Value
R & D created first .NET WebAssembly Framework and Frog Language
Value
R & D created first .NET WebAssembly Framework and Frog Language
Value
R & D created first .NET WebAssembly Framework and Frog Language
Timeline
Three years
Timeline
Three years
Timeline
Three years
The site preview shows the original marketing site for Frog UI, where you can explore the concept in detail.
Originally proprietary, the source code is now available publicly to showcase my engineering approach and coding depth. The project is a from-scratch implementation of a complete web-building framework — essentially, writing something on the order of React or Flutter, solo.
Source Code (🔗 Frog UI Source Code on GitHub)
Below are two of the internal diagrams I created to reason about the framework’s architecture:
The first illustrates the virtual DOM design, showing how state and rendering interact under the hood.
The second depicts the class hierarchy of visual components — the widgets and elements that form the building blocks of the framework.
These represent just a small portion of the full system’s sophistication, but together they capture the level of structure, depth, and engineering rigor behind Frog UI.
The site preview shows the original marketing site for Frog UI, where you can explore the concept in detail.
Originally proprietary, the source code is now available publicly to showcase my engineering approach and coding depth. The project is a from-scratch implementation of a complete web-building framework — essentially, writing something on the order of React or Flutter, solo.
Source Code (🔗 Frog UI Source Code on GitHub)
Below are two of the internal diagrams I created to reason about the framework’s architecture:
The first illustrates the virtual DOM design, showing how state and rendering interact under the hood.
The second depicts the class hierarchy of visual components — the widgets and elements that form the building blocks of the framework.
These represent just a small portion of the full system’s sophistication, but together they capture the level of structure, depth, and engineering rigor behind Frog UI.
The site preview shows the original marketing site for Frog UI, where you can explore the concept in detail.
Originally proprietary, the source code is now available publicly to showcase my engineering approach and coding depth. The project is a from-scratch implementation of a complete web-building framework — essentially, writing something on the order of React or Flutter, solo.
Source Code (🔗 Frog UI Source Code on GitHub)
Below are two of the internal diagrams I created to reason about the framework’s architecture:
The first illustrates the virtual DOM design, showing how state and rendering interact under the hood.
The second depicts the class hierarchy of visual components — the widgets and elements that form the building blocks of the framework.
These represent just a small portion of the full system’s sophistication, but together they capture the level of structure, depth, and engineering rigor behind Frog UI.
Early Frog Language Prototype
Before the current generation of Frog, I spent several years designing a fully-typed programming language and IDE aimed at simplifying modern full-stack development. The result was a 300-page language specification — a deep exploration of semantics, constraints, and declarative modeling.
In hindsight, the project was too ambitious for its time, but the mission was sound. Many of the concepts — semantic typing, ownership, declarative modeling, and active state management — have since evolved into the modern Frog ecosystem and Mycora platform.
Language Spec (📄 Frog Language Spec - Google Drive)
This early work remains a foundation stone — a reminder that transformative ideas often start as bold experiments.
Early Frog Language Prototype
Before the current generation of Frog, I spent several years designing a fully-typed programming language and IDE aimed at simplifying modern full-stack development. The result was a 300-page language specification — a deep exploration of semantics, constraints, and declarative modeling.
In hindsight, the project was too ambitious for its time, but the mission was sound. Many of the concepts — semantic typing, ownership, declarative modeling, and active state management — have since evolved into the modern Frog ecosystem and Mycora platform.
Language Spec (📄 Frog Language Spec - Google Drive)
This early work remains a foundation stone — a reminder that transformative ideas often start as bold experiments.
Early Frog Language Prototype
Before the current generation of Frog, I spent several years designing a fully-typed programming language and IDE aimed at simplifying modern full-stack development. The result was a 300-page language specification — a deep exploration of semantics, constraints, and declarative modeling.
In hindsight, the project was too ambitious for its time, but the mission was sound. Many of the concepts — semantic typing, ownership, declarative modeling, and active state management — have since evolved into the modern Frog ecosystem and Mycora platform.
Language Spec (📄 Frog Language Spec - Google Drive)
This early work remains a foundation stone — a reminder that transformative ideas often start as bold experiments.
Reach out anytime
Let’s Stay Connected
Got questions or want to collaborate? Feel free to reach out—I'm open to new projects or just a casual chat!
Reach out anytime
Let’s Stay Connected
Got questions or want to collaborate? Feel free to reach out—I'm open to new projects or just a casual chat!
Reach out anytime
Let’s Stay Connected
Got questions or want to collaborate? Feel free to reach out—I'm open to new projects or just a casual chat!