Jordan Chernev’s Post

🧠 I've had the opportunity to learn so much over the last year, deeply embedding into Platform Engineering communities and learning about their successes and challenges. So many recognizable patterns have emerged: ➕ Our metrics tell the wrong story when we are not continuously monitoring our systems, forcing us into teleological patterns of analysis rather than proactive understanding ➕ Systems Thinking is more important than ever, #Deming knew that only 4% of an organization's productivity is a result of the worker, while 96% is related to the underlying productivity systems ➕ Throwing more tools just leads to tool sprawl and head first into Ashby's Law, we have to think about foundational tools that align with sociotechnical challenges and culture. Read more about it in my newest contribution to The New Stack! #PlatformEngineering #DevEx #DevOps

What if your platform wasn’t just functional but a developer favorite? In his The New Stack blog, Justin Reock shares 6 steps to shift from reactive fixes to proactive impact. ✨ Root out real pain points. ✨ Develop Systems Thinking. ✨ Drive developer love with a product mindset. Curious? See how: https://lnkd.in/gzpYmadk

Product Mindset Key to Platform Engineering Success “Build it, and they will come” is not a viable strategy for ensuring developers will adopt your platform. To avoid your platform’s untimely demise, you have to treat your platform like a product and sell it to your customers: Your developers. The lighthouse team approach is valuable because it helps platform teams avoid boiling the ocean while also ensuring your platform provides real value every step of the way. #product #platformEngineering

🌟 Stay Curious, Keep Growing! 🌟 I just came across this insightful article on the Top 20 Platform Engineering Tools! 🚀 It’s a reminder that the tech world is always evolving, and there’s always something new to learn. Whether you’re diving into container orchestration, infrastructure as code, or monitoring solutions, don’t let the number overwhelm you! Start small, pick one tool to explore, and take it step by step. 💡 My insight: Growth happens when we stay interested and keep learning. Focus on progress, not perfection! What tool have you recently discovered or mastered that you’re excited about? Let’s exchange ideas and keep the learning journey alive. Drop your thoughts below! 👇 #CloudComputing #PlatformEngineering #KeepLearning #DevOps #CareerGrowth #StayCurious 😊

By focusing on quick wins, measurement and feedback cycles, you can make a positive impact for your developers in a week or less. https://lnkd.in/gwkZ2SkN #DevOps #PlatformEngineering by Steve Demchuk thanks to Nitric

Ever wonder why great code doesn’t always lead to great products? 💻➡️💡 After transitioning from software engineer to product manager, I learned some hard truths about building for real people and it changed how I think about product mgmt. forever. In this article, I share stories and lessons from my journey. Article Link: https://lnkd.in/dQGppueh Hope it helps ✌️ I’d love to hear: What’s the biggest lesson you’ve learned about building for people vs just shipping code? #productmanagement #businessoutcomes #softwareengineering

Title: Embracing Chaos Engineering: The Path to Resilient Systems 🚀💥 In an era where digital infrastructure is more complex and critical than ever, ensuring system resilience against unexpected disruptions is paramount. This is where Chaos Engineering comes into play, a proactive approach that tests how systems respond to unpredictable events. Let’s explore why Chaos Engineering is essential and how it leads to more robust systems: 1. 🔍 Understanding Chaos Engineering: - Chaos Engineering involves intentionally introducing disturbances into systems to test their resilience and capacity to withstand turbulent conditions. It's like a fire drill for software, preparing systems for real-life scenarios. 2. 💡 Why It Matters: - In our always-on digital world, downtime can be incredibly costly, not just financially but also in terms of customer trust and brand reputation. Chaos Engineering allows us to identify and mitigate potential points of failure before they lead to outages. 3. 🚀 Building Resilience: - By systematically and safely exposing systems to chaos, teams can understand their weaknesses and improve them, thereby increasing system resilience and reliability. 4. 👨💻 For the DevOps Mindset: - Integrating Chaos Engineering into DevOps practices encourages a culture of continuous improvement and shared responsibility among development and operations teams, aligning closely with the principles of reliability and performance. 5. 🛠️ Tools and Platforms: - Tools like Gremlin, Chaos Monkey, and LitmusChaos allow teams to implement Chaos Engineering across various environments, from on-premises to cloud-native platforms. 6. 📘 Best Practices: - Start small with controlled experiments, define clear objectives, monitor closely, and scale your chaos experiments as you learn from them. 7. 🌟 Success Stories: - Leading companies like Netflix, Amazon, and LinkedIn have successfully implemented Chaos Engineering, enhancing their system resilience and maintaining high availability even under the most challenging conditions. 8. 🎓 Learning and Community: - The Chaos Engineering community is growing, with ample resources, conferences, and workshops available for those looking to deepen their understanding and practice. Chaos Engineering is not about causing chaos but about anticipating it and building systems that can endure and thrive even when the unexpected happens. It’s an investment in system reliability and customer satisfaction. Are you practicing Chaos Engineering, or are you curious about how to get started? Share your experiences or questions in the comments below. Let's foster a discussion on building more resilient systems together. 🚀💥 #ChaosEngineering #SystemResilience #DevOps #ReliabilityEngineering #CloudComputing

🚀 Leveling Up with Platform Engineering 🚀 I recently completed the Platform Engineering Foundations course by Dave Swersky, and it’s a game-changer for anyone navigating the complexities of modern software delivery. This course dives deep into platform engineering patterns and antipatterns, offering invaluable insights on how to build scalable, self-service platforms that truly empower teams. From reducing cognitive load to enabling seamless collaboration across teams, Dave expertly breaks down how platform engineering bridges the gap between DevOps and scalable system design. The practical examples and actionable strategies presented in the course make it clear how internal platforms can drive innovation and operational excellence. If you’re a tech lead, platform engineer, or someone passionate about optimizing developer workflows, I highly recommend this course. Thank you, @Dave Swersky, for sharing your expertise and making platform engineering more accessible! 📚 Check out the course here. #PlatformEngineering #DevOps #SoftwareDevelopment #Learning

Unlock the potential of the cloud-native universe with platform engineering. Our VP of Product, Keith Babo, shares insightful thoughts on why developers are rediscovering purpose and operational concerns are finding solace in platform engineering. This isn't a trend—it's a game-changer for scaling, innovation, and success. Dig in with his latest article on Forbes: https://lnkd.in/dH_mD_jJ #PlatformEngineering #DevOps #CloudNative

Platform engineering vs. DevOps: Which reigns supreme in the tech realm? Let's dive in! 🌟 Picture this: You're at the helm of a dynamic tech venture, navigating through the ever-evolving software development landscape. Enter platform engineering – your secret weapon for building robust digital fortresses that stand the test of time. 💪 While DevOps brings its A-game with collaboration and automation, platform engineering takes it up a notch, offering a meticulously crafted blueprint for infrastructure nirvana. Think consistency, scalability, and streamlined processes – all wrapped up in a neat package. With platform engineering, you're not just building pipelines; you're architecting a symphony of reusable components and standardized workflows. The result? Say goodbye to the headache of manual labor and hello to accelerated innovation. By abstracting complexities and putting self-service tools in the hands of your development dream team, platform engineering lets creativity soar. It's like having your cake (efficient infrastructure) and eating it too (unleashing your inner tech genius). So, whether you're a seasoned pro or a tech enthusiast, remember this: Platform engineering isn't just a buzzword – it's the key to unlocking agility, productivity, and all-around awesomeness in the digital age. Let's build the future, one platform at a time! 💻✨ #PlatformEngineering #TechRevolution #InnovationNation #DevOps