Find the right container
See the container identity, last recorded location, trip status, and source of the latest update.
Container Tracking System
Container Tracking System.
Every Move.
Every Handoff.
Know where your containers were last seen, how long they have been waiting, and what needs attention. Bring RFID checkpoints, GPS updates, condition alerts, and delivery records together in DreamzCMMS.
Based on 200+ reviews on
Connected visibility for shipping containers, returnable totes, and bins.
Container identity + movement history
Container statusIn transit
CT-1048Shipment SH-1048 · Example
Depot A · Gate-outRFID event · 08:40
Latest GPS fix · 10:05Feed received · 10:06
Arrival confirmation is still pending.
Container overview · Sample
24Tracked containers
3Need review
RFID + GPS + connected IoT
Trusted By Global Brands Across The World
Why container tracking
Less searching. Clearer handoffs. Better control.
Keep container identity, location evidence, and exceptions in the same operational view.
Spot waiting time
Bring long dwell periods into view so teams can check delays and plan the next handoff.
Review exceptions sooner
Give the team a clear record of boundary, door, and condition events from connected devices.
Keep one movement history
Replace scattered gate logs and follow-up calls with linked container and trip records.
Industry Recognition
Award winning CMMS software
Recognition from software review platforms for value, ease of use, functionality and customer support.
From tag to action
One connected journey, from dispatch to arrival.
Choose the capture method for each part of the journey, then bring the events into one record.
01
Identify at the source
Link each container or returnable unit to its tag, trip reference, and dispatch record.
02
Capture each update
Record RFID checkpoints, GPS positions, and sensor events from the connected tracking setup.
03
Review and act
Flag exceptions, follow up with the right team, and retain arrival and audit records.
VEDA AI for connected operations
Turn a container alert into a clearer next step.
When container records and sensor events are connected, VEDA can help your team understand the available context, find approved procedures, and prepare an inspection request. Bring asset history, maintenance knowledge, and follow-up work into the same conversation.
- Summaries from connected records
- Asset-specific maintenance answers
- Inspection-request assistance
- AI-generated inspection checklists
View all capabilities
- Search approved manuals and SOPs
- Draft follow-up work for review
- Summarize completed maintenance
- Permission-aware access to data
AI answers and actions depend on connected data, enabled modules, configuration, and permissions. Your team reviews suggested work before it is assigned or acted on.
VEDA AI
Configured example Summarize the CT-2086 temperature alert and prepare an inspection request.
A reading needs inspection.
CT-2086 recorded 9.2 °C at 10:12, above the example configured range of 2–8 °C. The latest door-contact event shows closed.
Inspect CT-2086Confirm the reading and review refrigeration history.
Draft Sensor event + connected asset record
Verify the reading and follow your approved procedure. This alert alone does not establish cargo damage.
Team review before an inspection is assigned.
01 / Container identification & records
Start with the right container, not another spreadsheet.
Give each shipping container, tote, or bin a recognizable identity. Link its RFID tag with the container record and trip reference so gate teams, warehouse staff, and logistics coordinators work from the same information.
- Unique container and tag records
- Shipment and trip references
- Shipping-container identification
- Returnable tote and bin tracking
View all capabilities
- Source and destination context
- Records across multiple sites
- Linked movement and alert history
- Connected asset information
Container record
CT-1048Internal container ID · Sample
RFID linked Container typeShipping container
Shipment referenceSH-1048
Source locationDepot A
DestinationDistribution Hub B
A connected record for the container and its trip.
02 / Gate-in, gate-out & handoffs
Capture the handoff while the container moves.
Use fixed RFID readers at selected entry and exit points to capture tagged containers. Link validated checkpoint events to dispatch and receiving records, with handheld checks available for exceptions. Reduce repeated data entry without losing the record of who confirmed receipt.
- RFID gate-in and gate-out events
- Dispatch and receiving references
- Site and checkpoint timestamps
- Container handoff history
View all capabilities
- Handheld checks for exceptions
- Configured check-in/out workflows
- Connected status notifications
- Arrival evidence for audit review
Gate & handoff activity
CT-1032 · Handoff recordReceived
Depot ADispatch checkpoint
Hub BReceiving checkpoint
- Gate-out recordedRFID checkpoint: Depot A
- Gate-in recordedRFID checkpoint: Hub B
- Receiving confirmedReceipt recorded by the receiving team
A container read identifies the unit. Contents are checked through a separate receiving workflow.
03 / GPS location & route visibility
See the update, its source, and when it was recorded.
Bring compatible GPS or IoT tracking feeds into the container journey alongside RFID checkpoint events. Follow the latest reported position and trip progress, and configure boundary alerts for the locations that matter to your operation.
- Time-stamped GPS position feeds
- RFID checkpoint history
- Route and trip progress
- Configured geofence alerts
View all capabilities
- Multiple routes and containers
- Source of each location update
- Origin-to-destination trip context
- Device and coverage-aware tracking
Container journey
CT-1048 · Trip progressIn transit
Journey schematic · Not a live map
Depot ARFID gate-out
08:40
08:40
On routeGPS fix
10:05
10:05
Hub BArrival
Pending
Pending
Latest position updateGPS device assigned to CT-1048
Update receivedConnected tracking feed
RFID records checkpoint presence. GPS adds positions where the configured device and data link support them.
See one container journey from start to finish.
Bring a sample route, a gate process, and the tracking devices you already use. We will walk through the records, alerts, and handoffs together.
04 / Dwell time & turnaround
Find the containers that have been waiting too long.
Track the time recorded at a yard, depot, port, or customer location. Use dwell reports and configured review thresholds to identify delays, coordinate the next move, and compare recurring hold-ups across routes and sites.
- Dwell time by stop and location
- Arrival and departure timestamps
- Configured delay notifications
- Container turnaround reporting
View all capabilities
- Site-to-site comparisons
- Trip and route history
- Long-waiting container review
- Operational follow-up records
Dwell-time review
CT-1052 · Yard BEntered 06:00 · Snapshot 10:30
Review due 4h 30mRecorded dwell at this stop30 minutes over the review threshold
0h · Entry4h · Review threshold6h
CT-1052 · Yard B4h 30mCheck delay
CT-1057 · Hub A1h 15mWithin target
Operational review thresholds are set for your process.
05 / Condition & security alerts
Know when a reading or opening needs attention.
Connect compatible temperature, humidity, and door-contact sensors to the container record. Give operations teams a timestamped event to review when a reading moves outside the configured range, a door opens unexpectedly, or a boundary rule is triggered.
- Temperature and humidity readings
- Door-opening and tamper events
- Configured condition thresholds
- Timestamped alert history
View all capabilities
- Boundary and route exceptions
- Notifications to the right team
- Linked inspection follow-up
- Sensor data in the trip record
Condition & event monitoring
CT-2086 · Condition reviewSensor event · 10:12 · Example
Attention 9.2 °CAbove the example configured rangeExample band: 2–8 °C · Use your own cargo requirements
Recent readings · Illustrative trend
ClosedLatest door event
58%Sample humidity
Review the reading and context before deciding the next action.
06 / Arrival records & container history
Close the journey with a record your team can use.
Keep arrival events, receiving confirmation, alerts, and trip history attached to the container. Review completed movements, investigate exceptions, and use recorded availability to plan the next trip or returnable-container cycle.
- Arrival and receiving records
- Container movement audit trail
- Trip and delivery status
- Historical alerts and exceptions
View all capabilities
- Completed-trip reporting
- Records across routes and sites
- Returnable-container movement history
- Connected warehouse handoffs
Arrival & audit record
CT-1032 receivedHub B · Arrival record AR-1032
- Container identifiedGate-in event linked to the trip
- Receiving confirmationRecorded by the receiving team
- Arrival record retainedMovement history available for review
Arrival log
Trip history
Use the linked history to plan the next movement.
Connected operations
Container visibility should not end at the gate.
Link container events with the teams and systems that handle the next stage.
Warehouse & inventory
Connect container arrivals with receiving, stock, and warehouse location workflows.
View warehouse management →Supply chain & logistics
Keep the wider shipment journey connected from dispatch through delivery.
View logistics tracking →Cold-storage operations
Bring temperature-sensitive stock and storage-zone exceptions into the same operation.
View cold-storage management →Tracking hardware
The right capture method for each part of the journey.
RFID, GPS, and sensors answer different questions. Combine them where the workflow needs it.
At gates & checkpoints
Fixed RFID readers
Identify tagged units at selected gates, depots, and receiving points. Use handheld readers to check exceptions or work away from fixed coverage.
Best for: capture at known handoff points.
Between checkpoints
GPS & connected IoT trackers
Bring position updates from compatible devices into the trip record. Match the device, data connection, battery plan, and coverage to the actual route.
Best for: connected in-transit position updates.
Inside or on the container
Condition & door sensors
Monitor the environment or openings with compatible installed sensors. Set ranges and event rules around the container and cargo requirements.
Best for: condition and opening-event awareness.
Validate the setup on your containers. Reader placement, metal surfaces, tag mounting, connectivity, and sensor installation affect what can be captured. GPS tracking is not supplied by a passive RFID tag. See RFID reader options.
Connected systems
Keep container events connected to the rest of the operation.
Match container IDs and trip references across tracking, warehouse, transport, and maintenance systems.
Integrations
- SAP
- Sage Intacct
- Stripe
- Zebra
- CIMCON
- Oracle NetSuite
- Intuit QuickBooks
- Propelr
- Microsoft Dynamics 365
- Xero
- Razorpay
- Samsara
- Odoo
- TallyPrime
- RevRex
- PhonePe
- Chainway
- CardConnect
- Codat
- Siesa
- Unleashed
- Shopify
- Monnit
- Birdeye
- SAP
- Oracle NetSuite
- Microsoft Dynamics 365
- Odoo
- Sage Intacct
- Intuit QuickBooks
- Xero
- TallyPrime
- RevRex
- Stripe
- Propelr
- Razorpay
- PhonePe
- CardConnect
- Codat
- Zebra
- Chainway
- CIMCON
- Samsara
- Monnit
- Siesa
- Unleashed
- Shopify
- Birdeye
CaptureRFID · GPS · Sensor events
Connect the recordContainer ID · Site · Trip
Coordinate the responseWarehouse · Logistics · Maintenance
Integrations are scoped to the systems, records, interfaces, sync rules, and permissions available in your deployment. Review DreamzCMMS integration options.
Pilot & rollout
Start with a real route. Prove the handoffs. Then expand.
Use a focused pilot to validate the capture points and operational follow-up before a wider rollout.
01
Choose one journey
Start with a representative route, container type, and the eventsyou need to capture.
02
Validate the hardware
Test tags, gates, devices, and connectivity in the actual operating conditions.
03
Connect the workflow
Agree on identifiers, status updates, alert thresholds, and the team responsible for review.
04
Review and expand
Check event completeness, dwell visibility, and handoff records before expanding the scope.
Review in your pilotCheckpoint captureUpdate freshnessDwell-time visibilityHandoff records
Container tracking FAQ
Common questions about RFID, GPS, and container visibility.
What is a container tracking system?
A container tracking system links a container identity to movement, location, trip, and condition records. DreamzCMMS brings RFID checkpoints, compatible GPS or IoT feeds, configured alerts, and arrival history into a connected operational view.
How do RFID and GPS work together for container tracking?
RFID identifies a tagged container when it is read at a checkpoint or by a handheld reader. GPS provides position information through a compatible tracking device. Combining the two can connect gate activity with in-transit updates. A passive RFID tag does not provide GPS location.
Can DreamzCMMS track shipping containers, totes, and bins?
The container workflows cover shipping containers and returnable units such as totes and bins. The identification method, mounting, reader coverage, and records should be selected for the container type and the process being implemented.
Can containers be tracked across ports and international routes?
Cross-site and multi-route tracking depends on the devices and connected feeds available along the route. Confirm coverage, reporting intervals, and data access for each transport stage during deployment. An RFID gate event alone does not provide uninterrupted offshore tracking.
Can RFID record container gate-in and gate-out events?
Fixed readers can capture tagged containers at configured checkpoints. Validated reads can be linked to dispatch, receiving, and movement records through the configured workflow. Antenna placement, read-zone testing, and direction or event validation need to suit the actual gate process.
How does dwell-time tracking help container operations?
Dwell-time tracking shows the time recorded between arrival and departure, or the elapsed time since the latest arrival. Teams can use reports and configured thresholds to review waiting containers and recurring delays. An operational dwell threshold is not a calculation of contractual demurrage or detention charges.
Can I receive geofence, delay, and door-opening alerts?
Configured workflows can notify teams about location-boundary events, delays, and door or tamper events where the required data is available. Door-opening detection needs compatible installed hardware. Notifications depend on the devices, event rules, connectivity, and response process in your deployment.
Can the system monitor container temperature and humidity?
Compatible connected sensors can provide temperature and humidity readings for monitoring and configured alerts. Set limits around the actual cargo requirements and approved procedures. Monitoring does not itself control refrigeration, and a single alert does not establish the condition of every item inside.
Does a container gate scan confirm all the goods inside?
A container scan identifies the tagged unit at the capture point. It does not by itself verify every item inside or replace a receiving inspection. Item-level verification needs the relevant goods identifiers, capture process, and receiving records.
Can container tracking connect to our WMS, TMS, or ERP?
Container events can be connected with warehouse, transport, and enterprise records through a scoped integration. Confirm the available interfaces, shared identifiers, required fields, update direction, frequency, and permissions with the implementation team.
How does VEDA AI help container operations?
With the required records connected, VEDA can help summarize available context, search approved maintenance knowledge, generate inspection checklists, and prepare follow-up requests. Container-specific answers depend on data access and configuration. Your team reviews proposed work before it is assigned or acted on.
How should we start a container-tracking project?
Begin with a representative container type, a real route, and a defined set of handoffs. Review existing tags, tracking devices, gates, connectivity, systems, and alert requirements. A pilot helps validate capture quality and the response workflow before the rollout is expanded.
Make the next container move easier to manage.
Bring identity, checkpoint history, GPS updates, dwell time, alerts, and arrival records into one connected operation with DreamzCMMS.