Hybrid Integration Platform HIP

A lot of existing workloads are on-premises, and many organizations plan to retain some of those on-premises investments long term while gradually plotting a path to the cloud. MuleSoft is a prominent player in the hybrid integration platform market. The company offers MuleSoft’s Anypoint Platform which provides API management, data, and application integration within a single platform. MuleSoft Anypoint Platform is an event-driven architecture that provides high performance under heavy workloads, which can be scaled across various cloud deployment modes.

Figure 11 shows the measured single-sided fiber-coupled CW output power as a function of the injected current at different temperatures for two different lasers (0.4μm and 0.7μm waveguide heights). The output power at 100 mA is 2.9 mW and 5 mW and its corresponding differential quantum efficiency is 2.5% and 8% for the fundamental mode and second transverse mode lasing devices, respectively. The estimated double-sided total output power is shown in the secondary -axis taking account for the output power from the both facets and a coupling loss of 5 dB between the device and the lensed fiber. The double sided total output power at 100 mA is estimated to be 18 mW and 31 mW, and its total differential quantum efficiency is 15% and 50% for the fundamental mode and second transverse mode lasing devices, respectively. The device lasing with second transverse mode (0.7μm waveguide height) operates up to C and has better performance than the device lasing with a fundamental mode primarily due to the higher quantum well confinement factor (10% versus 7%). Moreover, the overall performance of 1.3μm lasers is superior to 1.5μm lasers previously described because the carrier blocking layer is incorporated and because of the reduced intravalence band absorption and Auger scattering.

hybrid integration platform

Youredi is the leading provider of fully managed data integration services and solutions for logistics and the global supply chain. The WSO2 API Manager and WSO2 Enterprise Integrator are an open source integration platform solution that supports hybrid integration. If you’d rather want a fully customizable solution with managed services and a cost-efficient approach (full out-of-the-box), then Yenlo’s Connext Platform is the way forward. Combining the best integration technologies in one easy to use iPaaS solution. Organizations tend to move their existing systems into the cloud in a phased approach to reduce the impact on the business.

What is a hybrid integration platform (HIP)?

Digital transformation of an enterprise literally boils down to the adoption of these high-end software solutions and effectively utilizing their functions to ease out the daily activities of each and every individual working in an enterprise. Introducing an HIP means that organizational models must also change to keep pace. The main purpose of the integration platform is to quickly connect all IT-systems, applications and software, regardless of what platforms they are on. This allows businesses to obtain and analyze data from different sources and manage it from a single center. Based on the study by Research and Markets, spending on hybrid integration platforms is expected to grow from $17.14 billion in 2017 to $33.6 billion in 2022, which is a CAGR of 14.4%.

hybrid integration platform

However, they can’t afford to wait until the full transition is done to make sure all their data is connected and accessible by all their applications. If you decide to go forward with MuleSoft integration – our integration team at PreludeSys will help you customize and integrate MuleSoft Implementation services with the existing business processes. For example, suppose your organization wants to centralize the data; you need a robust and reliable integration platform to gather data from all the business units. Now MuleSoft and Informatica are advanced integration tools that are exemplary in performing data integration and ETL tasks. The challenge for any organization is to assess which is the most suitable platform between these two for their operations. Figure 12 shows the layout of an integrated hybrid silicon evanescent racetrack laser and two photodetectors operating at 1550 nm .

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With hybrid integration technology, enterprises can greatly expand the number of services and products they offer. It is possible because they can integrate any device and software with any other system. This is where the Hybrid Integration Platform provides the solution. A simple explanation is to say that a Hybrid Integration Platform allows you to connect data, processes, and applications between on-premise and cloud based systems more or less out-of-the-box.

The indirect bandgap of silicon has been a key hurdle for achieving optical gain elements. Although Raman lasers and amplifiers [15–17], and optical gain in nanopatterned silicon have been observed , an electrically pumped silicon waveguide gain element has been an unsolved challenge. Upgrade legacy systems with our state-of-the-art platform to focus on business-critical tasks rather than technical processes that take up lots of time.

hybrid integration platform

Companies can reuse platform-provided functionality to speed integration and reduce maintenance efforts. More and more enterprises are moving their IT infrastructure and services to the cloud to gain the benefits of lower IT infrastructure costs, greater QoS, faster time to market, and improved reliability of the services. Essentially, a Hybrid Integration Platform uses these four dimensions to provide the solutions you need to integrate data and applications across your on-premises and cloud environments.

IBM Hybrid Integration Platform

The same epitaxial structure described in Table 1 is used both for the laser and the detector. This laser does not rely on facet dicing or polishing and can be tested on-chip with simple probing of the laser and photodetectors. Hybrid integration Platform and Services will broaden a variety of systems, data sources and deployment models. The emerging hybrid enterprise will have the ability to cater to a wide range of data sources, in different formats, from different locations, across frameworks, interacting via different exchange protocols. Kickstart your automation journey through pre-built integration templates. Choose from a wide array of applications to launch quickly and accelerate digital transformation.

Automations having instant webhook triggers are executed immediately when data is received. Triggers fire when an event https://globalcloudteam.com/ happens in the app, like new or updated data. Ingest, integrate, and cleanse your data with Cloud Data Integration.

Informatica has a very simplified integration process that does not require coding experience. You can maximize agility by empowering and training the existing staff within your organization. In 2018, Salesforce acquired MuleSoft to accelerate its clients’ digital transformation.

hybrid integration platform

Sixty five percent of the market will be using a Hybrid Integration Platform by next year. The integration landscape is fast transitioning into a cloud-based and a microservices adaptation. And it calls for an integration solution that connects the ‘old’ with the ‘new’. For example, you might have a hybrid cloud deployment that includes both public and private clouds, or a mix of cloud and on-premises systems. Your deployment model is the big-picture overview of your systems that the HIP will use to create integrations. Hybrid integration offers a solution to not only access the business logic locked away in legacy systems but also to introduce innovative new customer and partner-facing capabilities.

Who are the key players in Hybrid Integration Platform Market?

In Section 2, the device structure and design issues are introduced. Section 4 presents the performance and characteristics of fabricated silicon evanescent devices. Finally, several potential future paths of this research are discussed in Section 5.

  • In fact, by 2025, IDC predicts worldwide data creation will reach 163 zettabytes per year.
  • So that it can increase the efficiency and lower the risk factors, it is an amalgamation of different techniques into one framework.
  • Whether it’s a simple, straightforward connection or a more challenging hybrid scenario, the development and deployment should happen fairly quickly.
  • However, an efficient coupling scheme from the III-V lasers to the silicon waveguide needs to be developed since most of the lasing mode is in the III-V layers.
  • K. Jia, W. Wang, Y. Tang et al., “Silicon-on-insulator-based optical demultiplexer employing turning-mirror-integrated arrayed-waveguide grating,” IEEE Photonics Technology Letters, vol.
  • Hybrid integration provides the perfect balance for enterprises, leveraging advantages of local and cloud systems and allowing them to remain competitive.
  • As you begin building your HIP, consider a phased implementation that looks to reuse parts of what your organization already has and complementing that with technologies such as iPaaS for new projects.

In order to do hybrid integration right, a hybrid integration platform isn’t optional. A hybrid integration platform like webMethods can reduce the cost of developing, testing, deploying and maintaining the ever-expanding definition of hybrid integrations. These platforms are built to connect cloud and on-premise data and applications. They have the ability to plug into the major cloud providers and tools with minimal configuration, as well as accessing on-prem applications. Figure 17 shows a device structure of the integrated device with an amplifier and a detector. At the transition between the passive silicon waveguide and the hybrid waveguide of the amplifier, the width of the III-V mesa is tapered from 0μm to 4μm over a length of 70μm to increase the coupling efficiency and to minimize reflection.


If your company wants to implement the four dimensions of hybrid integration, please contact us. The key takeaway from this is to recognise that integration approach is heavily influenced by the technologies being integrated. What is going on around those technologies tends to drive the choices we make or at the very least it excludes certain approaches. For most large organisations some form of integration choice that is dictating an approach has already been made and often architects will refer to it as the ‘strategic choice’. It is very common for endpoints or even a given endpoint to drive the approach to integration. Organisations connecting Salesforce, for example, often arrive at the same subset of choices in terms of integration approach.

In other words, a hybrid integration platform should provide organizations with all of the tools they need to make it simpler and easier to integrate data and applications across any on-premises and multicloud environment. With data silos broken down, businesses have an incredible opportunity to turn their data into actionable insights, allowing them to make better decisions faster. Interoperability across various cloud environments and security of the data remains a concern for many organizations. As an example, take a customer that wants to speed up and modernize the partner onboarding process. They might be using traditional Electronic Data Interchange and are looking to simplify EDI handling with a modern B2B gateway, or they might be considering moving to an API-based system. A HIP functions as the glue that seamlessly integrates data and processes across platforms.

Growth in data, applications and users across the enterprise

These platforms reduce the development costs and time involved in integrating cloud and on-premises systems by providing the following. There is a never-ending list of categories that can be handled by an iPaaS. Now with varied applications, there come varied business processes. The business processes are completely different in these applications or services – the data structure is different, the interfaces are different, the way of storing data is different, the architecture is different, etc. However, to communicate between these disparate applications, a strong solution is needed which is superior in terms of handling all of the data complexities and is aware of the defined set of business rules and actions. Many applications and legacy systems are still on-premises whereas ecommerce, logistics, etc. have moved to the cloud.

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The right tools, like an EA-based SPM approach, will help you reach the summit. The ability to create API-led integrations so that data and services can be accessed in a standard way. It enables access to all types of applications – packaged, SaaS, and fully customized – to deliver the data and services in a form that can be hybrid integration platform understood. Being able to send, share, stream and sync large files reliably and at high speeds is critical to providing the types of real-time responses to data that modern organizations are looking for. Over the last several years the demand for new integrations has far surpassed the capacity most enterprises can handle.

Selecting the right technical building blocks is integral to driving innovation, enhance efficiency and creating a long-term, scalable framework. The Hybrid Integration Platform is vastly and rapidly becoming this framework of choice. With over 420,000 global customers, Oracle provides a wide range of cloud applications, engineered systems, and platform services. Oracle caters its products under the category of cloud, applications, database and technologies, IT infrastructure, support and services, training services, and developer-oriented products. Oracle serves its hybrid integration platform products under the Oracle Cloud Platform. Oracle Cloud Platform consists of cloud services, Oracle SOA, Oracle API Manager Cloud Service, and Oracle Integration Cloud Service.

J. W. Raring, E. J. Skogen, L. A. Johansson et al., “Demonstration of widely tunable single-chip 10-Gbps laser-modulators using multiple-bandgap InGaAsP quantum-well intermixing,” IEEE Photonics Technology Letters, vol. E. Bowers, “Mode-locked silicon evanescent lasers,” Optics Express, vol. P. Pipe, “Room-temperature self-organised In0.5Ga0.5As quantum dot laser on silicon,” Electronics Letters, vol.

An iPaaS has the ability to read, process, consolidate and transform a wide range of data formats and is ideal for large batches of data integration processes. With an iPaaS, errors and sync failures can be easily monitored, and it provides the most secure and reliable service as a platform. To execute such strategic roles, iPaaS solutions offer various advanced integration capabilities along with hybrid and multi-cloud deployment models.

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