Park overview
Online devices, energy and security alarms share one page.
Industrial Park
Devices, energy, security and property on one park view.
- Campus overview
- Building drill-down
- Alert location
- Digital-twin compare
4–8 wksfirst scenario live
50+projects delivered
6protocol families
On-premdata stays local
Access, energy and property stay as they are. Operators get one view of the park, down to a building, and can match it to a 3D scene.
Pain Points
- 01
Access, energy, video and property each require a login
- 02
A park status update means stitching several reports
- 03
An alarm does not say which building and which asset
- 04
The 3D model is not tied to live data
How the system is put together
Keep the equipment you have, connect the data first, then split the views by role. The connection layer takes the most work, and it is where most of our effort goes.
L1
Devices
- Power
- Pumps
- Access
- Parking barriers
- Fire systems
PLCs, meters, access control, cameras and sensors already on site. Read what is readable, add a module where it is not, and leave the existing control system alone.
L2
Connection
Modbus · OPC UA · MQTT · HTTP · GB28181 · SDK
Common protocols connect directly. The gateway handles protocol mapping, local buffering and backfill, so the data does not break.
L3
Platform
- Device registry
- Time-series data
- Alert rules
- Work orders
- Roles and audit
Device registry, time-series data, alert rules, work orders, roles and audit in one back end that serves several scenarios.
L4
Applications
- Campus overview
- Building drill-down
- Alert location
- Digital-twin compare
- Manager view
- Phone actions on site
- Narrow external lookup
Data is collected once and reused by every scenario added later, which is why the connection layer has to be done properly the first time.
What we deliver
Down to the building
Park, building and asset are the same data set.
Located alarms
An alarm names the place and the asset.
Twin as a map
The 3D scene shows where; the numbers still come from meters and monitors.
Where it fits
- Tech parks
- Industrial parks
- Headquarters campuses
- Incubator buildings
What a real day looks like
Not a feature list: what actually happens in a day. These four steps are the common shape of such projects.
- 09:05 Tenant report
A tenant reports low water pressure in the workshop; the ticket goes to park engineering.
- 09:30 Data attached
The pump room pressure curve pulls into the ticket and shows the VFD running slow.
- 11:00 Closed
Pressure recovers, the ticket attaches to the pump file, and the quarterly service picks it up.
Delivery rhythm
Every stage has a checkable output. No six-month build followed by a single review.
- Week 1
Site survey
Walk the site, list devices, available ports and current systems, and mark what reads directly versus what needs a module.
- Week 2
Pick the first scenario
Rank the ideas by impact, feasibility and dependencies, then choose one that proves value without dragging in every department.
- Weeks 3-5
Connect and wire up
Gateways connect devices, data lands on the platform, and alert rules, roles and recipients are configured for a small internal group.
- Weeks 5-7
Pilot
One team or one building uses it for real; rules and screens change with feedback until false and missed alarms settle.
- Week 8
Accept and repeat
Check every acceptance item, finish documentation and training, then decide which buildings, lines or sites come next.
Acceptance is these three lines
The three items below come from projects of this kind and go into the acceptance sheet, instead of relying on a general impression.
Park status does not need a stitched report
Alarms name the building and asset
The 3D scene matches live status
Related Cases
Campus
Smart Campus Management Platform
Access, parking and tickets lived in separate tools; one view for status and work orders cuts paper and chat ops.
Access and parking status in one view
Learn More →EnergyEnergy Management System
Campus utilities were opaque and waste found late; unified metering and boards locate peak periods and circuits.
Usage split by area; waste easier to find
Learn More →CampusDigital Twin Campus System
Campus assets and energy need a 3D map tied to the site; twin views map devices and alerts for duty and emergency.
Campus assets in one ops view
Learn More →Related solutions
Questions
Where does this industry get stuck?
Access, energy, video and property each require a login A park status update means stitching several reports An alarm does not say which building and which asset The 3D model is not tied to live data
What does Yifu do here?
Park overview: Online devices, energy and security alarms share one page. Down to the building: Park, building and asset are the same data set. Located alarms: An alarm names the place and the asset. Twin as a map: The 3D scene shows where; the numbers still come from meters and monitors.
What changes after it is in place?
Park status does not need a stitched report Alarms name the building and asset The 3D scene matches live status
Do we have to replace our current systems?
No. The platform reads through interfaces or gateways and the existing systems stay in use. Only modules nobody maintains are worth replacing.
What does it cost, and how soon is it live?
Priced by scenarios and device connection points: a site survey produces the list, then a quote and schedule. Most projects have a first scenario live in four to eight weeks.
Free diagnosis
Tell us where it gets stuck
Leave one contact. We send how similar projects were handled plus a scenario list. If it is not worth doing, we say so.
- A 30-minute call to judge whether it is worth doing
- A workable scenario list and timeline
- No consulting fee up front
Get Industry-specific Solution
Phones are answered 9:00-18:00 on weekdays, or scan the WeChat code.