Cube Cities Blog

The Cube Cities Blog

27 March 2013

City-Wide Stacking Plans with Markers & Meters

Floor Access to Buildings Downtown San Francisco using Markers & Meters
The Cube Cities API now provides access to Markers & Meters. These new controls provide floor-level information to every building in all of our cities. Each floor marker (seen multicoloured in image above) and energy meter (indicated in orange) is colourized to indicate any user-selected building variable. Perfect for visualizing energy or water consumption on a floor level. But the best thing about Markers & Meters is they are designed to work with Google's new 3D imagery, making them perfect for Google Earth on iPad or Android. Here's a video showing off how buildings downtown San Francisco come alive and accessible with Markers & Meters.


See fullscreen, in high resolution

Additionally, Markers & Meters work in Google's Street View:


See fullscreen, in high resolution

To learn more about the Cube Cities API and how to get access to Markers & Meters, sign up with us and we'll send you the details.


22 March 2013

Celebrity Real Estate Views in Manhattan

East 59th Street and Park Avenue
Ivanka Trump lives high above Park Avenue, her penthouse has sweeping, panoramic views of the Upper East Side. Denzel Washington and Sting both live in the same building off Broadway and West 61st Street. Denzel lives on the 24th floor and has a dramatic view of Central Park South. Sting lives thirteen floors below on number eleven, but has another apartment building blocking most of his Central Park view. The video tour below shows off the floor locations and window views from a selection of celebrity real estate, including Jay-Z's Tribeca penthouse, Jim Carrey's property in Chelsea and Madonna's Upper East Side mansion.


Fullscreen, high resolution link

The Cube Cities Grids tool makes all of this possible. It's a simple way to select any floor or window in any building and share that information with direct links.

Jay-Z lives above Hudson Street, he can see the construction of One World Trade Center from his rooftop.


18 March 2013

Comparing Google and Apple's 3D Building Products

Google and Apple have both invested heavily in 3D mapping technologies in recent quarters. Google has developed a capability/airforce to capture imagery of cities using 45 degree aerial imagery processing in a process called stereo photogrammetry. Since June of 2012, Google has been releasing new 3D city imagery using this technique. In 2011, Apple acquired Swedish mapping company C3 Technologies for an estimated $240 million, bringing that companies SAAB-developed 3D mapping technology in house, resulting in the release of nearly 100 3D cities on Apple Maps. Also in 2012, Google sold their architectural software product SketchUp to Trimble Navigation, taking with it the 3D Warehouse, which has been the historical source of 3D buildings for Google Earth.

The table below details many of the differences between the competing 3D imagery products that are now available to the mass market on Google and Apple platforms.

Click to Expand

The screenshots below illustrate San Francisco's Transamerica Pyramid in the competing 3D building layer products currently available to the mass market on Google and Apple platforms. Note how the entire urban fabric is rendered in the computer generated maps, whereas Google's legacy building layer has missing buildings and contains stylistically different models due to it's human-crafted origin.

Google's Legacy Building Layer (Human Created)

Google's New 3D Imagery (Computer Generated)

Apple's Maps (Computer Generated)
Both Google's old and new 3D buildings are compatible with Cube Cities products. However, Apple currently does not provide a method of loading data into their mapping application, with the exception of the built-in third party data feeds from Tom Tom and Yelp.

Interested in seeing what these 3D building models look like on the inside? The following images show the interior space of the top floors of the Transamerica Pyramid building, all oriented from the same direction. Click the image to expand.

Trimble's 3D Warehouse (Legacy)
Apple's 3D Buildings
Google's New 3D Imagery
                 

15 March 2013

Metering Building Class: Boston After Dark

Building Meters downtown Boston in Google Earth
Buildings continue to operate and consume energy after the work day ends and facilities become idle. With Building Meters, Cube Cities provides a unique visual meter indicating the building type and class, energy usage and any other available metric. See the video below to see what Cube Cities can do in Boston using Building Meters and Google's new 3D imagery.


Fullscreen, high resolution link

Imagine real time building data available in this format for every major city in the world. It's the dawn of a new era and Cube Cities is there.

Sunrise over Boston Harbor
Contact us to experience the full interactive product. Options for private implementations of Building Meters are available.

13 March 2013

"Building Meters" for Google's New 3D City Imagery

Google Earth's new 3D imagery now seen on iPad or Android tablets for cities like Boston, Denver, Seattle, Los Angeles and San Francisco has been indexed by Cube Cities for real estate mapping. Because our database knows the floor height of every building we can quickly stack up a row of icons beside every building to function as building interface controls. We'll call these Building Meters. Here's how they look:

Google Earth 7 on OSX - San Francisco's Financial District

San Francisco's Market Street

Google Earth on iPad - Downtown Seattle
These "building meters" are handy new control elements that work well on desktop or mobile versions of Google Earth and instantly add floor-level interactivity to Google's new auto-generated city models. These new city models give a sense of completeness and communicate the urban landscape more effectively than Google's older 3D Building Layer that was part of Google's 3D Warehouse. Every few months Google is rolling out this new 3D imagery for cities around the world. Combined with the Cube Cities platform, the resulting product is a superior way to illustrate building operating costs, rental rates, occupancy data and more. Here's a video showing building meters:


Fullscreen, high resolution

The video above also shows company logos of real estate firms advertising available office space listings at the exact locations indicated by the icons. That's another one of our tricks that makes an iPad or Android tablet a great new way to find office space and pull up floorplans. Contact us to learn more about office market or building data on mobile devices in 3D.


19 February 2013

Cube Cities + ESRI = Rich Urban Data for Traditional GIS

Cube Cities' Chicago data on ArcGlobe

Cube Cities works with ESRI's ArcGIS and ArcGlobe applications. We make it easy to showcase any of our market, building or floor-level visualizations with these ESRI programs using our Verticode framework. For users of these traditional GIS programs, Cube Cities can provide accurate market data visuals and rich urban land use information to any project. Contact us to learn more.


Buildings with Verticode markers along the Chicago River in ArcGIS 

Every floor in the Chicago Loop in ArcGlobe



18 February 2013

Chicago's River Point Tower

444 West Lake in Chicago's West Loop
Here's a look at River Point Tower, being developed by Ivanhoé Cambridge in Chicago.

This visualization shows the stack plan for the building within a 3D model in Google Earth. The movie shows several assorted floor highlight styles from Cube Cities.



Full screen, high resolution link

14 February 2013

Valentine's Day @ 350 Fifth Avenue


Only the Empire State Building can perfectly illuminate Valentine's Day in the Manhattan skyline. Click the graphic to see a video of the available space in the building fading out and romance fading in. It's the Cube Cities Grids version of this classic New York visual. Click here to see all available space in the Empire State Building from W&H Properties.

High resolution YouTube link

20 January 2013

Cube Cities Verticode Platform - Say Goodbye to Push-Pin Hell

Typical location queries work by trying to associate a street address with a specific place on a map...that process is commonly called "geocoding" an address.  Given the extreme challenges with global mapping and addressing, you're lucky if the pin on your map hits what you're looking for.

At Cube Cities, we thought that was a problem to solve, not just deal with, and were driven by the incredible business value we knew we could unlock by going that extra mile.  After significant investment in time, talent and technology, we're able to map the world in an entirely new way...drilling down through a city to the parcel, building, floor and even suite level...to precisely determine and display exactly where something is.  This solution especially shines when you're looking for what seems like a needle in a haystack across the high-rise urban jungles of the world.

In order to power this unique geo-visual search engine, not only did we have to come up with what's next for geocoding, but we had to reinvent 3D city maps as we know them, with a new kind of geo-database loaded with special features and datatypes.  After years of effort, Cube Cities is pleased to announce the world's first map specifically designed for 3D, 4D, and Augmented Reality. 


Introducing the Verticodetm Platform.


Our patent pending Verticode System gives us the unique ability to "light up the windows" of a building to show where something is.  So where users of traditional maps are stuck in push-pin hell,  Cube Cities clients can fly over the city like superman, and scope out all the new condo's for sale in New York, confirm the ocean view of a hotel room before they book, or zero in on exactly the right office space in Hong Kong with a view of the harbor.   These maps mean business.

For Cube Cities, knowing a property's verticode was born of necessity.  Working in three (or four) dimensions requires more precise and descriptive locations than what is typically recorded by any address database or geocoding engine.

At Cube Cities, the challenge was to address detailed, mission critical, business enabling queries for real estate, travel, rentals, gis and other urban searches that involved questions like:

"What floor is that listing on?", 
"Which side of the building is the front door and loading dock?", 
"How many windows does apartment 7B have?, and 
"Which tenant was in the south east corner office of the 7th floor in May 2005"

All of which are valid concerns of our targeted audiences, and largely un-addressable by current systems or standards.  We're proud to say that our unique Verticode Platform can address those kinds of questions and more, aggregating, creating and mapping information to 3D and 4D (+time) city models for cities around the world, creating a database that has grown to include millions of data points in buildings in every major city in north america.

By adding things like temporal elements, inherent and implied associations & volumetric geofencing, we're able to map a wealth of data onto an urban landscape, and unlock the true underlying value of the data and relationships they describe.   Our Verticode Database allows us to power much more than just the sexy 3D flythroughs that attract users to the system (although that's what people know and love about us). We're in this for the long haul, dedicated to delivering next-gen maps without equal.

Inputs to our Verticode Platform including a massive amount of geospatial and industry, and patent pending CityGrid data, which is constantly growing, improving and being refreshed.  Outputs can include greatly improved positional & coordinate data, most commonly expressed in 3D via KML or other standard spatial data format rendering...which we feature in Google Earth on our site, but can be used in any 3D map platform to create the stunning visual representations that we're known for....delivering actionable information with style (see our videos here: http://goo.gl/B4fJi)   

Beyond the database and visuals, our verticode application layer is loaded with geospatial math functions designed to create, stylize, animate and generate amazing urban visuals across a floor, building or entire metro area.  With the ability to utilize historical or live, real-time inputs we can bring cities to life in ways never before possible.



The video below shows a randomized grid-style visual with cube icons at every cross point. It's an example of how different styles of markers can interact with each other at varied distances.



Whether your users are looking down the street or around the world, our Verticode Platform delivers jaw dropping experiences time after time.   Available in any city on demand, we're able to ingest client data like property databases, listing feeds and more.  Our flexible platform allows for turnkey integration with any site, via co-branded, white label solutions that combine results and views on the fly.  These actionable 3D visuals can be dynamically delivered online via browsers or tablets, or rendered as images or animations optimized for speed & display on a mobile phone.

There's a wide variety of visual styles available to represent any kind of data imaginable.  Our data visualization capabilities grow week by week, here's just a few examples of the types of representations available through our api today.  


Oh, and one more thing...our Verticode Platform means that Cube Cities now has the first and only multi-city urban spatial database specifically developed to power the next, Augmented Reality era.  That's a story for another time, but suffice it to say, it's kind of a big deal, as we start to build the next net in the world around us.


Mapping the world is a tremendous job, one that amazing companies like google, microsoft, apple, navteq, digital globe, and governments around the world have invested billions in...all doing incredible work.   We're fortunate and extremely grateful to be able to benefit and build off these efforts, and doing what we can to help our amazing partners, data holders and service providers, to ingest, augment and display their unique information at a whole new level.

There's still a lot of work to done to expand the scope of our undertaking. Every day, we battle against incomplete or inaccurate data.  By design, our systems and tools allow us to ingest anything from Excel lists of properties to citywide geodatabases...but the challenge is daunting.  As if dealing with hundreds of sources of data wasn't difficult enough, trying to co-registering and update these points, lines, shapes, parcels, imagery basemaps and other data is further complicated by issues with quality, currency, completeness and resolution.

At Cube Cities, we strive to take all these inputs, and create the most complete, current, accurate -and- precise verticode for a property possible.  Experience tells us that knowing the source and quality of the data we're dealing with can often mitigate perceived "problems" with the map itself.   We also know there's a lot of wildcards in the mapping game, so we put in features that allow for fast fixes, and will remain dedicated to quickly improving our service and results, on a day to day basis.

High Accuracy,
Low Precision
            
Low Accuracy,
Hi Precision 
Clients can rest assured that while absolute accuracy of any map will always be a moving target, ours improves with every bundled input, and our relative accuracy is very precise.  Note: While most people use the terms "accuracy & precision" interchangeably, they're actually quite different. A position can be accurate but not precise, precise but not accurate, neither, or both. For more, check out:  http://goo.gl/5kwhZ.  


In addition to our commercial services, we'll be exposing and publishing corrected data and other expressions of this painstakingly created resource to the public domain for the benefit of all, and look forward to working with standards groups like OGC to increase utility, ease interoperability and build a better map for the world.   

Please contact us at info@cubecities.com for api access, partnerships, data exchange and to put this new level of "knowledge of place" and actionable information to work for your business today.

17 January 2013

Introducing Verticode: The Cube Cities Platform

Verticode is the Cube Cities geocoding platform for rich city search applications and white-label web products. Imagine Verticode as a huge database of known points covering every building surface in the city. What if those points were organized by building attributes and matched with commercial data sources like Expedia and MLS systems, creating actionable visual information overtop of the cityscape? That's Verticode.

Our massive database of geocoordinates covers buildings in every major city in North America and regularly expands and updates. This vast data source enables urban data to come to life anywhere in the world. Verticode's application layer is loaded with geospatial math functions designed to create, stylize and generate amazing urban visuals using real-time and economically meaningful information. Combined, this forms the perfect platform for finding anything in the city and especially for understanding real estate markets.

The video below shows a randomized grid-style visual with cube icons at every cross point. It's an example of how different styles of markers can interact with each other at varied distances.



The next video shows how Verticode can highlight and reveal floor information.




Below are two skyline images revealing the Verticode index with cube-shaped icons, one on every floor, forming columns. This is a precise building information tool with many applications. Buildings that are under-construction and pre-leasing are shown with transparent blue coordinates rings.
Lower Manhattan's World Financial Center
The Chicago Loop Skyline, Verticode Markers Revealed
Looking up.
Famous Chicago Skyscrapers, Verticode Markers Revealed























To learn how to access Verticode with our API, contact us at info@cubecities.com