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Live Customer Use Case
Enilo went live with Decionis in less than a day
Enilo is an AI-assisted global mobility operations platform for people navigating study, work, and travel-abroad journeys. It runs eligibility checks, risk scoring, managed submission operations, and arrival readiness workflows. Decionis went live as the governance layer around those eligibility signals without turning the project into custom consulting.
That matters because the product story is now clear to every new prospect: register, upload a sample, confirm the inferred mapping, issue production credentials, and manage the live callback path from the workspace. The launch speed came from product posture, not operator heroics.
Launch Snapshot
Less than a day
Zero-config onboarding
- Enilo registered, uploaded a sample eligibility feed, confirmed the inferred mapping, and issued live Decionis credentials in less than a day.
- The production contract stayed standard: versioned signal mapping, versioned policy, and a signed callback path instead of a services-only implementation.
- The same workspace can now add new signal versions, rotate keys, and update callback destinations without breaking the live policy version already in production.
Eligibility checks
Enilo helps people planning to study, work, or travel abroad understand whether a pathway is realistically available before they commit to fees or submissions.
AI risk scoring
Its platform evaluates journey risk, surfaces probability and readiness signals, and gives users a clearer picture of what still needs to change.
Managed execution
Enilo also operates managed submission workflows and arrival readiness steps, so the product has to move from guidance into auditable action.
What went live
1. Register and upload a sample
Enilo uploaded a normalized eligibility sample and Decionis inferred the baseline mapping directly from the feed shape.
2. Confirm a governed baseline
The eligibility outcome, risk score, channel, and case identifier were locked into a governed baseline instead of being handled as one-off field wiring.
3. Issue production credentials
Decionis issued an org-scoped API key, connector, webhook secret, and callback path so Enilo could test against a real production contract immediately.
4. Activate the live route
The signal ingress and callback path were validated live so Enilo could send eligibility events into Decionis and receive governed decisions back.
Why the integration stayed clean
Versioned signal mapping
Every sample or schema change becomes a new mapping version. Enilo can upgrade deliberately and keep the previous production baseline available for rollback.
Versioned policy
Policy versions are explicit. Decionis can promote a current version while preserving prior versions for review, downgrade, or approval-managed change control.
Self-serve operations
Credentials, connectors, and callback URLs are managed from the workspace. Updating the destination or adding a new source does not require a Decionis services loop.
Eligibility signal family
Enilo emits normalized eligibility outcomes and risk signals that Decionis can ingest, validate, version, and route under policy.
Governed policy control plane
Decionis turns Enilo’s operational signal into a governed decision surface with explicit versions, rollback safety, and shareable decision dossiers.
Signed partner callback
Outbound callback delivery uses the standard webhook contract so Enilo can keep its receiver stable while Decionis governs the decision lifecycle.
The product signal for buyers
Enilo now demonstrates the exact Decionis posture we want enterprise prospects to see: a new partner can onboard fast, keep policy and mapping versioned, and continue operating without a fragile hand-built dependency on the Decionis team.