Parking Lot Attendants

Inspect vehicles to detect any damage.

AI: Fully automatable - Computer vision systems can reliably detect exterior vehicle damage from images and are already used commercially for automated inspections.

Issue ticket stubs or place numbered tags on windshields, log tags or attach tag to customers' keys, and give customers matching tags for locating parked vehicles.

AI: Fully automatable - Existing kiosks, dispensers, and software already automate issuing/logging ticket stubs or tags and handing matching tags to customers end-to-end.

Perform cash handling tasks, such as making change, balancing and recording cash drawer, or distributing tips.

AI: Fully automatable - Cash recyclers, POS systems, and accounting software automate change-making, drawer balancing, recording, and electronic tip distribution in most operations.

Lift, position, and remove barricades to open or close parking areas.

AI: Fully automatable - Full: motorized gates, automated bollards, and access-control systems are widely deployed and can lift, position, and remove barricades without human operators.

Review motorists' identification before allowing them to enter parking facilities.

AI: Fully automatable - Full: license-plate recognition, RFID, and automated ID-scanning systems can reliably review motorists' identification for access control in parking facilities.

Take numbered tags from customers, locate vehicles, and deliver vehicles, or provide customers with instructions for locating vehicles.

AI: Partial - AI can manage tag systems, locate vehicles, and provide instructions, but delivering vehicles requires autonomous driving technology that is not broadly available or reliable in all settings.

Greet customers and open their car doors.

AI: Partial - AI can handle greetings via voice agents but opening car doors requires physical robotics and safety measures not widely automated as of 2025.

Patrol parking areas to prevent vehicle damage and vehicle or property thefts.

AI: Partial - AI-powered cameras and drones can patrol and detect theft or damage and send alerts, but they cannot physically prevent crimes or intervene directly.

Explain and calculate parking charges, collect fees from customers, and respond to customer complaints.

AI: Partial - AI can calculate and explain charges and process payments and can handle routine complaints, but complex disputes and high-empathy resolutions still require humans.

Park and retrieve automobiles for customers in parking lots, storage garages, or new car lots.

AI: Partial - Autonomous parking and retrieval systems exist in limited deployments, but widespread, reliable fully automated parking/retrieval is not yet common in 2025.

Provide customer assistance and information, such as giving directions or handling wheelchairs.

AI: Partial - AI can provide directions and information easily, but physically assisting customers or handling wheelchairs requires human help or specialized robotics not commonly available.

Keep parking areas clean and orderly to ensure that space usage is maximized.

AI: Partial - Robotic sweepers and sensor systems can maintain general cleanliness and order, but nuanced space optimization and manual clean-up still need human labor.

Direct motorists to parking areas or parking spaces, using hand signals or flashlights as necessary.

AI: Partial - Partial: parking guidance systems, sensors, and automated signage can direct motorists, but physical hand-signaling and adaptive on-the-ground judgment require human presence or specialized robots not yet widespread.

Escort customers to their vehicles to ensure their safety.

AI: Partial - Partial: surveillance, remote monitoring, and security robots can assist or deter threats, but physically escorting individuals and ensuring nuanced personal safety in varied situations still relies on humans.

Perform maintenance on cars in storage to protect tires, batteries, or exteriors from deterioration.

AI: Partial - Partial: some preservation tasks (battery tenders, scheduled engine starts, covers) can be automated, but many hands-on maintenance actions vary by vehicle and commonly require human technicians.

Call emergency responders or the proper authorities and provide motorist assistance, such as giving directions or helping jump start a stalled vehicle.

AI: Partial - Automated systems can call responders and provide remote motorist instructions, but hands-on assistance like jump-starting a vehicle requires a human responder.

Perform personnel activities, such as supervising or scheduling employees.

AI: Partial - Partial: scheduling and many administrative personnel functions are largely automatable, but supervisory duties involving complex judgment, conflict resolution, and leadership are not fully automatable.

Service vehicles with gas, oil, and water.

AI: Partial - Partial: automated pumps and remote-controlled fluid systems exist, but safety concerns, vehicle variation, and regulatory constraints limit fully autonomous servicing with gas, oil, and water.