Open-source alternatives to BurpelFish

Burp-Automator: A Burp Suite Automation Tool with Slack Integration. It can be used with Jenkins and Selenium to automate Dynamic Application Security Testing (DAST).

Simple Burp extension to drop blacklisted hosts

Performance metrics for Burp Suite

A Burp Suite extension that automatically marks similar requests as 'out-of-scope'.

Burp Plugin - Bing Translator

This is a Burp Suite Pro extension that is able to find the “Reverse Tabnabbing” attack. For more information about “Reverse Tabnabbing” attack please see https://www.owasp.org/index.php/Reverse_Tabnabbing

This is a fault tolerance library for Go designed to prevent cascading failures by isolating unhealthy remote services using the circuit breaker pattern. It serves as a resilience tool for managing request timeouts, defining fallback logic, and protecting remote systems from overloading. The library differentiates itself through the integration of a health metrics exporter that streams real-time performance and status data of remote connections to external monitoring tools. It combines this observability with a circuit breaker state machine that tracks success and failure rates to block calls

Efficient reliable UDP unicast, UDP multicast, and IPC message transport - .NET port of Aeron

Simply LINQ your remote resources...

aiomisc - miscellaneous utils for asyncio

🎯 A .NET library, developed by humans, for running a target dependency graph.

Distributed tracing instrumentation for asyncio with zipkin

Burp Suite Extension useful to inspect UPnP security

Take a code screenshot using freeze by https://charm.sh/

Monads for Crystal

📁 Asynchronous pathlib for Python

A Python library (and CLI) for Amazon order history, line items, and transactions

Google ProtocolBuffers for Apple Swift

Nanoid is a library for generating unique, fixed-length identifiers designed for distributed systems and database indexing. It produces compact, URL-safe strings by mapping random byte values to a custom character set, allowing for consistent memory allocation and predictable indexing performance across independent nodes without the need for central coordination. The library distinguishes itself by utilizing system-level, cryptographically secure entropy sources to ensure that every generated identifier is statistically unpredictable. This approach provides resistance against collision attack