Asset Tracking Software Development

Asset tracking software for location, custody, and exception decisions.

A map is not enough. We build the software that turns GPS, BLE, UWB, RFID, or gateway observations into a trusted asset state, custody history, geofence exception, and operator workflow across the environments where the assets actually move.

See our work

Bring the problem, the current workflow, or the existing code. We reply with a practical next step within one business day.

The brief

Start with what is not working.

Good software decisions begin with the constraint, not a list of features or a preferred technology.

01

Does the tracking portal show a dot but not who owns the next action?

02

Do indoor blind spots, stale readings, or duplicate device IDs make the asset register unreliable?

Plain answer

Asset tracking software converts GPS, BLE, UWB, RFID, or gateway observations into a usable location and custody record. RaftLabs builds device ingestion, asset identity, geofences, exceptions, operator workflows, and business-system integration. A focused first release for one asset class starts at $25,000 and usually takes 10 to 14 weeks.

The map showed the asset. The audit did not.

Maps lie. A tag may move or a gateway may miss the handoff. Tracking software must show how confident each position is, preserve custody, and send a delayed, stale, or conflicting observation to someone who can resolve it.

Published adjacent operational proof

locations connected
40+
Adjacent multi-site operations case
transactions processed in one tested day
20K+
Adjacent multi-site operations case
shipments tracked in year one
2,000+
Adjacent shipping-platform case

The multi-site operations case and shipping-platform case show distributed state and movement workflows. Neither is a published asset-tracking outcome. A new pilot should measure coverage, state accuracy, exception quality, and reconciliation against physical audits.

Build custom tracking software when the location question and response workflow are specific.

Prove one asset class in the real radio, power, and operating environment before expanding.

A fit
01

The required accuracy, update delay, and exception are defined for one asset class.

02

Existing hardware or representative tags and readers can be tested in the field.

03

The tracking event must update a custody, dispatch, maintenance, or loss workflow.

Not a fit
01

A vendor portal already provides the required location, history, and alerts.

02

The team expects room-level accuracy from hardware that only supports broad zones.

03

No operator owns missing, stale, moved, or unauthorised-usage exceptions.

Tracking technology decision

TechnologyBest fitTradeoff to test
GPS or cellularOutdoor vehicles and mobile equipmentPower, coverage, and weak indoor position
BLEIndoor zone presence and lower-cost tagsReader density and room-boundary ambiguity
UWBPrecise indoor locationInfrastructure density, calibration, and tag cost
Passive RFIDGate, doorway, or checkpoint confirmationNo continuous position between readers

Scope

What belongs in a focused tracking release

  • 01

    Asset and device identity

    Link each physical asset, tag, assignment, and lifecycle state without treating a tag ID as the business record.
  • 02

    Observation reconciliation

    Separate observed time from received time, resolve duplicates, apply confidence rules, and preserve the source.
  • 03

    Location and custody history

    Show current state with traceable handoffs, geofences, authorised zones, and last reliable observation.
  • 04

    Exception workflow

    Route missing, stale, moved, low-battery, or custody exceptions to a named operator with an audit trail.
  • 05

    System integration

    Update one CMMS, ERP, fleet, dispatch, or inventory workflow after the event passes acceptance rules.

How it works

From tracking question to reconciled field pilot

  1. Phase 1
    01

    Define the asset decision

    Choose one asset class, environment, required confidence, exception, custody owner, and acceptable update delay.

  2. Phase 2
    02

    Prove hardware and coverage

    Test tags, readers, power, positioning, connectivity, blind spots, and observation frequency on representative routes or zones.

  3. Phase 3
    03

    Build state and exception workflows

    Connect observations to the asset register, custody history, geofences, alerts, and one downstream system.

  4. Phase 4
    04

    Pilot and reconcile

    Run a controlled fleet, compare digital state with physical audits, tune exceptions, and assign field support.

Risk

What the tracking specification must settle

Accuracy and confidence
State what the operator needs to know and how uncertainty or conflicting observations are displayed.
Power and maintenance
Model battery life against reporting cadence, environment, update behavior, and field replacement ownership.
Coverage and offline behavior
Define blind spots, buffering, stale state, and how the system recovers after a gateway or network outage.
Custody and privacy
Limit tracking to authorised assets, users, locations, retention periods, and documented business purposes.

Scope and price

A focused asset-tracking release starts at $25,000.

Begin with one asset class, representative zones, core location and custody state, one exception workflow, and one integration.

The pilot proves coverage and reconciliation before more assets or locations are added.

Starting investment

Starts at $25,000

A focused first release usually takes 10 to 14 weeks. Additional tracking technologies, sites, custom hardware, or mobile workflows extend the plan.

Field evidence first

Acceptance uses agreed coverage, accuracy, stale-state, and reconciliation tests in the real environment.

Hardware assumptions exposed

The scope records which outcomes depend on tag, reader, gateway, carrier, or vendor capability.

Related IoT services

Common questions

Use GPS or cellular for outdoor movement, BLE for lower-cost zone presence, UWB when precise indoor position justifies denser infrastructure, and passive RFID for checkpoint reads without tag batteries. A pilot should test the real environment before hardware and software scope are fixed.

Yes. The application can reconcile observations from several technologies into one asset state. The specification must define handoff between zones, confidence, stale-reading rules, and which source wins when two observations disagree.

Gateways or mobile clients can buffer observations and sync later. The software records observation time separately from receipt time, marks stale state, deduplicates retries, and raises a coverage or device-health exception instead of presenting old data as current.

Yes, when the target system exposes a supported API, event, or import route. The first release usually connects one accepted location or custody exception to the system where operators already plan work, maintain the asset register, or investigate loss.

A focused release starts at $25,000 and usually takes 10 to 14 weeks. It covers one asset class, representative hardware and zones, core location and custody state, one exception workflow, and one integration. More technologies, sites, mobile apps, or custom hardware increase scope.

Work with us

Bring the asset class and the exception your team must act on.

Share the routes or zones, installed hardware, required confidence, update cadence, users, and target system. We will identify the smallest field pilot worth running.

  • Scope and cost agreed before work starts. No surprises. No obligation.
  • Working prototype within 3 weeks of kickoff.
  • Pay by milestone. You see progress before each invoice.
  • 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
  • All conversations are NDA-protected.