Chris Woody Woodruff is a solution architect at RT2, .NET Foundation board member, author, podcaster, and speaker.

Author

Chris shares his expertise through articles, technical documentation, and an upcoming book on network programming with C# and .NET. His writing makes complex software concepts clear and actionable.

Solution Architect

Chris Woody Woodruff designs scalable, high-performance software solutions, specializing in API design, cloud architecture, and modern development frameworks. He ensures technology meets business and user needs efficiently.

Speaker

A frequent speaker at conferences and industry events, Chris engages audiences on API strategy, database architecture, and software development. His talks inspire and educate developers worldwide.

"Every solution to every problem is simple. It’s the distance between the two where the mystery lies.”

Chris Woody Woodruff

Educator & Advocate

Just Stuff From Woody

Back to the Past: How htmx is Reviving Server-Driven Web Development

Hey folks! Welcome back to the HTMX journey. Today, we’re diving into a bit of web development history and how HTMX is taking us forward... by looking backward. Cue the DeLorean, because we’re heading...

Level Up Your Razor Pages: Meet htmx, Your New Best Friend

Hey there, fellow ASP.NET developer! If you’re tired of wrestling with JavaScript frameworks or want to simplify your life, you’re in for a treat. Today, we’re diving into the wonderful world of HTMX and...

REST Constraint #6: Code on Demand—When, Why, and How to Use It

Of all the REST constraints, Code on Demand is the one that most developers either overlook or actively avoid. Unlike the other five constraints, it is the only optional one, meaning a RESTful system...

REST Constraint #5: Embracing Layers for Flexibility and Scale

Building a reliable, scalable web application is no easy feat. The internet is unpredictable, traffic surges happen, and security threats lurk around every corner. That’s why REST includes the Layered System constraint—a design principle...

REST Constraint #4: Cacheable for Better Performance

The internet is fast—until it’s not. Nobody likes waiting for a sluggish API response, and overloaded servers don’t help either. That’s where caching comes in. RESTful APIs embrace caching to improve performance, reduce server...

REST Constraint #3: Going Stateless for Scalability

When it comes to building scalable web applications, statelessness is one of REST’s most powerful constraints. It simplifies architecture, makes scaling easier, and helps APIs handle massive traffic loads without breaking a sweat. But...

REST Constraint #2: Why Client-Server Separation is a Game Changer

The internet as we know it thrives on separation—specifically, the separation of clients and servers. It’s a fundamental principle of REST and a key factor in building scalable, maintainable, and flexible applications. But what...

REST Constraint #1: The Power of a Uniform Interface

A well-designed REST API isn’t just a random collection of endpoints—it follows a set of principles that make it predictable, scalable, and easy to use. One of the core constraints of REST is the...

RESTful API Design: Why Simplicity Wins

APIs are the backbone of modern applications, and getting their design right can mean the difference between an easy-to-use system and a frustrating mess. That’s where REST (Representational State Transfer) comes in. RESTful API...