In a conversation with George Demmy, CTO of TerraGo, GISCafe Voice learned about the release of OpenGeoPDF technology, now available with TerraGo Publisher for ArcGIS, TerraGo Composer and TerraGo Toolbar.
Posts Tagged ‘mapping’
Cities worldwide are charged with the same challenge: that of creating or retrofitting sustainable, intelligent infrastructure. Cities need the best in design, geospatial, visualization and analytical tools to realize a viable and intelligent city design. 3D City design is architectural design times thousands, plus it must have the ability to be interwoven with other surrounding infrastructure and foster an urban conversation.
[First Published in AECCafe Voice]
Mike Detwiler, Bentley vice president and Rachel Rogers, Bentley director Civil, Geospatial, and Hydraulics & Hydrology, spoke with AECCafe Voice this week about the Bentley acquisition of North Carolina-based BLUERIDGE Analytics, provider of SITEOPS civil engineering cloud software, in August 2014.
Mike Detwiler was CEO and co-founder of SITEOPS prior to the acquisition. He is now vice president SITEOPS Product Development at Bentley. The office will remain in Charlotte, North Carolina, and the SITEOPS staff will be retained.
SITEOPS comes to Bentley with an impressive list of engineers, developers and land planners working in the retail, real estate and AEC industries. Says Rogers, “We’ll continue to support our users and work with them to help take SITEOPS to the next level. Bentley and SITEOPS have highly complementary products, so we’re excited to add SITEOPS to our civil design product offerings.”
Says Detwiler, “Bentley has a global reach, which is going to benefit us tremendously.”
Rogers explained that Bentley didn’t have a site optimization technology that SITEOPS brings, which is breakthrough technology in the cloud. The addition of SITEOPS empowers site development professionals to move beyond engineering to optioneering, which enables the exploration of engineering alternatives and their costs.
Detwiler added that SITEOPS engineering and optioneering can offer site design options, costs management and 3D modeling.
In the “Utilities and Government” breakout session on Media Day at the Bentley “Year in Infrastructure 2014” event held in London last week, a number of Bentley executives spoke on various aspects of utilities and government, with new developments for 3D cities.
The event showcases work being done with Bentley Systems’ software, with presentations by all the Be Inspired Award finalists for the year, topped off by a gala Awards ceremony on Wednesday evening.
Cyndi Smith, senior director of Application Advantage at Bentley, introduced speakers. Aidan Mercer, senior industry marketing manager for Government spoke on “Advancements in Government and Life cycle Management of Infrastructure.” He also spoke about “Advanced BIM for cities,” which includes the various BIM levels used in 3D cities: Level 1: 3D visualization and design; Level 2: performance improvements; Level 3: extending into the operations at the complete asset level and this contributes to a smarter city. He mentioned a really excited finalist in the BE Awards this year, the City of Eindhoven, a city that uses MicroStation, Descartes, ProjectWise, and Navigator in its development of new city infrastructure.
Know What’s Underground
Rachel Rogers, Applications Advantage for Civil, Geospatial, Hydraulics and Hydrology, announced Bentley Subsurface Utility Design and Analysis in OpenRoads will be available in early 2015, and will be a game changer in terms of knowing what’s underground.
The product automatically creates a 3D model and brings together the information needed, provides 3D modeling of all underground utilities, that you can readily update into your GIS database. This gives you a true picture of what’s underground.
One of the highlights is that you have visualization clash detection which can drive construction costs down.
Utility Industry with Cyndi Smith
An industry trend seen recently: convergence. “With the convergence of information technology and operations technology, some projects I’m seeing are bringing in engineering technology,” said Smith.
Better utilities performance catalyzed by:
- Drivers and enablers
- Smarter networks and technology
- Economic factors
- Organizational evolution
- Results better performing utilities infrastructure
The inaugural ASPRS UAS Conference was held October 20-22 in Reno, Nevada, bringing together a diverse group of technologists, pilots, surveyors, vendors and consultants to talk about this emerging technology. 500 attendees and 50 exhibitors were in attendance.
Master of Ceremonies, Lewis Graham of GeoCue, opened with his comments on the importance of miniaturization, connectivity and sensors in the UAS market.
“Miniaturization and connectivity and sensors. Sensors will communicate in intelligent ways, software in background to make that happen,” said Graham. In addition, “Sense and avoid” type of technology/ software makes decisions based on proximity of the aerial system.”
The confluence of miniaturization, guidance and control systems, motors, sensors, on the photogrammetry side, new technologies out of robotic vision, taking point clouds of photos and taking information from this all conspire to bring UAS to the forefront and make it a force to be reckoned with.
Ken Gorton of Esri talked about the GeoPlanner at Esri UC 2014 in the Plenary, mostly in relationship to the Jane Goodall Institute (JGI)’ s work in Africa with the great apes’ habitat.
GeoPlanner supports every step in the design workflow for Geodesign and is an addition to the ArcGIS platform. Built on ArcGIS Online, it leverages web maps and can be used in infrastructure design, public safety, and planning of all kinds. GeoPlanner can be put on the portal so everyone involved can use it.
Tim Garcia, vice president of Business Development and Emerging Markets for Moasis Global said in a recent article for GISCafe:
“The latest frontier is how to effectively reach the mobile user by leveraging the data based on a consumer’s geographic position. Utilizing profiles integrated within geo-location, brands, agencies and even small businesses are able to locate consumers within a specific area and target them with the marketing message that is most relevant.”
Moasis’s team combines marketing and the technologies disrupting today’s information ecosystem. They’ve developed a platform based on the fusion of location data and multi-screen delivery, with the flexibility to weather the ongoing change in digital media and local marketing.
Moasis Global created the Intelligent Location Engine marketing platform, which encompasses their GeoGrid technology. In July 2014, they announced a partnership with Esri to provide marketers with consumer segmentation data that classifies US neighborhoods into market segments based on socioeconomic and demographic factors. By integrating Esri’s Tapestry data into a location-based mobile marketing platform, marketers can optimize the performance of their mobile marketing campaigns and better pinpoint the best potential customers and prospects using Moasis.
The partnership facilitates marketers who want to measure the performance and appeal of their mobile marketing and optimize in real time, combine Moasis’ location marketing platform with Esri’s Tapestry data to help target the customers and prospects in a particular area. The platform allows marketers to create behavioral market segments by location and target lifestyle demographics as well as where such customers live, down to their local neighborhoods.
Recently I spoke with Mosaik Solutions’ John Gilmer, VP, Data Integrity, Brian McNamara, product manager, Todd Cotts, director, Product Management and Matt Oak, manager GIS department regarding their business and recent announcements.
In response to recent catastrophic natural disasters such as the earthquake and tsunami in Tohoku, Japan in 2011, the hurricanes of the Gulf of Mexico, and the Colorado floods of 2013, the Pedestrian Evacuation Analyst software has been developed by USGS. The reason for the focus on pedestrians in evacuations is that during the brief period of time between the onset of a disaster and the arrival of the consequences of the event, citizens generally evacuate themselves without a government mandate, and they are usually on foot, across the landscape (according to Wood and Schmidtlein, 2012).
In cases where there is tremendous flooding or tsunamis, evacuation would be to higher ground but that isn’t always available. Evacuation modeling has revealed that some kind of vertical-evacuation structures may be good to have in a critical area.