List of the Top Microservices Tools for Small Business in 2025 - Page 3

The fastest and most secure online shopping platform is developed by a team of certified experts. Built and managed entirely in-house, it eliminates the need for outside assistance and guarantees unmatched speed, scalability, and security. We assert that we can improve the performance of any e-commerce site. Our detailed performance evaluations thoroughly scrutinize your code to identify every optimization opportunity, leading to significant real-world enhancements. Should we fail to find a way to boost your store’s efficiency, we will conduct the audit free of charge. In the ever-changing world of e-commerce, your store must respond instantly to fluctuations in demand. Sonassi is a specialized eCommerce platform that employs a microservices architecture. It was the first to introduce an autoscaling solution specifically designed for online retail. Thanks to its microservices framework, the Sonassi platform can quickly adjust to increases in visitor traffic and order volumes during peak sales periods. Transform your online store by ensuring it is RightSized today, as every business deserves the chance to succeed in the competitive e-commerce arena. Embrace the future of online retail with a platform that empowers growth and resilience.

TEM is a strong advocate for the Spring Cloud open source community, serving as a flexible, scalable commercial platform tailored for microservice technology built on various components. This platform enables a smooth shift of Spring Cloud applications to an elastic microservice framework without requiring any modifications to the underlying code, which greatly reduces both the time needed for migration and overall operational costs. TEM also delivers extensive application hosting services that manage the entire lifecycle of cloud-native microservice applications. By utilizing TEM, users can effortlessly create, deploy, scale, pause, shut down, and monitor their applications in a secure manner, all while bypassing the intricacies of infrastructure management. Additionally, TEM empowers businesses to transition to the cloud with ease and speed, preserving the integrity of their initial code, which minimizes the learning curve while substantially reducing operational costs and boosting overall business efficiency. Consequently, TEM emerges as an essential partner for organizations eager to innovate and optimize their cloud-based operations, making it an indispensable asset in the current tech landscape.

The infrastructure is fully equipped with microservices that are containerized via Docker and orchestrated using Kubernetes for effective management. It supports various protocols and is hardware agnostic, enabling effortless connections between devices and a range of third-party applications. Secure connections are guaranteed through TLS and DTLS, along with mutual TLS authentication that employs X.509 certificates for added security. The Mainflux software stack includes all necessary components and microservices required for the development of IoT solutions, products, or projects. This IoT platform aims to improve interoperability with pre-existing enterprise applications and other IoT ecosystems. Additionally, it facilitates bidirectional communication with numerous devices and gateways, utilizing a variety of open protocols and data formats for flexibility. The system normalizes messages to streamline integration with the entire infrastructure, enhancing both efficiency and user experience. In conclusion, this all-encompassing approach not only fosters a robust environment for innovative IoT applications but also significantly simplifies the development process for users.

In today’s interlinked environment, seamless system integration is an essential necessity for organizations. Nevertheless, companies still encounter difficulties when attempting to connect systems that employ different architectural approaches, such as microservices alongside centralized Enterprise Service Buses (ESBs), particularly in complex settings. This challenge is effectively addressed by YANTRA Connect, an API-driven hybrid enterprise commerce integration platform designed to aid in the integration of sophisticated enterprise systems, irrespective of their foundational architecture. By providing effortless any-to-any connectivity, it revolutionizes the integration process for businesses. This adaptability not only allows organizations to optimize their operations but also significantly boosts their overall productivity and effectiveness in a competitive market.

Lura is a versatile and high-performance API Gateway framework that is both extendable and stateless, making it suitable for use in cloud-native and on-premises settings alike. In the realm of REST APIs, especially within microservices architectures, users frequently find themselves needing to communicate with backend services that may not have been initially designed to cater to the user interface requirements. While this communication model proves advantageous, it can also lead to heightened complexity and increased challenges for UI consumers due to the diverse sizes and formats of responses from various microservices. Lura acts as an effective intermediary between clients and source servers, streamlining interactions by providing only the critical information necessary for the UI. By consolidating data from multiple sources into unified endpoints, it allows users to organize, wrap, transform, and simplify responses as needed. In addition, the framework is equipped with strong support for a variety of middlewares and plugins that can further enhance its capabilities, such as integrating Oauth for authentication and implementing extra security protocols. With Lura in place, developers can optimize their API interactions, significantly alleviating the burden on front-end applications and improving overall efficiency. Ultimately, Lura empowers teams to focus on delivering exceptional user experiences without getting bogged down by the intricacies of back-end services.

Istio represents a groundbreaking open-source solution that allows developers to easily connect, manage, and secure diverse microservices networks, regardless of their platform, source, or vendor. With its growing number of contributors on GitHub, Istio has established itself as a leading open-source project, supported by a vibrant community. IBM is proud to be among the founding members and key contributors to the Istio initiative, playing a pivotal role in steering its Working Groups. For users of the IBM Cloud Kubernetes Service, Istio is offered as a managed add-on, which integrates seamlessly with existing Kubernetes clusters. By simply clicking a button, users can deploy a fully optimized, production-ready instance of Istio on their IBM Cloud Kubernetes Service cluster, equipped with essential core components as well as tools for tracing, monitoring, and visualization. This efficient setup guarantees that all Istio components receive regular updates from IBM, which also manages the lifecycle of the control-plane components, ensuring a smooth and user-friendly experience. As the landscape of microservices continues to advance, the importance of Istio in streamlining their management grows increasingly significant, highlighting its relevance in today's tech ecosystem. Moreover, the robust support from the community and continuous enhancements make Istio an attractive choice for organizations aiming to leverage microservices effectively.

The architecture based on microservices fosters effective handling of both streaming and batch data processing, particularly suited for environments such as Cloud Foundry and Kubernetes. By implementing Spring Cloud Data Flow, users are empowered to craft complex topologies for their data pipelines, utilizing Spring Boot applications built with the frameworks of Spring Cloud Stream or Spring Cloud Task. This robust platform addresses a wide array of data processing requirements, including ETL, data import/export, event streaming, and predictive analytics. The server component of Spring Cloud Data Flow employs Spring Cloud Deployer, which streamlines the deployment of data pipelines comprising Spring Cloud Stream or Spring Cloud Task applications onto modern infrastructures like Cloud Foundry and Kubernetes. Moreover, a thoughtfully curated collection of pre-configured starter applications for both streaming and batch processing enhances various data integration and processing needs, assisting users in their exploration and practical applications. In addition to these features, developers are given the ability to develop bespoke stream and task applications that cater to specific middleware or data services, maintaining alignment with the accessible Spring Boot programming model. This level of customization and flexibility ultimately positions Spring Cloud Data Flow as a crucial resource for organizations aiming to refine and enhance their data management workflows. Overall, its comprehensive capabilities facilitate a seamless integration of data processing tasks into everyday operations.

Start crafting your first Eclipse ioFogTM application today and take advantage of its completely free and open-source nature, which is guaranteed to remain unchanged. By installing Eclipse ioFogTM on any device that meets basic processing requirements, you can create a distributed Edge Compute Network (ECN) that enables the secure, dynamic, and remote execution of microservices. This innovative platform operates seamlessly across your edge devices, establishing a powerful foundation for microservices. Moreover, the system provides you with remote control over these microservices, allowing for effective communication across complex networks. Imagine being able to choose autonomous code segments, known as microservices, and deploy them anywhere at just the push of a button. Envision managing code that runs on a multitude of iPhones in your employees' pockets, numerous servers in a factory, as well as various computers in delivery trucks—all sharing the same technological infrastructure. Such remarkable capabilities open up endless opportunities for creativity and enhanced operational efficiency, paving the way for a future where technology can adapt to meet diverse needs instantly. With Eclipse ioFogTM, the landscape of application development and deployment is transformed, encouraging a wave of innovation like never before.

Seneca acts as a comprehensive toolkit tailored for microservices in the Node.js environment, aimed at streamlining the development of clean, organized code that can be easily scaled and deployed as needed. It includes plugins that oversee crucial elements of your application, enabling you to focus on crafting the core business logic without the complications of database selection, component structuring, or dependency management. You can start coding right away, as all operations are executed through commands triggered by specific properties. The calling code is unaware of the specific command executing the task, as it merely processes one JavaScript object input and generates another output asynchronously. Enhancing functionality is simple; you can add new microservices without modifying existing ones, fostering a scalable strategy for adapting to changing requirements while minimizing technical debt. Moreover, execution scripts allow for the cohesive assembly of your application, offering a structured method to effectively manage its various components. This versatility not only keeps your development process efficient and straightforward but also encourages a more organized approach to managing code complexity. Ultimately, Seneca empowers developers to focus on innovation while ensuring the underlying architecture remains robust.

OpenFaaS® streamlines the process of deploying serverless functions and pre-existing applications on Kubernetes, enabling users to leverage Docker and avoid vendor lock-in. Its flexibility allows it to run seamlessly on any public or private cloud, facilitating the development of microservices and functions across numerous programming languages, including older code and binaries. The platform features automatic scaling based on demand and can even scale down to zero when idle. Users can choose to develop on their personal laptops, make use of on-premises infrastructure, or establish a cloud cluster, while Kubernetes manages the underlying complexities. This capability empowers developers to build a scalable and resilient event-driven serverless architecture tailored to their software needs. OpenFaaS also invites users to dive in quickly, enabling them to start experimenting within just 60 seconds and write and deploy their first Python function in roughly 10 to 15 minutes. Afterward, participants can enhance their understanding through the OpenFaaS workshop, which offers a series of self-paced labs designed to impart critical skills and insights about functions and their practical applications. Moreover, the platform cultivates a community that promotes sharing, reusing, and collaborating on functions, while simultaneously reducing repetitive code through a template store that simplifies the coding process. This collaborative ecosystem not only boosts productivity but also significantly enriches the overall development experience, fostering innovation and creativity among users. Ultimately, OpenFaaS stands out as a powerful tool for both new and experienced developers alike.

JHipster is an all-inclusive development framework aimed at the swift creation, enhancement, and deployment of modern web applications and microservice architectures. It supports a range of frontend technologies, including Angular, React, and Vue, and also enables mobile app development with Ionic and React Native. For backend development, JHipster is compatible with various frameworks such as Spring Boot (utilizing Java or Kotlin), Micronaut, Quarkus, Node.js, and .NET. In terms of deployment, the platform embraces cloud-native methodologies via Docker and Kubernetes, facilitating deployment across diverse environments like AWS, Azure, Cloud Foundry, Google Cloud Platform, Heroku, and OpenShift. The main goal is to develop a thorough and contemporary web application or microservice architecture that features a high-performance and robust server-side stack, while ensuring excellent test coverage. The user interface is crafted to be sleek, modern, and mobile-first, using Angular, React, or Vue in combination with Bootstrap for styling. Additionally, the platform includes a robust workflow for application development, employing tools like Webpack and Maven or Gradle, which solidifies a durable microservice architecture centered around cloud-native principles. By adopting this comprehensive approach, JHipster ensures that developers are well-equipped with all necessary tools to create scalable, efficient, and high-quality applications that meet today’s digital demands. Each feature is designed to enhance productivity and streamline the development process.

Control Plane is a cutting-edge platform as a service (PaaS) designed for multicloud environments and built on Kubernetes, allowing for quicker and simpler development, deployment, management, and execution of microservices with exceptional availability. What sets Control Plane apart from traditional app platforms is its ability to operate across multiple clouds and regions. Your workloads can seamlessly leverage the computational resources and geographical capabilities of AWS, GCP, Azure, and private clouds, ensuring that your application remains operational as long as just one cloud provider is online. Additionally, it offers remarkable flexibility, allowing microservices to interact with any service across different clouds—such as BigQuery on Google Cloud, Active Directory on Azure, or SQS on AWS—without the hassle of managing credentials. The platform boasts a swift cloud-native operations stack that provides rapid secrets management, metrics and logging, a software-defined VPN, geo-intelligent DNS, and other essential functions, all integrated, preconfigured, and user-friendly. Moreover, the system optimizes cloud consumption dynamically, ensuring that resources are utilized efficiently based on actual needs, which enhances overall performance and cost-effectiveness. Overall, Control Plane provides a comprehensive solution for modern application development with unparalleled flexibility and efficiency.

Pneuron™ facilitates effortless connectivity and engagement with a diverse range of assets you own, can access, and seek to acquire, allowing you to focus on extracting value from your data without the complications of complex application integrations. Picture a low-code environment that merges drag-and-drop capabilities, microservices, and containers all within a unified platform! Designed as a low-code solution, Pneuron synchronizes various data sources across multiple technologies, enabling the orchestration of complex application workflows and promoting a minimal-touch approach to enterprise infrastructure. Rather than transferring data, it strategically leverages existing data sources and applications within a sophisticated distributed ecosystem. For businesses eager to quickly realize value without interrupting current projects, processes, and resources, Pneuron stands out as an optimal solution. Its microservices architecture enables the swift integration of different assets into intelligent workflows, making it a vital resource for contemporary enterprises. By simplifying this integration process, organizations can not only boost their operational efficiency but also respond more adeptly to the shifting technological landscape. Ultimately, Pneuron empowers businesses to innovate and thrive in an increasingly data-driven world.

ServicePilot is dedicated to providing an accurate depiction of IT systems and applications, emphasizing critical elements like security, availability, and performance. Ensuring that applications run seamlessly while upholding high standards of performance and security presents a considerable challenge for teams. This endeavor has become even more daunting within the framework of agile development, characterized by frequent changes, rapid progression, and an increasing intricacy in the architecture of information systems. The IT landscape has undergone a profound transformation due to the rise of various technologies: cloud computing has become mainstream, mobile devices have gained immense capabilities, the Internet of Things is advancing swiftly, and the emergence of microservices and containers is reshaping the landscape of application development. These technological advancements have introduced new requirements, leaving traditional tools struggling to meet the evolving demands of modern environments. As a result, there is an urgent necessity for a new generation of monitoring solutions that can keep pace with these changes. Furthermore, it is vital to recognize that the foundational infrastructure, network, and storage components are equally important, as they form the backbone upon which applications rely for their operation. Hence, adopting a comprehensive approach to monitoring is crucial for thriving in today’s intricate IT ecosystem. In this context, the integration of innovative monitoring solutions can significantly enhance the effectiveness and reliability of IT operations.

The DNI Cloud Platform functions as a cloud service hosted on Microsoft Azure, designed with a completely new framework that utilizes a microservice architecture compliant with GDPR regulations. This structure enables distinct services to function independently, significantly lowering the complexity of the overall system while boosting both security and flexibility. By adopting this microservice approach, the platform effectively overcomes the challenges posed by traditional monolithic architectures, where all components are tightly interconnected within a singular, extensive system. This innovative design facilitates updates and changes to specific functionalities without causing disruptions to the entire platform. Users benefit from the wide array of advantages that cloud computing presents, such as increased scalability, enhanced flexibility, and superior automation capabilities, ensuring the platform can evolve alongside changing requirements. In addition, organizations can harness this cutting-edge architecture to optimize their operational processes, leading to improved efficiency and responsiveness in meeting their goals. As a result, the DNI Cloud Platform positions itself as a crucial asset for modern enterprises seeking adaptability in a rapidly changing technological landscape.

Combine your data, applications, and devices to create a cohesive framework that accelerates innovation through the strategic use of APIs and microservices. This methodology enables the swift introduction of new products and services, dramatically reducing your time to market! By tapping into APIs and microservices, you can launch distinctive offerings that boost customer engagement and build loyalty, which in turn enhances your financial outcomes. Whether you are focused on crafting new mobile applications, implementing omnichannel strategies, or refining e-commerce and business processes, APIs and microservices act as catalysts for differentiation and support growth in fast-changing markets. It's crucial to protect your APIs, data, and microservices with strong authentication and access controls to ensure secure interactions. Setting thresholds and limits helps manage API usage effectively, while organizing microservices similarly to business applications aids in maintaining order. By reusing and governing these components, you can preserve control and avoid chaos. Boost visibility by monitoring API and microservice access, and track usage to inform revenue strategies both directly and indirectly. Furthermore, consider creating an API portal to serve as a storefront for your APIs, facilitating easier user access and interaction. This all-encompassing approach not only streamlines your operations but also strategically positions your organization for enduring success in the marketplace. In today's digital age, it is vital to continuously adapt and innovate to stay ahead of competitors.

The platform enables the deployment of applications developed by Advent eModal, its clients, and innovative third-party creators, all of whom gain from the vast eModal marketplace and its community. Each application is equipped with a cohesive single sign-on and authentication system, alongside a shared data repository. Utilizing a microservices architecture, these applications are crafted to address specific business functions, complying with eModal's development guidelines while functioning autonomously. This autonomy allows the applications to improve overall efficiency by interacting smoothly through standardized APIs. The central objective of eModal is to optimize operations at intermodal terminal yards by aligning service capacity on-site—factoring in elements such as yard size, type of movement, container locations, and cargo status—with the logistical requirements of motor carriers and shippers. As a result, trucks are scheduled to arrive exactly when containers are ready, cleared, and prepared for shipping, leading to a more streamlined operational process. This strategy not only enhances coordination among various parties but also significantly decreases wait times, providing advantages to all participants in the logistics chain. Ultimately, this innovative approach fosters better communication and collaboration within the logistics ecosystem, paving the way for future advancements in efficiency.

No matter where you find yourself in the journey of digital commerce transformation, our all-encompassing microservices, development framework, and flexible React.js storefront are designed to effectively fulfill your requirements. You can forget about the overwhelming prospect of entirely replacing your outdated system with a bulky monolithic solution. Our wide-ranging selection of pre-built microservices can be deployed all at once or in a modular manner, ensuring easy integration with your current infrastructure. This allows you the autonomy to steer your business in the direction you choose, transitioning at a pace that aligns with your goals. If you are in the midst of developing your microservices, you don't have to begin anew. Leverage our state-of-the-art microservice framework, which encompasses vital elements such as orchestration, messaging, caching, monitoring, and authentication, all supported by a robust technology stack. Our adaptable React and Node storefront encourages a modular architecture and reusable coding methodologies, which speeds up the development process for Single Page Applications (SPA) and Progressive Web Apps (PWA), promising an exceptionally swift user experience. Moreover, changes made to the front end will not disrupt the back-end code, enabling seamless and efficient updates. This efficient strategy empowers organizations to drive innovation and expand without the complications that typically come with technological upgrades. With this approach, businesses can enhance their operational capabilities while staying relevant in an ever-evolving market landscape.

Quickplay's over-the-top (OTT) solution harnesses cutting-edge cloud-native technologies such as containers, microservices, a service mesh, APIs, and immutable infrastructure. This robust technological framework guarantees improved performance while enabling a modular approach for feature enhancements and promoting continuous delivery, which allows for rapid iterations. It also encompasses vital characteristics like scalability, observability, and security, all of which are essential in today's digital environment. Our all-encompassing streaming platform is built on a progressive technology stack, specifically designed to provide tailored viewer experiences and enhance engagement through actionable data insights. The Video Content Management System (CMS) we provide is crafted to ensure that digital distribution remains both resilient and responsive, effectively tackling the challenges of high concurrency and low latency while optimizing expenditures related to cloud infrastructure. Our video pipeline is meticulously designed for delivering exceptional quality and low-latency streaming on a grand scale. With a wealth of experience managing thousands of linear and virtual channels, live events, and video-on-demand services, we can develop bespoke workflows that address the specific requirements of our clients. Furthermore, our relentless pursuit of innovation guarantees that we stay ahead of the curve in the ever-evolving OTT landscape, positioning us as leaders in the industry. Ultimately, our focus on customization and agility helps us adapt to the dynamic needs of our customers while delivering outstanding service.

Apache OpenWhisk is a versatile, distributed Serverless framework that initiates function execution in response to various events, effectively managing workloads of all sizes. By abstracting the complexities of infrastructure, server management, and scaling through the use of Docker containers, it allows developers to focus on building innovative and efficient applications. The platform utilizes a programming model where developers create functional components called Actions in a range of supported programming languages, which can be triggered dynamically from external event sources (Feeds) or through HTTP requests (Triggers). Furthermore, OpenWhisk includes a Command Line Interface (CLI) based on REST APIs and various tools that assist in service packaging, cataloging, and integration with popular container deployment solutions. Its container-centric architecture offers flexibility for multiple deployment scenarios, whether on local machines or in cloud environments. This adaptability extends to compatibility with leading container frameworks, ensuring that developers can tailor their solutions to meet a wide array of requirements. Consequently, Apache OpenWhisk stands out as a robust option for teams looking to streamline their serverless application development process.

Conductor is a cloud-based workflow orchestration engine tailored for Netflix, aimed at optimizing the management of process flows that depend on microservices. It features a robust distributed server architecture that effectively tracks workflow state information. Users have the ability to design business processes in which individual tasks can be executed by the same microservice or across different ones. The platform employs a Directed Acyclic Graph (DAG) for defining workflows, which helps separate workflow definitions from the actual implementations of services. Additionally, it enhances visibility and traceability across various process flows. With a user-friendly interface, it allows easy connection of the workers tasked with executing the workflows. Notably, the system supports language-agnostic workers, enabling each microservice to be developed in the most appropriate programming language. Conductor empowers users with full operational control, permitting them to pause, resume, restart, retry, or terminate workflows based on their needs. By fostering the reuse of existing microservices, it greatly simplifies and accelerates the onboarding process for developers, ultimately leading to more efficient development cycles. This comprehensive approach not only streamlines workflow management but also enhances the overall flexibility and scalability of microservices within the organization.

Claudia streamlines the deployment of Node.js applications on AWS Lambda and API Gateway. By automating the often tedious setup and configuration processes, it aligns everything with the expectations of JavaScript developers from the very beginning. This approach lets you focus on creating Lambda microservices without the burden of dealing with AWS's intricate deployment steps, allowing you to address essential business needs effectively. Although AWS Lambda and API Gateway provide considerable flexibility, their configuration can be laborious, especially in uncomplicated cases. Moreover, deploying Node.js functions involves tackling many idiosyncrasies that are frequently poorly documented. Claudia handles these challenges for you, enabling application deployment and updates with a single command, while leveraging standard NPM packages and eliminating the need to learn Swagger. As a result, you can skip over boilerplate code and prioritize your projects with ease. Additionally, it simplifies the management of multiple application versions, enhancing convenience further. With Claudia, you can get started in just a few minutes, while benefiting from a remarkably low learning curve that empowers developers to be productive instantly and efficiently. This seamless experience not only saves time but also enhances overall development efficiency.

Maximize the utilization of your resources by optimizing your cloud services, platforms, and software solutions. This approach redefines the management of application and API network operations. Centralizing all API, application, and network operations under a unified governance framework allows for streamlined observability and auditing processes. Enhanced security measures such as zero-trust micro-segmentation, omni-directional traffic distribution, infrastructure-agnostic authentication, and efficient traffic management are essential for safeguarding your assets. With IT-informed decision-making, organizations can tap into the vast amount of data generated through API, application, and network monitoring in real-time, facilitated by AI technologies. Grey Matter simplifies the integration process and standardizes the aggregation of all IT operations data. By effectively leveraging your mesh telemetry, you can ensure that your hybrid infrastructure remains secure and adaptable for the future, thus enhancing overall operational resilience. The focus on these innovations can lead to significant improvements in productivity and reliability across your systems.

HapPhi operates as a multifaceted NO CODE creative platform that leverages AI microservices to support and elevate both businesses and software applications. Its intuitive technology allows users to easily discover, combine, integrate, improve, and monetize their projects, thereby simplifying workflows and increasing productivity. This groundbreaking method empowers organizations to tap into the capabilities of AI while eliminating the necessity for in-depth coding expertise. As a result, companies can focus on innovation and growth without being hindered by technical barriers.

In essence, our Point of Sale system represents the pinnacle of versatility, functioning seamlessly across a wide array of devices—be it mobile, fixed, or handheld terminals. It is designed to support multiple operating systems, such as Windows, Android, Linux, and iOS, and operates on a single, highly customizable codebase. Crafted with our Microservice Tools, it provides a robust foundation for Headless Commerce and enhances customer interactions. Featuring a diverse range of specialized services like Basket and Promotions, our system serves as the core for all sales channels, empowering enterprises to fully leverage Docker, SWARM, and Kubernetes within environments like AWS or Azure. Our intuitive Deployment Tools make cloud installation a breeze, enabling you to manage the system on your own or opt for our assistance. We also deliver comprehensive and flexible Omnichannel Order Management and Inventory solutions tailored to various business rules, integrations, and customer journeys, including possibilities such as Ship From Store. Transition away from outdated monolithic systems; our applications and tools offer the adaptability that large retailers need to foster innovation and operate uniquely. With easy configuration and integration options, alongside the potential for self-management, everything you require is at your fingertips to elevate your business operations to impressive new levels. This adaptability not only empowers retailers to quickly adjust to market fluctuations but also guarantees their competitiveness in a constantly changing environment. Ultimately, our system is designed to future-proof your retail strategy, ensuring long-term success.