INNORIX HYPERLANE — GLOBAL HIGH-SPEED DATA TRANSFER
Move large data faster,
across countries and continents.
A long-distance data transfer service that combines high-speed file transfer technology with a global high-speed network.
What if you had to send large volumes of data from Korea to Europe?
Suppose you need to move tens or hundreds of terabytes stored in a Korean data center to a data center or GPU cluster in Europe.
An ordinary internet connection can transfer those files. But as the volume grows, the transfer can take days.
Even on a fast line, round-trip time, network congestion and packet loss over long distances can hold actual file transfer speed well below expectations.
Hyperlane improves both the way files are transferred and the network they travel on.
Seoul
Source Data Center
Frankfurt
Destination GPU Cluster
- High-speed file transfer engineControls the transfer so data moves efficiently even over long distances.
- Global high-speed networkWhere needed, arranges a more suitable connection path and transfer capacity.
We design the actual transfer environment around your source and destination, data volume and target completion time.
BEYOND TRANSFER PROTOCOLS
For the problems a different transfer program alone cannot solve.
Technology that sends files efficiently and technology that improves the network they travel on solve different problems.
An ordinary file transfer program can be fast enough between nearby servers.
Over long distances, however, latency, packet loss and congestion can drag actual throughput down.
A high-speed transfer engine improves how well the network is used, but it cannot remove limits in the network capacity and path themselves.
Hyperlane reviews the transfer engine and the network configuration together.
- Transfer methodOptimized transfer method
- NetworkDesigned global network
Where needed, improves the path and the capacity as well.
| Problem | High-speed transfer engine | Global network |
|---|---|---|
| Long-distance latency (RTT) | Eases the effect of waiting through parallel processing and transfer control | Reviews the latency characteristics of the path |
| Packet loss | Loss recovery and optimized transfer control | Reviews quality improvements for the segment where the loss occurs |
| Underused bandwidth | Concurrency and transfer rate control | Confirms the bandwidth actually available |
| Insufficient line capacity | Cannot exceed the physical capacity | Reviews additional capacity or connections |
| Path congestion | Eases some of the effect | Reviews another path and Interconnect |
Using UDP does not, by that fact alone, guarantee high-speed transfer.
With TCP or with UDP, actual performance depends on the transfer control method, the latency and loss of the network, and the processing performance of the sending and receiving equipment.
What sets Hyperlane apart is not the name of a particular protocol but that the transfer software and the actual network environment can be improved together.
GLOBAL NETWORK INFRASTRUCTURE
A high-speed network reaching overseas, configured for your environment.
Segments where existing connections are sufficient stay as they are; only the segments that need it are reviewed for path and capacity.
We start by checking your existing network.
Where the existing connection already delivers enough performance, we use it as it is.
Only where additional connectivity or capacity is required do we review the network configuration of that segment.
The customer access line and the destination storage performance are decisive conditions for overall transfer speed.
- Private InterconnectConnection between networks
- Dedicated CapacitySecuring the capacity required
- Redundant PathReviewing an alternate path
| Component | Description |
|---|---|
| Regional Ingress / Egress | The entry point where the customer network joins the global long-haul network, and the exit on the destination side. |
| Global Backbone | The long-haul network that carries data between countries and continents. |
| Private Interconnect | Where needed, uses private connections between carrier, data center and cloud networks. |
| Dedicated Capacity | Estimates the network capacity the transfer target requires and reviews the connection methods available to secure it. |
| Redundant Path | Where transfer continuity matters, reviews whether an alternate path can be arranged alongside. |
ONE CONTINUOUS TRANSFER
Transfer directly without intermediate storage, and resume after an interruption.
From very large files to vast numbers of small ones, efficiency and reliability are considered together.
When large files are sent overseas, the stability of the transfer matters as much as its speed.
Some data movement setups first stage files in intermediate cloud storage and then send them on to the destination. That approach needs separate storage space and a separate management process.
Hyperlane is configured to transfer data directly from source to destination without loading it into an intermediate file store.
Parallel transfer and transfer control handle varied file compositions, and if the connection drops mid-transfer, recovery avoids needlessly resending data that already arrived intact.
Source
Staging Storage
Destination
Source
Destination
- Parallel transferTransfer work is processed in parallel according to file size and count and network conditions.
- Interruption recoveryEven after a dropped connection or a restarted machine, the transfer state is checked and the remaining work continues.
- File integrityTransfer results are checked and the source and destination files are verified to match.
BUILT FOR REAL DATA MOVEMENT
For projects that must move large data far, within a fixed time.
From data center migration to AI data supply, for work where the transfer completion time matters.
Not every file transfer needs Hyperlane.
If the existing network already delivers enough performance, a separate global high-speed network may not be necessary.
Where the data volume is large and the completion time matters, Hyperlane is worth reviewing.
- Data center migrationMoving large files and datasets to an overseas data center
- AI and GPU data supplySending training datasets to a remote GPU cluster
- Cloud and cross-region movementMoving data between on-premises and cloud, or between different regions
- Remote storage replacement and consolidationMigrating and consolidating files between storage systems in different regions
HOW HYPERLANE WORKS
We test in your own environment and start the service on performance we have verified.
We confirm the target transfer time and verify performance with your real files on your real network.
We judge it by what an actual transfer does.
When we compare your current method with Hyperlane, we use the same source, destination, file makeup and storage conditions wherever we can.
Rather than a peak reading, we look at the throughput held during the transfer and the time it takes to finish.
Where the network changes, we report the effect of the transfer engine separately from the effect of that change.
- RequirementsTransfer route, data volume and target completion time
- Network designConnection conditions, paths and the capacity needed
- Test environmentTransfer engine and network connections made ready
- Performance verificationThroughput and completion time measured with real files
- Service rolloutOperating conditions settled on the verified result
Faster than an explanation: try it yourself.
Create the transfer your people will run as a Portal.
INNORIXPortal
Requested by Sales Ops, 09:12, shared with the operations admin
Overall progress0%
RejectStart transfer
Runs5 runs, latest first
All
Flow / RunTransferStatusFilesSize
master_deliverySTUDIO-WS-01 → PARTNER-NAS-01Waiting0%010.4 TB
Log collection12 devices → LOG-COLLECT-01Completed100%3,6304.2 GB
Configuration syncCFG-MASTER-01 → 8 devicesWaiting0%01.1 GB
Dataset transferNAS-BACKUP-01 → 4 devicesTransferring43%6,3691.2 TB
Release distributionSG-CDN-ORIGIN → 3 devicesCompleted100%314.46 GB
GET STARTED
Do you have large data that has to move overseas?
TECHNICAL FAQ
Frequently asked questions
How is Hyperlane different from ordinary high-speed file transfer?
It is a service that combines INNORIX's high-speed transfer technology with a global transfer network and route and capacity design matched to the customer's environment. The focus is moving large volumes of data between countries and continents within a target time.
What scale of data can Hyperlane transfer?
It is designed for transfers from hundreds of TB up to PB scale. The scale and the time actually achievable are decided by verifying the origin, the destination, the file composition, the network and the storage performance.
Are files stored on an intermediate server?
Hyperlane is designed to deliver continuously from source to destination with no separate intermediate file store and no staging copy. The network path can include transfer equipment and relay segments, but that is distinct from intermediate file storage.
Is a dedicated network or a leased line required?
Not always. Depending on the volume of data, the target arrival time and the customer's environment, we either use the global transfer network or review options such as dedicated capacity and private interconnect.
Can it transfer from Seoul to a data center in Europe or the United States?
It is intended for transfers between countries and continents. Whether a particular origin and destination can be served, and the route and performance, need review in advance.
Does it guarantee that the data arrives within a set time?
Hyperlane is designed around the sustained throughput a target arrival time requires, and verified against the real environment. Whether that is guaranteed contractually, and on what terms, is settled in the individual service proposal and contract.
How is the transfer speed determined?
Source read performance, access bandwidth, latency and packet loss on the long-haul network, destination write performance and the transfer settings all affect the overall throughput.