Apple details indoor maps coverage of 34 airports, multiple malls
Apple started implementing indoor mapping data with iOS 11, offering users a new navigation aid for major airports and large malls. While rollout has been slow, the company on Wednesday compiled a list of the 43 indoor locations where users can take advantage of the feature.
Included in an update to its iOS Feature Availability webpage, Apple names the 34 airports that currently boast indoor mapping support in iOS 11.
As seen below, most airports are located in the U.S., but Apple does include a few major international hubs like Berlin Tegel and Vancouver International.
Indoor Maps Airports:
Unfortunately, the update fails to specify which malls feature indoor data. The information is a welcome addition to Maps, as users can quickly navigate through multi-level complexes or large indoor facilities without referencing a website or physical guide.
Apple's indoor maps feature an easy-to-use interface with bold iconography and text for popular landmarks and facilities. For example, airport maps include shaded areas indicating gates, restaurants, shops, security checkpoints and other points of interest.
Malls incorporate similar signage for bathrooms and other common areas, while detailed floor plans provide store store layouts and directions. Users can also tap on a "Browse" section to search for stores by category. Tapping on a particular store brings up informational pages with hours, reviews and more.
Apple is constantly updating its catalog of indoor maps locations. The most recent addition came in October when a few U.S. airports were added to the list.
Included in an update to its iOS Feature Availability webpage, Apple names the 34 airports that currently boast indoor mapping support in iOS 11.
As seen below, most airports are located in the U.S., but Apple does include a few major international hubs like Berlin Tegel and Vancouver International.
Indoor Maps Airports:
- Amsterdam Airport Schiphol AMS
- Baltimore/Washington International Thurgood Marshall Airport BWI
- Berlin Tegel Airport TXL
- Berlin Schnefeld Airport SXF
- Chicago O'Hare International Airport ORD
- Chicago Midway International Airport MDW
- Denver International Airport DEN
- Detroit Metropolitan Wayne County Airport DTW
- Edmonton International Airport YEG
- Geneva Airport GVA
- Hong Kong International Airport HKG
- Houston George Bush Intercontinental Airport IAH
- Houston William P. Hobby Airport HOU
- Indianapolis International Airport IND
- Jacksonville International Airport JAX
- Las Vegas McCarran International Airport LAS
- London Heathrow Airport LHR
- London Gatwick Airport LGW
- Los Angeles International Airport LAX
- Orange County John Wayne Airport SNA
- Miami International Airport MIA
- Minneapolis-Saint Paul International Airport MSP
- Nashville International Airport BNA
- New York John F. Kennedy International Airport JFK
- New York LaGuardia Airport LGA
- Newark Liberty International Airport EWR
- Oakland International Airport OAK
- Philadelphia International Airport PHL
- Pittsburgh International Airport PIT
- Portland International Airport PDX
- San Diego International Airport SAN
- San Jose Norman Y. Mineta International Airport SJC
- Seattle-Tacoma International Airport SEA
- Vancouver International Airport YVR
Unfortunately, the update fails to specify which malls feature indoor data. The information is a welcome addition to Maps, as users can quickly navigate through multi-level complexes or large indoor facilities without referencing a website or physical guide.
Apple's indoor maps feature an easy-to-use interface with bold iconography and text for popular landmarks and facilities. For example, airport maps include shaded areas indicating gates, restaurants, shops, security checkpoints and other points of interest.
Malls incorporate similar signage for bathrooms and other common areas, while detailed floor plans provide store store layouts and directions. Users can also tap on a "Browse" section to search for stores by category. Tapping on a particular store brings up informational pages with hours, reviews and more.
Apple is constantly updating its catalog of indoor maps locations. The most recent addition came in October when a few U.S. airports were added to the list.
Comments
Has anyone used indoor Maps capabilities yet? How was it?
Why is this not so big airport (about 70 million passengers yearly) on the list? I think because Schiphol Airport NV, as the owner, already had the whole area mapped out in detail. So easy to implement in Apple Maps.
https://en.wikipedia.org/wiki/List_of_busiest_airports_by_passenger_traffic
But we will have to see if the expansion will be completed There's more and more resistance, why would half of The Netherlands have the negative consequences of wanting to be a hub?
What is different about this compared to the indoor maps that Google Maps has had for years? Most airports I’ve been through, many many many malls, heck, Best Buy (down to each individual aisle), are all mapped on Google Maps with highly accurate data. Not trying to start anything, just trying to understand the difference.
What good is a really detailed map if your smartphone can’t tell you accurately where you are? Accurate indoor positioning is more challenging as GPS signal isn’t always available.
http://iphone.appleinsider.com/articles/13/03/23/apple-buys-indoor-gps-company-wifislam-for-20m
It is unfortunate that they acquired this company in 2013 and it has taken this long to implement it widely.
Indoor mapping of airports and shopping malls (malls still exist? huh...) is an okay first start, but why not hospitals, schools, universities, corporate/government campuses, libraries, museums, subway stations, train stations, sports facilities, military bases, huge warehouses, mines, theme parks, camp grounds, huge retail stores (Walmart, Wegmans, Costco, ...), etc.? Indoor location information for facilities would be immensely useful for first responders. Finer granularity mapping of the interiors of even individual buildings would be a good next step. Defining a standard description language and metadata for micro-mapping structures would allow this to happen at the scale needed to make it generally and universally useful, not only for guiding humans (and robots and drones) through internal structures, but also for virtually viewing the interiors of structures using virtual reality (VR). Once structures are mapped it also provides a framework for binding/attaching augmented reality (AR) information and presentation to the physical structures and their attributes because the micro-mapping data can be correlated with observations and possibly beacons and badges (barcodes, QR codes, passive RFID transponders, etc.). All this is much bigger than what Apple can do alone so they need to involve others sooner rather than later.