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Contact us |
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P: (USA) +1 646-202-2920 |
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P: (EMEA) +44 207 936 9098 |
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E: info@paremus.com |
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is a highly automated, OSGi-based,
distributed runtime for composite applications,
that maximizes service availability and resource utilization.
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Infiniflow™ combines the latest software development standards and frameworks with a unique approach to deployment, resilience, scalability, and management, providing a Service Fabric that allows architects and developers to concentrate on business requirements and application functionality rather than the underlying data center infrastructure. |
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The Service Fabric can be used for a single application on a cluster of machines through to multiple applications across the entire data center, dynamically moving resources between applications and services according to real-time business demands, pre-defined SLA policies and resource availability.
Infiniflow can concurrently provide a variety of runtime environments (such as clustering, compute grid, real-time grid, ESB, complex event processing) across
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Infiniflow increases business,
operational and developer agility while reducing cost and complexity |
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shared compute resource.
As the runtime foundation for a SOA or Cloud Computing platform, Infiniflow |
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provides huge CAPEX and OPEX benefits by simplifying development and operational environments, together with significant competitive advantage by enabling component re-use to slash application development and deployment lead times. |
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The Infiniflow Service Fabric . |
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is standards-based, leveraging OSGi™ and SCA. |
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removes complexity, when building, implementing, running, modifying and managing applications. |
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is robust, with built-in automated resilience and high availability for runtime and applications. |
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is scalable, and it's simple, automated and fine-grained. |
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is model-driven, making it easy to start, pause, modify, enhance and stop the runtime or application. |
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is adaptive, able to respond automatically to resource failure and model changes. |
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provides easy application migration, with transparent support for Spring and other POJO frameworks. |
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has flexible runtime environments, able to simultaneously and dynamically support many runtime environments -clustering, compute grid, real time grid, ESB, complex event processing, etc. |
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practices what we preach - Infiniflow is itself model-driven and consists of over one hundred OSGi components. |
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A commercial time-limited evaluation release of Infiniflow is available to download today. |
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More details below ... |
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STANDARDS-BASED
By leveraging OSGi and SCA standards, Infiniflow provides a next generation SOA or Cloud Computing platform that makes it easy to deploy, add resilience, scale, modify, and manage your applications. More on Technology & Standards >
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REMOVES COMPLEXITY
Infiniflow has been designed from the outset, to provide the user - in development, architecture and operations - with a runtime that removes the complexity associated with building, implementing, modifying and managing applications.
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ROBUST
With resilience a fundamental capability, the Service Fabric and all your applications automatically benefit from optimal service availability at no additional cost.
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SCALABLE
With Infiniflow, it is easy to achieve coarse and fine-grained scalability. The fine-grained approach entails scaling only those components causing a bottleneck, which is significantly more efficient and less resource intensive than the coarse-grained approach, which involves deploying multiple instances of the entire application.
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MODEL-DRIVEN
Akin to architectural blueprints or a recipe for a meal, each application running on Infiniflow is described in a SCA document called the System document. This document lists the names and quantities of OSGi components required, and defines how they are to be combined to deliver an application or business system. The components can include both business logic and traditional middleware. Starting, pausing, modifying, enhancing or stopping the application is achieved by simply interacting with the document. More on Model-Driven architectures >
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ADAPTIVE
To modify or replace a component, simply update the model and the runtime automatically responds by deploying the new functionality and gracefully removing the old components. Should compute resources fail, Infiniflow detects the inconsistency within the model and, without human intervention, automatically responds by re-provisioning the components that have been lost.
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EASY APPLICATION MIGRATION
With transparent support for Spring and other POJO frameworks, it is easy to migrate your applications to Infiniflow and start enjoying the benefits of a next-generation Service Fabric today.
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FLEXIBLE RUNTIME ENVIRONMENTS
Infiniflow's model-driven approach and dynamic resource allocation means that it can simultaneously support multiple different types of runtime environment and move compute resources between them. Rather than the static infrastructure solutions that you traditionally build and leave, clustering, compute grid, real time grid, ESB, complex event processing, etc. are dynamic runtime environments that can be started, paused, scaled, enhanced or stopped by simply interacting with the appropriate System document.
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PRACTICES WHAT WE PREACH
The model-driven, component architecture is so elegant and efficient that the whole Infiniflow runtime architecture is built and operated in the same way as the applications. The Infiniflow Service Fabric consists of over a hundred OSGi components, automatically deployed and assembled by activating the supplied Infrastructure System documents. We really do practise what we preach!
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