Less repeat clicking
Use watch folders, schedules, and package triggers for supported repeat work instead of rebuilding the same handoff manually.
Automation and integrations
Turn repeat transfer work into an observable, governed workflow.
RIPTON CLOUD combines repeatable transfer automation with the state and evidence operators need. Watch folders, schedules, package events, webhooks, scoped API clients, and documented APIs connect supported workflows without presenting a public SDK or a universal workflow engine.
RIPTON CLOUD / Automation and integrations
01
entry
Folder, schedule, or event
02
control
Policy + scoped API
03
transfer
Package pipeline
04
evidence
Runs + webhooks
Why it matters
A product capability tied to an operational outcome.
Explicit execution state
Keep triggers, steps, attempts, retries, run status, and diagnostic context visible to authorized operators.
Scoped connection points
Connect approved systems through webhooks, service principals, API scopes, and documented APIs.
How it works
From entry point to evidence.
The workflow stays understandable at every stage, with the control plane coordinating policy and the data plane moving supported workloads.
- STEP 01
Choose the trigger
Begin with a stable watched file, a release schedule, a manual action, or a supported package event.
- STEP 02
Define the work
Model the supported transfer, checksum, validation, move, or notification steps and their dependencies.
- STEP 03
Execute durably
Use persisted state, attempts, retry limits, deduplication, and reclaim behavior for the supported run.
- STEP 04
Connect and observe
Follow run history and diagnostic messages, then publish supported events through configured webhooks or API integrations.
Capability detail
What your team can inspect and use.
Watch folders
Detect stable files for supported automated package creation and transfer workflows, with post-success source handling.
Schedules and pipelines
Use reusable release calendars and supported package pipelines with dependencies and conditional run gates.
Retries and run history
Persist attempt, deduplication, lease, status, and diagnostic context so operators can understand and recover work.
Webhooks and documented APIs
Use scoped API clients and current documented APIs for approved integrations. RIPTON does not currently present a public SDK.
Operational evidence
Automation designed to be operated—not merely started.
The useful unit is a visible transfer workflow with a trigger, state, result, retry boundary, and operator. A script that disappears after launch does not provide that evidence.
- Trigger and schedule state
- Pipeline run and step status
- Attempts, retries, and diagnostics
- Webhook delivery and scoped API context
Continue exploring
Related platform and solution pages.
Administration and nodes
Operate the credentials, endpoints, and evidence around automation.
Explore →Shared Inboxes
Create a repeat inbound destination that can participate in broader workflows.
Explore →MFT Platforms
See the business case for replacing opaque transfer operations.
Explore →Get notified with webhooks
Register an endpoint, subscribe to package events, verify the signature.
Explore →Automate with the CLI and API
Scoped API client, ripton CLI, package creation from a script.
Explore →Game development
Nightly builds and asset drops handed off without a person clicking send.
Explore →Frequently asked questions
Technical questions, answered plainly.
Which automation entry points are available?
Current product and platform positioning includes watch folders, schedules, manual actions, supported package events, webhooks, scoped API clients, and documented APIs.
Does RIPTON publish a public SDK?
No. RIPTON currently presents documented APIs and scoped API clients for approved integrations, not a packaged public SDK.
Is RIPTON a general-purpose workflow engine?
No. The automation surface is focused on supported package and transfer workflows, their execution state, retries, events, and operator evidence.
Evaluate the workflow
Bring one repeat transfer process and its failure cases.
We will map the trigger, package state, steps, dependencies, credentials, retries, events, run history, and operator recovery around it.