composed experience90–120 min4 stages8 code languages

Application flow: Move material safely across a changing mine

Higher productive haulage with fewer route conflicts, stale-map movements, and unexplained cycle losses.

The real-world moment

A blast changes the active pit and closes a ramp midway through a shift. Dispatch must publish the newly approved road and exclusion-zone version, reassign compatible trucks and loaders, guide offline-capable cycles, distinguish telemetry delay from a stopped vehicle, preserve safety interventions, and reconcile production only from accepted load and dump evidence.

Make ownership visible before code.

Compose multiple capabilities while the application owns user intent, policy, and continuity.

Application state
hybrid
Planning calls
0
Credentials accepted
No
Write authority
None
01
Mine plan and safety authority

Publish the approved pit, road, and exclusion-zone version

The mine system of record owns surveyed geometry, blast areas, geotechnical restrictions, road classes, equipment compatibility and operating authorization.

Mine map package ↔ survey/version, region, signature, compatibility and approval

GETGets The List Of Alarm Config(s)/alarm/alarmLog/This is a supporting operation from the selected product stack, not proof of an exact provider contract for this stage. Resolve the stage through its product source or adapter boundary before live implementation.

Record stage 1 with the application identity, source fingerprint, request or aggregate identity, timestamp, and observable outcome.

A truck wakes with the previous pit map

Block the changed operating zone, retain the compatible prior slot for recovery, and require a qualified signed update before dispatch.

02
Versioned offline map release

Assign compatible equipment and operators

Approved pit, road, zone and configuration manifests move through signed dual-slot qualification and rollback before vehicles activate them.

Assignment ↔ equipment/operator capability, shift, plan version and expected aggregate version

GETTo get the list of tasks and their details/tasksThis is a supporting operation from the selected product stack, not proof of an exact provider contract for this stage. Resolve the stage through its product source or adapter boundary before live implementation.

Record stage 2 with the application identity, source fingerprint, request or aggregate identity, timestamp, and observable outcome.

Telemetry silence looks like an idle vehicle

Separate freshness from motion state, show last verified evidence, and ask dispatch to reconcile rather than charging productive-time loss automatically.

03
Dispatch aggregate

Guide and observe offline-capable haul cycles

Application state owns shift, equipment/operator assignments, load/dump targets, priorities, expected versions and deliberate cancellation.

Cycle event ↔ source/content identity, event/receipt time, map version and stage

GETTo get the list of tasks and their details/tasksThis is a supporting operation from the selected product stack, not proof of an exact provider contract for this stage. Resolve the stage through its product source or adapter boundary before live implementation.

Record stage 3 with the application identity, source fingerprint, request or aggregate identity, timestamp, and observable outcome.

Duplicate dump evidence inflates tonnes

Deduplicate by source/content and cycle identity, reject conflicting replays, and reconcile against the authoritative scale record.

04
Haul-cycle evidence

Stop and review safety or geofence exceptions

InTouch observations and offline commands derive travel, queue, load and dump stages by event time while keeping raw source identity and freshness.

Record stage 4 with the application identity, source fingerprint, request or aggregate identity, timestamp, and observable outcome.

A truck wakes with the previous pit map

Block the changed operating zone, retain the compatible prior slot for recovery, and require a qualified signed update before dispatch.

Edit once. Generate eight trusted-runtime implementations.

The recipe starts from the normalized GET /alarm/alarmLog/ contract. Execute six deterministic fixture outcomes before an issued account is involved.

Local request composerCode stays local · fixtures are explicit
GETRequest inputs
4 editable · 0 protected
Generated in eight languages
Environment-backed credentials
GEThttps://intouch.mapmyindia.com/iot/api/alarm/alarmLog/?deviceId=1909%2C2545&alarmType=21%2C26&startTime=1700000000000&endTime=1700000000000
Credential-free sandboxExecute this contract without a provider call
How fixtures work
Generated from your inputs
curl --request GET \
  --url 'https://intouch.mapmyindia.com/iot/api/alarm/alarmLog/?deviceId=1909%2C2545&alarmType=21%2C26&startTime=1700000000000&endTime=1700000000000' \
  --header "Accept: application/json" \
  --header "Authorization: Bearer ${MAPPLS_INTOUCH_TOKEN}"

Credential-safe by constructionSet MAPPLS_INTOUCH_TOKEN only in your trusted runtime. Code generation stays local. Sandbox execution sends only bounded fixture inputs to this developer platform and never reads a credential or calls Mappls.

Break the journey before customers do.

These controls are required at this operating depth; deeper recipes add durable truth rather than merely more API calls.

Application-owned intentStable cross-capability identityPartial-failure fallbackCancellation and teardownFreshness and provenanceQuota and latency budget

Definition of done

Every capability has one owner, bounded input, explicit timeout, and useful unavailable state.

Application intent survives refresh, back navigation, duplicate callbacks, and partial capability failure.

Provider identities, source fingerprints, request identities, and application decisions remain attributable.

Accessibility, privacy, quota, observability, support, and rollback evidence cover the complete user flow.

Contracts, tutorials, and journeys stay linked.

Airside Turnaround Desk

Coordinate a revision-safe aircraft turnaround, pause for airside exceptions, preserve four service milestones, and require independent airline, airport, and safety readiness decisions.

Source-grounded, not authority-granting

This recipe composes source-derived contracts, application architecture, fixtures, and maintained learning evidence. It does not prove package availability, provider payload shape, account entitlement, regional behavior, production compatibility, or release approval.