How Does Xferity Manage Business File Transfers From Start to Finish?

Your partner says the file never arrived. Your script says it ran.

The scheduled job completed. The exit code was 0. No alert was sent. You only discover the problem when your partner reports a missing file.

This is one of the situations Xferity is designed to address.

Xferity is a self-hosted Managed File Transfer (MFT) platform that manages business file transfers from configuration and validation to execution, error handling and audit records. It tracks what happens to each file, so an operations team can investigate a transfer without relying on assumptions or a partner’s report alone.

Here is how one file moves through Xferity.

What is configured before a transfer starts?

Every transfer begins with a configuration that describes what should happen.

For example, a flow called payroll-upload sends a payroll file to a partner named payroll-processor, into its /incoming folder, every day at 06:00.

The flow is defined in a YAML file. It specifies the transfer direction, partner, schedule, PGP encryption, duplicate handling and whether the local copy should be deleted after transfer.

The partner has a separate configuration file containing connection details, protocol, login credentials and trust settings. Other flows can use the same partner configuration.

Before a transfer runs, Xferity checks these settings. It rejects fields it does not recognise, so a misspelled setting is caught before it causes problems during execution.

Three tools help prepare a transfer:

• xferity validate checks the configuration.
• Diagnostic checks test the endpoint, keys, certificates and folders.
• A dry run shows what would happen without actually transferring a file.

This gives the team a chance to identify configuration and connection problems before the scheduled transfer begins.

What happens while a file is being transferred?

At 06:00, the schedule triggers the flow.

Xferity prevents two instances of the same flow from running at the same time. Each run receives its own ID and records its start time, end time and outcome: success, partial success or failure. It also records how many files were processed, skipped or failed.

Each file has its own sequence of recorded steps. If one file fails, the other files in the flow can continue.

Xferity also checks for duplicate files. By default, it compares each file’s SHA-256 content hash with files that have already been completed. If the same content has been transferred before, Xferity skips it and records the result as a duplicate.

That record remains available across restarts and retries. A skipped file is accounted for, not silently ignored.

What happens when a transfer fails?

Xferity distinguishes between temporary connection problems and errors that require intervention.

A connection timeout or reset may be temporary. Xferity can retry the transfer using increasing delays between attempts.

Other errors, such as incorrect credentials, permission denial or a host key mismatch, are treated as permanent. Repeating the same attempt will not resolve them, so Xferity marks the transfer as failed instead.

If a file still cannot be transferred after the configured retries, it can be moved to a dead-letter folder, if one is configured. It stays there for manual investigation and reprocessing.

When a flow is interrupted, xferity resume continues from its last committed state and sends only the files that have not yet been transferred.

Teams can also configure notifications for individual flows. Xferity supports email, Slack and webhooks, with failure notifications enabled by default.

A failed transfer therefore has a recorded outcome and a next step: an alert, a file in the dead-letter folder or a failed run that an operator can investigate.

How can the team find out what happened?

Xferity provides several ways to investigate a transfer, depending on what the team knows.

If you know the flow, xferity flow status shows its latest run result, time and active error state. The flow history provides details of previous runs, including outcomes and retry counts.

If you know the file, xferity trace payroll-2026-03-15.csv shows its history across runs: when it was first detected, what happened at each stage, which run handled it and whether it was transferred, failed or skipped as a duplicate.

If you need a complete record, Xferity’s audit log stores events in JSON format, covering runs and individual file operations. When tamper evidence is enabled, each event includes a hash linked to the previous event. Changes to an earlier record break that chain.

Xferity also exposes Prometheus metrics and health endpoints. The documentation includes ready-made alert rules, including one for a less obvious problem: no successful flow runs in the last 30 minutes.

When a partner reports a missing file, the operations team can check the flow status, run history, file trace, diagnostic results and audit record. If the evidence points to a problem on the partner’s side, the team has a record to support the conversation.

These records provide operational traceability. They do not, by themselves, establish legal non-repudiation or replace a SIEM.

Where does Xferity’s responsibility end?

Xferity manages the file transfer and records what happens during it. The company’s own systems and processes remain responsible for handling the data before and after the transfer.

For example, in a supplier-to-bank workflow, files might arrive at 06:00, go through the company’s own processing, and the resulting files might be sent at 07:30.

Xferity manages the transfer stages around that work. It does not replace the business processing itself.

How does Xferity manage file transfers from start to finish?

It defines each transfer before it runs, records what happens to every file, handles failures according to their type and keeps the information operators need to investigate the outcome.

The flow configuration shows what should happen. The run history shows what happened during execution. The file trace and audit log show what happened to the individual file.

So when a partner says a file never arrived, the team has somewhere concrete to start looking.

Which of your business file transfers would you only know had failed when a partner called?