Move off Windows-centric deployment constraints
Run Xferity as a single Go binary or Docker deployment on Linux or Windows instead of inheriting a heavier Windows-only operating model.
Replace heavyweight Windows-centric MFT with a self-hosted platform that runs on Linux, Docker, or Windows and keeps runtime boundaries under your control.
Teams moving off MOVEit typically want smaller deployment footprint, version-controlled configuration, explicit protocol trust, and audit-ready automation without shared SaaS runtime.
Why teams migrate
Xferity fits teams that want explicit deployment control, versioned configuration, strong transfer security, and a cleaner operating model than a heavyweight legacy stack.
Run Xferity as a single Go binary or Docker deployment on Linux or Windows instead of inheriting a heavier Windows-only operating model.
Model transfer behavior as reviewable YAML flows covering direction, schedule, retry, idempotency, cleanup, and payload handling.
Use hardened mode, 7 secrets providers, posture findings, and tamper-evident audit logging instead of relying on manual review alone.
Run validation, diagnostics, flow history, trace, and audit records while cutting over partner workflows from legacy MFT estates.
| Dimension | Typical legacy pattern | Xferity approach |
|---|---|---|
| Deployment model | Windows Server-centric, multi-tier operational weight | Single binary or Docker deployment on Linux, Docker, or Windows |
| Configuration model | GUI-driven and database-stored | YAML under version control |
| State model | Database required | File-backed for lean operation or Postgres-backed for full operator platform |
| Security hardening | Manual review and platform-specific controls | Hardened mode, secrets references, posture findings, tamper-evident audit chain |
| Migration path | Task-by-task replacement with platform lock-in | Partner and flow definitions that can be validated, run in parallel, and cut over gradually |
Book a technical walkthrough focused on current tasks, partner protocols, deployment model, security controls, and how to cut over safely without recreating legacy complexity.