Alternatives to Pro Edition for Eclipse Mosquitto

Open Automation Software IIoT platform Windows and Linux allows you to liberate your Industry4.0 data. OAS is an unlimited IoT Gateway that works with Windows, Linux, Raspberry Pi 4 and Windows IoT Core. It can also be used to deploy Docker containers. HMI visualizations for web, WPF, WinForm C#, and VB.NET applications. Log data and alarms to SQL Server and MS Access, SQL Server, Oracle and MS Access, MySQL and Azure SQL, PostgreSQL and Cassandra. MQTT Broker and Client interface, as well as cloud connectivity to Azure IoT Gateway and AWS IoT Gateway. Remote Excel Workbooks can be used to read and write data. Notifications of alarm sent to voice, SMS text and email. Access to programmatic information via REST API and.NET Allen Bradley ControlLogix and CompactLogix, GuardLogix. Micro800, MicroLogix. MicroLogix. SLC 500. PLC-5. Siemens S7-220, S7-3300, S7-405, S7-490, S7-1200, S7-1500, and S7-1500 Modbus TCP and Modbus RTU are Modbus ASCII and Modbus TCP for Master and Slave communication. OPTO-22, MTConnect and OPC UA, OPC DA.

EMQX is the world's most scalable and reliable MQTT messaging platform designed by EMQ. It supports 100M concurrent IoT device connections per cluster while maintaining extremely high throughput and sub-millisecond latency. EMQX boasts more than 20,000 global users from over 50 countries, connecting more than 100M IoT devices worldwide, and is trusted by over 300 customers in mission-critical IoT scenarios, including well-known brands like HPE, VMware, Verifone, SAIC Volkswagen, and Ericsson. Our edge-to-cloud IoT data solutions are flexible to meet the demands of various industries towards digital transformation, including connected vehicles, Industrial IoT, oil & gas, carrier, finance, smart energy, and smart cities. EMQX Enterprise: The World’s # 1 Scalable MQTT Messaging Platform -100M concurrent MQTT connections -1M/s messages throughput under 1ms latency -Business-critical reliability, Up to 99.99% SLA -Integrate IoT data seamlessly with over 40 cloud services and enterprise systems EMQX Cloud: Fully Managed MQTT Service for IoT - Scale as you need, pay as you go - Flexible and rich IoT data integration up to 40+ choices - Run in 19 regions across AWS, GCP, and Microsoft Azure - 100% MQTT

Experience the versatility of data management through a SQL-driven rule engine that seamlessly integrates with eKuiper, facilitating edge stream processing. This approach significantly lowers the expenses associated with integrating event-driven WebHooks into edge computing applications. The system is designed for easy maintenance, equipped with HTTP APIs that are friendly to EdgeOps. NanoMQ, though compact, packs a powerful punch, boasting a comprehensive set of features that allow it to compete effectively despite its small footprint. Its Task Layer utilizes a built-in actor model with support for thread-level parallelism, which enhances scalability on contemporary symmetric multiprocessing systems. Effortlessly expand your capabilities to utilize multiple cores while minimizing CPU consumption in modern SMP environments. Furthermore, NanoMQ is highly compatible and portable across any POSIX-compliant platform, with a minimal booting footprint of under 200Kb when operating with its basic feature set, making it an optimal choice for resource-conscious applications.

HiveMQ is the most trusted enterprise MQTT platform, purpose-built to connect anything via MQTT, communicate reliably, and control IoT data. The platform can be deployed anywhere, on-premise or in the cloud, giving developers the flexibility and freedom they need to evolve as their IoT deployment grows. HiveMQ is reliable under real-world stress, scales without limits, and provides enterprise-grade security to meet the needs of organizations at any stage of digital transformation. The extensible platform provides seamless connectivity to the leading data streaming, databases, and data analytics platforms, plus offers a custom SDK for a perfect fit in any stack.

Eclipse Mosquitto is a message broker that is open source and licensed under EPL/EDL, designed to support various versions of the MQTT protocol, including 5.0, 3.1.1, and 3.1. This broker is notably lightweight, making it ideal for deployment on a wide range of devices, from low-power single-board computers to robust server systems. The MQTT protocol itself offers an efficient way to handle messaging through a publish/subscribe architecture, which is particularly well-suited for applications in the Internet of Things, enabling communication with low-power sensors or mobile devices like smartphones, embedded systems, and microcontrollers. In addition to the broker, the Mosquitto project also includes a C library that facilitates the creation of MQTT clients, alongside the widely used command line clients, mosquitto_pub and mosquitto_sub, which enhance user interaction with the MQTT protocol. Overall, Mosquitto serves as a versatile tool for developers aiming to implement messaging solutions in a variety of applications.

A lightweight MQTT broker designed for the Java Virtual Machine, perfect for Internet of Things applications. It can be easily integrated into your IoT projects for seamless connectivity.

An MQTT Broker designed with enthusiasm to meet all your requirements for deploying and scaling IoT applications. It features a REST API, a comprehensive dashboard with customizable widgets, and an extensive data storage solution, among other capabilities. Users can quickly visualize a snapshot of their IoT devices, monitoring client connections and disconnections, as well as critical data through various dashboard widgets. The system also provides alerts and color-coded indicators based on different value triggers. A robust rules engine is included to convert MQTT messages, facilitating streamlined M2M communication automation. This engine supports event and timer-based rules, enabling users to define data patterns and automate corresponding actions. For secure device communication, a publish and subscribe messaging model is implemented with dual layers of security, employing SSL/TLS for connectivity and optional username/password authentication. Additionally, web security measures are in place for data viewing. To ensure high availability, the broker can operate multiple message brokers simultaneously, guaranteeing efficient message collection and publication from devices. This architecture assures a remarkable 99.99% success rate in data collection, ensuring reliability regardless of software challenges. Moreover, the system's flexibility allows for seamless integration with various IoT applications and services.

CloudMQTT serves as an excellent platform for facilitating "Internet of Things" communication among low-energy sensors or mobile devices, including smartphones, embedded systems, and microcontrollers like the Arduino. It streamlines every aspect of setting up and operating a hosted Mosquitto message broker, allowing your team to concentrate on product development without the hassle of server management. By entrusting these responsibilities to specialists, you can ensure optimal performance and reliability. With the CloudMQTT WebSocket client, you can effortlessly observe messages transmitted from your device to the browser, or vice versa, making it a valuable tool for testing and troubleshooting, as you can visualize real-time data from sensors or devices. Additionally, by inviting team members, you can maintain distinct CloudMQTT accounts while managing a shared pool of instances, giving you control over notification routing and billing responsibilities. This flexibility enhances collaboration while keeping everyone aligned with the project’s objectives.

Waterstream transforms your Kafka-compatible system into a robust MQTT broker, enabling seamless connections for millions of clients without the need for coding, integration pipelines, or extra storage requirements. It establishes a bidirectional interface that bridges Kafka with MQTT clients, eliminating the hassles of overseeing external MQTT clusters and reducing data redundancy. With Waterstream, scalability is straightforward, as its nodes operate independently for most tasks, allowing you to easily add more instances to accommodate a growing client base. The solution relies solely on Kafka, reaping the advantages of its built-in persistence features, which ensure high availability, impressive throughput, and minimal latency for optimal performance. Additionally, this means that you can focus on your applications while Waterstream efficiently manages the complexities of data streaming.

MQTTnet is an efficient library designed for .NET that facilitates MQTT communication. This library includes both an MQTT client and a broker, supporting the MQTT protocol all the way up to version 5. It is versatile and works well with nearly any version of the .NET Framework and various CPU architectures. Users can implement custom message interceptors, enabling them to modify or enhance any application message that is received. The library is lightweight since it focuses solely on the fundamental implementation of MQTT without unnecessary overhead. Additionally, it allows for multiple connected clients to operate using different protocol versions simultaneously, enhancing its flexibility and usability.

Amazon MQ is a cloud-based managed message broker service that utilizes Apache ActiveMQ, simplifying the process of establishing and running message brokers. These brokers facilitate communication and information exchange between various software systems, which may be built with different programming languages and operate on distinct platforms. By managing the provisioning, setup, and upkeep of ActiveMQ, a widely-used open-source message broker, Amazon MQ significantly eases your operational burden. Integrating your existing applications with Amazon MQ is straightforward, as it supports industry-standard APIs and messaging protocols such as JMS, NMS, AMQP, STOMP, MQTT, and WebSocket. This adherence to standards often eliminates the need to alter existing messaging code when transitioning to AWS. With just a few clicks in the Amazon MQ Console, you can provision your broker while ensuring compatibility with version upgrades, allowing you to utilize the latest version supported by Amazon MQ. After the broker is set up, your applications will be able to seamlessly produce and consume messages, streamlining your workflow and enhancing overall efficiency. Additionally, this service provides scalability, allowing you to adjust resources based on your application's needs, ensuring optimal performance at all times.

A dependable MQTT broker is crucial for any IoT initiative; however, the process of establishing, troubleshooting, monitoring, and managing one can be quite intricate and demanding. MQTTHQ serves as a load-balanced, multi-node MQTT broker cluster that is specifically crafted to deliver a reliable and robust broker for the creation of IoT products and applications. It accommodates both TCP and WebSocket connections to enhance accessibility. It's important to note that MQTTHQ operates as a public broker, meaning that any data transmitted through it can be seen by other users; therefore, refrain from sharing any sensitive or personal information. To uphold our promise of keeping the MQTTHQ public broker available as a free tool for IoT developers, we periodically implement upgrades and introduce new features, ensuring that the service remains current and effective. This ongoing development also helps us to address any issues that may arise and to enhance the overall user experience.

FairCom EDGE makes it easy to integrate sensor and machine data at their source - be that a factory, water treatment facility, oil platform, wind farm, or other industrial site. FairCom EDGE is the first converged IoT/Industrial IoT hub in the world. It unifies messaging and persistence with an all-in one solution. It also offers browser-based administration, configuration, and monitoring. FairCom EDGE supports MQTT, OPC UA and SQL for machine-tomachine (M2M), communication, and HTTP/REST for monitoring and real-time reporting. It constantly retrieves data from sensors and devices with OPC UA support and receives messages from machines with MQTT support. The data is automatically parsed and persisted, and made available via MQTT or SQL.

Apache ActiveMQ® stands out as the leading open-source, multi-protocol message broker built on Java. It accommodates widely accepted protocols, allowing users to take advantage of diverse client options across various programming languages and platforms. Clients can connect using languages such as JavaScript, C, C++, Python, .Net, and more. The integration of multi-platform applications is made seamless with the widely-used AMQP protocol. Furthermore, web applications can communicate effectively through the STOMP protocol over websockets. ActiveMQ also facilitates the management of IoT devices by leveraging MQTT. It not only supports existing JMS infrastructures but also extends beyond them, providing the robustness and adaptability necessary for any messaging scenario. Presently, there are two distinct versions of ActiveMQ: the traditional "classic" broker and the innovative "next generation" broker known as Artemis. As Artemis develops to match the feature set of the Classic code-base, it is set to evolve into the next major release of ActiveMQ. Initial documentation for migration is accessible, along with a development roadmap outlining the future of Artemis, ensuring users have the guidance they need for a smooth transition. This evolution signifies a commitment to continual improvement and adaptation in a rapidly changing technological landscape.

Mosca is compatible with any Node.js application and provides an executable for standalone operation. By running this executable, you can connect it to your chosen MQTT client. To utilize Mosca effectively, it is essential to create a configuration file that specifies the details of the communication broker. This setup allows for seamless integration and streamlined communication between your application and the MQTT client.

FairCom MQ merges the advantages of an MQTT broker with the dependability of a dedicated embedded database, ensuring that data is transferred securely between publishers and subscribers through its robust persistence layer. The platform's no-code configuration features simplify app development and facilitate seamless communication among IoT devices. By utilizing FairCom MQ, users can effortlessly gather, push, and pull data as needed, empowering them to manage their information more effectively. Additionally, the messaging systems allow for the integration of new processing capabilities without disrupting existing setups, ensuring that data can be routed efficiently. With its embedded database and store-and-forward functionalities, FairCom MQ guarantees message delivery even during device outages, ensuring that no critical information is ever lost. The inclusion of parallel processing enhances real-time monitoring and notifications, thus eliminating bottlenecks and improving decision-making across applications. Furthermore, our user-friendly plug-and-play broker can be easily operated through straightforward JSON configurations, making it accessible for users of all technical backgrounds. Ultimately, FairCom MQ stands out as a powerful solution for modern data management needs.

Cassandana is a Java-based, open-source MQTT message broker that originated as a fork of Moquette and has since been enhanced with optimizations and additional features. After undergoing significant improvements, it is now equipped to function effectively as an enterprise-grade messaging solution. Its architecture includes an in-memory caching system designed to minimize input/output operations, thereby boosting performance and efficiency. Additionally, the project’s continuous development aims to ensure it meets the evolving needs of modern applications.

MyQttHub offers secure communication via TLS/SSL/HTTPS for both MQTT-TLS and HTTPS protocols. Additionally, users have the ability to manage which source IP addresses are permitted to connect, including those for MQTT administrator accounts, enhancing the security of your cloud IoT project and preventing unauthorized access. This platform enables system interconnections while maintaining isolation between different devices, ensuring that they do not have direct connections yet remain connected. By employing system decoupling techniques, it effectively separates data-generating systems from those that consume and process that data. Furthermore, our team is available to assist you with any design or usage questions to optimize your deployment and utilization of MQTT tailored to your specific needs. We aim to ensure that your experience with the platform is seamless and secure.

The IoT Platform provides all the essential tools to design and launch a comprehensive IoT application, allowing you to concentrate on your primary business objectives. With the IoT Platform, you can easily integrate it into your brand instead of starting from scratch, enabling you to connect with more customers promptly. Its flexible architecture, bolstered by IoT technologies, is perfect for service providers seeking to unify their customer base while securely managing the connection of IoT devices and applications to a single hosted server. Essentially, any device that communicates via MQTT over a TCP/IP layer qualifies as an MQTT client, since the MQTT protocol relies on TCP/IP for operation. Both the broker and client need to operate on a TCP/IP layer, which can also be utilized for MQTT over SSL. The Bevywise platform supports MQTT/TCP, facilitating the development of IoT applications efficiently. Additionally, the platform enables multi-tenant device management, allowing for the oversight of multiple customers' device data within a single framework, thereby empowering each client to effectively monitor and control their IoT devices. This approach not only enhances user experience but also streamlines management processes across different customers.

AliwareMQ for IoT serves as a specialized messaging platform tailored for the Internet of Things and mobile Internet. This service is versatile, finding applications in various fields such as live streaming, financial transactions, intelligent food services, instant communication, mobile applications, smart gadgets, and connected vehicles. Supporting various protocols like MQTT and WebSocket, Message Queue for MQTT facilitates bidirectional communication between devices and cloud services. Consequently, this allows for the exchange of messages across diverse business models such as C2C, C2B, and B2C, effectively realizing the concept of the Internet of Everything. By leveraging such capabilities, organizations can enhance their operational efficiency and user engagement across different sectors.

IoT Edge Connect offers a protocol for real-time communication and data processing specifically designed for devices connected to Akamai. Utilizing both the message queuing telemetry transport (MQTT) and HTTP protocols, it efficiently ingests messages while ensuring that data is processed and sent back to devices instantly through a publish-subscribe model. This MQTT-centric system enables seamless reading from and writing to message queues, automatically delivering messages organized by topics. Additionally, the HTTP interface allows for an alternative method of accessing the same message queues that the MQTT protocol utilizes, enabling clients to request messages in topic form via a REST API. Overall, IoT Edge Connect enhances connectivity and data flow between devices and the cloud, providing flexibility in how messages are handled and delivered.

Tatsoft’s FrameworX is a complete, modern SCADA and IIoT platform that empowers engineers and developers to design, deploy, and scale high-performance industrial applications. Built on 100% managed .NET technology with no legacy constraints, FrameworX delivers real-time performance, data unification, and enterprise-grade reliability across all layers of operation—from the edge to the cloud. With real-time data modeling, historian, alarms and events, audit trails, reporting, advanced scripting (C#, VB.NET, JavaScript, Python), and 100+ native drivers for PLCs, DCSs, and protocols like OPC UA, MQTT, and SparkplugB, FrameworX connects every device, system, and data source into one seamless architecture. It includes an integrated MQTT broker/client, local UNS definition, and global UNS linking, making it the foundation for unified namespace architectures and modern IIoT ecosystems. Develop once and deploy anywhere — Windows, Linux, Docker, or the web — with zero client installs and true WebAssembly portability. Every module is included by design: Devices, Alarms, Historian, Reports, Security, Datasets, and DevOps tools. No hidden modules, no add-ons, no integration headaches. FrameworX is proven in 5,000+ global deployments, powering mission-critical operations across industries such as Oil & Gas, Steel, Transportation, and Life Sciences. Its architecture delivers 1M+ tags/second processing, 1,000+ concurrent clients, and startup times under 30 seconds. Combined with transparent licensing, unlimited scalability, and AI-ready integration tools, FrameworX provides a future-proof foundation for digital transformation.

Coreflux is a next-generation IoT platform that emphasizes seamless integration, scalability and security. At its core: MQTT Broker is the platform's backbone. It facilitates real-time data communication and management between devices, regardless of protocol or manufacturer. Flux DSL is a proprietary domain-specific programming language that allows users to create event-driven workflows and orchestrate sophisticated IoT scenarios. Asset Management (Flux Assets), Manages a wide range of IoT Assets, from sensors to databases. Ensures optimal configuration and performance. Coreflux's integrated tools allow for precise orchestration of devices, workflows and automations. Coreflux is a flexible IoT management platform that can be used by IoT enthusiasts, enterprises, and developers. It can manage a small number of devices or networks with thousands.

VerneMQ is a versatile open-source software solution that can be extended, and it comes with options for enterprise support. As a powerful and distributed MQTT broker, VerneMQ is designed to excel in performance, efficiently scaling both horizontally and vertically on standard hardware to accommodate numerous concurrent publishers and consumers while ensuring low latency and robust fault tolerance. It serves as a dependable messaging hub for IoT platforms and smart products, allowing developers to create mobile messaging services that require significantly less overhead compared to XMPP. This opens the door to innovative mobile applications that rely on low-latency, bi-directional communication, serving various sectors such as urban environments, residential areas, and transportation systems. Whether it’s managing mobile assets or transitioning from a small experimental project to a fully-fledged industrial application, VerneMQ adeptly manages all messaging needs. It enables users to monitor and control their devices deployed in the field, seamlessly connecting them with data centers, backend services, and mobile apps, reinforcing the reliability of VerneMQ as a central component of your communication infrastructure. With its capabilities, you can confidently rely on VerneMQ to unify and streamline your messaging processes across diverse platforms.

Thingstream serves as a cloud-oriented platform designed for the delivery and management of enterprise IoT services. This comprehensive platform includes features such as IoT connectivity, robust security protocols, an enterprise-grade MQTT broker, visual programming tools, straightforward integration with businesses, and compatibility with u-blox global positioning technology. It offers bearer-agnostic solutions that facilitate connectivity and management for various IoT devices, including those that operate via cellular networks, LoRaWAN, and IP. By ensuring secure communication of sensitive data, it protects IoT information for enterprises. Additionally, it enhances accuracy and reliability in location tracking, particularly improving GNSS positioning capabilities in indoor environments. The platform allows for effortless connection and management of IoT devices, APIs, and online services. With its Data Flow Manager feature, users can make decisions and manage data at the network's edge using an intuitive drag-and-drop programming interface. Furthermore, the platform supports simple integration with a variety of cloud-based services, offering ready-made connectors for platforms like Amazon Web Services, Microsoft Azure, and TIBCO eFTL, thus streamlining the process for enterprises looking to deploy IoT solutions. Overall, Thingstream provides a robust ecosystem tailored for the evolving needs of connected enterprises.

Embiot®, a compact, high-performance IoT analytics software agent that can be used for smart sensor and IoT gateway applications, is available. This edge computing application can be integrated directly into devices, smart sensor and gateways but is powerful enough to calculate complex analytics using large amounts of raw data at high speeds. Embiot internally uses a stream processing model in order to process sensor data that arrives at different times and in different order. It is easy to use with its intuitive configuration language, rich in math, stats, and AI functions. This makes it quick and easy to solve any analytics problems. Embiot supports many input methods, including MODBUS and MQTT, REST/XML and REST/JSON. Name/Value, CSV, and REST/XML are all supported. Embiot can send output reports to multiple destinations simultaneously in REST, custom text and MQTT formats. Embiot supports TLS on select input streams, HTTP, and MQTT authentication for security.

Customers today demand services that operate with incredible speed, necessitating designs that prioritize real-time functionality. Embracing real-time capabilities enables the creation of innovative services and facilitates the development of new business models. Features like chat, bots, live interactions, and the Internet of Things have become essential components that customers now expect as standard. To keep your developers satisfied, it's crucial to support the two primary real-time standards without having to make a difficult decision. By endorsing these standards, you ensure your solutions are future-proof, allowing for seamless integration of both XMPP and MQTT, with the flexibility to switch between them as needed. Leverage reliable open-source libraries across various programming languages to maintain independence from any single vendor. This approach enables you to experiment with and switch between different servers and services effortlessly. Opt for a SaaS platform that can scale with your evolving requirements, accommodating growth from your first user to a billion users on the same platform. Given that real-time systems are inherently designed to avoid downtime, investing in state-of-the-art security measures and compliance protocols is essential. Additionally, such systems should be monitored and supported around the clock to ensure optimal performance and reliability. With these strategies, you can position your business for success in the fast-paced digital landscape.

Create advanced applications that streamline workflows, provide ongoing operational monitoring, and manage processes in real-time. Your solutions are designed to operate continuously on cloud servers as well as edge devices. Utilizing a familiar spreadsheet interface, you don't need to be a programmer; instead, you can simply drag and drop data, enter formulas into cells, and create charts in an intuitive manner. All the essential protocols required for connecting to sensors and machinery, such as MQTT, REST, and OPC UA, are readily available. Streamsheets specializes in processing streaming data, including formats like MQTT and Kafka. You can select a topic stream, modify it as needed, and send it back into the vast world of streaming data. With REST, you gain access to a multitude of web services, while Streamsheets enables seamless connections both ways. Not only do Streamsheets operate in the cloud and on your servers, but they can also be deployed on edge devices, including Raspberry Pi, expanding their versatility to various environments. This flexibility allows businesses to adapt their systems according to their specific operational needs.

Operators utilizing an established SCADA system can leverage the eLynx Data Historian service, granting users access to mobile applications, insightful data visualizations, and advanced data analysis and integration features. The eLynx data snapshot client facilitates the automatic extraction, transformation, and loading (ETL) of data from existing systems. Additionally, SCADA data can be transmitted to the eLynx Azure IoT Hub via MQTT, enhancing connectivity. Some SCADA systems support bidirectional communication, enabling users to send commands back to the internal SCADA system through MQTT. The application allows for customization of user interfaces, ensuring that users can have tailored experiences based on their roles. Role-based security measures are in place for field operators, office workers, and third-party users to maintain data integrity. Users have the ability to generate their own views, trends, and reports, which they can choose to share with others or keep confidential. To streamline access to information, users can personalize their experience by setting their own home page, favorites, and default views, making it simpler to navigate to essential data. This level of customization fosters a more efficient workflow, enabling users to focus on the information that matters most to them.

The world of IoT connected devices generates an enormous volume of data every second. To harness the potential of this data, it is essential to utilize live data visualization and tracking tools that enable timely actions. An IoT Dashboard serves as a dynamic companion for all your IoT devices, effectively extracting the necessary data for analysis. This tool allows for real-time tracking, reporting, and interactive data visualizations. Such a captivating and immediate method of presenting data ensures that even individuals without technical expertise can comprehend the information easily and respond accordingly, making it suitable for a wide array of IoT applications. Additionally, a specialized MQTT dashboard simplifies the monitoring and management of real-time data, providing a vibrant overview of the latest events occurring within the Bevywise MQTT Broker. The IoT Platform also functions as a robust device management system designed to oversee IoT devices while collecting and storing valuable data from them. Bevywise IoT Platform supports both single and multi-tenancy architectures, enabling you to onboard all your customers seamlessly, thereby enhancing the overall management experience. This flexible approach allows businesses to scale effectively while ensuring that every user's needs are met.

The Datacake platform enables you to implement various Industrial IoT applications, including condition monitoring, data logging, real-time dashboards, and comprehensive data analytics. You can easily connect devices and gateways using LoRaWAN or NB-IoT protocols. With options like MQTT and other interfaces, the platform offers flexibility in integration. Utilizing the Datacake IoT platform along with Ready-to-Use LoRaWAN sensors, you can effectively monitor water levels in various settings, whether in flowing streams, stagnant ponds, or storage containers. Additionally, the platform features modern online mapping tools that allow you to visualize the real-time locations of your IoT assets, such as sensors and machines, on Interactive Maps. You can also track the historical routes traversed by these devices, providing valuable insights directly on the map. Furthermore, you have the capability to upload images and position sensors within detailed floor plans, hall layouts, or other relevant diagrams. This functionality allows you to present on-site conditions to your customers in an intuitive manner. Data can be sent to your devices on Datacake using webhooks, and there are also payload decoders available for handling HTTP requests. By leveraging these features, businesses can enhance their operational efficiency and improve decision-making processes.

Transform your website's communication capabilities for just $1 and enhance user interaction with voice, video, and text chat through MQTT CHAT. This innovative solution empowers your users to connect, collaborate, and communicate seamlessly, offering various chat features with customizable templates, whether embedded or resembling Facebook's interface. MQTT CHAT is uniquely positioned as the most cost-effective option in the market, charging only $1 for every 1,000 users, and you can experience the full application free for the first two years, giving you the chance to fully assess its value before committing financially. Integration is straightforward, requiring only a few lines of code, making it accessible even for those with basic PHP and JavaScript skills. Since you won't have direct access to our database, you will need an SDK to manage user accounts, update information, and perform other tasks; this SDK communicates via REST services hosted on our servers. All interactions are secured through the Oauth2 protocol, ensuring that your data remains safe. Additionally, the MQTT CHAT SDK supports various operations across popular programming languages, including PHP and Android, allowing developers to leverage its full potential effortlessly. Whether you're a novice or an experienced programmer, MQTT CHAT provides the tools needed to elevate your website's user experience.

Soracom is a worldwide leader in smart IoT connectivity, providing a cloud-native wireless service tailored for the specific requirements of connected devices. Established in 2015 with the mission to foster a more interconnected world by eliminating obstacles to IoT development, Soracom has grown to support over 20,000 clients across diverse sectors including agriculture, energy, construction, transportation, consumer electronics, manufacturing, real estate, and healthcare. Whether catering to large global corporations or rapidly expanding startups, Soracom is relied upon for its cost-effective and dependable connectivity solutions that enhance speed to market and simplify cloud integration. Additionally, Soracom holds the distinction of being an AWS IoT Competency Partner, enabling it to securely convert MQTT data to MQTTS, and transform UDP, TCP, and HTTP data into HTTPS, thereby optimizing cost efficiency. Users can also gain insights into their IoT data consumption by designing attractive, serverless dashboards, and they can execute maintenance operations remotely on their devices without the need for complex relay server setups. This comprehensive approach not only streamlines operations but also empowers businesses to focus on innovation and growth.

You have the flexibility to choose between a simple fullscreen browser and a comprehensive mobile device management (MDM) solution, tailoring features to your needs. Options include Settings Export/Import, Rapid Device Provisioning, Remote Configuration, as well as Volume and Offline Licensing. Additionally, you can leverage Device Management capabilities, utilize a JavaScript API, access a REST API, enjoy MQTT Support, scan NFC/QR codes, detect iBeacons, and connect to Bluetooth devices, among other functionalities. This extensive range of features ensures that your device management experience is both versatile and efficient.

A modern and innovative message queue and message broker designed as a lightweight container to operate seamlessly within Kubernetes, recognized in the CNCF ecosystem, and capable of native integration with cloud-native technologies. This solution is tailored for developers, offering comprehensive messaging patterns while ensuring scalability, high availability, and robust security. It enables rapid microservice connections through a diverse array of connectors, all without requiring any coding skills. With user-friendly SDKs and a removal of predefined topics, channels, brokers, and routes, it simplifies the messaging landscape. The Build & Deploy feature allows users to configure KubeMQ components effortlessly with just a few clicks, followed by deployment using the kubectl command line. Additionally, it facilitates quick Kubernetes deployment, taking under a minute, making it exceptionally developer-friendly by addressing various challenges faced by developers and DevOps teams alike. Overall, this platform streamlines the messaging process and enhances productivity in cloud-native environments.

Ideal Cloud IoT is an initiative launched by Ideal Control Spa, designed to address the growing need among industrial automation integrators for a seamless connection to an industrial IoT monitoring platform, eliminating the complexity of server-side programming. This platform empowers integrators to create their own industrial monitoring and alarm web software, facilitating real-time connections to their projects and vital parameters through standard MQTT communication protocols. Additionally, it provides capabilities for visualizing trends and analyzing historical variable data, as all records are securely stored in sturdy databases. Ideal Cloud IoT not only enables the connection of equipment to the cloud using the MQTT protocol but also allows for the storage of crucial variable records, real-time variable monitoring, and automated email alerts based on alarms. Furthermore, users can efficiently manage their clients by adding, deleting, modifying, or updating information, all while enjoying easy and rapid integration with a diverse array of equipment. The combination of these features makes Ideal Cloud IoT a comprehensive solution for modern industrial needs.

RabbitMQ is a lightweight solution that can be effortlessly deployed both on-premises and in cloud environments. It is compatible with various messaging protocols, making it versatile for different use cases. Furthermore, RabbitMQ can be configured in distributed and federated setups, which cater to demanding scalability and high availability needs. With a vast user base, it stands out as one of the leading open-source message brokers available today. Organizations ranging from T-Mobile to Runtastic leverage RabbitMQ, showcasing its adaptability for both startups and large enterprises. Additionally, RabbitMQ is compatible with numerous operating systems and cloud platforms, offering a comprehensive suite of development tools for popular programming languages. Users can deploy RabbitMQ using tools like Kubernetes, BOSH, Chef, Docker, and Puppet, facilitating seamless integration into their existing workflows. Developers can also create cross-language messaging solutions using their preferred programming languages, such as Java, .NET, PHP, Python, JavaScript, Ruby, and Go, enhancing its utility across various projects.

Solace is a specialist in Event-Driven-Architecture (EDA), with two decades of experience providing enterprises with highly reliable, robust and scalable data movement technology based on the publish & subscribe (pub/sub) pattern. Solace technology enables the real-time data flow behind many of the conveniences you take for granted every day such as immediate loyalty rewards from your credit card, the weather data delivered to your mobile phone, real-time airplane movements on the ground and in the air, and timely inventory updates to some of your favourite department stores and grocery chains, not to mention that Solace technology also powers many of the world's leading stock exchanges and betting houses. Aside from rock solid technology, stellar customer support is one of the biggest reasons customers select Solace, and stick with them.

C-Data CMS is a cloud-enabled network and device management platform designed for ISPs and telecom operators. It provides centralized oversight and control of large-scale access networks, supporting up to 500,000 devices across OLTs, ONUs, routers, and third-party equipment. The system manages the full device lifecycle—from initial deployment and provisioning to configuration, monitoring, and ongoing performance maintenance. CMS integrates multiple management protocols, including EMS, TR-069 ACS, OMCI, and MQTT, enabling operators to manage heterogeneous networks from a single interface. The platform aggregates real-time and historical metrics, generates alarms, and performs automated diagnostics to help engineers identify and resolve issues efficiently. Its dashboard provides a clear view of network health, device status, and operational trends. For deployment flexibility, CMS supports both on-premise and SaaS environments and works across Windows, Linux, and mobile applications for iOS and Android. Role-based access control further allows organizations to align permissions with operational responsibilities. Key capabilities include: • Unified management of multi-vendor OLTs, ONUs, routers, and third-party devices • Real-time monitoring, alarms, and historical performance analysis • Automated configuration, backups, and fault diagnostics • Support for EMS, TR-069 ACS, OMCI, and MQTT device management • Deployment across SaaS or on-premise infrastructures with multi-platform support C-Data CMS helps operators streamline network operations, improve visibility, and maintain consistent service reliability across rapidly expanding fiber access environments.

IBM® Messages for RabbitMQ on IBM Cloud® serves as a versatile broker that accommodates various messaging protocols, enabling users to efficiently route, track, and queue messages with tailored persistence levels, delivery configurations, and publish confirmations. With the integration of infrastructure-as-code tools like IBM Cloud Schematics utilizing Terraform and Red Hat® Ansible®, users can achieve global scalability without incurring additional costs. IBM® Key Protect allows customers to use their own encryption keys, ensuring enhanced security. Each deployment features support for private networking, in-database auditing, and various other functionalities. The Messages for RabbitMQ service enables independent scaling of both disk space and RAM to meet specific needs, allowing for seamless growth that is just an API call away. It is fully compatible with RabbitMQ APIs, data formats, and client applications, making it an ideal drop-in replacement for existing RabbitMQ setups. The standard setup incorporates three data members configured for optimal high availability, and deployments are strategically distributed across multiple availability zones to enhance reliability and performance. This comprehensive solution ensures that businesses can effectively manage their messaging needs while maintaining flexibility and security.

Bid farewell to cumbersome paper logs, disorganized spreadsheets, and rigid tools; enhance your team's communication, boost productivity, and facilitate effortless data collection through mobile or web applications, while also integrating data from various software and devices. You can automate processes through data links, approval workflows, notifications, and reminders, ensuring that each app experience is tailored to individual needs while maintaining data compliance and managing access with precision. Additionally, establish connections between Grid and IoT devices using REST APIs, database connectors, and a wide range of supported protocols such as MQTT and HTTP. Effortlessly gather data from any source or device, manipulate it, perform queries, generate reports, create workflows, and seamlessly push the insights to dashboards within Grid or to other applications like SAP, Jira, PowerBI, or virtually anywhere on the web. With these capabilities, your operations can be transformed into a more streamlined and efficient process, ultimately driving better decision-making and enhanced collaboration across your organization.

Everyware Cloud (EC) is an Internet of Things (IoT) integration platform developed and maintained by Eurotech. Built on the foundation of Eclipse Kapua, Everyware Cloud features a flexible and open IoT cloud platform that utilizes a microservices architecture. It facilitates comprehensive device management, diagnostics, provisioning, remote access to IoT gateways and devices, as well as integration services for telemetry data. By enabling remote access, users can conduct maintenance and troubleshoot issues without the need for physical visits to the installation site. You can rely on your remote devices thanks to the robust enterprise-level security measures embedded within the Everyware Cloud IoT Platform. Additionally, the platform helps lower integration costs through the use of standard-based interfaces. Device connectivity is supported by the ISO-certified MQTT protocol and employs an open, language-independent data payload format. This ensures seamless communication and data exchange across diverse devices and applications. Overall, Everyware Cloud stands out as a comprehensive solution for managing IoT ecosystems efficiently and securely.

PFLB specializes exclusively in performance testing. We help companies identify and resolve performance bottlenecks, such as slow database queries or API calls that are not performing well. We are the company of choice for clients who need performance testing across a wide range of technologies, such as web and mobile applications and core banking systems. We offer a wide range of solutions for JMeter, LoadRunner and other environments. PFLB is a load testing platform that allows companies to perform efficient and scalable performance test. PFLB is a global leader in performance testing with over 15 years' experience.

Consolidate all information from various sources and protocols into one comprehensive data set utilizing the Cogent DataHub application. Clients can retrieve any chosen segment of this integrated data using a wide array of supported protocols, including but not limited to OPC UA, OPC Classic, Modbus, MQTT, DDE, TCP, ODBC, HTTP, and XML. With this versatile data, you can explore numerous applications, such as networking OPC servers and clients, facilitating monitoring and supervisory control, archiving your data to real-time historians or SQL databases, setting up alarms and notifications triggered by data alterations, and performing real-time analyses directly in Excel. Additionally, this unified approach allows for enhanced collaboration and decision-making by providing seamless access to critical information across different platforms and devices.

Provides the full range of features found in on-premises Informix deployments, but with reduced cost, complexity, and risk associated with infrastructure management. The IBM® Informix® on Cloud solution delivers an Informix database hosted on IBM Cloud®, allowing customers to enjoy the extensive capabilities of an on-premises setup while minimizing the challenges of infrastructure upkeep. With Informix on Cloud, users benefit from a high-performance engine that seamlessly combines time series, spatial, NoSQL, and SQL data, along with convenient access via MQTT, REST, and MongoDB APIs. This offering not only simplifies and accelerates cloud deployments but also harnesses the superior performance of the Informix engine, which is designed to integrate diverse data types effortlessly. By leveraging flexible hosting options and adaptable software licensing, businesses can lower their infrastructure maintenance costs and streamline operational complexity, all while selecting the size that best fits their specific requirements, backed by continuous support. This makes Informix on Cloud an ideal choice for organizations looking to modernize their data management strategies without the traditional burdens of self-hosting.