Presentation from 2009 Texas GIS Forum

1. Maps Across Texas

2. Welcome and Program Introduction

4. What should you expect to take away?

6. Recognize role and value of GIS in the state

7. Delivering greater (tax payer) value and adopting a process for coordination and sharing

10. Participation and savings to the state

11. Efficiency and transparency

12. “Thinking in terms of what is best for Texas”

13. Expectations

16. Collaboration – plans, requirements, ideas

17. Involvement and decision making

18. TGIC advisory committees

19. Local representation

21. Policies

22. Survey

23. Feedback

24. Statements of Work & Projects

27. Purchasers reference CCG Master Contract

28. Increased opportunity for partnership funding

29. Awareness of previous, current and planned projects

30. Statement of Work serves as State Standard

33. TNRIS brought multiple state agencies together to enhance NAIP collection to 50cm

34. Acquisition with 5 ADS40-SH52 sensors

36. 1 – REIMS 406

37. 4 – Leica ADS80-SH80

39. Founded in 1955

40. Primary GeoSpatial Services:

41. LiDAR

42. Surveying

43. Aerial Photography

44. Photogrammetry

45. Hyperspectral

46. GIS Solutions

47. Satellite Imagery

48. MARS@ Software

49. Remote Sensing

50. 500 employees within 10 national and international offices

51. Annual revenue = $85M

54. Cameras: currently 2 5-mega pixel, integrating 2 additional 5-mega pixel

55. Scanner field of view: 360 degrees

56. Laser measurement rate per sensor: 200,000 kHz programmable (point density along a single line of data)

57. Scan frequency per sensor: 80 to 200 Hz programmable

58. (line to line density along the x-axis)

59. Measurements per laser pulse: Up to 4 simultaneous

60. Maximum Range per sensor: 600’ @ 20% reflectivity

61. Laser pulse width: @ 300’ 0.82’ @ 600 feet 0.164’

62. Range precision (relative accuracy within scan data): 0.023’

65. Land Title Surveys

66. Right-of-Way Mapping

67. Route Surveys

68. Topographic Surveys

69. Design Surveys

70. Hydrographic Surveys

71. Photogrammetric Ground Control

72. As-Built Surveys

73. HDS Laser Scanning

74. Land Development Services

76. Digital Orthophotography

77. Planimetric & Topographic Mapping

78. Digital Terrain/ Elevation Modeling (DTM/DEM)

79. LiDAR Acquisition & Processing

80. Ground Control

81. Digital & Conventional Image Acquisition

82. Flight Planning and Execution

83. Airborne GPS & ABGPS/IMU Controlled Photography

84. Image ScanningSurveying And Mapping, Inc. 5508 West Highway 290, Building B Austin, Texas 78735 www.saminc.biz 800-656-9525

86. Headquarters in Fairfax, VA

87. Multi-disciplined A/E

88. 1,955 Professionals

92. Houston

93. Arlington

94. Dallas

95. San Antonio

96. Denton1943 5,000 Employees 400 GIS Professionals

97. Michael Baker, Jr. Inc. New York Sewer Mapping Largest Municipal GIS Project in USA ChangingLand.Com Maintaining centerlines, addressing and parcel information for the states of Nevada and California FEMA Primary GIS Consultant Emergency Response and National Mapping BEAST Bakers Enterprise Application Server Technology Terrestrial LiDAR Collection and Processing Using the latest LYNX System from Optech 400,000 points/second, incredible accuracy.

99. Proprietary LiDAR technology, first developed at HARC (Houston Advanced Research Council)

100. 20+ years of airborne and digital mapping/surveying experience; dozens of projects in Texas covering thousands of square miles including data for Houston-Galveston Area Council (HGAC) and Tropical Storm Allison Recovery Project (TSARP)

101. Expertise in Physics, Engineering, Geodesy and GIS – One of the top tier LiDAR companies worldwide

102. Multiple LiDAR systems: Low Range helicopter, High Range fixed-wing, Multi-Range, and Terrestrial mobile - TITAN®

105. Project Experience 700 LiDAR projects delivered Airborne LiDAR/Digital Image Mobile Ground LiDAR Reliant Park Major Markets served: Flood Plain Mapping Mining Oil & Gas/Seismic Transportation Environmental Power/Utilities Land Development Houston Astrodome

107. Aerial Imagery

108. Radar (GeoSAR)

109. Oblique Imagery (Panoramic)

110. Satellite Remote Sensing

111. Thematic Mapping

114. Spatial Data

115. Imagery

116. Surface

117. Feature Data

118. Surveying

119. Advanced Technologies26

123. GIS Solutions

124. Customers Nationwide

125. Austin, Boulder, Lexington Office Locations

126. Public Safety Business Partners:Copyright 2008 Contact One, Inc. 2009 © Copyright Contact One, Inc

128. Addressing

129. Web Geo-spatial Solutions

130. Data accuracy validation

131. ESRI ArcSDE Configuration and tuning

132. GIS Database Consulting

134. Copyright 2008 Contact One, Inc. 2009 © Copyright Contact One, Inc

136. Aerial and Terrestrial LiDAR Surveys

137. Multi/Hyperspectral and Thermal Remote Sensing

138. Ground and Airborne GPS

139. Digital Orthophotography

140. Digital Terrain and Surface Modeling

141. Digital Planimetric and Topographic Feature Mapping

142. Cross-Section and Plan-Profile Mapping

143. Volumetric/Earthwork Surveys

144. Cadastral and Land Use Mapping

145. Data Conversion

146. GIS Implementation, Application and SupportKUCERA

148. Staff of 80, including multiple licensed/registered Cps, PSs, PEs, GISPs, and other professionals

149. Fleet of 5 aircraft-including 3 twin-engines + 2 single-engines

150. Six aerial cameras – 2 Leica ADS40/SH 51 strip digital + 4 Zeiss RMK TOP/LMK film

151. Leica ALS60 200 KHz aerial lidar system w/ Multiple Pulse in the Air (MPiA) capability

152. GeoVista digital aerial oblique imaging systems and RIT WASP multispectral sensors

153. All sensors integrated with Applanix POS/AV or Leica IPAS AGPS/IMU systems

154. Trimble and Novatel survey grade GPS receivers

155. Inpho OrthoMaster/Orthovista digital orthophoto systems

156. BAE Socet Set and Cardinal Systems VR2 softcopy stereoplotters

157. TerraSolid and BAE N-Gate terrain/surface modeling

158. ESRI, AutoDesk, Intergraph, Bentley GIS/CAD platformsKUCERA

160. Have performed aerial mapping services throughout the US and abroad

161. Have complete aerial sensing and mapping covering over 200 counties and cities since 2000.

162. Summer 2009- performed digital photo + ortho of entire State of OR and USDA NAIP subcontractor

163. Numerous clients/projects in Texas:> 2009 HPIDS Contract – TX GLO and TFS – 4-band ortho imagery of Galveston TX area > TX DPW – ortho imagery of Redfish Bay in 2006, 2007, 2008, 2009 > HGAC – 7000 sq. mi. mutli-county color orthos – 2002, 2004, 2006 contracts > Aerial photo + lidar mapping of Cities of Huntsville (2007) and College Station (2005) > Color IR orthos of entire TX coastline for TX GLO (2002-2003) KUCERA

164. 3001

166. Sensors

167. Hardware

168. Software

169. Hardware

170. Software

171. Hardware

173. Software

174. Software

175. Software

176. Sensors

177. On Board Processors

178. 38 Kermit Lewis 985.726.2577 Kermit. Lewis2@ngc.com

179. 39

180. Transportation/ConstructionTechnologies

181. HPIDS Partners Williams-Stackhouse, Inc. Digital Transfer Solutions RazorTech, Inc. Gorrandona & Associates, Inc.

182. GIS Services Business Consulting Workflow analysis Gap analysis GIS design & management Software engineering GIS systems integration Custom development Data creation and maintenance LiDAR Aerial Photography

183. Maps Across Texas Aero-Metric, Inc. Company Overview October 2009

185. 260 mapping professionals

186. Own and operate fleet of 8 aircraft

187. Focus on solutions for Federal, State, and Local Government, Airports, Transportation, Energy Infrastructure, and Mining

188. Complete range of geospatial solutions

189. Tradition of technical excellence, state of the industry technology

190. On time, on spec, and under budget

192. Multi-Spectral imagery acquisition

193. Airborne Light Detection and Ranging (LiDAR)Digital Orthophotography Digital Mapping Control Surveys GIS Data Integration ZI DMC Optech Gemini Contact: Cliff Mefford, RPP, CPPhone: 972-931-6410Fax: 972-931-6539 cmefford@aerometric.com

194. MJ Harden Associates, Inc.

196. Planimetric Mapping

197. Topographic Mapping

198. Orthorectification

202. Piper Navajo

204. Multi-spectral capability

207. Services Airborne Acquisition Orthophotography Planimetric Maps Topographic Maps Hyperspectral Imagery LiDAR Geographic Information Solutions

208. Fleet of Aircraft Cessna 206 Stationair Cessna 335 Cessna 404 Titan Cessna 441 Conquest (three)

210. Vendor Contract Experiences

211. Break

213. Survey Overview Thanks for your participation!!

215. Representation From:

216. COG Participation

218. Frequency

219. Natural color or Infrared (IR)

220. Centerlines

221. Address Points

223. Special Districts

224. Contours

226. 1:100,000

227. 1:24,000

228. 1:12,000

231. Mostly COGS interested in ultra-high resolution (= 6 inch)

232. These COGs cover densely populated areas in Texas

233. Primarily state entities asking for 2 foot resolution (some COGs)

234. Natural color was more commonly requested than infrared (IR)

236. State Agency Planning and Preferences

237. State projects are dependent on federal cycles of collection and additional funding

238. Councils of Government Strategies

239. What is the current stability and projected sustainability of regional imagery programs?

240. Vendor Discussion

241. How can the COG’s align their programs more effectively?

248. HPIDS Review

249. HPIDS Is: Managed by TWDB/TNRIS Accessible to all levels of government Based on alignment with state priorities Defined by SOW’s Dependent on cooperation/notification Exceptions allowed for special projects

250. HPIDS is Not: Intended for one-off projects in need of procurement Intended for restricted use data Intended for sole-sourcing without justification

251. Upcoming Activities 2010 NAIP – possible buy-ups LiDAR new Areas of Interest for 2010 Development of Transportation SOW Development of Imagery SOW(s) Refinement of TGIC governance model