@push.rocks/smartproxy is a production proxy that handles TCP, TLS, HTTP reverse proxying, WebSockets, UDP, QUIC/HTTP3, load balancing, and kernel-level NFTables forwarding — all from a single route-based TypeScript API. Under the hood, a Rust binary does every byte of networking. Your TypeScript code just describes what should happen.
@push.rocks/smartvpn tunnels all VPN traffic inside a standard WebSocket connection over HTTPS. To any firewall, DPI box, or network observer, it looks indistinguishable from ordinary web traffic (the same kind of connection a chat app or real-time dashboard would open on port 443). It passes through Cloudflare, corporate
TypeScript is great for building applications. The type system catches bugs, the tooling is mature, and you can hire for it. But if you've ever tried to build a high-throughput TLS proxy, a DNS server with DNSSEC, or an SMTP security pipeline that needs to verify DKIM signatures
In the world of TypeScript development, finding the right database tools that combine type safety with powerful features can be challenging. As applications grow in complexity, particularly in distributed environments, the need for robust data management becomes ever more critical. This is where @push.rocks/smartdata enters the picture -
Learn how @push.rocks/smartexpect provides a fluent, type-safe assertion library for TypeScript, making tests readable, maintainable, and powerful.
Fellow TypeScript enthusiasts, let's face it – authentication is often the unglamorous yet critical foundation we must get right in our applications. As TypeScript developers, we have a secret weapon: strong typing that can help us avoid the security pitfalls that plague many authentication implementations. In this deep dive
Angular Signals represent a significant paradigm shift in how Angular handles reactivity. Introduced in Angular 16 and expanded in subsequent versions, Signals provide a fine-grained reactivity system that brings numerous benefits to Angular applications. This article explores the Signal API in depth, with practical TypeScript examples to help you master
Welcome, TypeScript enthusiasts! Today we're making the case for Angular—an enterprise-ready framework that pairs beautifully with TypeScript. If you're looking for a comprehensive, structured approach to building robust applications, pull up a chair and let's explore why Angular might be your perfect match.
Hey there! Take a seat, grab a coffee, and let's chat about Web Components. Whether you're new to them or just need a refresh, they offer a powerful, framework-agnostic way to build reusable UI. In this article for TypeScript.guru, we'll explore how Lit
Here's a technical breakdown of how to trigger favicon downloads through browser console commands, with explanations of key implementation details: Core Implementation // Retrieve favicon URL from document metadata const faviconLink = document.querySelector("link[rel*='icon']")?.href || "/favicon.ico"; // Create temporary anchor element
TypeScript’s built-in utility types are a powerful part of its standard library. They let you manipulate existing types and streamline common type transformations.
In high-performance Node.js applications, logging can often become a bottleneck, especially when logging operations are frequent and intensive. Synchronous logging calls, such as console.log, can block the event loop, degrading application performance. This article explores the concept of buffered logging, where log messages are cached and periodically written