With the aging population, driving habits are changing. The advent of new technology like smart highways and GIS mapping devices has helped to accommodate this new way of moving around. The development of self-parking automobiles has also provided new mobility options. Technology continues to advance and bring new benefits to driving and parking.
Automated parking System Boston Application
Automated parking systems have many applications and can benefit cities, businesses, and government entities. They can be used for various purposes, including parking payment enforcement, parking revenue control, and pay-by-space. Some solutions even provide real-time dashboards to monitor warden activity.
Parking providers should be fully PCI-compliant if they wish to accept payment card transactions. Using a PCI-compliant vendor can simplify this burden, enabling operators to focus on generating revenue and providing exceptional service. In addition, by eliminating the risk of non-compliance with PCI-DSS, parking facilities can enjoy peace of mind that their customers are safe.
Automated parking systems can also reduce traffic accidents in urban areas. These systems have been used to reduce traffic accident fatalities in the past. For example, in cities with dense populations and limited space, many people have fewer parking spaces than they would like.
Point-to-point use of the Car
If you plan to park your car on the street in Boston, you have a few options. You can either pay the city a small fee or find street parking on a first-come, first-served basis. For those on a budget, this may be the way to go. But be aware that these spaces aren’t always available.
Parking garages downtown are usually part of a mixed-use project and are usually close to public transportation. This means you won’t have to walk far to find a spot. However, you might consider using the city’s public transportation system if you don’t have a car.
Automated parking System Boston compliance with point-to-point use of the car:
Automated parking systems should meet certain standards and regulations. For example, they must be ETL or UL listed. They should also meet the “standard for care” directive, which requires the design of equipment to meet the needs of the intended use. This directive has become increasingly important over the past ten or fifteen years. Automated parking engineers must ensure the system’s peak traffic capacity meets industry standards.
In conclusion, the Boston parking system’s automation benefits everyone by making the process faster and easier for drivers, reducing traffic congestion, and increasing efficiency. As technology continues to improve, more cities will likely adopt this same system to improve the quality of life for their citizens.
