Transcript “Enhancing” and “transforming”

Geospatial information
transforming industries
“Enhancing” and “transforming”
technological changes
Enhancing:
Provides significant incremental benefits but does not alter
underlying roles & relationships within an industry or profession
Transforming:
Alters the structure and roles within an industry or profession
• Marine chronometer – enabled an international system
• Cotton gin – commercialized cotton agriculture
• Water frame – launched factory-based manufacturing
• Haber process – transformed agricultural yields
• Internet
New technologies applied to the geospatial
world have driven exponential changes in
productivity and quality
Points
Day
Antiquity
Current Day
The declining cost of geospatial technology opens
up new uses for high accuracy geospatial data
Cost/Point
Accuracy/€ of Expenditure
Time
Technology convergence has created the potential to
redefine roles and context in the “digital era”
Photogrammetry
EDM/Laser
GNSS
Digital
Transforming Era
Antiquity
Major parallel technology trends have driven the
definitional change with even more significant
trends emerging
Sensors
Processing Power
Software
Intelligence
Sensor Integration
Real Time
Data Storage
Big Data
Connectivity
Cloud Computing
Visualization & Interaction
3D Models
Sensors remain an active area of development
and create the potential for “big data” solutions
Angle &
Distance
Measurement
Theodolites, tapes,
chains
EDM
Total Stations
3D Scanning
Integrated
Mobile
Mapping
Space & Inertial
Measurement
Inertial Surveying
Transit
GPS
Galileo/GNSS/Inertial
Photogrammetry
& Remote
Sensing
Terrestrial
Photogrammetry
Airborne Scanning
High Resolution
Remote Sensing
Peripheral
Sensors
Barometers, Gravimeters
RFID Automotive Sensors Billions of Devices/Sensors
BIG
DATA
This processing power revolution has progressively
impacted the geospatial work process
Mechanical and
Manual
Beginning 20th
Century
Early
Automation
1980’s
Field Centered
Intelligence
1990’s
Integrated & Real
Time Decision
Making in the
Field
> 2000
Digital
Traditional Comfort Zone
“Data Collection”
Measurement
& Data
Collection
Roles to Be Defined
“Data Management”
Interpretation
& Quality
Control
Analysis,
Modeling &
Applications
Key Skills: Instrumental precision
Meticulous calculations
Key Skills: Establishing context
Managing complexity
Data management
Key Values: Accuracy
Credibility
Reliability
Key Values: Accuracy
Credibility
Reliability
Collaboration
Geospatial Value Proposition
Heavy
Construction
Survey
Cadastre
• Scanner
• Total Station
• RFID
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GNSS Receiver
Image capture
Laser tools
Machine control
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Cell
Radio
IP
WiFi
Bluetooth
Satellite
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Virtual Reality
Farm Management
Field Inspection
3D modeling
Point cloud
Visualization
Project Management
Mechanical design
Structural design
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Work Management
Yield Management
Fleet analytics
Driver safety
Environmental
Cost analysis
Time analysis
FEA
Road/rail alignment
Design coherency
Building
Construction
Agriculture
Transportati
on Logistics
Emerging
Markets
transforming
THE WAY THE WORLD WORKS – ACROSS MULTIPLE INDUSTRIES & PROFESSIONS
Agriculture
Heavy Civil
Construction
Rail
Environmental &
Waste
Forestry
Field Service
Building
Construction
Water Utilities
Oil, Gas &
Chemical
Geospatial
Electric Utilities
OEM & Consumer
Transportation &
Logistics
Mining
Government
transforming
THE WORK OF GEOSPATIAL PROFESSIONALS
A suite of advanced
solutions across the
entire data collection,
processing, modeling
and analysis workflow,
leading to:
 Faster Project Completion
 Reduced Re-work, Labor
 Enhanced Quality
 Enhanced Service Capabilities
 Enhanced Worker Safety
Cadastral & Land
Administration
GIS and
Mapping
Surveying
3D Modeling Topographic
& Imaging
Data
Analysis
Reporting
transforming
HEAVY CIVIL CONSTRUCTION – PLANNING, DESIGNING, BUILDING AND OPERATING
Enhanced information, decision making and control across
the entire project lifecycle, generating benefits including:
 Faster Completion
 Reduced Fuel, Re-work, Labor
 Enhanced Worker Safety
 Reduced Environmental Impact
Feasibility and
Planning
Survey
Design
Estimation
Earthworks
Construction
Maintenance and
Operation
transforming
THE WORK OF BUILDING DESIGN, CONSTRUCTION & OPERATION
A suite of solutions for the entire design-build-operate
lifecycle, generating results including:
 Faster Completion
 Reduced Re-work, Labor
 Improved Quality, Collaboration & Data Flow
 Improved Asset & Facility Lifecycle Management
Trimble Buildings: An integrated set of
best-in-class solutions for Building
Owners, Architects, General Contractors,
Sub-Contractors and MEP Trades.
Feasibility and
Planning
Survey
Design
Estimation
Fabrication
Construction
Maintenance and
Operation
Technology v’s Traditional
Agriculture is being transformed through the use of
information embedded in a centimeter level geospatial
context
 Farm planning, mapping &
management
 Tractor & implement guidance &
control
 Variable rate applications of seeds,
fertilizers, and pesticides
 Yield mapping
 Increased yields
 Reduced input costs:
 Fuel, fertilizers, pesticides
 Reduced environmental impact.
Record
Keeping
Mapping
Analysis
Monitoring
Topographic Productivity
Annual Economic Benefits of Precision
Agriculture to U.S. Crop Farming
Pham et. al. 2011, The Economic Benefits of Commercial GPS
Use
High precision geospatial information is
used and fed back across the entire cycle
Accounting
transforming
TRANSPORTATION & LOGISTICS
30% Improvement
Productivity
Asset Utilization
Trimble solutions for long haul trucking, field service management
and construction logistics track and manage over 1,000,000 assets
globally, operating on every continent.
Compliance
30% Reduction
Fuel Use
CO2 Emissions
Claims Costs
Empowerment
Of Field Workers
and Customers
Long Haul Trucking
Driver Safety
Schedule &
Dispatch
Field Service
Diagnostics
Data
Analysis
Reporting &
Analytics
RFID
transforming
ENABLING OUR CUSTOMERS TO MAKE MORE INFORMED, MORE TIMELY
DECISIONS, GENERATING BENEFITS INCLUDING:
Economic Breakthroughs
• Enhanced productivity and ROI
• Higher yields, reduced input costs & waste
• Increased asset and worker utilization
Quality, Safety & Compliance
• Improved quality of data, measurement and work
• Enhanced operator and worker safety
• Regulatory compliance
Reduced Environmental Impact
• Reduction In use of fossil fuels
• Reduction in use of chemicals and water
• Reduction in waste; enhanced reporting
THANK YOU