Category: Opta integration

Opta integration

This guide provides the information to configure Office in your Okta org The Okta container that represents a real-world organization. Depending on your license type, some topics in this guide may not apply to you.

The OIN is comprised of thousands of public, pre-integrated business and consumer applications. As an on-demand service, OIN integrations are continuously validated, always up to date, and constantly growing both in number and capability. Okta performs a single integration with an ISV or SP, providing thousands of end users with point-and-click customization for their orgs. You can create, update, and deprovision users in Office from your Okta org. You can import users from different source directories into Okta and provision them in Office using profile mappings.

You can import users from a directory such as Active Directory Active Directory AD is a directory service that Microsoft developed for the Windows domain networks. It is included in most Windows Server operating systems as a set of processes and services. Initially, Active Directory was only in charge of centralized domain management. AD or an app such as Salesforce. You can also create users directly in Okta. See the following for more information.

You can automate provisioning tasks by enabling API integration and configuring settings for different user life cycle stages.

Office requires a token to authenticate against the Microsoft API. This allows Okta to implement provisioning in Office You can import groups later after finishing provisioning. See Skip importing groups during Office user provisioning.

opta integration

Depending on the provisioning type you select, you can select provisioning and deprovisioning settings. Select Office Provisioning Type. See Provisioning options for Office Enabling Sync Password in Provisioning settings is useful in the following scenarios:. You want your users to be able to see or change their Office passwords in Okta.

If you are using Secure Web Authentication Authentication is distinct from authorization, which is the process of giving individuals access to system objects based on their identity. Authentication merely ensures that the individual is who he or she claims to be, but says nothing about the access rights of the individual. Users can enter their credentials for these apps on their homepage. These credentials are stored such that users can access their apps without entering their credentials each time.

When users first sign-in to a SWA app from their homepage, they see a pop-up message asking if they were able to sign-in successfully. Syncing passwords is not necessary when Office uses WS-Federation for single sign on, as users use their Okta credentials to access Office Depending on where your users are mastered, the username format can vary.

For users to successfully sign into Officetheir username for Office must be in an email address format for the domain you are federating username yourfederated.

If your users already have their usernames in an email address format for the domain you are federating username yourfederated. If your users are mastered in different directories or apps, their username format may vary.

You can use Okta expression language to customize the username that will be passed on to Office Ensure you have correctly configured provisioning by assigning Office to test users in Okta and verifying they appear in your Microsoft tenant. If you have selected User Sync or Universal Sync provisioning type, all users irrespective of their profile mastery, appear as Synced with Active Directory in the Office tenant.

However, the user is still mastered at the source directory. SWA is a single sign-on method developed by Okta. It stores the end-user credentials using strong encryption combined with a customer-specific private key. When the end-user clicks the app chiclet, Okta securely signs them in using the encrypted credentials.Conference scheduling : Integration with Excel.

Employee rostering : Web application in the cloud. Hospital bed planning : Overconstrained planning. Task assigning : Real-time and continuous planning. Meeting scheduling : Time grain design pattern. Investment portfolio optimization. Cheap power time scheduling.

opta integration

Exam timetabling : User defined score parametrization. Dinner party scheduling : Decision tables. Cloud optimization : Decision tables. Cloud optimization : Real time planning. Course scheduling : Immovable planning entities. Project job scheduling : Built-in hard constraints. Tennis club scheduling : Fairness and load balancing constraints. Vehicle routing with time windows : Shadow variables and real-time planning. Vehicle routing scoring : Score function flexibility.

Employee rostering : Continuous planning. Use cases Value proposals Vehicle routing Employee rostering Maintenance scheduling Task assignment optimization School timetabling Cloud optimization Conference scheduling.

Conference scheduling : Integration with Excel Employee rostering : Web application in the cloud Hospital bed planning : Overconstrained planning Task assigning : Real-time and continuous planning Meeting scheduling : Time grain design pattern Investment portfolio optimization Cheap power time scheduling Exam timetabling : User defined score parametrization Dinner party scheduling : Decision tables Cloud optimization : Decision tables Cloud optimization : Real time planning Course scheduling : Immovable planning entities Project job scheduling : Built-in hard constraints Tennis club scheduling : Fairness and load balancing constraints Vehicle routing with time windows : Shadow variables and real-time planning Vehicle routing scoring : Score function flexibility Employee rostering : Continuous planning.

Latest blog posts. Geoffrey De Smet. How to plan and optimize a Secret Santa.

opta integration

Christopher Chianelli. Exploring the new OptaWeb Employee Rostering backend. Julian Cui. Mechanic scheduling part 3 - Simulation and load testing. Radovan Synek. Mechanic scheduling part 2 - Architecture and integration. Musa Talluzi. Mechanic scheduling part 1 - Can OptaPlanner keep up with a keynote audience of thousands? Final released. SouJava Online.Download OptaPlanner Engine 7.

Release notes 7 - Upgrade recipe to 7. For Red Hat subscription releases go to the product download site. The OptaPlanner jars are also available in the central maven repository and also in the JBoss maven repository.

With Maven, just add the optaplanner-core dependency in your pom. Or better yet, import the optaplanner-bom to avoid duplicating version numbers when adding other optaplanner dependencies later on:. With Gradle, just add the optaplanner-core dependency in your build. Download OptaPlanner Execution Server 7.

Any application server. Download OptaWeb Employee Rostering 7. Download OptaWeb Vehicle Routing 7.

opta integration

We welcome such feedback in our forum. An Alpha can be unstable. A Beta should work it passes automated testingbut its new APIs might still change in the next release. A CR should be almost identical to the Final release.

There is no Alpha or Beta yet because we just released a Final version. JavaEE 7 - Web Servlet container. For older community releases, check the release archive. Download Final releases. Distribution zip The OptaPlanner distribution zip includes binaries, documentation, examples and sources. Final Any application server License: Apache License 2. Final License: Apache License 2. Nightly snapshots Nightly snapshots are unstable binaries, built automatically by our CI server. Latest blog posts. Geoffrey De Smet.

How to plan and optimize a Secret Santa. Christopher Chianelli. Exploring the new OptaWeb Employee Rostering backend.

Configure Okta as an OpenID Connect Identity Provider

Julian Cui. Mechanic scheduling part 3 - Simulation and load testing. Radovan Synek. Mechanic scheduling part 2 - Architecture and integration. Musa Talluzi.They can authenticate into apps from the icons on their My Applications home page, but they are provisioned, deprovisioned, assigned, and managed by admins. In a SSO system, a user logs in once to the system and can access multiple systems without being prompted to sign in for each one.

Okta is a cloud-based SSO platform that allows users to enter one name and password to access multiple applications. Users can access all of their web applications, both behind the firewall and in the cloud, with a single sign in.

Okta provides a seamless experience across PCs, laptops, tablets, and smartphones. On the basis of this assertion, the SP can decide whether or not to authorize or authenticate the service for the end user. A session is established with the SP, and the end user is authenticated. An Okta admin An abbreviation of administrator. This is the individual s who have access to the Okta Administrator Dashboard.

They control the provisioning and deprovisioning of end users, the assigning of apps, the resetting of passwords, and the overall end user experience. Only administrators have the Administration button on the upper right side of the My Applications page. In addition, an Okta admin can also set the duration of the authenticated session of users using Okta.

Integrate your app with Okta

This role defines their permissions for the authenticated session. The IdP federation server creates a federation SSO response and redirects the user to the SP with the response message and an optional operational state. Connect Okta to a single AWS instance. This method of getting your AWS integration up and running positions you for a multi-instance integration, if you should require this solution later. Connect Okta to multiple AWS instances using groups.

This method has no upper limit for the number of accounts that can be supported. If you have more than 60 instances and want to drive app An abbreviation of application. Essentially, it is a web-based site used to perform any number of specific tasks, and requires authentication from end users by signing in. Each time you add an AWS account, you need to create new groups in your system of record that represent the roles you're users will be assigned and allowed to access from Okta.

Various trademarks held by their respective owners. All Files. Documentation Release notes. Community Discussions. Product Ideas.First, log in to your Okta account and head to your Okta dashboard. Select Applications on the top menu. On the Applications page, click the Add Application button to create a new app. On the Create New Application page, select the Platform for your application. Click Done to proceed. You'll be taken to the General page of your app. Go to the General page of your app and scroll down to the Client Credentials section.

Follow the guide to Setup a New Social Connection and use the following values for the connection settings:. Click Save to proceed and then continue following the instructions to enable the connection in your applications. To retrieve custom claims from Okta, ensure you've set up an Okta authorization server and configured your custom claims in the authorization server settings.

For more information on creating an Okta authorization server and adding claims, check out the Set Up an Authorization Server page of the Okta documentation. Once the Okta authorization server is set up, continue with the following sections to update the custom connection you previously created for Okta. The Issuer URI should have the following structure:. Next, select your custom Okta connection. In the Settings section, update the following fields with your Issuer URI and the appropriate endpoint:.

Then, scroll down to the Fetch User Profile Scriptit should look something like this:. Update the request. For example:. Next, click the Try button to test the connection.

If accepted, you should see the It Works! Create an Okta Application. The application settings fields may differ depending on the platform your choose. Was this helpful? Create an Okta Authorization Server.

Update Your Custom Okta Connection. Keep reading. Was this article helpful? Yes No. Any suggestion or typo? Edit on GitHub.OptaPlanner is an AI constraint solver. OptaPlanner delivers more efficient plans, which reduce costs and improve service quality.

OptaPlanner is a lightweight, embeddable planning engine. Constraints apply on plain domain objects and can call existing code. Under the hood, OptaPlanner combines sophisticated AI optimization algorithms such as Tabu Search, Simulated Annealing, Late Acceptance and other metaheuristics with very efficient score calculation and other state-of-the-art constraint solving techniques.

OptaPlanner is open source softwarereleased under the Apache License. What is OptaPlanner? Download OptaPlanner 7. Read documentation 7. Latest blog posts. Geoffrey De Smet. How to plan and optimize a Secret Santa.

Deployment Guide

Christopher Chianelli. Exploring the new OptaWeb Employee Rostering backend. Julian Cui. Mechanic scheduling part 3 - Simulation and load testing. Radovan Synek. Mechanic scheduling part 2 - Architecture and integration. Musa Talluzi. Mechanic scheduling part 1 - Can OptaPlanner keep up with a keynote audience of thousands? Final released. SouJava Online.The A. For a few years now, the interest in Artificial Intelligence technologies is growing again.

Not just from us, A. Business sees the potential to invest. To acquire new funding, many research projects are rebranding themselves as A. Often justified. But not always. Can Constraint Solvers use the A. For almost two decades, A. In a reaction, other countries funded similar projects. Suddenly research money fell out of the sky. It failed. Despite decadent funding for almost 10 years, the fifth generation research had little practical use to show for. Other research was completely useless.

Developers quickly stopped branding their technologies as such. Constraint solvers strengthened their Operations Research affiliation.

Rule engines focused on decision tables. They all avoided mentioning their A. Except for neural nets. The last few years, neural nets made Artificial Intelligence cool again. For decades, its accuracy was too low, but that changed dramatically, with the recent rise of big data and the discovery of better backpropagation methods.

The latter enables more layers. More layers equals deep learning. Nowadays, neural nets can recognize faces and voices.

Sport Industry TV visits Opta Sports

And in a hybrid combination with other A. Sounds like magic. But these are all pattern recognition problems. Neither are constraint solvers or production rule systems, for that matter.

Each one can only solve one subset of A. So to solve business problems with intelligent software, use the algorithm that fits the use case :. I either. Why is that? Given a TSP problem to draw the shortest tour, people submit unique results of varying quality.

There is no black box.

Okta RADIUS Integrations

Not just because papers and books say so. Mainly because constraint solving use cases are inherently complex problems to master. Given a sufficiently large dataset, the optimal solution is impossible to find. Furthermore, researchers still discover new algorithmseven though other algorithms are almost 40 years old. Thu 7 September


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