SOLUTION OVERVIEW
Solution overview
Connect hall service data, device health, and on-site operations, turning distributed signals into a clear, traceable, and actionable operating view.
Hall Data and Connected Operations Solution
Connect service data, device health, and on-site operations so managers can identify issues and improve continuously.
Delivery scope and practical service journeys
Start by establishing where appointments originate, what counters are processing, whether terminals are available, and how figures reconcile before building a dashboard. This solution focuses on hall-service data and connected terminals, using defined sources, reporting rules, and accountable roles rather than treating a large display as an entire IoT system.
Delivery scope and responsibilities
Service stageResponsible usersSystems and equipmentOperational output
Appointment and ticket sources | define where records begin
Service supervisors define appointment and ticketing rules; integration staff document fields, identifiers, and update intervals.
Connected WeChat, app, website, and on-site ticketing channels use individually confirmed connection requirements and authorisation.
Appointments, arrival, tickets, and queue states have defined relationships, with agreed reporting for duplicates, cancellations, and no-shows.
Counter coordination | relate calls to service groups
Counter staff operate calls within their permissions, supervisors configure groups and cross-counter work, and on-site staff handle queue exceptions.
Queue software, counter computers, desktop dual-screen devices, and central calling displays are mapped to their actual counters.
Counter availability, current calls, and service queues can be checked; cross-counter flow follows configuration, and displayed information is not automatically counted as a processed business transaction.
Statistics and dashboards | make each figure explainable
Hall managers review trends, supervisors validate reporting rules, and integration staff explain refresh intervals and missing data.
Statistics software, dashboards, and reports use confirmed sources and fields for workload, queues, and feedback.
Views are organised by hall, counter, or service group with explicit periods, denominators, update times, and source traceability.
Terminal inventory and compatibility | begin with a device list
Maintenance staff record models, system versions, and owners; implementation teams test existing equipment and new terminals together.
Actual ticketing machines, counter computers, calling displays, and promotional screens are tested as a project-specific software and hardware combination.
The inventory identifies device-to-counter mappings, available status feeds, and maintenance methods; a device without a status interface is not presented as remotely monitored.
Operating issues and maintenance | separate data faults from device faults
Service staff assess the effect on processing, maintenance staff investigate equipment and connections, and integration staff handle source or field issues.
Available status messages, logs, or exception records support agreed notification and follow-up; a separate work-order platform is not assumed.
Each issue has an owner, a way to continue on-site service, and a recovery check; integration with separate fire-safety, parking, or similar systems requires its own assessment.
From appointment to counter and report: reconcile one service record
A supervisor selects an appointment-enabled service and confirms its channel, service group, counters, and reporting period.
A tester books through a connected channel, checks in or takes a ticket according to site rules, and compares the appointment identifier with the queue number.
The counter calls the configured service queue while staff check the central display, counter information, and current processing arrangement.
Staff record the call, service state, and configured feedback, checking that business records and display information are not treated as the same reporting measure.
Using the same period in statistics and dashboard views, staff compare source records, counter workload, and report figures through the agreed fields.
Pause a test data source or device connection, inspect update times and exception messages, then reconnect and verify the resulting record handling.
What the service producesThis walkthrough checks consistency between service data and terminal coordination; it is not a count of real citizen transactions. Data without source fields, status interfaces, or authorisation should be marked as unconnected rather than invented in a dashboard.
How this works in real projects
PROJECT IN PRACTICE
Shanghai Pudong Social Security launched full-stack Xinchuang number calling system
The public project report from 2026 describes a coordinated upgrade of queue software, statistics, and supporting domestic-system terminals, illustrating the relationship between business software, devices, and management views.
- Devices include UOS floor-standing and desktop dual-screen ticketing machines, Kylin-based central calling displays and counter computers, and desktop LED promotional screens with asynchronous control.
- The project combines queue software and a statistics backend; the report lists WeChat, app, and website appointments, service-based routing, cross-counter coordination, and counter-availability views.
- Reported statistics include visitor-flow heatmaps, service-quality tracking, dashboards, and automated reports, based on the data connected for that project.
The image is published material from this project, not evidence that unrelated systems were integrated. Fire-safety, parking, energy, and environmental monitoring are outside the publicly evidenced scope of this case; domestic-system and device compatibility must also be tested for each new project.
Read the full project →How to verify the delivered workflow
CheckWhat to testExpected evidence
Data sources and reporting rules are explicit
Check each source, field, update interval, calculation rule, and owner; compare source records and charts using samples from the same period.
Source and field mappings, metric definitions, sampling comparisons, and records of missing-data handling.
Counters and terminals remain correctly linked
Test ticketing, calling, displays, and status changes at actual counters, distinguishing operationally linked devices from promotional-only screens.
A counter-terminal topology, linkage test records, and compatibility results for replacement or retained equipment.
Disconnection and recovery have defined behaviour
Disconnect a source or device in the test environment and check refresh times, stale-data indications, on-site fallback, and record handling after recovery.
Exception and recovery records, notification recipients, staff procedures, and a list of capabilities not yet connected.
Role permissions match the project scope
Use hall-management, service-supervisor, and maintenance accounts to check accessible data and actions, confirming that only authorised sources and devices appear.
A role-permission matrix, a list of connected systems and devices, and scope boundaries for extensions such as fire-safety or parking integration.
Full construction brief
The retained construction material describes product options and reference projects. Historical figures and delivery periods apply to their original project scope, not a universal performance or delivery promise.
1. Unified data acquisition
Collect queueing, appointments, counter services, feedback, footfall, environmental, device, fire-safety, and parking data with role-based views.
2. Connected device management
Monitor displays, kiosks, calling devices, sensors, and networks, with fault alerts, work orders, and lifecycle management.
3. Operational analytics
Use dashboards to analyse counter efficiency, service quality, and resource utilisation, supporting dynamic counter allocation and continuous improvement.
4. Environment and energy
Monitor temperature, humidity, PM2.5, carbon dioxide, smoke, and water leaks, with threshold alerts, device linkage, and optional energy management.
5. Fire safety and parking
Use colour-coded maps that combine people and technology for fire safety, plus space monitoring and reverse vehicle location.
Measured value and compatibility
- Average waiting reduced by 30%, with queue times usually kept within 10 minutes
- Indoor positioning accuracy of 1–3 metres and typical launch in one to two weeks
- Xinchuang support with Dameng Database and TongWeb compatibility
Delivery can start with data access, device monitoring, or a dashboard and expand in phases.
Delivery priorities
Define the workflow, staff responsibilities and existing systems, then select the products for each service stage.
01
Service-data integration
Confirm queue, appointment, processing, and feedback sources, definitions, update intervals, and access rights before presenting a combined operating view.
02
Connected device management
Monitor displays, kiosks, queue devices, sensors, and networks with alerts and work orders.
03
Operational analytics
Analyse counter efficiency, service quality, and resource utilisation to support dynamic allocation.
04
On-site devices and operating status
Build an inventory of terminals, displays, and available sensors, monitor supported status feeds, and record fault investigation and resolution.
05
Alert handling and further integration
Agree alert levels, recipients, and response steps for connected signals. Assess environmental, fire-safety, and parking integration against existing systems and site equipment.
How the service moves from start to finish
The steps connect visitors, service teams, and configured systems.
- 01
Inventory systems and devices
List hall software, terminals, displays, and available monitoring points, distinguish service data from device status, and assign source owners.
- 02
Agree definitions and connect sources
Confirm fields, update frequency, interface permissions, and abnormal-value handling, starting with sources ready for connection.
- 03
Present role-based operating views
Configure views for hall managers, counter managers, and maintenance staff, showing queues, workloads, feedback, and connected-device status.
- 04
Resolve issues and review trends
Assign issues to named staff and record outcomes, then use trends to review staffing, maintenance, and service-process changes.
Plan around your setting and existing foundation
Suitable operating needs
Projects with fragmented service data, multiple terminals, delayed fault discovery, or a need for shared views across halls and service points.
Integration prerequisites
System and device lists, interfaces or protocols, data definitions, network layout, permissions, alert rules, and maintenance responsibilities.
How to deliver in phases
Start with queues, feedback, or device status, then add dashboards. Assess environmental, energy, fire-safety, and parking integration against available devices and systems.
What to verify at handover
Data freshness and consistent definitions, role visibility, responsible alert recipients, searchable resolution records, and recovery after a disconnected source.
Project images show terminals, counters, and system-upgrade settings to illustrate the integration environment. Further monitoring requires the relevant devices, data sources, and authorised interfaces.
Related products
Products are drawn from the original public website archive. The final combination depends on site conditions, existing systems, and project scope.
Project evidence
Archived images from publicly presented projects show how the solution fits real service environments.
Related project cases
Explore the project context, public delivery information, and archived site material.
PROJECT DISCUSSION
Discuss this solutionDefine the solution around your site and existing systems
Share the service context, existing foundation, and target outcome with our team.