Packages keep growing
Higher-resolution camera media, image sequences, renders, and masters increase both file size and file count.
Media & VFX
Keep high-value production files moving between every handoff.
RIPTON CLOUD helps production teams move large, file-heavy packages between set, editorial, VFX vendors, facilities, and delivery partners through an encrypted desktop workflow.
No generic speed promise. We evaluate your workload, endpoints, and route.
Evaluated transfer path
01
On-set / facility storage
02
RIPTON operator
03
RIPTON receiver
04
Editorial / VFX storage
Workflow example
From a prepared VFX package to the next production team.
Consider an editorial team delivering prepared plates to a VFX vendor. A useful evaluation includes the actual directory structure and file count, not just a single substitute archive.
- 1
Prepare the handoff
Choose representative plates or production files and identify the receiving team. Your production tools remain responsible for editorial metadata and version decisions.
- 2
Move and follow the package
Use the authorized Desktop path for the local workload. Follow progress and completion while the transfer crosses the evaluated facility or partner route.
- 3
Verify the production outcome
Review the delivered workload, elapsed time, and any recovery behavior with the receiving team. Keep creative review and asset cataloging in your existing tools.
Bring total size, file count, source and destination locations, and your delivery deadline. We can scope a demonstration around the handoff your team actually needs.
Production pressure
The transfer should not become another dependency on the schedule.
Production assets are large, valuable, and repeatedly handed between people and locations. When a difficult route slows or interrupts the movement, editors, artists, facilities, and delivery teams wait.
Every handoff has a deadline
Dailies, vendor round-trips, approvals, and final delivery are connected to downstream work and booked people.
The route is rarely ideal
Remote locations, partner networks, long-distance facilities, and busy links introduce latency and loss outside the production team’s control.
Workflows
Where the transfer path matters most.
Camera media · audio · dailies packages
Set to editorial
Move camera originals, audio, and prepared dailies packages from a shoot or remote facility to editorial.
EXR sequences · textures · renders
VFX round-trips
Exchange plates, textures, caches, review media, and rendered frames between studios and external vendors.
ProRes · IMF · DCP · project archives
Master and archive movement
Move prepared delivery packages or completed project assets to a distributor, facility, or archive workflow.
RIPTON CLOUD in the workflow
A focused transfer layer with inspectable controls.
The product earns its place by moving prepared data between endpoints—not by claiming ownership of every system around it.
File-heavy package handling
RIPTON is designed to move structured directories as a first-class transfer workload rather than asking operators to manage every file separately.
Encrypted by design
Packet encryption and authentication are built into the protocol for every transfer path under evaluation.
Operator-friendly desktop flow
Production users can select and follow a transfer without becoming network-tool specialists.
Route-specific proof
Test a representative production package between relevant locations and review the measured outcome together.
Product boundary
Move the assets. Keep the production stack.
RIPTON CLOUD sits in the file-movement portion of the production workflow. It does not claim to replace editorial, MAM/DAM, review, archive, transcoding, or live-production systems.
What it covers
- Prepared production package transfer
- Large files and structured directories
- Encrypted endpoint-to-endpoint movement
- Desktop transfer operation
What stays with your stack
- Live video contribution
- Media search and preview
- Transcoding or quality control
- MAM, DAM, review, or archive management
Evaluation path
Prove performance on the route that matters.
A useful benchmark records the workload, endpoints, network conditions, software versions, and timestamps—not just the best number on a screen.
- 01
Choose a real handoff
Select one representative package, such as dailies, a VFX delivery, a master, or a production archive.
- 02
Capture the current process
Record the existing tool, route, elapsed time, failures, retries, packaging work, and operator steps.
- 03
Repeat with RIPTON
Use the same locations and workload wherever possible, with agreed endpoints and test conditions.
- 04
Review production fit
Evaluate the delivery result together with security, infrastructure, and the operators who own the handoff.
Related
Read next.
FAQ
Questions technical buyers ask.
Does RIPTON CLOUD replace our MAM or DAM?
No. RIPTON CLOUD is the data-movement layer for prepared files and directories. MAM/DAM search, metadata, preview, lifecycle, and permissions remain with those systems.
Can RIPTON CLOUD move live camera feeds?
This solution is for file-based workflows. It should not be presented as live contribution or streaming transport.
What should we use for a production test?
Use a representative package with realistic file sizes, file counts, directory depth, endpoints, storage, and route conditions.
Technical evaluation
Test the production handoff that already costs you time.
Bring a representative package and route. We will help you define a focused evaluation for your production and infrastructure teams.