Top Fiddler Alternatives

Postman is a collaborative platform tailored for API development, aimed at streamlining the process of creating APIs while promoting teamwork, which leads to the quick production of high-quality APIs. Its various features support every stage of API development, thereby enhancing collaboration and expediting the process of building superior APIs. Users have the ability to rapidly and easily send requests for REST, SOAP, and GraphQL APIs right within Postman, which optimizes their workflow significantly. Moreover, it offers the capability to automate manual testing, integrating these tests into your CI/CD pipeline to prevent potential issues when new code is deployed. The platform also enables effective communication regarding API behavior by allowing users to simulate endpoints and their responses without needing a backend server. Additionally, you can create and publish visually appealing, machine-readable documentation, making your API more user-friendly and accessible. Regular monitoring of performance and response times keeps you updated on the health of your API, allowing for proactive management. Furthermore, Postman encourages a shared environment for both the creation and consumption of APIs, fostering real-time collaboration among team members, which can lead to more innovative solutions. This combination of features not only enhances productivity but also helps teams work more cohesively towards developing robust APIs. Postman’s AI Agent Builder is a comprehensive tool that accelerates the creation, testing, and deployment of AI agents by providing easy integration with APIs and LLMs. It allows users to quickly turn APIs into agent-ready tools, test LLMs’ performance and costs, and compare responses to choose the best model. The no-code platform features a visual canvas that lets developers design and configure agent workflows with ease.

Paessler PRTG offers a comprehensive monitoring solution characterized by its easy-to-navigate interface, which is driven by an advanced monitoring engine. By streamlining connections and managing workloads efficiently, it helps to lower operational expenses and avert potential outages. Additionally, it enhances time management and ensures compliance with service level agreements (SLAs). The platform is equipped with an array of specialized monitoring capabilities, including customizable alerting, cluster failover mechanisms, distributed monitoring, as well as detailed maps and dashboards, all complemented by extensive reporting functionalities. With its robust features, PRTG empowers organizations to maintain optimal performance and address issues proactively.

PortSwigger offers Burp Suite, a premier collection of cybersecurity solutions. We firmly believe that our in-depth research empowers users with a significant advantage in the field. Each version of Burp Suite is rooted in a common lineage, and the legacy of rigorous research is embedded in our foundation. As demonstrated repeatedly by industry standards, Burp Suite is the trusted choice for safeguarding your online presence. Designed with user-friendliness at its core, the Enterprise Edition boasts features like effortless scheduling, polished reporting, and clear remediation guidance. This toolkit is the origin of our journey in cybersecurity. For over ten years, Burp Pro has established itself as the go-to tool for penetration testing. We are committed to nurturing the future generation of web security professionals while advocating for robust online defenses. Additionally, the Burp Community Edition ensures that everyone can access essential features of Burp, opening doors to a wider audience interested in cybersecurity. This emphasis on accessibility empowers individuals to enhance their skills in web security practices.

Wireshark is recognized as the premier and most extensively used network protocol analyzer globally. This powerful tool provides users with the ability to scrutinize the complex details of their network interactions and has established itself as the go-to reference for numerous sectors, such as businesses, non-profit organizations, governmental entities, and educational institutions. The ongoing evolution of Wireshark is supported by the contributions of networking experts from across the globe, stemming from a project launched by Gerald Combs back in 1998. As an interactive network protocol analyzer, Wireshark permits users to capture and investigate the data flowing through a computer network in real-time. Renowned for its comprehensive and robust features, it is the most preferred tool of its kind on an international scale. Additionally, it operates smoothly on various platforms, including Windows, macOS, Linux, and UNIX. Widely utilized by network professionals, security analysts, software developers, and educators worldwide, it remains freely available as an open-source application, distributed under the GNU General Public License version 2. Its community-oriented development approach not only keeps it aligned with the latest advancements in networking technologies but also encourages collaborative improvements from users everywhere. As a result, Wireshark continues to evolve and meet the ever-changing demands of network analysis.

HttpMaster is a specialized tool designed for debugging and testing HTTP requests, particularly for web API applications and RESTful web services. Key features include the ability to create HttpMaster projects that encapsulate the full definition of request items. It offers a wide range of HTTP properties such as headers and URL encoding to ensure thorough testing. Users can leverage dynamic parameters to mimic different input scenarios or establish global API values for consistency. The tool also allows for response data validation using logical expressions, which enhances the accuracy of testing outcomes. Additionally, request chaining enables users to carry over data from one request to the next, facilitating more complex testing scenarios. HttpMaster supports extensive data upload options, including formats like 'multipart/form-data', which is crucial for testing file uploads. Furthermore, it includes a request data builder that allows users to customize the request body with optional parameters, enhancing flexibility. Users can monitor the execution of request items in detail and can organize requests into execution groups for batch processing. The tool also features a comprehensive review and management system for execution data, making it easier to analyze results. Ad-hoc execution is simplified with a basic request tool, and a command line interface is provided for automation purposes. Finally, HttpMaster supports generating PDF reports and executing cURL commands, making it a versatile choice for developers and testers alike.

You can swiftly navigate through network traffic by emphasizing content type, status, and source. Alternatively, you can utilize robust filtering options that align your messages with the most significant ones. With the help of MDN's inline explanations and documentation, you can scrutinize the URL, status, headers, and body of individual requests or responses. Additionally, you have the ability to examine message bodies with features like highlighting and automatic formatting for JSON, HTML, JavaScript, and other formats, all facilitated by Monaco, the editor integrated into Visual Studio Code. You can accurately match requests, seamlessly jump to them as they come in, and modify details such as the target URL or method, headers, and body. Decisions can be made to either reply manually to incoming requests or to forward them upstream. On the return path, you can pause to alter the actual response as needed. You can navigate through HTTP traffic one request at a time or deliberately simulate errors and endpoints for testing. For rapid prototyping against new services or endpoints, you can create specific rules that correspond to incoming requests, ensuring a tailored approach to development. This flexibility allows for a comprehensive exploration and manipulation of HTTP interactions.

Proxifier allows network applications that generally do not support proxy servers to operate efficiently through a SOCKS or HTTPS proxy, offering advanced chaining capabilities. It redirects connections from any internet-enabled application, including browsers, email clients, databases, and gaming platforms, through a proxy server. Moreover, it facilitates resource access management, ensuring that all connections are channeled through a single entry point, which streamlines remote updates across various configurations. The software enhances internet traffic routing by utilizing faster pathways, acting as a lightweight and flexible substitute for conventional VPNs, while also safeguarding your connections with encrypted tunnels. By using a proxy as a gateway for online activities, Proxifier allows users to assign distinct proxies or chains to individual connections through its rule-based system. Regularly updated to accommodate the latest operating systems, such as Windows 11 and macOS Ventura, Proxifier is a native C++ application that operates without third-party dependencies, featuring a small installer size of only 4 MB, thus ensuring both efficiency and ease of deployment. The combination of reliability, versatility, and user-friendly features positions Proxifier as a vital tool for anyone aiming to improve their network connectivity options. Overall, it empowers users by providing a seamless way to manage their internet traffic while maintaining security and flexibility.

Enhance your skills in debugging and web performance with a sophisticated in-browser HTTP sniffer that enables you to examine network traffic generated by a website directly, eliminating the need for external tools. This powerful utility offers accurate assessments of a web page's network efficiency while revealing opportunities for speed improvements, all without requiring any extra configurations or proxies—even for secured HTTPS connections! You can quickly pinpoint weak SSL setups and other security issues present on your web server. The free Basic Edition lets users send you detailed log files, simplifying remote error resolution and performance diagnostics. Additionally, the HttpWatch API allows for the collection of performance data during automated website evaluations. Fully compatible with Chrome, Edge, and Internet Explorer, HttpWatch reveals the HTTP and HTTPS traffic created during web page visits, and by selecting individual requests, you can access all pertinent details arranged in a user-friendly tabbed format. This seamless integration not only provides you with essential insights but also equips you with the tools needed to enhance the efficiency of your web applications while ensuring security measures are in place. Ultimately, with this tool, you gain a comprehensive understanding of your web performance metrics and areas for improvement.

LogDog is a comprehensive mobile debugging solution tailored for iOS and Android developers who want to accelerate app testing and troubleshooting with real-time insights. By integrating a lightweight SDK, LogDog enables developers to remotely monitor network requests, app logs, and internal events directly from a browser-based dashboard. Its powerful features include seamless request mocking for quick scenario testing, instant screen sharing to collaborate on issues, and an interactive debug popup accessible with a simple device shake. The platform supports both debug and release builds, capturing critical events from the very first app installation and across multiple sessions without requiring constant device connections. Developers can filter, drill down, and export logs in JSON or CSV, and share debug sessions with teammates through public links, streamlining communication. LogDog’s SDK is optimized to keep app performance impact minimal, adding only a small size increase and separating heavier features like screen sharing into optional modules. Security is a top priority, with all logged data encrypted and no storage of sensitive information beyond developer control. Cross-platform compatibility ensures LogDog works on Windows, macOS, and Linux browsers, with a desktop app on the horizon. The integration process is simple, supported by detailed documentation and responsive support. By removing traditional debugging bottlenecks, LogDog helps mobile teams ship higher quality apps faster and with confidence.

Bugsee offers a comprehensive solution for diagnosing bugs and crashes in live applications by providing access to video recordings, network data, and logs that identify the sources of these issues, thus removing the necessity to recreate infrequent problems. This platform guarantees that all essential information is at your fingertips, allowing a clear understanding of what triggered unexpected behavior in your application. Users can analyze video footage that captures user interactions, backend exchanges, and system conditions linked to specific incidents. In addition, Bugsee delivers insights on frequent crashes and examines patterns influenced by device type, operating system version, and timing. You will receive in-depth details such as the precise filename, method, and line number where the crash took place, alongside the states of all other running threads during the event. Moreover, it records all HTTP and HTTPS requests and responses, including headers and content, related to your application, which allows you to synchronize console logs with the captured video and network activities for thorough analysis. This complete perspective on your application's performance not only facilitates quicker fixes but also improves overall reliability and user satisfaction. Ultimately, Bugsee empowers developers to maintain a higher standard of application performance.

Apache Traffic Server™ is a powerful, scalable caching proxy server that is adaptable to the HTTP/1.1 and HTTP/2 protocols. Originally a proprietary product from Yahoo!, it was donated to the Apache Foundation and is now widely used by top content delivery networks and website operators. By caching frequently accessed web pages, images, and service calls, it greatly improves response times, reduces server load, and conserves bandwidth. The architecture of the server allows it to effectively utilize modern symmetric multiprocessing hardware, easily handling tens of thousands of requests per second. Users can effortlessly add features such as keep-alive connections, content filtering, request anonymization, or load balancing via a proxy layer. Moreover, it provides APIs that facilitate the development of custom plug-ins, allowing for modifications to HTTP headers, processing of ESI requests, or the creation of specialized caching algorithms. Having successfully managed over 400TB of data daily at Yahoo! in both forward and reverse proxy setups, Apache Traffic Server has demonstrated its durability and reliability in environments with high demands. Consequently, it stands out as an excellent choice for organizations looking for a dependable caching proxy solution, capable of adapting to evolving needs. Its robust performance and extensive features make it suitable for a wide range of applications, enhancing overall web efficiency for its users.

Shadowrocket serves as a versatile proxy tool that utilizes rule-based mechanisms to intercept and reroute various forms of traffic—including HTTP, HTTPS, DNS, and TCP—from any application to a specified proxy server, which allows users to scrutinize each request meticulously. Users have the flexibility to create rules based on multiple parameters such as domain names, suffixes, keywords, CIDR IP ranges, and GeoIP lookups, with the added capability to import configurations via URLs or iCloud Drive, while also monitoring usage and performance across diverse connection types like Wi-Fi, cellular, direct, and proxy. Additionally, it features ad-blocking capabilities that operate on domain or user-agent criteria, supports local DNS mapping, decrypts HTTPS traffic, rewrites URLs, and fully accommodates IPv6. The application is further augmented by sophisticated script filters, multi-tier forward proxying, and is compatible with various plugins such as kcptun, cloak, gost, and v2ray, enhancing its versatility and functionality. To maintain secure name resolution, it integrates features such as DNS-over-HTTPS, DNS-over-TLS, and DNS-over-QUIC, ensuring that user data remains protected. Shadowrocket also operates efficiently on cellular networks and comes equipped with SSH tunneling and UDP gateway support, thus strengthening its capabilities as an effective solution for monitoring, filtering, and optimizing network traffic. All these features work together to enrich the user experience, making Shadowrocket a comprehensive tool in the realm of network management.

The preview edition of MacHTTP-js has been introduced for macOS, featuring cutting-edge functionalities absent from the original version launched in 1992. Built entirely on the node.js framework, MacHTTP-js serves as a versatile web server that works seamlessly across macOS, Windows, and Linux platforms. This application is tailored to meet the demands of both contemporary desktops and server environments. Currently, Mac users can explore the preview release, while a broader rollout for Windows 10 and Linux users is in the pipeline, which will also include support for Docker. This initial release is particularly strong for macOS, with enhancements for other operating systems expected shortly thereafter. The excitement surrounding its upcoming launch highlights the increasing need for adaptable web server options in the ever-evolving digital realm. Additionally, the developers are committed to continuous improvements and feature expansions based on user feedback and technological advancements.

WireMock is a versatile tool created to emulate HTTP-based APIs, often referred to as a mock server or a service virtualization platform. This tool is essential for developers when an API they need is either unavailable or incomplete, ensuring that productivity remains high. Furthermore, it enables the testing of edge cases and error scenarios that a live API may not be able to consistently replicate. The efficiency of WireMock can drastically reduce build times, turning what used to take hours into just minutes. MockLab enhances WireMock by offering a hosted API simulator with a user-friendly web interface, enabling team collaboration without the need for installation. This API is completely compatible with WireMock, allowing for a seamless transition with a simple line of code. WireMock can be utilized in various environments, such as Java applications, JUnit tests, Servlet containers, or as a standalone process. It features extensive capabilities for matching request URLs, HTTP methods, headers, cookies, and bodies through various strategies. The tool also offers strong support for both JSON and XML formats, which simplifies the process of starting by capturing traffic from an existing API. Ultimately, WireMock is an indispensable asset for developers aiming to enhance and streamline their API testing workflows, making it easier to ensure the reliability and performance of their applications. In a world where rapid development is crucial, having a reliable mock service like WireMock can significantly improve a team’s efficiency and output quality.

PFLB focuses solely on performance testing, assisting businesses in pinpointing and addressing performance issues like sluggish database queries or underperforming API calls. As the preferred partner for clients needing performance evaluation across diverse technologies—including web and mobile applications as well as core banking systems—we deliver tailored solutions. Our offerings encompass a variety of tools for JMeter, LoadRunner, and other testing environments. PFLB serves as an effective load testing platform, enabling organizations to execute performance tests that are both efficient and scalable. With more than 15 years of expertise, PFLB has established itself as a leading authority in the field of performance testing on a global scale. Our commitment to innovation and excellence ensures that we continuously meet the evolving needs of our clients.

API Tester is a versatile mobile application available for both iOS and Android platforms that facilitates the testing and utilization of APIs. This entirely free tool boasts a streamlined design while offering extensive functionality, enabling users to tackle complex tasks efficiently on smaller screens. - It supports testing for various API types including REST, GraphQL, WebSocket, SOAP, JSON RPC, XML, HTTP, and HTTPS. - Users can execute all HTTP request methods such as GET, POST, PUT, PATCH, DELETE, and HEAD. - The app allows API calls with diverse request data encodings and transfer methods, including query parameters, FormData, and raw data; advanced features permit users to bypass TLS, turn off redirects, and modify timeout settings. - Requests or collections can be imported effortlessly via cURL, links, or files from devices, with compatibility for Swagger, OpenAPI, Postman, and YAML collections. - Sharing requests is made easy with deep links and cURL commands for quick distribution. - It includes a robust GraphQL editor that provides a comprehensive experience featuring a body editor for Queries, Mutations, Subscriptions, and syntax highlighting, as well as a variables editor and documentation access. - Additionally, a WebSocket testing tool is integrated to manage connections and message exchanges through WS or WSS protocols. This means you can seamlessly engage with the APIs you need while on the go, leaving your laptop behind and enhancing your productivity wherever you are!

Squid operates as a caching proxy for web traffic, supporting a variety of protocols including HTTP, HTTPS, and FTP. By storing frequently accessed web pages, it greatly reduces bandwidth consumption and improves response times for users. Its advanced access control mechanisms allow Squid to function as an effective server accelerator. Furthermore, it is versatile, working on multiple operating systems, including Windows, and is distributed under the GNU GPL license. A multitude of Internet service providers around the world depend on Squid to enhance user access to the web. By optimizing the data exchange between clients and servers, Squid not only enhances performance but also conserves bandwidth through the retention of commonly visited content. Additionally, it possesses the ability to direct content requests using various routing techniques, which facilitates the creation of cache server hierarchies that optimize network performance. Many online services leverage Squid to significantly refine their content delivery systems. Ultimately, the integration of Squid can lead to a considerable decrease in server load and an acceleration in the speed at which users receive content. Its capacity to efficiently manage web traffic positions it as an essential asset for both service providers and website administrators striving for improved user experiences. Overall, Squid’s versatility and efficiency make it an indispensable component in the realm of internet infrastructure.

When a user tries to access a website on the Internet, their web browser establishes a connection to that site either directly or via designated proxy settings. This process is managed by Squid, which authenticates incoming requests and forwards them to a Web Safety ICAP filter, whether it's hosted locally or remotely. Both the incoming requests and their corresponding responses undergo meticulous examination to ensure compliance with predefined policy rules, and all pertinent information is recorded in a database for future reference. Web Safety functions as an ICAP web filter that integrates smoothly with the Squid proxy, allowing it to perform URL filtering and detailed content analysis on encrypted HTTPS traffic. This feature is instrumental in effectively blocking explicit content that is encrypted, as the system conducts comprehensive inspections of web pages, thereby preventing access to materials that contain adult language or redirect users to potentially harmful sites. Furthermore, well-known general-purpose websites like Google Search, Google Images, Bing, and YouTube are also subject to monitoring, guaranteeing that any inappropriate content is filtered accordingly. Through the implementation of these robust measures, the system significantly improves online safety for users, enabling a healthier browsing experience overall. In this way, users can navigate the Internet with greater peace of mind, knowing that their online interactions are being safeguarded against unwanted material.

Mockoon offers a comprehensive set of features that greatly enhance the ease of creating mock APIs. Once you download the latest version of Mockoon, you can quickly start developing mock APIs without delay. The platform allows for an unlimited number of mock APIs, each capable of hosting numerous routes that can operate concurrently. Moreover, the command-line interface (CLI) provides the ability to run your mock APIs across various automated environments, including servers, CI/CD systems, and GitHub Actions. It also facilitates the import and export of mock APIs in the Swagger/OpenAPI format, promoting seamless integration with other tools. Users can program their mock APIs to return multiple responses based on certain criteria or at random, and they can specify headers, body content, and HTTP status codes as needed. Additionally, Mockoon enables you to serve your mock API securely over a TLS connection using a self-signed certificate, adding an extra layer of safety. You have the option to personalize your routes by incorporating specific response headers and enjoy user-friendly features such as auto-completion. The application permits the introduction of latency at both the environment and route levels, allowing for more detailed testing scenarios. To aid in troubleshooting, it carefully logs all incoming requests and outgoing responses, simplifying the debugging process. Furthermore, Mockoon’s proxy mode can reroute any unrecognized routes to a specified host, maintaining the functionality of your mock environment. Alongside these capabilities, it also features file serving with automatic MIME type detection and templating support, significantly expanding the potential applications of your mock API setup. Overall, Mockoon stands out as a powerful tool for developers looking to streamline their API development and testing processes.

An Application Load Balancer functions at the OSI Layer 7 level, using HTTP request attributes to efficiently control traffic flow and modify HTTP responses as necessary. Each engagement with your applications is meticulously recorded, allowing for thorough review and analysis through the load balancer’s access logs. By strategically distributing cloud resources across a range of geographically diverse availability zones, you ensure that your applications maintain accessibility even in the event of an outage in one zone. It is recommended to deploy distinct load balancers that cater to the unique requirements of different applications. When leveraging the Yandex Cloud framework to deploy multiple applications, configuring both Layer 4 and Layer 7 load balancers is crucial for achieving optimal service performance. Furthermore, you have the option to create backends for newer versions of your applications, which enables dynamic traffic management within the HTTP router by adjusting the traffic share between old and new backends, smoothly facilitating the transition. This approach not only strengthens the resilience of your application deployments but also significantly improves the efficiency of resource utilization. In addition, regularly monitoring the performance of these load balancers can provide insights that drive continuous improvement in application responsiveness and reliability.

## Features • **Optimized for macOS:** Built using Swift and Objective C, this application utilizes Apple SwiftNIO to ensure top-notch networking performance. • **Compatible with Apple Silicon:** Fully supports the latest M1, M2, and M3 processors. • **Supports Modern Operating Systems:** Tailored for use with macOS Ventura and Sonoma. • **Effortless Traffic Interception:** Easily capture HTTP/HTTPS traffic, WebSockets, and data from both iOS and Android devices. • **Intuitive User Interface:** Features a sleek and user-friendly design for a smooth experience. • **Sophisticated Filtering Options:** Offers various methods to analyze data accurately. • **Cross-Platform Setup Guidance:** Provides comprehensive instructions for both iOS simulators and actual iOS/Android devices. • **Essential Toolkit for Debugging:** Equipped with tools like Compose and Repeat, Wildcard/Regex filtering, and customizable columns. • **Professional-Grade Capabilities:** Includes advanced features such as breakpoints, local and remote mapping, and blacklisting functionalities. • **Enhanced User Experience:** Every feature is designed to streamline workflows and improve overall efficiency in data handling.

Abyss Web Server is a streamlined web server that operates seamlessly across Windows, macOS, and Linux systems. Despite its small footprint, it is packed with an impressive array of features, such as support for the latest HTTP/2 protocol and secure connections through SSL/TLS (HTTPS), as well as automated management for free Let's Encrypt® certificates using ACME v2 and comprehensive IPv6 support. Furthermore, it includes capabilities like real-time HTTP compression, dynamic content creation via CGI/FastCGI scripting, ISAPI extensions, and native ASP.NET integration, along with reverse proxying for HTTP, HTTPS, and WebSocket protocols. The server also supports eXtended Side Includes (XSSI), allows for custom error pages, includes password protection options, and implements IP address filtering, anti-leeching measures, bandwidth management, and log rotation features. Additionally, it features an automatic anti-hacking system, ensuring enhanced security, while its multilingual remote web management interface makes configuration as straightforward as navigating a website, thus marrying simplicity with robust performance. In summary, Abyss Web Server stands out as an efficient solution for users seeking a powerful yet easy-to-manage web server experience.

Explore how Beeceptor can significantly elevate your development workflow, fast-tracking both API integrations and the software delivery process. Investigate the diverse scenarios that Beeceptor can effectively cater to for your specific requirements. By utilizing Beeceptor to host your API contracts, you can remove obstacles that might hinder your teams' progress. With the capability to set up a mock API server in just a few seconds, there's no requirement for coding, allowing you to bypass the wait for backend APIs to be built or launched. You can simply connect to a mock API server and begin integrating your applications immediately. Beeceptor empowers you to reduce dependence on backend or API teams. Acquire a named sub-domain to initiate an HTTP request, enabling you to examine and troubleshoot request/response payloads, improve their formatting, and collaborate with teammates by sharing them as API contracts. When you define an entity path, Beeceptor will automatically generate six essential JSON REST APIs for your CRUD operations. This solution serves as an alternative to JSONPlaceholder, providing a flexible schema, efficient data storage, and an incredibly easy setup process. It feels like effortlessly incorporating unavailable APIs into your current API server, which allows you to enhance your integration speed and boost overall productivity. By adopting Beeceptor, not only will your development efficiency increase, but your team's collaboration will also improve, fostering a more agile and responsive work environment.

NativeRest is a fast, lightweight REST API client built natively for Windows, macOS, and Linux, delivering superior performance and minimal resource usage compared to Electron-based alternatives. It starts quickly, uses less memory, and offers a smooth graphical user interface free of lag. NativeRest supports offline workflows with local workspaces and offers cloud workspace options for seamless team collaboration and data sharing. A preconfigured proxy server is included to ensure secure and anonymous API requests, with options for custom proxy settings. The platform provides powerful request organization, including grouping, ordering, and extensive variable management across system, global, workspace, and environment scopes. Users can easily generate code snippets for over fifteen programming languages and frameworks, boosting development efficiency. The client supports custom HTTP methods with color coding and order customization to suit varied API requirements. NativeRest facilitates migration from other popular REST clients by supporting import/export of collections, environments, and variables. Its multilingual user interface supports ten languages, automatically adapting to the system language but also manually adjustable. With both light and dark themes available, NativeRest ensures a comfortable user experience tailored to individual preferences, and its portable version allows easy use without installation.

ApiScout offers an all-in-one solution for the creation, testing, and documentation of REST APIs, boasting remarkable speed without any delays or restarts, and it operates seamlessly on all Mac devices. Users can easily send requests and analyze the corresponding responses with ease. As the essential HTTP client tool for API development, ApiScout allows you to categorize your requests into organized folders for better management. Additionally, it supports dynamic values, enabling you to incorporate previously received responses, environment variables, and calculated hashes into every aspect of your requests. The use of environment variables allows for the grouping of similar value sets, making it highly efficient for tasks such as switching user accounts and servers. By defining variables like tokens, server base URLs, or credentials, you can reuse them effortlessly across your projects, enhancing both your development and production workflows while ensuring consistency throughout your API interactions. Ultimately, ApiScout streamlines the API lifecycle, making it an invaluable asset for developers.

AI-driven web filtering for educational institutions aims to provide a safe online environment by eliminating harmful content. While the internet offers a wealth of information, not everything available is suitable for students' learning experiences. Impero's advanced internet filtering solution is designed to assess content in real-time, ensuring that students remain protected while navigating online, whether in the classroom or beyond. Utilizing an AI categorization service (CNS), our web filter meticulously examines all HTTP, HTTPS, and FTP traffic to prevent access to material related to pornography, substance abuse, extremism, and other sensitive issues. Furthermore, Impero Webcheck safeguards school networks against encrypted traffic, including methods to bypass filters as well as virus-related threats. It provides comprehensive security for every device connected to the network, promoting a safer educational experience for all students. With this technology in place, schools can focus on fostering learning without the distractions of inappropriate content.

Setting up a simple API for testing is easy; you only need to provide a response body to generate your custom API URL. With Mocki, you can create a thorough mock API, enabling you to effortlessly build, execute, and deploy these mock services. These mock APIs are designed to help you prototype your API, provide fixed responses, simulate error conditions, and reduce dependency on third-party services. You can begin exploring these features with a free 7-day trial today. Furthermore, by linking your service to your code repository, you can maintain the relevance of your mock services, as they will automatically receive the latest updates. Thanks to our managed hosting solution, your mock service will remain available for users at all times. You will also benefit from a dashboard that offers insightful analytics regarding the usage of your mock service. Additionally, our open-source CLI tool allows you to run your services locally, which is particularly useful when you want to operate your service without an internet connection for external service calls. Mock APIs are incredibly advantageous for testing backend applications, especially when your API or service must make HTTP requests to external services. By incorporating mock APIs into your workflow, you can significantly enhance the efficiency of your development process and improve your testing capabilities. Not only do they simplify the testing phase, but they also facilitate a more agile approach to software development.

Paw is an all-in-one HTTP client that streamlines the process of testing and documenting the APIs you create or work with. With a beautifully designed native interface specifically for macOS, it allows users to effortlessly compose requests, examine server responses, generate client code, and export API specifications. In the complex world of software development, having effective tools is crucial to minimize stress rather than increase it. Exclusively crafted for the macOS environment, Paw provides an intuitive user experience that allows for rapid learning and adaptation. Every feature is thoughtfully designed for easy access, whether through mouse clicks or keyboard shortcuts. Users can visually build their API requests and include detailed descriptions for each parameter with text inputs and constraints. Furthermore, Paw supports JSON Schema natively and can both import and generate fully compatible Swagger, RAML, and API Blueprint files. To enhance collaboration, Paw for Teams allows for the establishment of teams, member invitations, and consistent updates, ensuring that all collaborators are on the same page. This focus on teamwork not only boosts productivity but also enhances communication among developers, making Paw an indispensable resource in the realm of API management. Overall, Paw stands out as a robust solution that meets the diverse needs of developers in today's fast-paced environment.

Kestrel acts as a highly adaptable web server for ASP.NET Core applications and is the standard server included in project templates. It supports multiple protocols, such as HTTPS and HTTP/2, although HTTP/2 is not supported on macOS, and it enables WebSockets through a seamless upgrade feature while also offering Unix socket support to boost performance when used in conjunction with Nginx. This web server is designed to be compatible with all platforms and versions that .NET Core supports. Developers should note that some web browsers require explicit authorization to accept the local development certificate, and the default configuration of project templates is set to use HTTPS, which includes automatic HTTPS redirection and HSTS features. Kestrel additionally provides specific configuration options that are especially advantageous for internet-facing deployments, including unique connection limits for connections upgraded from HTTP or HTTPS to other protocols, particularly during WebSocket requests. Moreover, the server imposes a default maximum request body size limit of around 28.6 MB, or 30,000,000 bytes, which helps in efficiently processing incoming requests. Furthermore, the adaptability of Kestrel empowers developers to customize these settings to meet the particular needs of their applications, ensuring optimal performance and security in various deployment scenarios.

Go REST is an adaptable platform tailored for the testing and prototyping of APIs, accommodating both GraphQL and RESTful formats, while offering users realistic simulated data that closely resembles genuine responses, accessible 24/7 via public endpoints for various entities such as users, posts, comments, and todos. This platform provides the advantage of supporting multiple API versions along with extensive search functionality across all fields, pagination features (including page and per_page), and incorporates rate-limiting headers along with response format negotiation for improved performance. It follows standard HTTP methods, and any requests that alter data require an access token, which can either be included as an HTTP Bearer token or as a query parameter. Moreover, the platform’s nested resource capabilities allow for fetching interconnected data, such as posts specific to users, comments related to posts, and todos attributed to users, ensuring that developers can effortlessly retrieve pertinent information. Additionally, it includes features for logging requests and responses, customizable rate limits, and daily resets of data to uphold a clean testing environment, all of which contribute to a seamless development experience. Users also benefit from a dedicated GraphQL endpoint available at /public/v2/graphql, allowing for schema-driven queries and mutations that enhance data manipulation possibilities. Overall, the flexibility and comprehensive features of Go REST make it an invaluable tool for developers seeking to streamline their API testing processes.