The city of Belleville in Canada is piloting an on-demand, Uber-inspired system for its public buses. As a ‘transit desert’, Belleville has low population density – making it difficult to offer reliable, convenient public transport. Uber’s ubiquity has also contributed to this issue. Previously, the city’s dial-a-bus system required users to book at least 12 hours in advance. Under the new system this is reduced to 30 minutes. The city reported that the trial on a late night bus route has seen the number of riders doubled.
One thousand dollars is the new normal for smart phones in less than a year. Smartphones have replaced dozens, maybe hundreds of other single-function devices, from portable stereos to flashlights to TVs, and even personal computers. The average person has more computing power and more high-tech functionality in his or her pocket than even the wealthiest family had back in the day.
What can AI do for you: AI will also be capable of making energy much less expensive to produce and store. The average consumer already has access to hundreds of products capable of reducing the amount of energy they consume, including “smart” appliances like refrigerators, which can optimize and automate certain functions to keep energy costs low. Moreover, AI algorithms can make clean, renewable energy sources (like wind and solar) more efficient, ultimately reducing the cost of production, and the costs of producing and distributing food products.
AI has the power to greatly reduce the cost of insurance in all areas, including health insurance and auto insurance. Refined algorithms can more specifically calculate an individual’s risk factors, giving them the best possible rate for any policy. Plus, advanced algorithms can lower the risk of needing to file an insurance claim. For example, AI-powered self-driving cars have the potential to greatly reduce the risk of collisions, which in turn would make insurance dramatically cheaper for everyone, and advanced algorithms in the medical field can detect instances of cancer and other complex illnesses sooner, reducing the total costs associated with curing or treating those illnesses.
Soon, AI algorithms will be so sophisticated and tech companies will be so mature that the value of consumer data will be much higher, and the average consumer will provide more data with every digital interaction. At that point, tech companies may be interested in providing consumers with smartphones and other devices for free, with the intention of collecting enough data to counteract the costs of production and distribution.
Health care costs will likely remain high for the foreseeable future, but gradually, AI will gain the power to reduce those costs. Proactive screenings can be automated.
Will Jobs Be Necessary In The future?
Uber Health allows health care professionals to arrange Uber rides for patients traveling to and from the facility for non-urgent visits. Rival ridesharing service Lyft launched a similar service at the end of 2017.
Uber Health’s dashboard offers “simple billing, reporting, and management,where organizations can easily keep track of what they’re spending on rides.
Features include flexible ride scheduling for patients, caregivers, and staff, allowing rides to be booked immediately, within a couple of hours, or even up to 30 days in advance, if necessary. This makes it easy to plan a follow-up appointment with the patient while they’re present at the facility, allowing both parties to agree on a mutually convenient time and date.
Riders won’t need to have the Uber app. Ride notifications will be sent via text message to a mobile phone. Although the company says it’s also planning to set up alternative options such as landline calls.
It’s not clear who will pay for the rides. More than 100 healthcare organizations — among them hospitals, clinics, rehab centers, senior care facilities, home care centers, and physical therapy centers — are already conducting trials with Uber Health, and the dashboard is available to all such facilities from this week.
According to amNY, advocates and experts say the new “contactless” technology could make the system more equitable through a policy called fare capping: riders pay per ride until the daily or weekly capping rates are reached, with every ride being free after that.
The new system, set to replace the plastic card by 2023, will also allow customers to create personalized transit accounts online to check ride history, add value and report lost or stolen cards.
The current payment system gives benefits to riders willing to spend $121 on the spot for an unlimited monthly pass by saving them on cost-per-ride fares. For New Yorkers who cannot afford to spend over $100 on a single purchase, there are no savings when buying the weekly or daily pass. Advocates say the contactless system could make commuting more equitable.
MTA board member David Jones told amNY, “… With the [new] technology, if you in fact swipe through enough times in a month you could automatically be given the 30-day benefit. The technology is so sophisticated that it can tally how many times you are using the system.
Fare capping, a policy Cubic has implemented for London’s transit fare system, would no longer force riders to choose between a daily or weekly pass; straphangers pay per ride until the daily or weekly capping rates are reached and pay nothing after that.
While a fare capping policy has been backed by transit advocacy group Riders Alliance, the MTA Board has not decided whether it will implement it as part of the new system.
The change probably has something to do with Google Flights and Google Trips. Google used ITA’s tool to create Google Flights, which aggregates airline prices directly inside its powerful search engine. The product competes with companies like Priceline Group Inc.’s Kayak.com and Chinese travel giant Ctrip.com International Ltd.’s Skyscanner.
The newest developments show that using sodium, zinc, and aluminum constructed batteries make the mini-grid a solid possibility for providing 24-7, reliable and clean energy to entire small rural towns.
New materials such as Graphene are emerging and are going to change the world forever. Think about the Bronze Age…the Iron Age—these newest materials each contain a single layer of atoms and are two-dimensional. The potential positive impacts of evolving materials are limitless and bound only to the reach of scientists and how far they choose to push.
Self-driving cars are already in the here-and-now, but just how soon will be helping to improve the lives of handicapped and elderly will change the quality of life for millions.
From your own personal robot assistant that can anticipate your every need and perform tasks at your whim, to entire AI environments—this could be affordable to everyone with the emerging availability of Open AI ecosystems.