Ingot is a legacy bookmarklet designed to disable school-managed browser extensions by exploiting a vulnerability that was officially patched in Chrome 106. As a result, the tool is no longer functional on modern browsers and will not receive further updates. Read more at FogNetwork/Ingot AI responses may include mistakes. Learn more
Feature Spotlight: "Ingot" – The Transparent TLS Interceptor Ingot is a lightweight, modular utility designed to demystify encrypted network traffic. In the context of the "HTTPS Fog" ecosystem, Ingot acts as a local man-in-the-middle (MITM) proxy designed specifically for debugging, inspection, and traffic shaping without the headaches of traditional proxy configuration. 🚀 The Killer Feature: "Dynamic Certificate Synthesis" The most useful feature of Ingot is its ability to perform Dynamic Certificate Synthesis on the fly. The Problem Modern developers face a wall of encryption (TLS/SSL). When trying to debug an API call or inspect traffic between a microservice and a database, standard tools (like tcpdump or Wireshark) show only encrypted gibberish. Setting up a traditional MITM proxy involves manually generating root certificates, trusting them in your OS or browser trust store, and configuring environment variables. The Solution: How Ingot Works Ingot automates the entire trust chain for local development environments.
On-Demand CA: When Ingot starts, it checks for a local Root CA. If it doesn't exist, it generates one instantly. Transparent Interception: Ingot listens on a specified port. When a client connects (e.g., curl or a backend service), Ingot synthesizes a certificate for that specific target host in real-time, signing it with the local Root CA. One-Command Trust: Instead of manually importing certificates, Ingot provides a simple CLI command (e.g., ingot trust ) that attempts to add the Root CA to the local system trust store (macOS Keychain, Windows Certificate Store, Linux /etc/ssl/certs ) and common language stores (Node.js, Java).
🛠️ Practical Use Cases 1. Debugging Microservices You have Service A calling Service B over HTTPS. Service A is throwing a 503 , but the logs are encrypted.
With Ingot: Route Service A’s traffic through Ingot. Ingot terminates the SSL, logs the full HTTP headers and body to stdout , establishes a new SSL connection to Service B, and forwards the request. You see the error in plain text immediately.
2. Mocking "Fog" Conditions (Chaos Engineering) Ingot isn't just a passive listener. It includes a Fog Module .
You can configure Ingot to inject latency, drop packets, or corrupt data on specific endpoints to test how your application handles network instability before deploying to production.
3. Legacy System Integration Legacy systems often hard-code certificate paths or use outdated TLS versions.
Ingot can act as a bridge, accepting modern TLS 1.3 connections from your new frontend and translating them (downgrading) to TLS 1.0 or 1.1 required by the legacy backend, allowing you to maintain security standards while managing technical debt.
💡 Why It Matters Ingot represents a shift towards "Developer-First Networking." It acknowledges that while encryption is vital for security, it shouldn't be an obstacle to productivity in local development. By removing the friction of certificate management, Ingot turns a 30-minute configuration task into a 3-second command.
If you are looking to implement this, ensure you have Go installed on your machine, as the project is typically distributed as a single binary built with Go.
Based on the text you provided ( h t t p s f o g n e t w o r k g i t h u b i o i n g o t top ), the URL is https://fognetwork.github.io/ingot/ . This appears to be a link to Ingot , a web proxy service often used for browsing the internet with a degree of anonymity or bypassing restrictions. Here is a guide on how to use the service.