This paper introduces the 'AI-Native Development' methodology, wherein developers and AI interact and co-evolve in the age of AI, and analyzes the limitations of conventional development approaches.
Make your localhost public instantly with one curl command using Portal Tunnel—a decentralized, permissionless alternative to ngrok and cloudflared.
This study explores the next communication paradigm, transitioning beyond Shannon's Law to AI-driven semantic communication, along with its limitations and future prospects.
We introduce Portal, an open-source project designed to resolve the issue of web centralization in the AI era and to assist individuals in easily deploying their local services globally.
Let's learn how to syscall
This document provides a detailed analysis of Go's `any` type and its internal `EFace` structure, along with an explanation of dynamic type handling methods utilizing the `reflect` package and type assertion/switches.
This document explores how Golang supports FIPS 140 certification, its evolution towards FIPS 140-3, and the enhanced security features of Go's cryptographic libraries.
From the concept of database bitmap indexes to the operational principles of Roaring Bitmap and its application in Go language, this document explores bitmap optimization for the efficient processing of large-scale datasets.
This work explores how politics and computer engineering, two seemingly disparate yet similar fields, address societal issues and how developers are becoming new legislators.
This section explores Goroutines, a core feature of the Go language. It provides a detailed explanation of Goroutine benefits and operational principles, including concurrency, lightweight nature, performance, and the GMP model.
This document compares the advantages and disadvantages of database servers and embedded databases, and explains why embedded databases are gaining prominence in modern technological environments such as SSD and MSA.
This document examines in detail how NATS, when embedded within a Go application, facilitates communication, drawing upon examples from official documentation, correct configurations, and Go's consumer-defined interfaces.
In the Go language, interfaces signify compositional code reuse rather than inheritance. This document explores common misunderstandings regarding inheritance in Go and provides guidelines for writing correct code.
Five Reasons to Choose the Go Language: Performance, Productivity, Concurrency, Stability, and even the Adorable Gopher! Discover why Go assists in developer growth.
Go's new GreenTea GC enhances performance by improving the garbage collection efficiency of small objects based on memory spans. This document explores the limitations of existing garbage collectors and the advantages of GreenTea GC.
Let us endeavor to reduce response times by utilizing a work queue.
Go 1.25 `encoding/json` v2 is a new implementation that improves upon the shortcomings of v1. Explore the main differences and the enhanced accuracy, performance, and flexibility.
Discover how to inject variable values at compile time using `ldflags -X` during a Go build.
Are you inconvenienced by Go API error handling? Try processing it more simply and clearly with RFC7807.
In the age of AI, are the characteristics of existing modern languages actually disadvantages? We examine why Go is a more suitable language for AI development.
This document examines in detail how a minor code modification within the Cilium project significantly enhanced the stability of LRU-based NAT connection management.
This document aims to facilitate understanding of Anthropic's MCP protocol and the MCP host (mcphost) implemented in Go.
How to Scale Go Servers with .NET Aspire: An Example of Horizontal Scaling and Automated Configuration Using YARP Reverse Proxy.
This document explores the utilization of quantum-resistant cryptographic algorithms, ML-DSA and ML-KEM, within the Go programming language, providing insights into the characteristics of each algorithm and illustrative code examples.
Go 1.24 delivers performance boosts, post-quantum crypto, TLS enhancements, & more, making it a significant release for modern app development.
Introducing Randflake ID: a distributed, uniform, unique, and unpredictable ID generator inspired by Snowflake, using a block cipher for security.
Enhancing API Responsiveness Using Redis Server-Assisted Client-Side Caching
Create a simple image viewer using Tcl/Tk in the Go language.
Learn to create a simple GUI application using Tk with Go, and explore SVG, PNG, and ICO image processing, as well as menu widget utilization!
This document introduces libraries and strategies applicable to OpenAPI-based API development using the Go language.
This document introduces various tools and techniques for Go concurrency management, including goroutines, channels, and mutexes.
This document examines why Go utilizes `panic-recover` instead of `try-catch` and discusses the implications for error handling responsibilities.
Go is ideal for AI development due to its efficiency, concurrency, and seamless integration with AI APIs & cloud-native tools.