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Product Updates

See what’s new at our product, check the updates below

Supply Chain Network Visibility app (object-centric) version 1.

Supply Chain Network Visibility app (object-centric) version 1.0.0 (2024-06-04) We’ve renamed and extended our End-To-End Lead Times app to create the Supply Chain Network Visibility app. This object-centric app for Inventory Management identifies opportunities to reduce excess inventory and exceed service levels across your organization’s end-to-end supply chain network. You can use its views to visualize the upstream and downstream impact of materials on key performance indicators like supplier reliability and service levels, unlocking strategic, long-term opportunities to optimize your supply chain network. For the Supply Chain Network Visibility app, we’ve added:A value assessment dashboard to provide insights and recommend targeted actions to reduce excess and obsolete inventory, prevent excess replenishment, and improve service levels.A downstream network perspective for you to analyze the impact of raw materials on the downstream supply chain network, and their effects on the creation and delivery of finished goods and potential root causes like extended production lead times.Inventory projection to give you visibility into forward-looking KPIs like uncovered demand, excess supply, and days until stockout.A management dashboard to surface procurement, production, sales, and inventory metrics in an aggregated, accessible manner.The Supply Chain Network Visibility app is a premium app and requires an additional licensing fee. Talk to your Celonis account team to arrange this. For the app documentation, see Supply Chain Network Visibility app - object-centric.

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Multi-sliders in Process Explorer (2024-05-29)

Multi-sliders in Process Explorer (2024-05-29) The slider controls in Process Explorer use two multi-sliders to explore the events of individual objects and connections within your process. In these multi-sliders, each object or connection appears as a different slider and is color coded to match the objects in the process graph. For more information on using multi-sliders, see Multi-object Process Explorer. Moving a slider up will add the next most common event or connection for that specific object, while sliding down removes the least frequent event or connection that is currently displayed for that object. For example, you can adjust the slider for one object upwards to add the next most frequent event for that object to the graph while the remaining objects are not changed. However, if the event being added does not connect to the events currently displayed for this object, additional events will be added to connect the event being added. If the event being added is shared with other objects, it is only added for the object corresponding to the slider you adjusted. However, for the other objects, this event will display empty circles to indicate that it is not included. If a slider has been used to explore the current process, the colored square corresponding to that object will be highlighted with a blue border, even if the multi-slider is collapsed (see the middle object in the screenshot below). This indicates that events or connections have been added to the process flow currently shown.

Related products:Process Analysis

Improvements in the perspective builder (2024-05-28)

Improvements in the perspective builder (2024-05-28) We're upgrading the perspective builder to make it easier for analysts to build custom perspectives for processes. You'll see these changes in your user interface soon, on the Perspectives page in the Objects and Events UI. You can now click an object type in the perspective or the object list to select it. You’ll get an object details panel where you can view and edit the other object types that are related to it in the perspective. There’s also an Exclude button to exclude the object type. (Previously, when you clicked an object, you’d get the option to exclude it from the perspective.)When you select an object, we’ll put the focus on it by highlighting it and centering the graph on it, and collapsing multiple relationship lines between pairs of objects into a single line. By default, we'll also only show the objects adjacent to your selected object. You can change that setting in the display options.We've simplified the flow and reduced the number of clicks to add an object or choose a strategy for a relationship.You can now include and embed the same relationship, and we've made it clearer which is which.We’ve put in some new display options that make it easier to show only the things that are relevant to you. For the perspective builder documentation, see Creating custom perspectives and event logs.

Accounts Payable Starter Kit, object-centric (version 1.

Accounts Payable Starter Kit, object-centric (version 1.1.0) and case-centric (version 1.3.0) (2024-05-10) New Paid On-Time formula, more KPIs and inefficiencies addedFor these new versions of the object-centric and case-centric Accounts Payable Starter Kit, we’ve rebuilt the ‘Paid On-Time’ formula and classification. The new method classifies invoices into Early, On-Time, and Late, and distinguishes between cash discount and non-cash discount invoices. The new calculation dynamically adjusts the due date per invoice line depending on the cash discount amount taken, removing the possibility of an invoice being flagged as an early payment due to a cash discount being taken.For Invoices with no cash discount taken, the latest payment term is used to calculate the invoice due date.For Cash Discount Invoices, the amount taken is compared against the Cash Discount available in the payment terms.When the cash discount taken is equal or less than the middle payment term cash discount amount, then the middle payment term is used as the due date for the On-Time Payment calculation.When the cash discount taken is greater than the middle payment term cash discount, then the earliest payment term is used to calculate the Invoice due date. We’ve also added new KPIs and inefficiencies to the Days Payable Outstanding use case tab:Maximum DPO based on Best terms KPIMaximum DPO based on PO terms KPIUnfavorable PT mismatch (Inv/PO) InefficiencyUnfavorable PT mismatch (Inv/MD) InefficiencyAvg. Days Paid Early (only in the object-centric kit)Avg. Days Paid Late (only in the object-centric kit) In the case-centric kit, we’ve added profile views to all inefficiencies, except Duplicate Invoices. The profile views include information about available pre-built applications that can be used to resolve the inefficiencies, as well as possible root causes for them.For the documentation for the object-centric kit see Open Credit Memo app - object-centric, and for the case-centric kit see Open Credit Memo app - case-centric. 

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Studio Enhancements are Generally Available! 🚀

Studio Enhancements are Generally Available! 🚀 After a successful Limited Availability phase with over 80 customers, many positive testimonials and the latest feature additions … We’re excited to announce that the Studio Enhancements are Generally Available! 🚀 You can now analyze your case and object centric data models and build sleek looking dashboards and applications on top of them with an intuitive, integrated and fast user experience! I would like to take this as an opportunity to thank our LA customers for their trust and helping us shape the first version of this product, as well as the huge team in Product and Engineering as well as our colleagues in Academy, Services and Value Engineering to make this happen. 🙏 Since this morning we are live with aUpgraded Studio experience 💅Updated navigation tools to find assets with an improved search functionality and the ability to pin the most important apps and restore them from trash.Better content management with guided creation flows and the ability to restore deleted assets from trash. ✨ Joyful View creation and editing - a step change in how users can build new apps! ✨Drag and drop interface to position components on Views with a flexible layout and multiple tabs. Components can be configured with an intuitive UI and easy-to-use chart templates.Filter bar integrated into any View that can be configured to filter on any data dimension.Actions integrated into tables to send emails, export content, and run action flows.Simplified, more intuitive interface with access to central knowledge definitions to build metrics.  🎯 And this is just the start - While we are going GA now, rest assured that we won’t stop here. You can expect many exciting features in the coming months as we will further improve the experience and move towards full feature parity and beyond compared to Analysis and legacy Views. We highly recommend to use the Studio and View Enhancements in new implementations where they already meet the needs to enjoy the new ease of use and flexibility. Want to learn more?📃 Visit the updated Studio and Views documentatio📽️ Watch our Analyst intro video 🎓 Take our Celonis Academy training track: Building Views in Studio.🗓️ Join our Studio team for a webinar series: Enhanced Studio Experience Series; Starting May 22🥜Follow the tag Studio to follow along of 30 days of knowledge nuggets about the new experience, starting tomorrow!

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COALESCE validation change for custom transformations (2024-04-16)

COALESCE validation change for custom transformations (2024-04-16) We've changed the way the SQL analyzer validates SQL statements that include the COALESCE() function. To ensure consistent behavior, all the operands for COALESCE should be of the same data type. If they aren't, COALESCE might return the result as a data type that you didn’t expect, causing downstream errors that are harder to troubleshoot.Previously, our SQL analyzer allowed mixed data types for COALESCE. From this week, it’ll return an error if you try to publish your object-centric data model with a statement like that in a custom transformation. The error message looks like this: Cannot infer return type for COALESCE; operand types: [....] Transformations that you already published won’t stop working, but you’ll see the errors when you next attempt to publish. In order to publish the transformations, you'll need to resolve these errors by changing each affected SQL statement to use the same data type for all the operands for COALESCE. For example, this statement mixes a column with the TIMESTAMP data type, and a timestamp represented using the STRING data type: COALESCE(timestamp_column, ‘2024-04-16’) You can fix this by giving the literal the correct data type: COALESCE(timestamp_column, timestamp‘2024-04-16’) For the instructions to work with custom transformations, see Creating custom transformations.