver Smart: Release smaller, more frequent updates. Utilize lazy loading and caching. Monitor: Use performance monitoring tools (New Relic, Lighthouse). Collaborate: Work across teams and communicate with clients. This balances rapid development with optimal user experience.
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Keep the following points from begging. First deliver the feature and create task for optimization if need. You will not receive traffic at first day so you can optimize in future. 1.Use CI/CD pipelines with automated performance tests to catch regressions early. 2.Implement caching (e.g., Redis) and asynchronous processing to reduce load times. 3.Focus on MVP development and enhance performance in subsequent iterations. 4.Regularly perform load testing to identify bottlenecks and maintain benchmarks. 5.Adopt a scalable architecture (e.g., microservices) for independent deployments.
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- Use gen AI tools like copilot to write code better ,fast and optimise the performance - Prioritize Performance, try parallel computation - Embrace Agile Development: Work in short sprints with frequent releases and implement CI/CD for automated testing. -Utilize component-based architecture, caching, and asynchronous operations. -Continuous Monitoring and Optimization: Track real-user performance, use profiling tools, and conduct regular code reviews. -A/B Testing: Experiment with different approaches and assess their impact on performance.
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Here's a strategic approach to delivering new features while maintaining performance: ☀️Use modular, scalable architecture for quick integration ☀️Implement agile development methodologies ☀️Prioritize critical feature functionality ☀️Leverage code reusability and component-based design ☀️Conduct rapid performance testing ☀️Utilize caching and efficient data management ☀️Optimize database queries ☀️Implement incremental feature rollouts ☀️Focus on minimum viable product (MVP) approach
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Prioritize Features: Focus on high-impact updates first. Iterative Development: Use agile methods for quick, incremental deliveries. Test Early: Run performance checks during development to catch issues. Leverage Scalable Tools: Use frameworks that balance speed and performance. Communicate Clearly: Set realistic expectations about timelines and outcomes. Speed and quality thrive on focused execution.
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For new feature update without compromising performance and quality, there are few ways we can work towards the goal. 1. Increase in team/more agile team members/teams 2. Working with team to improve their efficiency. 3. Always provide realistic dates and rework on the effort required. 4. Incentivise early delivery via various means to inspire and bring positive vibe to the team. 5. Continuously observe and update - maintain continuous improvement through out. 6. Maintain discipline and focus. 7. Agile process on daily follow up and communication. 8. Track progress and improvements via agile board. 9. Automate within the given constraints. 10. Ensure that the plan covers short, mid and long term project goals. Best Chidananda
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Achieving a balance between swift delivery and performance optimization is crucial for producing high-quality software Divide deliverables into actionable, prioritized tasks, focusing on high-value features first and rolling them out in phases Utilize caching solutions to store commonly requested data to reduce load times While the primary team develops new features, reserve time for backend enhancements, database indexing, and optimizing infrastructure After launch, use APM tools to continuously monitor performance, and prioritize fixes based on real-time usage and user feedback This approach enables rapid delivery while ensuring long-term scalability. It prioritizes a seamless user experience throughout the development process
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To balance speed and performance effectively, consider these strategies: Set Clear Expectations: Communicate realistic timelines and potential impacts on performance to clients. Prioritize Features: Focus on delivering high-impact features first to maximize value. Implement Incremental Updates: Break down larger features into smaller increments for faster releases. Adopt Agile Practices: Use agile methodologies to iterate rapidly and gather user feedback. Monitor Performance Continuously: Utilize tools to track performance and identify bottlenecks proactively. Enhance Code Efficiency: Conduct regular code reviews to maintain optimal efficiency. Seek User Feedback: Actively gather feedback post-deployment to inform improvements.
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Only way to resolve this situation is to have adequate resource. If you do not have resource, then hire it. If you do not have enough resource, then have a proper phase wise plan. After that discuss with client and try to convince with your plan. Do not commit by compromising quality of work. Set realistic expectations about timelines and outcomes.
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Balancing fast feature delivery with performance is all about smart prioritization and incremental rollouts. For instance, when working on a healthcare project, we launched a minimal viable product (MVP) for an appointment booking system first. We used feature toggles to release it to a small group, optimized database queries, and added caching to handle high traffic. Automated performance tests in our CI/CD pipeline ensured no regressions, and real-time monitoring helped us address issues quickly. The result? A timely release that scaled smoothly during peak usage without compromising performance.
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