Physical and engineering infrastructure
From the parking space to the server node: cameras, displays, traffic lights, bollards, charging stations, network, computing circuit, uninterruptible power supply, electrical, cabinets, cable lines and as-built documentation.
DEVICE MANAGEMENTstatus · commands · diagnosticsCONTACT USSystem composition
The exact specification is formed after inspection and calculation of coverage. The design includes active devices, cabinets, patch panels, communication lines, power, labeling, fasteners and coordinated reserve.
Single line direction signs; display of the number of seats on the left and right; floor and interfloor meters; full-color screens without advertising or with advertising and information blocks.
The CShark SPC with one lens monitors up to 3 parking spaces, the CShark DSPC with two lenses monitors 6. The cameras detect occupancy, recognize license plates, find violations and forgotten items, and the lower light indicator shows the status of the zone right in the driveway.
The system displays the status of the connectors, transmits charging session commands, receives power and errors, links the station to the parking lot and the user.
The bollard command takes into account the position of the vehicle in the protective zone, and the traffic light shows the allowed, prohibited or reversing direction.
Managed PoE switches, industrial switches and routers, interconnect screens, SFP modules, media converters and backup communication channels.
Copper and optical cable lines, patch panels, optical cross-connects, patch cords, sockets, trays, cable channels, penetrations, markings and cable management systems.
The composition depends on the delivery model. In a local installation, the platform servers and databases are hosted by the customer; with a cloud service, only the necessary local nodes, video and autonomous circuit equipment remain on site.
Uninterruptible power supplies, power distribution units, circuit breakers, surge protectors, power supplies, distribution boxes, relays, contactors, input control, grounding and autonomy calculations.
Central and floor 19-inch cabinets, air conditioning, locking, door and temperature sensors, shelves, organizers, mounting panels, fastenings and technological reserve.
Information system
The format is selected based on reading distance, movement speed, number of directions, illumination and volume of information. The scoreboards receive consistent data from the digital twin.
Arrow, floor or zone and the number of available seats in the selected direction.
direction selection pointDistributes the flow left and right without forcing the driver to read a long message.
left / rightShows free spaces in a level, zone or category at the ramp and path selection point.
level capacityP1 · 18Welcome
INFO / ADVERTISINGCombines navigation with object messages. An advertising unit is included or excluded by the project.
RGB · optional mediaIntelligent video analytics
One overhead node integrates video monitoring, license plate recognition, occupancy detection, abandoned object detection, lighting and navigation events. The color of the lower indicator is visible to the driver directly in the passage.
Covered short-term and long-term parking, terminal areas, service and rental sectors.
1 or more levelsUnderground and built-in parking for residents, guests, family cars and private spaces.
body · section · levelCovered parking for employees, tenants, visitors, managers and service providers.
sectors · levels · visitorsHotels, medical centers and multifunctional complexes with project configuration.
local object or networkSingle-level and multi-level indoor parking lots with navigation to entrances, areas and shops.
flow · loyalty · navigation
Car parking camera
The camera receives an image of parking spaces in real time, recognizes the car and license plate, changes the status of the space no later than 3 seconds and immediately shows the status of the zone using the color of the lower indicator.
Open 3D modelA green light means that at least one regular parking space is available in the camera's viewing area.
Location on site
CShark SPC controls up to three seats in one row. CShark DSPC control up to six seats on two opposite rows. The passage remains free, each seat has a straight trajectory of manoeuvre.
The car takes up spaceThe camera records the appearance of the car and its steady stop.
The number is determinedSurveillance links the vehicle to the location and camera frame.
The entire object is updatedThe scoreboard, operator card and application receive a new status.
DSPC-03Configurations
Both models operate in a single CShark circuit. The SPC is selected for controlling one row of up to 3 seats, the DSPC for simultaneous control of two opposite rows of up 6 seats. The final configuration is determined by calculating the geometry of the facility.
| Parameter | CShark SPC | CShark DSPC |
|---|---|---|
| Image | 4 MP · 2560 × 1440 · H.264 | 4 MP · 2560 × 1440 · H.264 |
| Construction | 1 lens | 2 lenses |
| Coverage | up to 3 seats in one row | up to 6 seats in two opposite rows |
| Optics | 2.8 / 4 / 6 mm | 2.8 / 4 mm |
| Angle adjustment | Manual adjustment during installation · initial position -20° · downward adjustment to -40° · no remote control | Remote independent adjustment of each lens -20° to -40° |
| Sound | Voice messages and downloadable audio events | No audio channel |
| Vehicle data | License plate and car without license plate | Number, country, make, model, type and color of the car |
| Indicator light | Green · red · purple · flashing · orange | Green · red · purple · flashing · orange |
| Dimensions | 112 × 112 × 95 mm | 129 × 129 × 122 mm |
The indicators are based on the technical specifications of the camera hardware platform. The final accuracy and functionality are confirmed by design calculations, calibration and on-site acceptance testing.
System structure
Cameras, signs, traffic lights, bollards and charging stations are connected via the distribution network to the server loop. CShark forms the parking status, executes permitted commands and saves the result.
Edge / appruntime of the objectPLATFORMlocal · cloud service · combinedDevice Hubpassports and healthConstruction options
The diagram will show the data path from the cameras to the CShark server, the composition of network nodes and interfaces in which the result is used.
MULTILEVEL OBJECT
The cameras, panels and terminals on each floor are connected to the nearest distribution cabinet. The cabinets are connecting via optical bus to the CShark server hub.
Design parameters and acceptance
In the project we record composition, placement, power supply, network and reserve. At acceptance we check the cross-functional function, diagnostics and recovery after failure.
Installation points, viewing areas, power, network, associated locations and backlight modes.
Busy, number recognition, indication, loss of connection and restoration.
Model, power, connectors, parking spaces, power, network, tariffs and available commands.
Status, reservation, start, stop, energy, cost, error and notification.
Format, location, reading distance, interface, power supply and indicator source.
Same meaning with digital twin, readability and backup message.
Ports, PoE budget, copper and optical lines, cabinets, patch panels and marking.
Line measurements, reserve, segmentation, port diagnostics and log compliance.
Load calculation, storage depth, redundancy, autonomy and monitoring.
Workload, switching, recovery, notification and event persistence.
Circuits, protection, selectivity, powers, connection points and potential equalization.
Measurements, markings, safety shutdowns and the impact of power loss on functions.
Implementation in the project
Each device receives a position on the plan, a code, a communication line, a port, an address, a power circuit, a dependency in the digital twin, and an acceptance test.
Plans, routes, cabinets, power inputs, lighting, angles, stripes, customer decisions and installation restrictions.
Structural and electrical diagrams, layout plans, coverage calculations, topology, network segments and addresses, power supply and UPS.
Specification, compatibility, reserve, cabinet layout, labeling, bench testing and incoming inspection.
Cable lines, cabinets, cameras, displays, power supply, switching, grounding, measurements and recording of actual routes.
Addressing, firmware, device-to-site communication, calibration, commands, events, fallback order and end-to-end scenarios.
Executive diagrams, cable logs, port plans, passports, protocols, backup copies of configurations and maintenance regulations.