AniLog

There’s a strange contradiction in how we’re expected to live today.

An LLM that writes code is only useful if it can run the code.

This is the year everyone got a resident AI agent.

If you have spent real time with a coding agent like Claude Code, opencode, or pi, you have probably noticed something.

How a Rust physics engine compiled to WebAssembly quietly carries an entire walkable world, and how Runek builds those worlds on top of it.

I’ve a love hate relationship with rules.

Claude Code has a plugin system now.

A Story You’ve Lived # It’s 4:47 PM.

Move fast and break things.

Recently I went to an AI conference and saw dozens of people demo their agents.

If you’ve been building with LLMs for a while, you’ve probably built an agent at some point.

You want to build an AI application.

If you’ve been following the world of AI development, you might’ve heard the phrase “LLM-as-Judge.”

A few months ago, as I was exploring machine learning while working on a project, one of my models kept behaving in a weird way.

Let me tell you about Vani.

In this first article in this series, we went through all different rust plugins, the previous one, we understood the wasmrun plugin architecture.

In the last article, I covered all different types of rust plugin architecture and approaches we could have done.

Plugin systems are one of those architectural decisions that seem straightforward until you start implementing them.

I’ve migrated the SOT (System Observation Tool) project from traditional pip/venv workflows to uv, Astral’s blazing-fast Python package manager.

It’s the 2020s, and we’re all living in a world where the phrase “just ask the AI” has replaced “let me Google that”.

For the past few weeks since the first public release of Chakra, I’ve been really thinking about what the next right step for it is.

The modern software landscape is shifting rapidly towards portability, performance, and sandboxed execution.

If you’ve ever coded for the web, chances are you’ve touched JavaScript.

CPython is the reference implementation of Python written in C.

From browser booster to universal runtime, the journey of WebAssembly in 2025.

Python is one of the most widely used programming languages, but have you ever wondered how it works under the hood?

Real-World Assets (RWAs) refer to tangible or intangible items from the traditional economy such as real estate, commodities, bonds, and intellectual property, that are represented digitally on blockchain platforms.

Imagine you’re deep into building something exciting.

The way we represent ourselves online is undergoing a fundamental transformation.

In Part 1, we built a LayerZero-powered bridge for moving NFTs between two EVM chains.

A cross-chain bridge is a protocol that allows assets, data, or smart contract states to be transferred between two or more decentralised networks.

WebAssembly (WASM) is transforming how we run code in lightweight, secure, and cross-platform environments.

In today’s world, technology is often seen as a tool for efficiency, but in reality, it has become a structure of control.

As the digital world transitions to Web3, decentralisation promises to redefine how we interact online securely, privately, and without intermediaries.

Liquidity pools in the context of traditional finance evolved over centuries, rooted in mechanisms designed to ensure that buyers and sellers can transact with minimal price volatility and at the right time.

In simple terms, bridges are tools that allow the transfer of assets, data, or even smart contract instructions between different blockchain networks.

Launching a crypto project comes with one big question: How do you sell your tokens?

Imagine having access to the value of an asset, say, Tesla stock, without ever owning it.

If you’re looking to learn about the basics about Chain Abstraction, then read this article instead.

If you’ve ever stumbled into the world of Asian graphic novels, you’ve probably come across the big three: Manga (Japanese graphic novels), Manhua (Chinese graphic novels), and Manhwa (Korean graphic novels).

Say you want to make an online payment, and instead of just clicking a button, you have to figure out whether the store accepts Visa, Mastercard, or PayPal.

Let’s talk about chaos.

I was working on a side project, which led me to study about various network interfaces.

In the labyrinth of modern life, where individuality is often celebrated above all else, the idea of leading by example remains an esoteric yet vital concept.

In the complex maze of the modern mind, where every turn presents a new fear, a new inadequacy, or a new ambition, lies the pervasive whisper of paranoia.

The web, in its earliest form, was envisioned as a decentralized platform—a space where anyone could share information without gatekeepers.

In a world increasingly drawn to the pursuit of perfection, the notion of embracing flaws may seem counterintuitive.

In an era where technological advances continue to break the boundaries of what once seemed like science fiction, we stand at a crossroads between the physical and the digital.

A lot of the recent rise in isekai anime also suggests a favorable wind towards perfecting our system.

As I started writing this, it became apparent as to how deep the rabbit hole really is… 🐰 So, I’m breaking up the discovery phase in multiple parts.