Hardware design typically entails teams of many designers with a wide range of disciplines. Each of these designers manage a different aspect of the project, maybe with different workflows, and generate a large amount of diverse data. Data management tools like Helix Core manage a substantial portion of this data. In this blog, find out how these tools are best used with an IP lifecycle management platform like Methodics IPLM to solve the unique challenges for hardware design projects.

We looked at service design considerations in the first part of this blog series. In this next part, I’d like to share some best practices for API versioning – a topic that comes up quite often with every customer as it is one of the key concerns when implementing API gateways. There are two ways to version RESTful APIs: URI and header-based, as summarized in this REST API tutorial.

APIs play a critical role in helping software connect and communicate, as well as making the lives of developers a little easier. Over the years we’ve published a number of posts to help developers design APIs to get the most from them. Below is a list of our most popular API design posts you can read now or bookmark for later.

Version control has become a critical tool for both developers and designers. And if you’re looking to create an expansive new world filled with complex 3D characters, you are probably looking at Maya. But what Maya version control system is best for creatives?

How much do you know about Domain-Driven Design (DDD)? It's a design approach to software development where the language and structure of software code match the business domain. The concept comes from a 2003 book by Eric Evans. And it influences software architects, information architects, data engineers, and computer science professionals who organize code and solve some seriously stressful software problems. Domain-Driven Design is a super-successful concept with brilliant business logic benefits.

Every agile software engineering team wants to do these three things: The reality is that as we focus on improving one thing, sometimes it is at the expense of another. If we focus on accelerating feature development, feature quality could suffer. If we focus on improving feature quality, development could slow, potentially delaying the release. But what if we could have it all?

Intellectual property — or IP — is critical in semiconductor development. In this blog, we break down what intellectual property (IP) is, why designing IP correctly is important, and how to make your semiconductor design IP-centric.