File Transfer
Embedded File Transfer
Introducing INNORIX Embedded Transfer, which connects file transfer capability while leaving your existing application's screens and logic exactly as they are.
File Transfer
Make File Transfer a Native Feature of Your Application.
Creating a single upload button is not difficult. But when a real service needs to handle multi-GB and TB-scale files, massive numbers of files, long-running transfers, and unstable Networks, the Application itself must implement and operate Progress, Resume, Retry, Parallel Transfer, Recovery, Integrity, Concurrency, and Transfer Results.
Your Application
Upload Files
- Your Application
- INNORIX Transfer
- Server
- Storage
- Cloud
INNORIX Embedded File Transfer integrates Enterprise File Transfer as a product capability while preserving the existing Application UI and Business Logic. Users send and receive files inside the Application they already use, developers connect the Transfer Capabilities they need, and operations teams manage Transfers generated across multiple Applications as a single Infrastructure.
File Transfer
Bring Enterprise File Transfer into the Existing Product Experience.
The core of Embedded File Transfer is not the API itself. The key is to make the experience of sending and receiving files part of the original product within existing Workflows in Customer Portals, Research Systems, Manufacturing Systems, Content Services, and internal enterprise applications.
Users do not need to move to a separate Transfer Tool. They can select files, view Progress, and use completion results in the next business step within the current Application. The Transfer may be a visible Upload or Download, or it may run in the Background with the user barely aware that a transfer is taking place. INNORIX handles the actual Data Movement, while the user-facing Experience remains aligned with the Application's purpose and UX.
Application Experience, Embedded Transfer
Before
- Your Application
- Business Workflow
- Basic Upload
- Transfer Limitations
With INNORIX
- Your Application
- Business Workflow
- File Transfer
- INNORIX Transfer
File Transfer
Let the Application Handle the Business While INNORIX Handles the Actual File Transfer.
Existing Application Authentication, Authorization, Business Logic, and user Workflows are not moved to INNORIX. The Application continues to decide who sends which files and why, what the Source and Target are, and what business action should happen after the Transfer.
INNORIX connects the File, Source, and Target selected by the Application and handles Large File Handling, Parallel Transfer, Resume, Retry, Recovery, and Transfer Results. By separating these roles, the Product Team can focus on the existing UX and Business Logic while the Transfer Layer specializes in Data Movement and completion state.
Your Application, INNORIX
- Your Application — User, Workflow, Business Logic
- Transfer Request
- INNORIX
- Source
- Target
- Transfer Result
File Transfer
Choose the Transfer Experience That Fits the Product UI.
Not every Application needs to present File Transfer in the same way. A Customer Portal may directly show a File Selector, Progress, and completion status. A Research System may run a Dataset Transfer behind a business Action such as Submit for Analysis. An Enterprise System may process the Transfer in the Background without requiring additional user interaction.
Embedded UI, Custom UI, Headless, Background, and Workflow approaches do not imply different Transfer Engines. Whatever Experience the Application provides, it uses the same INNORIX Transfer Capability, while Product UX determines how visible the Transfer is to the user.
Integration, Approach
Customer Portal
Research System
File Transfer
Connect the Data Movement Required by the Business Beyond Upload and Download.
Embedded File Transfer is not limited to adding a Browser Upload function. Because the Application requests the Data Movement required by the business and INNORIX executes the actual Transfer, it can extend beyond User → Server to Server → Server, Server → Object Storage, Storage → Processing, Device → Data Center, and Dataset → AI Compute.
The Application continues to manage the starting point and status of the business process. When a user submits a Dataset or starts an analysis, the Application determines the required Source and Target and requests the Transfer. INNORIX executes the Data Path and returns the result. This means as Application capabilities expand, the required Data Movement can be added through the same Integration without rebuilding a separate Engine for every new Transfer method.
Business Action in the Application, Data Movement
- Your Application
- INNORIX DevKit
- User ↔ Server / Storage
- Server ↔ Server
- Server ↔ Object Storage
- Device → Data Center
- Storage → Processing
- Dataset → AI Compute
File Transfer
Separate Business Control and Large-Scale Data Movement into Their Own Paths.
When an Application requests a Transfer, the large-scale Data itself does not need to move through the Application Backend. If the Backend manages user authentication and business status while also directly handling hundreds of gigabytes of Data Path traffic, the scalability of Product Logic and Transfer Infrastructure can begin to affect each other.
The Application handles Business and Control and requests Transfers through an API, while the INNORIX Platform performs Transfer Control. Actual Data is configured to move between the required Source and Target, allowing Business Logic and Data Movement to scale independently.
- Your Application — Business / Control
- API / Request
- INNORIX Platform — Transfer Control
- Source
- Target
File Transfer
Provide Large File and High-Volume Transfer as Capabilities of the Existing Application.
Once an Application begins handling large files, a simple Request/Response model quickly becomes more complex for both user Experience and operations. Long-running Transfers require Progress and Resume, Network interruptions require Recovery, and actual business workflows require the Application to receive a clear Result confirming that the Transfer has completed.
Datasets containing thousands or millions of files can be handled within the same Application Experience as a single large file. INNORIX applies Large File and High-Volume Transfer Capabilities to Embedded Transfer to process Single Large Files, Many Small Files, Directories, and Mixed Datasets. Even if users see them as a single Dataset or Project, the Transfer Layer manages processing state and results down to the individual File level.
Data Profile, Applied Transfer
- Your Application
- large-dataset.dat, 78%
- Resume, 100%
- Dataset-A, 1,284,392 Files
- INNORIX Transfer
- Target
File Transfer
Connect Transfer Events and Results to the Existing Business Workflow.
File Transfer is usually not the end of a business process, but the starting point for the next Process. When a user submits a Dataset for analysis, the Application can start the Transfer and, once it completes, launch the analysis system or change the Application Status from UPLOADING → READY.
The existing Application determines and executes the next Business Process, while INNORIX provides Transfer Progress, Status, Results, and Callbacks. Instead of interpreting internal Transfer Logs, the Application can receive a clear completion result that can be used by the business and connect it to the state and next Action of the existing Workflow.
Interface, Role
- User Action
- Create Transfer
- Transfer Running
- Transfer Complete
- Result / Callback
- Application Status
- READY
- Next Business Process
File Transfer
Reuse the Same Transfer Engine Across Web, Desktop, and Enterprise Applications.
More important than the form of the Application is what files the business needs to move and where they need to go. Web Applications, Desktop Apps, and Enterprise Apps may have different UIs and execution models, but they can use the same Transfer Capability through a common Engine.
DevKit provides the Interface that connects the Application and Transfer Layer. APIs and SDKs, Embedded UI, and Headless Integration are not the purpose of the product itself, but Integration Methods for implementing the same Transfer Capability within the existing Product Experience. When a new Application is added, the same Transfer Layer can be reused instead of building a separate File Transfer Engine for each product.
- INNORIX DevKit
- Web Application
- Desktop App
- Enterprise App
- INNORIX Transfer
File Transfer
Operate the Application Backend and Transfer Engine Independently.
The Application Backend continues to handle its existing responsibilities such as Authentication, Authorization, Business Logic, Database, Transactions, and Workflows. Transfer State and Resume, Retry, actual Data Movement, File Results, and Receipt are managed by the INNORIX Transfer Layer.
This separation of roles is also important for development and operations teams. The development team maintains Product Logic and user Experience while connecting only the required Transfer Interfaces, and the Transfer Layer handles large-scale and high-volume Data Movement and Recovery. The Application Release Cycle and Transfer Infrastructure operations can remain separate while each area scales to the required level.
Application Backend, INNORIX Transfer
- Application Backend — Auth, Business, Database, Workflow
- Integration Layer
- INNORIX Transfer — Data Movement, State, Recovery, Result
File Transfer
Operate Transfers from Multiple Applications on One Platform.
Transfers embedded in Applications do not need to remain operationally scattered across each Application. Portals, Research Apps, Factory Apps, Media Apps, and AI Platforms can maintain their own UIs and Business Logic while using a common INNORIX Transfer Layer.
Users perform their work within each Application, while the operations team uses Devices, Flows, Runs, File Status, Monitoring, and Receipt to view Transfers generated by multiple Applications within a single operational domain. As more Applications across the organization require File Transfer, Product Experiences can remain separate while Data Movement Infrastructure is operated as a shared layer.
User, What They See
- Portal
- Research App
- Factory App
- Media App
- AI Platform
- INNORIX Transfer Layer
- Server
- Storage
- Cloud
- Device
Runs, Monitoring, Receipt
File Transfer
Expand from One Embedded Transfer to Complete Data Movement.
You can begin by adding a single Upload or Download function to an Application. As the business expands, the same Integration can connect the Transfer Capabilities required for Large File, High-Volume, Server-to-Server, Object Storage, Distribution, Collection, Automated Transfer, and AI Data Delivery.
The core of Embedded File Transfer is not ultimately the number of APIs or SDKs. The key is to include Enterprise File Transfer as a capability within the product users already know instead of requiring them to learn a new Transfer Product, while developers and operations teams extend the Data Movement behind it through a shared Transfer Layer.
- Application
- INNORIX DevKit
- Large File
- High-Volume
- Server-to-Server
- Object Storage
- Distribution / Collection
- Automated Transfer
- AI Data Delivery
File Transfer
Make File Transfer Part of Your Product.
Connect INNORIX Transfer Capabilities to Upload, Download, and Data Movement while preserving the existing UI and Business Logic.
Users send and receive files within the Application they already use, developers connect the required Transfers through APIs and SDKs, and operations teams manage Transfers generated across multiple Applications on a single Platform.
Keep the Product Experience. Power File Transfer with INNORIX.
Implement file transfer in your application yourself.
INNORIX Embedded File Transfer makes the INNORIX Platform's file transfer capabilities available for integration into your existing applications and services. Check the API, SDK and implementation examples in the Developer Guide, and connect the file transfer features you need yourself.
View the Developer GuideWant to add file transfer to your application?
We'll help you review the file transfer features and integration method your existing application needs.
- Review of Web, Desktop, and business system environments
- Proposal for API and SDK integration approach
- Guidance on applying it to your existing UI and Workflow