Solace PubSub+ is a platform that empowers businesses to develop, deploy, and administer their architectures on cloud and IoT setups. It offers Event Broker technology that allows you to complete a large number of transactions in a short time. You can use it as software, implement it in your hardware, or deploy it on the cloud. Besides publish/subscribe, it also offers support for other message patterns like request/reply and streaming & replay.
Solace PubSub+ enables you to attach event brokers to create an event mesh that empowers you to route events between applications without worrying about their locations. Lastly, It offers many advanced features that include Centralized administration, In-service upgrades, Dynamic, self-learning routing, Message caching & replay, Fast routing over wide area networks, and more.
Solace PubSub+ Alternatives
ZeroMQ is a top-notch asynchronous messaging library trusted by hundreds of companies worldwide. It offers a message queue that isn’t dependent on a dedicated message broker. It supports popular messaging services including client/server, pub/sub, and others that can be used alongside several means of transport like WebSocket, TCP, multicast, in-process, and more.
This enables the user to keep their code concise, maintainable, and easy to extend. ZeroMQ has third-party bindings for some of the leading languages, including C, C++, Erlang, Java, Rust, Node.js, C#, Ruby, Python, Perl, Haskell, Go, F#, and more.
Amazon MQ is a full-fledged message broker service that can work seamlessly with Apache ActiveMQ and RabbitMQ, which makes it simple to configure and run message brokers on Amazon Web Services. It lowers your duties by taking care of provisioning, maintenance, and setup of message brokers all by itself. It uses state-of-the-art APIs and protocols, which empowers you to migrate your application to AWS without writing code from scratch.
Amazon MQ offers several advantages. It utilizes top-notch APIs and is compliant with prominent protocols like WebSocket, JMS, STOMP, NMS, and AMQP. This characteristic makes it easy to switch from message brokers that are in full compliance with these standards to Amazon MQ by merely configuring endpoints of applications to link to Amazon MQ.
Amazon MQ automatically handles the administrative duties and upkeep of message brokers. You don’t have to allocate hardware or download updates as the service frequently performs upgrades, and detects malfunctions.
Apache Qpid is a messaging service built on Advanced Message Queuing Protocol (AMQP) and is optimized to run smoothly on major programming languages and platforms. AMQP is an internet protocol that allows for safe & secure sending and receiving of messages. It has two major applications; Qpid JMS and Qpid Proton.
Qpid Proton is a highly efficient messaging library that can be utilized in a large number of messaging applications such as proxies, message brokers, bridges, and more. The best feature about Qpid Proton is that it’s a pure Java implementation and enables safe & secure communication through SSL and SASL.
Qpid JMS is a Java message service client developed utilizing Qpid proton and has similar features such as being an implementation of Java and offering secure communication via SSL and SASL. Besides Qpid Proton, Qpid also provides an additional JMS client that can run the previous versions of AMQP.
Azure Queue Storage is a high-performance service for saving a huge number of messages. It is easy to use and provides high availability message queueing for big workloads. It has a wide range of client libraries for Python, .NET, PHP, C++, Ruby, Android, Node.js, and Java. Data access is made easy through the powerful Rest API.
The service is a great way to develop scalable applications and individual processes for better durability in workflows. It offers asynchronous Message queueing for transmission among application modules, no matter their location. Azure Queue Storage enriches your application with the functionality to scale and decreases the chances of component malfunctions. If a component within your architecture fails, messages will be managed by functioning nodes, avoiding disturbance in your workflow.
Red Hat AMQ is a cost-effective messaging platform that enables safe & secure transmission of information among devices, applications, and services. It offers smooth communication of data at high speed and with few interruptions. It includes AMQ Online that empowers administrators to send provisioning messages anywhere and anytime using a browser console. The AMQ online module is based on Red Hat OpenShift, a platform that enriches cloud applications with scalability and durability.
CloudAMQP is a RabbitMQ hosting service that empowers users to transmit messages among processes and other applications with reliability and scalability. It handles the whole configuration process of RabbitMQ clusters and can be deployed on popular cloud platforms worldwide. The platform handles server management, enabling your team members to concentrate on the development of products.
CloudAMQP offers multiple tools to track the performance of your system. It provides alarms that can be easily configured through webhooks and email. This characteristic enables you to immediately tackle problems before they start damaging the efficiency of your company. In case of issues, you can reach out to the dedicated support team available 24/7 to resolve any problem.
The platform automatically fetches and installs RabbitMQ clusters. RabbitMQ can is usable with several prominent protocols that include WebSockets, AMQP, STOMP, MQTT, and HTTPS. It features a RabbitMQ Diagnostic Tool that can quickly track and point out flaws in your RabbitMQ cluster. The tool analyses an architecture and offers recommendations to improve its performance.
CloudAMQP can run seamlessly on various Cloud Platforms, including Alibaba Cloud, Amazon Web Services, Digital Ocean. Google Cloud Platform, and Microsoft Azure. It is also available on several marketplaces, including manifold, AWS marketplace, and Heroku.