How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.
IPQuality is a specialized diagnostic toolset for analyzing the reputation, risk scores, and connectivity of network addresses. It functions as an IP address quality analyzer and reputation checker that aggregates risk scores and fraud factors from external security databases to identify potentially malicious or high-risk traffic.
The main features of xykt/ipquality are: IP Fraud Detection, IP Reputation Scoring, IP Geographic Mapping, Platform Access Validators, Geographic Restriction Testing, IP Metadata Retrievers, IP Quality Analyzers, Service Reachability Testing.
Open-source alternatives to xykt/ipquality include: spiritlhls/ecs — This project is a collection of diagnostic tools designed for auditing IP quality, analyzing network stability,… jason5ng32/myip — MyIP is a network diagnostics toolbox designed for analyzing public IP addresses, geolocation, and network… 17mon/china_ip_list — This project is a collection of datasets and repositories providing IP address ranges, geographic mapping lists, and… usarmyresearchlab/dshell — Dshell is a network forensic analysis framework and traffic processor designed for the deep packet inspection of IPv4… cyfdecyf/cow — This project is a Go-based HTTP proxy server designed as a censorship circumvention tool. It functions as an upstream… oisf/suricata — Suricata is an open-source network intrusion detection and prevention engine that analyzes live network traffic in…
This project is a collection of diagnostic tools designed for auditing IP quality, analyzing network stability, profiling server environments, and benchmarking hardware performance. It provides a suite of utilities to evaluate virtual private servers through hardware performance benchmarking and system environment diagnostics. The toolset includes a streaming service unlock checker to determine regional content access, an IP reputation audit tool for blacklist and geolocation verification, and a network quality analyzer for measuring latency and throughput. It covers broader capability areas
MyIP is a network diagnostics toolbox designed for analyzing public IP addresses, geolocation, and network connectivity performance. It provides utilities for identifying IPv4 and IPv6 addresses and analyzing their associated organization, ASN, and geographic details. The project features specialized privacy and security tools, including a network leak tester to detect DNS and WebRTC leaks used to verify VPN or proxy configurations. It also includes a browser fingerprint analyzer that generates unique client identifiers to audit how device attributes are used for online tracking. The platfor
This project is a collection of datasets and repositories providing IP address ranges, geographic mapping lists, and metadata used to identify network traffic from mainland China. It serves as a curated database of IP address ranges for regional identification and network traffic filtering. The project provides capabilities for mapping IP addresses to specific cities and geographic regions within mainland China. It includes resources for retrieving autonomous system numbers and location data to distinguish and route traffic based on its origin. The system also covers broader network intellig
Dshell is a network forensic analysis framework and traffic processor designed for the deep packet inspection of IPv4 and IPv6 traffic. It functions as an extensible forensic plugin system that captures, inspects, and analyzes network data to identify security anomalies and reconstruct communication streams. The system utilizes a plugin-based processing engine that allows for custom plugin development and plugin chaining. This modular architecture enables the creation of specialized analysis pipelines where network data is passed through a sequence of processing units for multi-step analysis.