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Intelligent Situation AutomationIntelligent Situation AutomationResolves SAP S/4HANA and SAP S/4HANA Cloud business situations automatically by applying business rules, as an extension of Situation Handling with a dashboard over the time it saves.sap official, btp
Rule-based resolution of SAP S/4HANA business situations
SAP Build Process AutomationSAP Build Process AutomationSAP's low-code and no-code tool for business processes: graphical process models, drag-and-drop forms, decision tables and robotic process automation bots, with dashboards over running process instances.sap official, btp
Low-code and no-code tool for business processes and RPA bots
Generate agentic workflows using SAP-managed n8n in Joule StudioGenerate agentic workflows using SAP-managed n8n in Joule StudioSAP-managed n8n inside Joule Studio generates a workflow from a business intent a developer states, and the workflow is then tested and deployed, consuming line-of-business application APIs, events and agents in SAP Business AI Platform: process automation with the workflow generated from intent, and agent tooling where the workflow calls agents. The generated workflow sends notifications to the Joule Work mobile app of SAP Joule, to Microsoft Teams or to Slack. SAP's abstract names the pieces and not how the generation or the n8n hosting works. A two-hour hands-on TechEd 2026 session (Tuesday 27 October, Berlin), presented by Rama Sulakshani Murari, Rumen Dimitrov, Seshadri Sreenivas Ramanarayanan and Venugopal Chembrakalathil, written here from SAP's abstract; the recording is not yet published.
How Have SAP Customers Adopted n8nHow Have SAP Customers Adopted n8nA Devtoberfest 2026 session on what SAP customers are building with the standalone edition of n8n, from a partner who maintains an SAP OData node for it: use cases across purchase-to-pay, sales, finance and IT service, two live workflows, and the rules he works to — released SAP APIs only, no LLM in the decision path, exceptions to a person. The tool-choice half is where the edges hold: SAP Integration Suite is placed as the job for governed, high-volume system-to-system integration, and its MCP server is what the agent in the second demo reads SAP data through, while process automation is the concern the session sorts between document intake, approvals and the bot inventory that stays with RPA. The first demo is an order-confirmation check that reads a PDF, compares the lines against the purchase order over OData, asks a person, then writes the confirmation back.SAP Developers, published 2026-10-08
Navigating the road map for SAP Cloud ERP: Today, next, and beyondNavigating the road map for SAP Cloud ERP: Today, next, and beyondSAP's near-term and long-term plans for SAP Cloud ERP by theme: embedded AI, process automation, lifecycle management and extensibility, with timelines and adoption paths toward what SAP calls the Autonomous Enterprise. SAP Cloud ERP has no artifact here, so the edges are to the two concerns the road map names, Extensibility and Process automation; the abstract names no product or feature under either, and whether its process automation is SAP Build Process Automation is not stated. A TechEd 2026 session (Tuesday 27 October, Berlin; also TM815V, virtual), presented by Lawrence Martin and Sasa Markovic, written here from SAP's abstract; the recording is not yet published.
SAP Codejam on Event Driven Build ProcessSAP Codejam on Event Driven Build ProcessA hands-on CodeJam walkthrough of an event-driven flow: a Business Partner creation event from a simulated S/4HANA Cloud system is published to SAP Advanced Event Mesh, where the author configures topics, queues and subscriptions and forwards it through a REST Delivery Point to SAP Build Process Automation, which runs a business process with a human approval step and an asynchronous callback to a third-party system. The event producer stays unaware of its consumers, with SAP Build acting purely as an orchestrator reacting to events.Sharathmg, published 2026-02-03
SAP MDG Cloud Ready Mode: 5 Solution Patterns, Zero BADIs: How We implemented 5 typical requirementsSAP MDG Cloud Ready Mode: 5 Solution Patterns, Zero BADIs: How We implemented 5 typical requirementsA field report from an 80%-complete SAP MDG-BP Cloud Ready Mode implementation, showing five requirements it met without BAdIs or modification: business-partner context and the MDG UI shown inside the My Inbox app, rule-based multi-step approval routing with exclusive-choice nodes, agent determination through BTP role collections, and role-specific Fiori App Variants that give Finance Experts only bank-detail fields while Approvers get full write access. Each pattern works the same way underneath — a BTP Workflow service task reads business-partner attributes over OData into the workflow context, and a user task, route or app variant reacts to it — built with key-user extensibility or SAP Business Application Studio rather than custom ABAP.steffen_ulmer, published 2026-06-01
SAP Responsibility Management serviceSAP Responsibility Management serviceA BTP service that resolves who is responsible for a business process, object or work item from condition-based rules or teams, and notifies them, for a workflow or another framework to call.sap official, btp
Resolves who is responsible for a process or item, and notifies them
@sap/cds@sap/cdsThe CAP Node.js runtime, which compiles the CDS model, serves the services declared in it, answers generic requests before any handler runs, and loads every cds-plugin.sap official, cap
CAP Node.js runtime
com.sap.cds:cds-feature-flowcom.sap.cds:cds-feature-flowAdds declarative status-transition flows to CAP Java: entry and target states on a bound action, validated and applied by a generic handler that answers 409 Conflict from a wrong state.sap official, cap
Declarative status-transition flows on bound actions in CAP Java
Everything new: Try out the latest features in CAPEverything new: Try out the latest features in CAPCAP (@sap/cds) gains the features this hands-on session works through: declarative constraints, which is the input validation concern, status flows as status transition flows, a cds REPL, extensibility through @sap/cds-oyster, and HCQL, which SAP's abstract calls CAP's native query-over-HTTP protocol, after an opening stretch of AI-driven app development. The abstract names the features and stops there; what each one does is not described. A TechEd 2026 hands-on session (Wednesday 28 October, Berlin), presented by Daniel Hutzel, Daniel Schlachter, Marc Huber and Tim Back, written here from SAP's abstract; the recording is not yet published.
@cap-js/n8n@cap-js/n8nTriggers n8n workflows from a CAP application through @n8n.process.start annotations or a programmatic n8n service, resolving credentials from local config, a Cloud Foundry binding or a BTP destination.sap official, cap
Triggers n8n workflows from a CAP application
@cap-js/process@cap-js/processStarts, cancels, suspends and resumes SAP Build Process Automation processes from a CAP service through entity annotations, or through a typed CDS service imported from the process definition.sap official, cap
Starts and manages SAP Build Process Automation processes from CAP
cap-n8ncap-n8nMaps CAP onto n8n: a programmatic workflow API, @n8n.trigger annotations dispatched through the transactional outbox, and a typed cds import --from n8n.independent, cap
Integration of CAP with n8n workflows and triggers
com.sap.cds:cds-feature-n8ncom.sap.cds:cds-feature-n8nTriggers n8n workflows from a CAP Java application through @n8n.process.start annotations or a programmatic N8nService, delivered by webhook calls through the CAP outbox.sap official, cap
Triggers n8n workflows from CAP Java through the outbox
Trigger an SAP Build Process Automation Workflow from CAP Using the @cap-js/process PluginTrigger an SAP Build Process Automation Workflow from CAP Using the @cap-js/process PluginA step-by-step setup for starting a Build Process Automation workflow from CAP through the plugin rather than through direct REST calls, which is how it had to be done before. Covers both ends: deploying the process in the SBPA designer and finding the workflow instance id it produces, then wiring the CAP side to it. Written against the first beta, released 26 April 2026, so the shape is settled but the surface may not be.Jacky Liu, published 2026-07-02
Under no capability
Supply Chain RescueSupply Chain RescueA CAP and SAPUI5 demo of recovery from a supply disruption: the server calculates every proposal and an approver applies it, with a battery recall traced in an ABAP system through HANA Graph openCypher.independent, cap
CAP and SAPUI5 demo of recovery from a supply disruption
No license Neither the package manifest nor the repository tree declares a licence.
Functional boundary The data is illustrative: availability is binary and backup capacity unlimited, and the model carries no inventory; nothing in it is forecast or priced. The recall half runs only against classic ABAP, because its openCypher trace goes through ADBC, which is not released for ABAP Cloud, and it expects an SSH tunnel to the A4H system it was built against. A plain `npm start` passes no model key, so the agent cannot be used on a server started that way.