Trimble Navigation Technology Societal Application Forces - PowerPoint PPT Presentation

Campbell Brooke WW Sales Director, Geospatial Trimble Navigation

Technology Societal Application Forces Geospatial information Economics Roles

Integrated & Field Mechanical Early Real Time Centered and Manual Automation Decision Intelligence Digital Era Making in the Field Beginning 20 th 1980’s 1990’s > 2000 Century

Angle & Distance Measurement Integrated Theodolites, tapes, chains EDM Total Stations 3D Scanning Mobile Mapping Space & Inertial Measurement Inertial Surveying Transit GPS Multi-GNSS + Inertial Photogrammetry & Remote Sensing Photogrammetry Airborne Scanning High Resolution Remote Sensing Peripheral Sensors Barometers, Gravimeters RFID Automotive Sensors Billions Devices/Sensors Computation & Communications Manual Digital Real Time Information Computation Computation

Office Field Place Crowd Sourcing Dedicated Collection Source Sufficient Data Integrity Official Data Proprietary Access Free & Ubiquitous “Classical” Application Embedded in Process Dynamic Version Controlled Update Frequency Owner/User/New Professional Influence Constituencies

1X Addressable Geospatial Market 3X

Survey Data for Survey Data in 3D Alignments Existing Development Dam and Tunnel High precision 3D geospatial information is used and fed back across the entire cycle New Structure Bridge Structure Terrain modeling Title Title

Heavy Civil Cadastral & Transportation & Agriculture Construction BIM Construction Geospatial Logistics Environmental & Intelligent Rail Water Utilities Electric Utilities Waste Transportation Consumer Indoor Mapping & Forestry Field Service Oil & Gas Devices Virtual Worlds

DBs CITIZENS & CONSUMERS – GIS Data Users MOBILE FIELD CREWS & FLEETS - Smart Phones - Data Collection / Validation - Work & Incident Management - Asset Management - Fleet tracking & Routing Enterprise Application CONTRACTORS – Intelligent Machines GIS Server

3D geospatial information & technology is a key enabler for the entire process

Solution? ANALYTICS FOR INDUSTRY

Oil Palm Mapping 1. To automatically count oil palms 2. To automatically identify unhealthy palms 3. To automatically map oil palm density To automatically map wet areas (not yet completed) 4.

Oil Palm Mapping Oil Palm Plantation Counting Oil Palms Mapping Unhealthy Oil Palms Oil Palm Density Map eCognition Mapping Results - 25 September 18 2014

Oil Palm Mapping Oil Palm Plantation Counting Oil Palms eCognition Mapping Results - 25 September 19 2014

Oil Palm Mapping Oil Palm Plantation Mapping Unhealthy Oil Palms eCognition Mapping Results - 25 20 September 2014

Oil Palm Mapping Oil Palm Plantation Oil Palm Density Map eCognition Mapping Results - 25 September 21 2014

Historical: discrete process steps performed by a professional with explicit hand-off of results Industry Process Geospatial context embedded in the data structure with all other data elements Industry Process

Traditional Comfort Zone Roles to Be Defined “Data Collection” “Data Management” Analysis, Measurement Interpretation Modeling & & Data & Quality Applications Collection Control Key Skills: Establishing context Key Skills: Instrumental precision Managing complexity Meticulous calculations Data management Key Values: Accuracy Key Values: Accuracy Credibility Credibility Reliability Reliability Collaboration

Smart Accessories

Embrace the 3D Model Adopt Collaborate Technologies Across the Early to Entire Work Achieve Flow Differentiation Enlarge the Expand Role – Data & Competencies & Provide Quality Greater Value Management Content Adapt to Specific Industry Needs

Thank you