Rapid entry & exit within 2 secs
Systems on Cloud
AI & MACHINE LEARNING
High-Performance Computing
Systems On Cloud
Scalability
Our system on CLOUD support scaling the transactions from 10k to 10Mn across the network in no time
Serviceability
Reliability
ValetEZ runs with or without the internet, keeping the Business operations unaffected
High-Performance Computing
Network-Centric Flexible Scalable Architecture
Connects and integrates various devices and systems across different parking locations in multiple cities and even countries while supporting diverse parking formats and sizes, enabling our services even at
Load Distribution
Enables ValetEZ to handle hundreds of thousands of vehicles per day and provide contactless parking and digital payments for users at massive scale
AI & MACHINE LEARNING
Anomaly Detection & Fraud Prevention
Detects and prevent anomalies and frauds in parking transactions and operations, such as unauthorized access, fake payments, overcharging, etc.
Optimize Space, Predicting Demand & Supply
Intelligent system that anticipates parking needs based on historical data, predict demand patterns across different locations and time periods.
Dynamic Pricing
Adjusts parking prices based on various factors such as occupancy, location, time, seasonality, events, etc. to optimize revenue and incentivize customers.
System's Agility
Conventional Parking
- Entry & Exit In 2 Minutes
- System Failures
- Cash Leakage
- Long Queue In Parking Lot
ValetEZ Automated Parking
- Space utilization & revenue
- Emissions
Research & Development
Our focus on innovation on both electronics design and software engineering has allowed us to continually design and upgrade our IoT technology and optimise the performance of the cloud software platform.
The proprietary technology enables an open architecture hardware platform that interconnects with a host of legacy and future ready equipment while offering mass customised industry ready smart parking solutions.
Our tech development work is centered on building solutions that deliver on a vision of distributed, decentralised digital systems that are interconnected to large scale networks, allowing for flexibility, scalability and resilience.