Security & hosting

Enterprise-grade by inheritance, not by exception

NgageEase does not reinvent your security — it enforces the controls you already trust in IFS, on every device, online or offline.

IFS permission inheritance

NgageEase follows IFS user permissions and security rules — there is no separate access model to manage. Users only ever see and change what IFS already allows.

Validated before it acts

Every entry is checked against IFS business rules and constraints before it is committed, so invalid data never reaches your ERP.

Single source of truth

Data is read from and written to IFS — never duplicated into a shadow system. IFS remains the system of record, audit-ready at all times.

No core changes

NgageEase layers on top of IFS Cloud without modifying core configurations, so there is no new attack surface inside IFS and no upgrade disruption.

Encrypted end-to-end

Data is encrypted in transit and at rest. Offline data on devices is protected and synced over secure channels.

Your data, your cloud

Deploy in a region that meets your data-residency needs, with clear data ownership and no lock-in of your IFS data.

Hosting & data

Cloud-hosted, upgrade-safe

Run NgageEase without standing up new infrastructure — and without putting your IFS upgrade path at risk.

  • Cloud-hosted with zero infrastructure to run
  • Evolves alongside IFS releases for upgrade safety
  • Least-privilege access via IFS projections (OData)
  • Full, IFS-native audit trail on every change
Compliance posture

Built for enterprise IFS environments

NgageEase is designed and tested to enterprise security practices, and is built by an official IFS technology partner. We share our detailed security and data-processing documentation under NDA during evaluation.

Least-privilege by design Encryption in transit & at rest GDPR-aligned data handling Security testing (VAPT) IFS-native audit trail
Get started

Bring security into the conversation early

We will walk your IT and security teams through the NgageEase architecture, data flows, and IFS permission model.

Early access open · GA Summer 2026