What does oracle ebs stand for

Gain significant insights into all dimensions within your company with real-time data. Visualize metrics or KPIs and get to see them from various aspects. Monitor and report irregularities with full self-service reporting capabilities.

Collaborate with decision-makers within the platform. It allows better insight into the general ledger, enables functional units to understand product profitability, and provides performance against budget.

Also, it highlights how staffing expenses and employee, or supplier performance interact with enhanced revenue and customer satisfaction. Businesses have spent significant time and money installing Oracle EBS. It is still developing, and its success ultimately depends on project completions.

Business leaders are planning to overlook a full-scale cloud implementation as the cloud applications have varied maturity and wait until they get an excellent acceptance rate. Taking everything into consideration, the future of Oracle EBS holds good. Oracle is continuously updating E-Business Suite with value innovations that decrease downtime and enhance user experiences.

Unless they need better functionalities, organizations can stay on Oracle EBS and evaluate the need for technology changes by matching their business and technology demands.

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Make ad-hoc changes to reports, edit filters, modify sorting rules, create portals and much more. Many enterprises generally use multiple software solutions to address specific areas of their business.

As a result of this, data accumulates in well-defined silos usually unable to communicate with each other. SplashBI can help mash up data from those multiple sources within same report, chart or dashboard for a comprehensive view of the enterprise.

Set optional exception rules to exclude certain authorized users or selected reports from format masks. Add columns, modify filters, edit formulas, create drill-downs, define sub-totals and do much more using the included report editor.

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Data security is also automatically inherited from Oracle Cloud Application roles. You can predict the impact of any retention plan. Designed to work On-Premise or in the Cloud, SplashHR fits easily in your current infrastructure by leveraging your existing security model and delivering out of the box content and data performance. By kesava kalluri November 17, August 2nd, Blog. Cloud vendors in particular seek to make the cloud simpler for their customers, resulting in vendors developing their own database services.

Oracle EBS is no different. That means it covers a huge waterfront of business features and operations. And all the software to execute those features, in the most important ways, belongs to Oracle.

The database where your business data is stored, the application servers used to host EBS, the languages the business logic is written in, the frameworks and tools you use to customize and extend EBS — with remarkably few exceptions, they are all Oracle products.

This type of software was designed to be self-contained, interconnected, and dependent. In a monolith, the architecture is tightly coupled, so each component and associated components must be present in order to execute code. Therefore, in monolithic architecture if you need to update any program component, then the whole application has to be rewritten. In contrast, more modern modular software architecture is usually uncoupled, allowing it to be more flexible and allows for more integrations.

Modular applications can be changed without drastically affecting other elements of the program, reducing the risk that any single change could create a ripple effect of problems elsewhere. As discussed in previous sections, EBS is a stack of several Oracle proprietary technologies. Conversely, by relying on the tightly coupled nature of these technologies, built side-by-side, Oracle can tout some benefits.

This monolithic style delivers high-speed results to your users, because Oracle Forms — a very monolithic user interface technology — maintains a stateful connection directly to the database. Instead, the user interface is attached by a web of numerous direct connections to the business logic layer, which is itself attached to the database in the same way — numerous, small, tightly-coupled connections that require the database to be a very specific product, version and structure.

This is the definition of a monolith — there is no such thing as an isolated change. When we say technical debt, we mean that outdated and disorganized information and code can easily build up in your Oracle EBS environment. So what does this mean for your enterprise?

The technical debt found within an EBS framework can mean more lag, inaccuracy, and inefficiency. Your enterprise should have a strong strategy for addressing and cleaning up technical debt, as well as for clean data management moving forward to avoid these problems in the future. Poor Documentation Many enterprises experience the problem of poor documentation within their business-critical systems, and Oracle EBS is no different.

Proper documentation within your EBS application matters because you need to be able to:. To solve the complex issue of poor documentation within your Oracle EBS application, first create a strong standard for documentation at the start of your project. Hold all team members accountable for adhering to documentation requirement standards.

Good documentation practices will improve development costs and outcomes in the long-run. Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.

Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum. EBS Migration Options Understanding the complexity of your code will help an EBS project succeed; it will be easier to develop new functionalities on a clean surface than trying to deal with the bulk of your EBS code and customizations all at once.

The first step and the quickest way to get a clear picture of your Oracle EBS code is to perform a legacy code analysis.

The right tool will provide visualizations for: Process dependencies UI Navigation Database tables, relationships, and triggers User interaction and usage These visualizations rapidly identify crucial business processes and their relative complexity, allowing stakeholders to quickly carve the project into manageable, individual modernization efforts. An effective code analysis tool will look for dead or unused code code, focusing on clusters of functionality.

This allows application re-engineering to happen naturally; developers can easily see where code can be consolidated with low effort and high return. The Prioritization Matrix With a clear picture of your EBS code, dependencies, and functionalities, now you can begin plotting on a prioritization matrix. So what is a code prioritization matrix? In this case, this prioritization matrix shows where business value relates to the effort of modernizing those applications or processes.

Re-Engineering Zone High business value but low non-functional or operational performance applications fall within this quadrant. These applications or processes are suited for re-architecting, re-platforming, or integration with emerging technology solutions such as mobile and cloud platforms. Replace or Retire Zone Applications that fall in this quadrant have lost significant business value, features, or technical quality.

Retention Zone Applications in this quadrant meet both the business and IT department needs, but may be subject to different opportunity. With little effort, this code can be easily modernized or transformed to accomplish new goals.

Re-Prioritization Zone These are applications with higher than desired maintenance or operations costs, but are aligned with business value. You can easily see how to plan the segments of your EBS project, starting with the quick wins that utilize the least amount of effort for the highest return. Determining if your software is working or not is the simpler part; it can be measured by tasks done, bugs fixed, or the absence of issue reports.

However, determining feature value can be a little more difficult. Value should first and foremost be determined and agreed to by both your business executives and IT directors. It can really be anything that matters to your enterprise, as long as these metrics are clearly defined, established, and measured.

All it takes is a little creativity, some clearly defined business objectives, and a capable team to deliver the solutions. One excellent example of turning your EBS application into an opportunity is to make an internally facing application into a revenue generating, customer-facing service.

For instance, you can create an external self-service portal by transforming your EBS workflow that helps employees track hours or sick days. When you can realize operating efficiencies by turning more control over to your employees, and they frequently find value in the rapid communication and efficiency opportunities that such an approach gives them.

Listed below are the 3 most common strategies for EBS customers looking to extend their EBS into new consuming systems. In essence, a database API wraps the callable logic and database objects of your EBS application in a form that other applications can use such as Oracle database views and stored procedures.

However, outside applications and systems need a direct database connection to do it. This involves setting up a username, password, firewall ports and other security measures to establish a connection between your EBS database and each individual API consumer. As you can guess, there are lots of people and red tape involved, making direct database connections cumbersome to set up.

You only set them up a handful of times to connect your database to a few specific applications that you know everything about. Lastly, a database API puts a big requirement on your consumers: they have to understand your database. They proclaim what your database can do for consumers without explaining how it all works. In other words, they still need to know how it all works. This DB-specific code may need to be updated if you upgrade your database version, or if you change the internal layout of your EBS database, or your security model, or, or … the list goes on.

Ultimately, your consumers are at risk to become tightly coupled to your EBS database architecture, and may become a monolithic extension of your ERP. These exports can be automated, run on a schedule, and sent to consumers through a well-understood transport such as a shared network drive or SFTP server. This effectively creates two-way communication between servers, allowing them to interpret and do with the flat file data whatever they want.

Alas, the simplicity of this approach is also its shortcoming. The only data you expose this way is the data you choose to export. This means that flat file integration is extremely purpose-specific, rather than a general use API you can set up once and employ anywhere. Direct database connections and to a lesser extent, REST services send information instantly, over protocols with high security standards.

This method is not real time, which can be problematic. Consumers have to wait for the flat file to be created and delivered, rather than calling an API and getting a response in real-time. You can set up your file transfer jobs on any schedule you like, but the more frequently you generate files, the more hardware resources your EBS database uses for these jobs.

Hence the next issue: this method is inefficient with system resources. With good security practices, you can send even send extremely sensitive data over the open Internet. The main downside of REST is the cost and effort involved.

REST services generally do. Ultimately, the API strategies you choose revolve around your goals. But if you only need to update your resale partners once a day with your inventory numbers, a flat data file export could serve just fine. If you are like many enterprises out there, the evolutionary architecture of your EBS will eventually encompass all three of these approaches. Learn more about this successful market disruption project.

They also made some changes to their support timelines for earlier releases of EBS. These changes make now the perfect time to evaluate your EBS strategy. To stay on target for this year and to ensure that your strategy is ready to move to the next level, we recommend that at the very least Oracle EBS customers: Stay upgraded to the latest EBS release to minimize risk as you plan for the future Augment your team or partner with vendors that have full-stack and modern development skills to help tackle your EBS plan head on Consider all of your upcoming integration, content management, and other needs for this year and beyond Perform an EBS code analysis to get a full picture of your EBS system, dead code, challenges, and opportunities Migration Options and Challenges Oracle EBS Cloud Hosting Cloud is a particularly important step to take when re-considering your EBS options.

Learn more about the keys to a successful EBS to cloud migration. Hybrid Architecture Hybrid cloud architecture means that you blend and manage both cloud and on-premises environments together in one EBS architecture. Configuration Migration Challenges Many enterprise will deal with numerous challenges migrating their EBS applications to the cloud and other technologies.

For instance, custom EBS setups can be so large and cumbersome that one of the migration options enterprises have chosen is to physically ship hardware to their cloud carrier. This sounds crazy, right? From complex data needs, to years of technical debt, to customizations that may take developers years to untangle, enterprises need to assess all of their options to tackle these challenges.

This data needs to be handled with care and masked when migrating from the existing EBS infrastructure into the cloud or other technologies. This can be a challenge for teams that are used to handling data within their existing frameworks, but once they begin a migration project, they need outside consultants or vendors to help them perform the work to compliance. This can rack up the cost significantly. So why is configuration management a challenge for EBS migration projects?

Simply put, the configurations in your EBS are shorthand instructions to your EBS about which features it should switch on, which to switch off, and how to behave in lots of other ways. As a switchboard for you to control the built-in features of EBS, your configurations are incredibly valuable. They are also incredibly specific to your EBS.

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