71,000+
sensors live
50+
countries
99.96%
detection accuracy
Works on existing sensors via firmware update
What Bluetooth Parking Identification Means
Bluetooth parking identification adds a layer of identity to occupancy data. When a vehicle parks over a Fleximodo IoT sensor, the sensor wakes a Bluetooth (BLE) channel and exchanges a signal with a digital permit in the driver's phone or a physical IoT Permit Card in the car. The sensor then knows not only that the space is occupied, but which permit or driver is using it, and streams that to the operator. It is built for cities, disabled-bay enforcement, offices, residential sites and fleets.
Why "Occupied or Free" Is Not Enough
A standard parking sensor reports a binary state: occupied or free. It cannot tell you whether the car in a reserved, disabled or resident bay has the right to be there. These are the problems Bluetooth parking identification solves:
Reserved Bays Taken by the Wrong Car
Offices and residential sites lose their guaranteed spaces to vehicles that never had a permit, and operators find out too late.
Disabled Bays Abused, with No Way to Enforce
A large share of accessible spaces is occupied without a valid permit, and cities have no scalable, automated way to verify entitlement in real time.
Permits That Do Not Scale
Handing a physical card to every resident or disabled driver is slow and hard to distribute across a whole city.
Payment That Depends on the Driver Remembering
Manual "start parking" steps in an app cause missed and disputed payments, hurting compliance.
Occupancy That Does Not Match Reality
Without knowing who parked where, the digital map of a car park drifts away from what is actually happening on the ground.
What Bluetooth Parking Identification Includes
The service is a software layer on top of Fleximodo occupancy sensors. It combines sensor-initiated Bluetooth, digital permits and app integration, delivered as one package:
BLE Wake-up on the Sensor
The in-ground sensor detects a vehicle, then activates its Bluetooth channel only for that event, so identification adds no measurable drain to the sensor battery.
Digital Permit in the Phone
The driver's permit lives in an app, so cities and operators can issue and revoke permits remotely instead of distributing physical cards.
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IoT Permit Card Option
An active Bluetooth tag placed in the vehicle, for drivers or fleets without the app.
Driver-Versus-Pedestrian Check
The system confirms the signal belongs to a parked driver, not a passer-by, before it acts.
1-Click Payment Prompt
After parking, a notification asks the driver to confirm and start paying in a single tap.
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Automatic Enforcement Alerts
If an occupied bay has no matching permit, the operator is flagged in real time.
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Privacy by Design
By default the system reads the permit type, not the person; identity is revealed only with the driver's consent.
Works on Your Existing Sensors
Deployed as a firmware update plus an app, with no new hardware, gateways or cabling.
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How Bluetooth Parking Identification Works
Identification runs automatically in five steps and, for the driver, comes down to a single tap. A pilot can run on existing sensors within days of a firmware update.
Arrival and Parking
The driver parks over a Fleximodo in-ground sensor. The sensor detects the vehicle through its magnetic and radar field, exactly as it does for normal occupancy detection.
Bluetooth Wake-up
On detecting the vehicle, the sensor activates BLE advertising and emits a signal that wakes the app in the driver's phone, even when the app is closed and running in the background. With the IoT Permit Card, the card broadcasts its ID and the sensor reads it directly.
Driver Verification
The app confirms the signal belongs to a driver who has parked, not a pedestrian passing by, using signal dwell-time and phone activity signals. This keeps identification accurate in busy areas.
One-Click Confirmation
The driver confirms the session in a single tap, or the permit is verified automatically over the Bluetooth handshake. Depending on the use case this starts payment, validates a disabled or resident permit, or logs the vehicle to its reserved bay.
Exit and Sync
The sensor detects departure and closes the session, freeing the space. Where there is no live connection, such as an underground garage, the information syncs as soon as the phone regains signal, for example on leaving the garage.
Digital Permit or IoT Permit Card: Two Ways to Identify
Bluetooth identification works with a digital permit in the phone or a physical IoT Permit Card in the vehicle. The card was the original approach; the app version moves the same permit into the phone, which makes it far easier to scale across a city or a large site.
What it is
Active Bluetooth tag placed in the car
Distribution
Physical card handed to each driver
Scalability
Best for fleets and smaller, defined groups
Payment & identity
Verifies the permit
Requirement
Card in the vehicle
What it is
Permit in the Parking Around app, or a partner app using the Fleximodo Bluetooth SDK
Distribution
Issued and revoked remotely, no hardware to hand out
Scalability
Scales to whole cities and large resident or disabled-driver populations
Payment & identity
Adds 1-click payment and optional, consent-based driver identity
Requirement
A phone with the app installed; it need not be open
Works with Your App and Your Systems
Bluetooth identification runs through an app and connects to the rest of your parking stack via the Fleximodo API:
Parking Around App
Fleximodo's own parking app carries the digital permit and the 1-click payment prompt out of the box.
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Third-Party and City Apps via SDK
A partner or municipal app embeds the Fleximodo Bluetooth SDK to gain the same identification, no separate app required.
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Payment Platforms
The 1-click confirmation starts a paid session, feeding demand-based pricing.
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Enforcement & Permit Systems
Unmatched vehicles in reserved, disabled or resident bays raise automatic alerts.
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Occupancy Data & Dashboards
Identity is layered on top of live occupancy, so the digital map matches the real car park one-to-one.
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EU Digital Identity (Forward-Looking)
The architecture is designed to accept a digital permit as a verifiable credential in the European Digital Identity (EUDI) Wallet under eIDAS 2.0.
Who Bluetooth Parking Identification Is For
Identification is valuable wherever "who is parked here" matters as much as "is this bay free": cities, disabled-bay programmes, offices, residential sites and fleets.
Disabled (Accessible) Parking
Verify that a car in an accessible bay holds a valid disabled permit, in real time and without cameras or gates. Permits move into the phone, so a city does not have to hand a new card to every disabled driver.
Learn more →
Cities and On-Street Zones
Confirm resident and zone permits, limit free parking to the right plates and zones, and gather movement statistics across the city, all from sensors already in the ground.
Paid Parking with 1-Click Payment
Drivers get a notification the moment they park and confirm payment in one tap, which lifts payment compliance without ticket machines.
Learn more →
Offices and Corporate Campuses
Protect reserved and assigned bays: if a car parks in a reserved space without a matching permit, operators are alerted immediately instead of discovering it by chance.
Residential Developments
Give residents a digital permit tied to their bay, manage visitor and shared spaces, and keep the record of who parks where accurate and disputes-free.
Fleets and Specific Groups
Company fleets and defined driver groups can use the IoT Permit Card where an app is not practical, with the same sensor-level identification.
EV Charging Bays
Identify whether the car in a charging bay is entitled to it, and trigger charging or free-parking rules for the right vehicles.
Learn more →What Results to Expect
Bluetooth identification is designed to turn occupancy data into enforceable rules and reliable payment. Exact results depend on site type and how it is configured:
Enforceable Accessible Parking
Automatic, real-time verification of disabled permits, replacing random manual checks.
Higher Payment Compliance
1-click confirmation removes the main reason drivers skip paying.
Reserved Bays Protected
Misuse of assigned office and residential spaces is flagged the moment it happens.
Permits That Scale
Digital permits are issued and revoked remotely, so coverage can grow from a pilot to a whole city without new hardware.
A Digital Twin That Matches Reality
Layering identity on occupancy keeps the digital picture of the car park one-to-one with the ground.
Proven in Real-World Deployments
Each project reflects a different regulatory environment, site layout, and usage pattern. Showing how the setup adapts in practice.
Pardubice, Czech Republic
Citywide (largest in EU)
3,475 sensors 5,000 permit cards
SSMC Hospital, Abu Dhabi
Healthcare campus
1,750 sensors
Sky Park Offices, Bratislava
Premium office garage
400 sensors
Related Services & Resources
Bluetooth identification is the identity layer under the rest of the platform. Start where your project starts:
Parking Digitalization
Sensors and live occupancy, the data most integrations exist to move.
Learn more
Case Study
Pardubice citywide permits
Bluetooth Parking Identification: Frequently Asked Questions
About Fleximodo
Fleximodo is an IoT smart parking platform from GOSPACE LABS (Bratislava, Slovakia & Arlington, VA, USA). It combines parking sensors, ANPR, signage, digital permits and cloud software, with 71,000+ sensors deployed in 50+ countries. ISO 9001, 14001, 27001 and 45001 certified.
Sensor-Initiated BLE Wake-up
The sensor starts the conversation only when a vehicle arrives, so it can identify the driver with no measurable impact on the up-to-10-year sensor battery.
Identity, Not Just Occupancy
Fleximodo detects who parked, not only whether the bay is full, the basis for enforcement, billing and resident systems.
Software Layer on Proven Hardware
It runs on the existing installed base as a firmware update plus an app, with no new gateways.
Privacy and Standards
GDPR-compliant by design, ISO 9001, 14001, 27001 and 45001 certified, and architected for the EUDI Wallet (eIDAS 2.0).