Hi, I’m Dwight Bedsaul. I spend my days writing clean HTML, building custom WordPress sites, and making sure everything loads quickly and behaves predictably. When I step away from the browser, I am usually working in C++ and digital signal processing, trying to make a software plugin respond like a real Marshall JCM800 amplifier. If that combination sounds a little unusual, you are not the first to say it. But honestly, web development and audio plugin design share the same underlying principles. Both require clean architecture, strict attention to performance under tight constraints, and a relentless focus on how the end user actually experiences the final product. This page is my corner of the internet where I talk about how I work, what I am currently building, and why I care just as much about semantic markup as I do about harmonic saturation.
WordPress & HTML: Code That Respects the User’s Time
I do not believe in bloated page builders or temporary fixes that only address surface-level problems. I build websites that load quickly, rank well in search engines, and remain maintainable long after the initial launch. My approach always starts with writing semantic HTML first because clean markup is not just for search engines. It is for screen readers, for developers who might inherit the project later, and for consistent rendering across every device and browser. When it comes to WordPress, I treat it like a serious development framework rather than a drag-and-drop playground. I create custom block themes, lean into Gutenberg natively, and carefully select plugins so that sites stay fast, secure, and genuinely easy for content editors to manage.
Performance is never an afterthought in my workflow. I optimize assets, defer non-critical scripts, and tune caching strategies so that Core Web Vitals are not just passing on a technical report. They perform that way for actual visitors navigating the site. I also document everything thoroughly. If you or another developer need to revisit the project months down the line, you should never have to reverse-engineer why a feature works the way it does. Whether I am converting a design into production-ready code, troubleshooting a stubborn REST API conflict, or auditing an existing site for speed and accessibility, I aim for code that is predictable, clean, and built to last.
The JCM800 VST: Why I’m Modeling a 40-Year-Old Amp
The Marshall JCM800 is not just an amplifier. It is a benchmark for how a tube amp should feel under your hands. The way it cleans up when you roll back your guitar volume, the way the midrange pushes through a mix, and the subtle compression when you strike the strings harder are exactly the qualities I am trying to capture digitally. When I started building a JCM800-inspired amp and cabinet VST plugin, I quickly learned that audio programming is a completely different discipline from web development. There are no PHP fallbacks or lazy loading tricks in real-time audio processing. It is just real-time mathematics, zero-latency requirements, and physical modeling that has to convince a guitarist that it sounds and responds authentically.
My development process for the plugin focuses on modeling the classic preamp and tone stack circuit with dynamic bias simulation and non-linear wave shaping that actually responds to playing intensity. For the cabinet section, I blend measured impulse responses with lightweight physical modeling so you get realistic speaker breakup and microphone character without consuming excessive CPU resources. The interface is designed to stay out of your way. Parameters are grouped logically, comparison switching is instant, and MIDI mapping follows standard DAW expectations. My years of writing HTML, CSS, and JavaScript have directly shaped how I approach the plugin user experience. Thinking about state management, layout constraints, and iterative user testing translates perfectly from web interfaces to audio software controls. The project is actively evolving, and I share the development journey openly through my portfolio and GitHub.
How Web Code & Audio Code Actually Connect
You might wonder how WordPress themes and guitar plugins fit together in one career path. The reality is that they force you to solve the same fundamental problems. On the web, clean HTML keeps applications accessible and search engines understand them. In audio, modular signal chains keep the sound transparent and predictable. Both fields demand optimization, whether you are chasing faster Core Web Vitals or keeping CPU usage low during real-time playback. Cross-browser testing matters just as much as cross-DAW compatibility, and user experience always drives every technical decision. Whether I am debugging a server-side error or fine-tuning a preamp stage, the workflow remains identical. I isolate variables, test iteratively, and validate everything against real-world usage. That systematic approach is simply how I prefer to build things.
Let’s Build Something Together
I am currently available for custom WordPress development, front-end HTML conversions, performance audits, and audio plugin consulting. I am especially interested in collaborative projects that sit at the intersection of web technology and music software. You can reach me directly at your email address, explore my past work at your portfolio URL, or review my technical repositories on GitHub. I typically respond within a day or two and prioritize projects where clean architecture, clear communication, and long-term maintainability matter to the client. If you want a developer who values precision, performance, and honest collaboration, I would love to hear about what you are working on.
Written by Dwight Bedsaul
Other links of interest
https://www.linkedin.com/in/dwight-bedsaul-3b7a92344/
https://www.youtube.com/@dwightbedsaul
https://github.com/eldorado101
https://www.contentsocial.net/dwight-bedsaul/
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