How do you challenge software development best practices?

Best practices are not a law. 80% of applications might benefit from a best practice but the other 20% aren't. It's always good to default to best practices when possible but also think about the trade-offs for your code.

You don't challenge best practices, you only build upon in terms of continuous improvement, innovation, learning, and always testing.

Best practices reflect past experiences and serve as guidelines, not strict metrics for success or failure. They should be adapted to fit the context of each unique project and challenge.

Challenging software development best practices involves critically examining established norms: 1. Identify Best Practices: Recognize efficient practices in use or consideration. 2. Understand Rationale: Understand why they're considered best, addressing common issues. 3. Evaluate Applicability: Assess relevance to your project, considering trade-offs. 4. Review and Refine: Continuously adapt to align with your team and project. Challenge conventional practices: - Agile Over Waterfall: Opt for agility for flexibility. - Leverage Existing Libraries: Use libraries for efficiency. - Automated Testing: Detect bugs swiftly. Tailor practices for high-quality software.

Always ask, what is best suit for the system and what are the new tech advancement we have after system got developed?. Often there are benefits to following best practices but sometimes they might not be what your system best need or suited.

Always ask "why?". Best practices are just empirical knowledge. Often there are benefits to following best practices but sometimes they might not be what you need or want. Best practices are also evolving over time and it's always good to reflect on decisions every once in a while.

Challenging best practices is a cornerstone of innovation. It’s crucial to periodically assess and reflect on their effectiveness. Dive deep into resources, from academic journals to tech forums, to gain a comprehensive view. Use feedback mechanisms to understand nuances, and don't shy away from playing devil’s advocate. Consider A/B testing to compare outcomes and document your findings for future reference. Engaging with external communities can offer fresh perspectives. Remember, the aim isn't to discard, but to ensure a tailored fit. Continuous learning keeps us agile and ahead of the curve.

Why a two-week sprint? Why a standup every day instead of every three? What does a $100K all-hands meeting actually bring us? Ask away, and the answers will take care of the rest.

You don't challenge best practices, you verify that they apply to your situation. 1. Identify the the full context and the patterns encapsulated by the "best practice" 2. Identify all the patterns in the current set of problems you're facing If there's a clear mismatch, those best practices must either be rejected entirely or adapted to the new conditions. Always revert to first-principles reasoning.

Challenge best practices by thoroughly understanding your unique context, gathering data, and experimenting with alternative approaches. Encourage open discussions and involve your team in the process to foster innovation and continuous improvement.

The main benefit of challenging best practices is that it forces you to start questioning the practice until you reach to the principle behind the practice. Then when you look at the principle you can decide for yourself if it is a good one or not and if it fits the given context Always ask "why" as some people already mentioned

It should be mentioned that striking a balance between adhering to established software development best practices and challenging them can yield significant benefits in modern software projects. Challenging software development best practices can foster innovation, but it's vital to start projects simply before scaling. Beginning with a minimal viable product allows for quick deployment, market feedback, and the identification of core features. As projects evolve, refactoring can introduce best practices and address scalability. This adaptable approach prioritizes agility and adaptability while maintaining efficiency, striking a balance between innovation and established conventions for successful software development.

Shaking up the status quo by challenging established best practices can unlock numerous benefits. But it's essential to approach this with a measured mindset. Beyond enhancing software quality, it can drive efficiency, bolster security, and reduce costs. Each project is unique, and by customizing practices to fit its nuances, we can achieve optimized delivery and functionality. Experimentation doesn't just improve the product; it expands the horizons of the developer, infusing new techniques and competencies. However, it's vital to ensure these challenges remain controlled and deliberate.

In my experience, easy software maintenance is the best benefit when following good practices. Plus, best practices put the technology team in the same place, making it easy to learn.

Challenging comes with challenges...it's challenging! Feeling challenged yet? Pushing back on standards will inevitably come with opposition. Bring your ideas up as a discussion and don't be combative, and explain where you're coming from.

Navigating the terrain of challenging software development best practices can be daunting. In a time overwhelmed by information, discerning credible sources becomes a task in itself. Moreover, ingrained habits, fear of the unknown, and the risk of potential failures often deter teams from stepping away from the norm. Even when we identify viable alternatives, resistance from stakeholders and deeply rooted organizational cultures can be substantial barriers. Yet, despite these challenges, critically examining and evolving our practices is essential. It's not just about embracing change, but about fostering an environment that prioritizes continuous improvement and adaptability.

Challenging best practices in software development is a journey of continual growth. Engaging in open dialogue with peers offers fresh perspectives, while establishing a robust feedback loop ensures tangible improvements. Mistakes made along the way become valuable lessons when analyzed. By delving into case studies, we can sidestep known pitfalls. Subscribing to industry forums keeps us updated, and maintaining a shared knowledge repository becomes a goldmine for collective learning. Mentorship offers guidance from seasoned professionals, and always remember: metrics offer an objective measure of new strategies. Embrace this iterative process for endless learning!

Many companies are now focusing the enhancement of their developers' work experience - Developer Experience (DevEx). Most of have implemented or are in the process of initiating formal DevEx programs. There's a observable trend toward the formation of specialised DevEx and Platform Teams, dedicated to fostering this developer-focused ethos. The impact extends beyond the hypothetical, delivering tangible improvements in efficiency and product excellence. Consequently, the discipline of Developer Productivity Engineering (DPE) is an emerging practice in software development aimed at optimising the efficiency & momentum of developers. Embracing a systematic, engineering-centric methodology, DPE seeks to enhance the productivity aspects.

Stay Updated: The software industry evolves rapidly. Techniques or tools that were once considered best practices might be replaced by newer, more effective ones. Measure Results: To understand the impact of a practice, it's essential to have quantifiable metrics. measuring the outcomes will offer a clear picture of a practice's effectiveness. Adapt to Context: Remember that what works for one team or project may not necessarily work for another. Consider factors like scale, team size, project complexity, and organizational culture when evaluating a best practice's relevance.

The Best practices always includes the Questions "What, When, Where, Why, How". The Habit of best practices never goes, because if you remove H, Abit remains, if you remove A, bit remains, if you remove B, it still remains.