Demonstrate the process of making a procurement process through a step-by-step approach from simple to complete.
After watching this video, you can have a more intuitive understanding of the feasibility of business personnel to build applications on the FlowPortal platform, and the level of complexity of applications that can be built.

Through this video, you can understand what kind of methods and functions FlowPortal provides, so that the department and the business personnel in the department can easily participate in the system and build the business belonging to the department in the system.
So as to understand how FlowPortal extends the information construction to every department and every business person in the company.

Business personnel will also use enterprise professional data (such as supplier lists) when building applications. This video demonstrates how IT staff can plan, publish and simplify these professional data for business personnel to use.
The IT department standardizes more enterprise shared data into easy-to-understand basic data services, thereby improving the efficiency of business personnel in building applications and expanding the boundaries of low-code applications.

Business personnel have already completed 99% of the work, but there is still a little bit left that they can't finish. What should be done?
This video demonstrates how the FlowPortal source code-level form designer can smoothly achieve complex requirements through code extension on the basis of what business personnel have designed, without discarding the existing achievements.

FlowPortal can encapsulate the unique form requirements of the enterprise into components, making it more convenient and efficient for business personnel to use.

Through examples, the differences between BPMN2 and OA process engines are illustrated, and how BPMN2 can better meet the requirements of enterprise business processes.
It helps enterprises to better understand the differences between BPMN2 and OA process engines when selecting process engines, so as to select the process engine that is more suitable for their enterprises.

Through the integration examples with SAP, Yonyou U8, Kingdee, WebService, OpenAPI, and databases, you can quickly understand the low-code and efficient features of the FlowPortal integration platform.
FlowPortal BPM low-code and visual integration platform helps enterprises achieve efficient and intelligent integration across systems.

The example of triggering the internal order processing process through the e-commerce platform demonstrates the integration scheme of BPM and cloud platform.
FlowPortal BPM can quickly integrate with e-commerce and enterprise websites through signals, and the loosely coupled integration solution makes the system more flexible and reliable.

Complete OpenAPI manual and website address.
The FlowPortal BPM website has access to the BPM engine and is included in the OpenAPI.

C# is used as the secondary development language in the process to realize the expansion of process functions.
Access the currently executed process, actions performed, logged-in users, form data, and more through the process execution context.

JMeter is used to perform 200, 500, and 1000 concurrency stress tests (initiation process) to simulate the response performance of the BPM engine during regular enterprises, medium and large enterprises, and peak hours.
Experience. The extraordinary charm of the NET8 framework and the excellent concurrency performance and responsiveness of FlowPortal BPM.

Taking the purchase requisition form as an example, the process of creating the form is demonstrated, including common functions such as the detail list, subtotal, total, mandatory fields, and material selection.
After watching this video, you can understand that the form designer of FlowPortal BPM adopts the latest and most mainstream low-code design solution. It is easy to use, rich in functions, and can build most business applications without professional knowledge.

Improve the purchase requisition,make the material information in the purchase requisition form come from the SAP system.
Demonstrates how forms work with an integration platform to quickly capture data from third-party systems (SAP), including the configuration of the ESB and how to use the ESB data on the form.

FlowPortal BPM's form designer is a source-level designer that can implement arbitrarily complex functions on top of low-code design.
This example demonstrates the process of adding a third-party component (signoff history) to a designed form by modifying the form source code, and shows the ability to switch reversibly between a low-code designer and a source code editor.

It shows how FlowPortal BPM form data is stored, which is different from traditional low-code platforms in that each form automatically creates a corresponding database table and stores the data.
Compared with the centralized storage mode of most SaaS platforms, the business storage mode can better meet the needs of enterprises for data statistics, analysis, and reuse.

Demonstrate how purchase requisitions can be quickly multilingual.
For multilingual office scenarios such as multinational companies, the FlowPortal BPM platform can better meet these needs.

By showing the details of the functional design of FlowPortal BPM, we can understand the meticulous and thoughtful side of FlowPortal BPM, and explain why FlowPortal BPM is a BPM platform that is easier to deliver.
The more you know about FlowPortal BPM, the more you like it!

By making a device registration application, you can experience the ease and efficiency of micro-application production.
There is an evaluation of what kind of applications business personnel can do when using the microapplication platform.

Learn how to create a related app and how to link it by ID by creating an equipment maintenance app.
Device repairs require the device registered in the Device Registration app.

Make a micro-application to maintain supplier information in Oracle systems (supplier information is already in use by multiple other systems).
Microapplications can be used to quickly maintain master data located in various systems across the enterprise.

Demonstrate how the Device Registration module can quickly become multilingual.
For multilingual office scenarios such as multinational companies, the FlowPortal microapplication platform can better meet these needs.

In the group application scenario, there are both common processes for the group and each branch has its own process, and this video demonstrates how FlowPortal can meet this need.
FlowPortal supports multi-dimensional process libraries, which can create independent process libraries for each branch, and each branch can independently build processes in its own process library.

JMeter is used to perform 200, 500, and 1000 concurrency stress tests (initiation process) to simulate the response performance of the BPM engine during regular enterprises, medium and large enterprises, and peak hours.
FlowPortal BPM has extraordinary concurrency performance and response speed, which can better carry group-level process applications, and large-scale group BPM can also run like flying.

In the group usage scenario, each branch builds the process independently, and the data source within the branch will be used, and the public data source at the group level will also be used.
This video shows you how to configure public and private data sources.

In the group, sometimes the branch needs its own process operation and maintenance personnel, and at this time, a good data isolation mechanism is required, and the branch operation and maintenance personnel can only see the company's process data to avoid data leakage; This video demonstrates how FlowPortal, as a group-level process platform, supports the need for such independent data operation and maintenance.

In order to improve business flexibility, branches are sometimes allowed to independently build their own processes for the same business, and business data needs to be stored in a unified manner for future statistics. This video demonstrates how to store forms built by different people (branch offices) in the same physical location with the advanced storage capabilities of FlowPortal forms.

Group-level administrative decision-making and approval usually need to combine elements of more than three dimensions, and the flow chart is usually complex when traditional OA implements such processes.
This video demonstrates how the combination of the scope and escalation events in BPMN2 can greatly simplify the construction of such processes and make administrative processes simple and straightforward.

In FlowPortal, it is easy to implement multi-language forms, and this video takes the purchase requisition as an example to demonstrate how to configure multi-language forms.

Quality determines value, details determine success or failure, this video shows the details of FlowPortal BPM process engine.
The more you know about FlowPortal BPM, the more you like it!

One of the most common requirements for integration platforms is the use of third-party system data when filling out forms.
This video uses a purchase requisition as an example to demonstrate the configuration process of selecting SAP items when filling out an order, and shows how to configure the ESB data source and how to use it on the form.

During the process flow, outputting data to third-party systems is also a scenario frequently used by integration platforms.
During the process flow, outputting data to third-party systems is also a scenario frequently used by integration platforms. Taking the purchase requisition as an example, this video shows the configuration of ESB output and how to call the ESB in the process when outputting an order to K3 WISE at the end of the process.

Most process systems can often only output data to one system at a time, and problems often arise when data is output to two or more systems at the same time.
This video shows how FlowPortal's Saga transaction mechanism can better support multiple outputs.