Overcoming the Challenges of Implementing CI/CD in Hardware-Software Development
While we're not yet building the cybernetic technology seen in sci-fi films, the boundary between hardware and software is increasingly becoming a blur. From autonomous vehicles and wearable tech to medical devices and smart home innovations, these products are changing the way we live. But the real challenge isn’t the innovation we see on the surface—it's the process that takes these concepts from design to market, successfully integrating both hardware and software.
How to Implement a Winning Product Portfolio Strategy in Your Organization
Success in manufacturing isn't solely about developing great products—it's about managing them strategically. Industry-leading organizations use product portfolio strategy to balance innovation, optimize resources, and align their product options with their broader business goals. Without a strategic plan, companies risk losing market relevance or stalling growth.
5 Feature Prioritization Strategies Industrial Manufacturers Can Borrow from Tech Giants
Industrial manufacturers are traditionally known for long product development cycles, making it challenging to master feature prioritization or stay competitive. Even with long product development cycles, manufacturers have a lot of room to improve their product development process; it just requires a shift in mindset, culture, and strategy. Organizations that want to become more agile at meeting customer needs and keeping up with the competition can look to tech giants that have mastered feature prioritization for effective strategies.
Beyond the Hype: Designing Innovation That Delivers
Innovation drives progress and keeps companies ahead of the competition. But not all innovation is created equal. When businesses chase new technology just to appear advanced—without grounding it in real customer needs—they risk disappointing or even losing their audience.
Beyond Silos: How to Align and Optimize Your Product Portfolio
Products are becoming more sophisticated by the year as innovative software capabilities integrate with reliable hardware solutions. Even though these products evolve and disrupt various industries with their technologies, the functionality of traditional product management tools lags behind.
5 Common Mistakes to Avoid in Cyber-Physical Product Planning
Cyber-physical products—integrated systems that blend hardware, software, and connectivity—dominate automotive, medical device, and industrial manufacturing industries. From self-driving cars to smart medical devices, these systems require seamless operations in real-world environments. These requirements make the design and development uniquely complex.
Why Traditional Product Roadmaps Fail in Cyber-Physical Product Development
Traditional product roadmaps were built for linear development cycles, but cyber-physical products demand a more dynamic approach. These systems require continuous iteration, real-time updates, and seamless cross-functional collaboration. Relying on static, outdated roadmaps can lead to misalignment, missed milestones, and wasted resources.
How to Excel as a Manufacturing Product Manager in the Age of AI
Artificial Intelligence (AI) is no longer a futuristic asset but a tool actively used across manufacturing organizations, from factories to administration to product development. This means that product managers need to adapt to AI to help their organization succeed in an ever-evolving industry. Learning to use AI tools effectively can make product development more efficient. Not only can AI be a tool that enhances product decision-making, but it can also enhance strategic execution.
Beyond the Framework: Essential Skills Product Managers Need to Make Strategic Product Decisions
Product management requires staying up-to-date on trends and customer feedback while continuously coordinating with stakeholders. These objectives become especially challenging with complex products and large product portfolios. Managing complex product portfolios becomes easier with invaluable tools like Agile, Stage-Gate, and Waterfall frameworks because they provide structure, promote alignment, and help teams meet their project goals on time and closer to the projected budget. However, these frameworks, while powerful, are not silver bullets. They don't make strategic decisions for you.
6 Best Practices for Selecting Product Roadmap Software
Selecting the right product roadmap software is a crucial decision for any product team. The right tool can streamline planning, improve communication, and ensure alignment between teams and stakeholders. However, with so many options available, choosing the best software for your needs requires careful consideration. This article discusses the six best practices to guide you through the selection process.
Double Click: Gocious Adaptive Roadmaps
Explore the Benefits of Customizable Dashboards for Greater Alignment and Transparency
Roadmaps drive alignment, transparency, and strategic decision-making across product teams. As a central hub for planning and execution, they enable product managers to visualize goals, track progress, and communicate updates effectively. In fast-moving industries, having clear, well-structured roadmaps empowers teams to navigate complexity, ensure feature traceability to customer needs, and adapt quickly to changing market conditions.
Smart Manufacturing in 2025: Key Trends Shaping the Future
Innovation in manufacturing never stops, but the start of a new year is the perfect time to take stock of emerging advancements, industry buzz, and the trends set to shape the future. In 2025, smart manufacturing trends will continue evolving, with groundbreaking technologies and operational shifts influencing how companies plan for the year ahead. Whether these trends inspire new strategies or reinforce existing ones, staying informed is key to maintaining a competitive edge in an ever-changing industry.