Managed flows instead of unmanaged scripts
Define repeatable file transfer workflows with scheduling, retry, idempotency, cleanup, notifications, and recovery built in.
Self-hosted MFT, managed flows, auditability, deployment control
Managed file transfer platform for private enterprise infrastructure
Run a self-hosted MFT platform with a choice of file-backed automation or a full Postgres-backed operator platform with UI and API.
Enterprise teams need MFT capabilities such as SFTP, FTPS, AS2, S3-compatible storage, WebDAV, Azure Blob, audit logging, retry, and secrets management without inheriting a heavy legacy stack.
What a managed file transfer platform should do
Run secure file transfer as an operating system for recurring exchange
Xferity is built for teams that need more than an SFTP client and less baggage than a heavyweight legacy MFT suite.
Protocol and trust coverage
Run SFTP, FTPS, AS2, S3-compatible storage, WebDAV, and Azure Blob workflows with partner-specific trust and cryptography controls.
Operational evidence
Use run history, diagnostics, logs, Prometheus metrics, and tamper-evident audit records to operate file transfer as a managed process.
Two deployment models
Choose file-backed mode for lean automation or Postgres-backed mode for durable jobs, UI, API, workers, local vault, and posture data.
Managed file transfer, defined clearly
| Question | Xferity answer |
|---|---|
| What MFT means here | A platform for automating, securing, and auditing recurring file exchange between systems and trading partners |
| How it differs from scripts | Reliability controls, trust verification, operational visibility, audit trails, and structured credential handling are built in |
| How it differs from SaaS MFT | Runtime, audit records, keys, and network boundaries remain in customer-controlled infrastructure |
| How it fits modern teams | Versioned YAML flows, self-hosted deployment, CLI-first operation, and a richer Postgres-backed control plane when needed |
How teams adopt Xferity as MFT
- Use file-backed mode for simple, fast, self-hosted MFT operation with minimal dependencies
- Use Postgres-backed mode when you need UI, API, durable jobs, sessions, crypto inventory, posture snapshots, and AS2 persistence
- Deploy as a single Go binary, Docker container, Docker Compose stack, Windows-native runtime, Linux-native runtime, or air-gapped installation
- Keep configuration under version control instead of storing transfer behavior only in a GUI or database
See how Xferity works as a self-hosted MFT platform
Book a technical walkthrough focused on protocol support, deployment model, control-plane features, and the transfer workflows your team needs to manage.