Archive for the ‘location based services’ Category
Tuesday, March 12th, 2013
TomTom spokesperson Lea Armstrong talked about TomTom’s recent announcements, which include the extension of its longstanding partnership with leading PND supplier MiTAC International Corporation. Under the global agreement, TomTom will provide a range of world-class navigational services for use in all of the PND brands owned by MiTAC including Mio, Navman and Magellan.
TomTom also announced an agreement to supply maps and road data to location-based services provider Telmap. With this partnership, Telmap, an Intel company, will utilize TomTom content to enhance its products and services, including mobile navigation apps distributed via application stores and mobile operators worldwide.
GISCafe Voice: How will this relationship with MiTAC be extended?
This is an extended service agreement from 2009 for another 3 years. The agreement covers EMEA, APAC, & Mexico for me, as well as the USA and Canada for Magellan.
GISCafe Voice: Did Telmap have an existing relationship with TomTom and if so, how did that differ from the current partnership?
Tuesday, February 12th, 2013
On March 4, 2013, there will be a Kenyan election again. Readers might remember that the innovative company Ushahidi influenced the Kenyan election in 2007 and is now asking the question, what would we do differently if we were to do this again?
Ushahidi, in response to that question, announces the official launch of the Uchaguzi Kenya 2013 partnership. Uchaguzi’s goal is to help Kenya hold a fair and credible election. Uchaguzi is a joint initiative between Ushahidi, Constitution and Reform Education Consortium (CRECO) and Hivos Foundation with the additional support of the Canadian International Development Agency (CIDA). Citizen participation or crowdsourcing is a big part of Uchaguzi’s strategy, with the Uchaguzi platform built on and by Ushahidi. Citizens will be empowered to report any changes they see in the election.
Uchaguzi Kenya 2013 launched
Wednesday, January 30th, 2013
Geodesign is a set of techniques and enabling technologies for planning built and natural environments in an integrated process, including project conceptualization, analysis, design specification, stakeholder participation and collaboration, design creation, simulation, and evaluation (among other stages). “Geodesign is a design and planning method which tightly couples the creation of design proposals with impact simulations informed by geographic contexts.” – Wikipedia
Monday, December 31st, 2012
According to an article in the Guardian, the US has the highest gun ownership rate in the world – there are 89 guns for every 100 Americans, compared to 6 in England and Wales.
See gun crime statistics by state in this latest data map.
Gun crime statistics by US state: latest data
Thursday, December 13th, 2012
David Pogue reviews the new Google Maps app for the iPhone for The New York Times today. Readers of GISCafe Voice might remember Apple dropped their long time relationship with Google in order to provide their own Apple Maps, which some customers have not found as good as Google Maps.
Wednesday, October 17th, 2012
Spirent Communications, a leader in testing wireless networks, services and devices, recently announced immediate availability of the first commercialized test solution for LTE assisted GPS (A-GPS) Over-The Air (OTA) Testing. This is a co-development effort by Spirent and ETS-Lindgren, two leaders in location testing.
Brock Butler, Director of Wireless Location Technology for Spirent Communications was interviewed by GISCafe Voice about this important announcement:
1) What is LTE assisted GPS and why is it important?
Long Term Evolution (LTE), often called 4G, technology is being incorporated into many next-generation consumer devices, including smartphones. It enables voice and high speed wireless data services. Nearly all consumer devices migrating to LTE also have a strong need to provide positioning capabilities. The leading technology for positioning remains Global Navigation Satellite System (GNSS) such as GPS (United States satellite system) or GLONASS (Russian satellite system). Assisted GNSS (e.g. A-GPS) uses an assistance server to provide satellite information to the mobile device and when coupled to a cellular technology like LTE, A-GNSS can provide improved location performance by making position fixes faster particularly at the very low power levels often associated with consumer usage in urban and indoor environments.
Tuesday, October 2nd, 2012
Disaster management and emergency services can benefit greatly from Crowdsource Mapping, according to an article in the UN-SPIDER Newsletter. The idea is to collect data from as many on-site sources as possible and translate that real-time data into maps. Being aware of the surrounding and the infrastructure, locals can render accurate geo-referenced information or comment on existing data and thereby help disaster managers expand the information they need for emergency operations. That is of course not only true for on-going disasters, but also for risk assessment and preparedness efforts.
Crowdsource mapping UN-SPIDER Newsletter
Tuesday, September 25th, 2012
Apple’s iPhone 5 maps aren’t anywhere near as good as Google’s Maps, according to an article in ZDNet, but it doesn’t seem to matter because the two companies needed to separate since they are competitors in the mobile mapping market. What may occur however, is that new options might be in the stars.
Tuesday, September 25th, 2012
Today CanWe Studios LLC, of Austin, TX, launched CanWeNetwork, a mobile app for business networking that uses geospatial technology and a powerful matching engine to recommend people nearby who you should meet for professional networking and business opportunities. This is an interesting development in the world of social business networking. Recommendations are based upon location, skillsets, shared interests and personality traits gleaned from LinkedIn profiles. If you are traveling, you might be able to visit people at organizations within close proximity to where you are staying. It would be easier to make those contacts than say, doing a Google search before you left on a trip. This geospatial technology encourages users to develop face-to-face connections that may lead to business connections.
CanWeNetwork is now available and can be downloaded in the Apple App Store and Android Market (Google Play) by visiting www.can.ws/go.
“Social networks have made us more connected than ever but have had the negative result of limiting real life experiences,” said James Sinclair, vice president, CanWe Studios. “We can take a users’ LinkedIn profile and identify, with a high degree of accuracy, people around them they should meet because they are likely to succeed together. The app uses the power of big data and mobile technology to see and capture actionable opportunities that without CanWeNetwork would simply pass you by unknown. We believe that conversations create opportunity and that’s what CanWeNetwork does, it creates conversations.”
CanWeNetwork utilizes the most in-depth proprietary engine available, developed in-house by a team that includes the scientist behind one of the leading online dating services. The engine builds complex models of users through its Open Developer program and other sources and augmenting LinkedIn data. It is then applying statistical analysis to the models to predict the kinds of people users are most likely to succeed with. Strong privacy controls gives users complete control of how and when they are contacted and by whom.
The app will run in the background of your mobile device and seek connections for the user. One might hope that source data other than LinkedIn data might be also used in order to extend the reach of CanWeNetwork, but it is definitely technology to watch.
This application is not affiliated with nor endorsed by LinkedIn Corporation
Thursday, September 13th, 2012
The iPhone 5 is accompanied by a lot of buzz, and some of that is pretty exciting. Customers of past iPhone models will be pleased to know that the iPhone 5 is made of all glass and aluminum, making it the thinnest yet. It measures 7.6mm thick, 18 percent thinner than previous iterations. It features “Ultrafast Wireless,” thanks to GPRS, EDGE, EV-DO, HSPA, HSPA+, DC-HSDPA and LTE.