Embed Size (px)
Citation preview
Opportunities & Challenges in Utilising Geospatial Infrastructure and Analytics
Presented by
Graeme Martin
Strategic Advisory Services
General Manager, Spatial Vision
and
Dr Zaffar Sadiq Mohamed-Ghouse
Board Member - World Geospatial Industry Council
& Executive Director, Spatial Vision
&
A digitally transforming world
The issue keeping business leaders up at night
A planet under pressure
Climate change
Population dynamics
Biodiversity collapse
Cyber security
Political and economic stability
By connecting industry challenges with location insights, we can
adapt to a changing world.
Economic Impact of Geospatial
The economic impact of geospatial
industry is estimated to have
grown from US$1,118.7 billion in
2013 to US$2,210.7 billion in 2017!
—Geospatial Media
(Source: https://www.alphabeta.com/wp-content/uploads/2017/09/GeoSpatial-Report_Sept-2017.pdf)
*USD
Shared mobility
$40 billion*shared mobility using GPS chipsembedded in smartphones, shared mobility companies such as Uber, Lyft, Cabify, Grab, Ola, EasyTaxi, and Go-Jek
7
Construction & Engineering
7
“A more productive
construction sector can also
produce more physical
capital or infrastructure than
would otherwise be the case
and this helps the industry
deliver significant economic benefits across the
economy”.
—ACIL Tasman report
Source: Geospatial World
http://www.geospatialwo
rld.net/article/economic-
value-of-geospatial-data-
the-great-enabler/)
These benefits are estimated to be
$313-547 million and are mainly
contributed by precision surveys
that eliminate re-work by
automating machinery such as
bulldozers, excavators and graders
such that they conform to the site
plan.
By 2030 this could grow up to
$1-1.9 billion
Asset Management
Application of precision data and
positioning systems to accurately locate
and map infrastructure assets such as
pipelines, storm-water drains and
underground cables.
Australia-wide is estimated to result in
operating cost savings of
$445 million to $890 millionper annum and capital cost savings of
up to $2.4 billion per annum.
—ACIL Tasman report
Digital Twins
Internet of Things
5G Spectrum
Precision positioning
Future modelling
Open data/ shared services
BIM at Precinct scale
RPV / Drones
BI, AR / VR
CSI in 4D
Planet scale monitoring
Machine learning & big
data
Geospatially-enabled Growth Areas
Live Digital Twin
Challenges▪ Clear roadmap/future vision
▪ Integration of platforms including
complex databases
Benefits ▪ Live update of the network condition/operation
▪ Single source of asset geospatial data
▪ Informed operations and decision-making
▪ Increased data quality and reliability
▪ Improve performance and manage risk
2018 – 2019 Water Industry GIS Capabilities
spatialvision.com.au/news-how-do-water-authorities-use-
gis/
(Source: Kurt Marko, diginomica, April 2018)
Open Data, shared services and decisionsPublishing and sharing planned future work
Challenges▪ Data security
▪ Data standards and interoperability
▪ Data accuracy/ reliability/ confidence
Benefits▪ Enable holistic view of future development
▪ Better coordination between councils,
utilities, road authorities, and government
▪ Transparency and empowerment
▪ Less cost in data capture
2018 – 2019 Water Industry GIS Capabilities
spatialvision.com.au/news-how-do-water-authorities-use-gis/
Digital Twins
Internet of Things
5G Spectrum
Precision positioning
Future modelling
Open data/ shared services
BIM at Precinct scale
RPV / Drones
BI, AR / VR
CSI in 4D
Planet scale monitoring
Machine learning & big
data
Geospatially-enabled Growth Areas
spatialvision.com.au
Strategic Advisory Services
Graeme Martin
Connecting our world
2018 – 2019 Water Industry GIS Capabilities
spatialvision.com.au/news-how-do-water-authorities-use-gis/
