Geo Sense is a private company, collaborating with Iskandar Malaysia Research Center under Universiti Teknologi Malaysia. Has been providing service in taking high res aerial mapping using glider based unmanned aerial vehicle. The high resolution aerial image is a premium geo data to support mapping and project monitoring purposes. more info about geosense at www.geosense.com.my

1. High Resolution Aerial Mapping Using UAV Geo Sense Sdn. Bhd. 79A, Jalan Seri Impian 1 Taman ImpianEmas 81300 Johor Bahru T06-03, JlnCentry Square Block 2320 63000 Cyberjaya ismaili@geosense.com.my www.geosense.com.my

2. Agenda Company Background UAV Services Case Study & Demo MPBP – Bandar Penggaram, BatuPahat TapakPelupusan, Seelong, MPJBT ZonIndustriKajang-B. BaruBangi MCMC / Pos Malaysia - Part of Bandar Samporna Urban Monitoring – Part of Parit Raja, BatuPahat GIS Integration Study – Part of GelangPatah Web GIS Integration – SkudaiKiri, JPPD Johor Tinjaukopter Q&A

3. Geo Sense Sdn. Bhd.Brief Background Establish May 2006 MSC Status – in web GIS and mapping 100% Bumi Company Skudai, Johor Bahru Base Company Collaboration with UTM-IMREC and Inst. Sustainable Agri of Cardoba Spain Since 2007 - R&D in unmanned aerial mapping , GIS & GPS Tagging Recipient AnugerahPerdanaMenteri APICTA ICT eGov. Catergory in 2007 Vision, to become leading tech company in unmanned aerial system

4. Products & Services  Unmanned Aerial Mapping  GPS – Geo Tagging Mobile application  GIS / Web GIS

5. UAV For Aerial mapping & surveillance services Technology Brief

6. Unmanned Aerial Mapping Services

7. Technology Collaboration IMREC & Geo Sense Converting military technology of unmanned aerial vehicle (UAV) into civilian Application for urban aerial mapping and remote sensing

8. UAV Specification Battery operated, light, quite (discreet), stable,low maintenance, limited take off & recovery space. Geo Sense “Glider Based UAV” Geo Sense UAV System Length: 1.7m Weight: 2 kg 30 min endurance Air speed 61 km / hrs Total Distance : 24 km Alt. Max 5000 feet Micropilot Ardupilot / Attopilot / Live & Recorded Video Battery operator (silence) Current productivity: 1 mission : 1.5 – 2 sq km 1 days – 5 sq km (3-4 flights) Customer needs 10 – 20 sq km

9. UAV Aerial Mapping – Process Flow UAV Image Acquisition Image Processing

10. Software - Flight Plan

11. Safety & Security – Ground Control System

12. Compact Camera - RGB

15. Flight Approval Flow Acknowledge To DCA Approved Client Letter of Request Prepare Flight Plan & Schedule JUPEM Application Forms yes Site Planning (GCP) Flight Mission Image Processing GIS Integration Deliver to Client Copy to JUPEM

16. Safety Procedures Ground control to monitor UAV Fail save system – Back to LP Cockpit video monitoring Manual take over in the case of lost communication or GPS lost Intelligence system will automatically bring back UAV Flight redundancy module Safety procedure Each mission - Fly only in smaller coverage area (2 sq km) – visual contact Limit to 30 min fly even through the standard flying time is 45 min Constant communication with RC pilot and ground control officer Telemetric monitoring 12.1 monitor battery life 12.2 Throttle Maintenance procedure – wear & tear standard, eg Battery , engine, ESC, etc. Flight landing in space of 50 sq m

17. Sample of UAV Images and Show Cases of Utilizing UAV Images -

18. INTEGRATION WITH GIS PLATFORM

21. Base Map Preparation – Using High Res Aerial Image from UAV High resolution UAV Images Image digitalizing Base Map from high res images Asset Data in Base Map

22. Base Map Preparation – Using High Res Aerial Image from UAV Asset data on base map

23. GIS Platform & Integration GIS SuperGeo Desktop SuperPad

24. Case Study 2 - UAV Mapping by Geo Sense – Semporna, Sabah (5 sq km) Visual Using UAV Population: ~ 130K Mail Volume: ~ 200 per day PO: Semporna Post Office Mail delivery: limited Address: Using kampung, schools & PO Box (710 units) Bank: Maybank & BSN

25. House Numbering and Address Assignment by Pos Malaysia Digitizing using GIS KAMPUNG BANGAU-BANGAU 2,436 houses ADDRESS SAMPLE Cikgu Ahmad No2, KampungBangauBangau 91300 Semporna, Sabah POSTTUDE: 52798-5610-1570Lat 4.4883 NLong 118.6050 E PERKAMPUNGAN AIR 1 659 houses PERKAMPUNGAN AIR 2 3,313 houses Approximately 6,000 new delivery points identified

27. Recognition World POS EXPO 2010 Copenhagen

28. Potential Applications Progress Monitoring 27 March 2010 22 July 2010

29. Potential Applications Progress Monitoring – Rumah Rakyat Lima Kedai IRDA April 2010 April 2010 Aug 2010 Dec 2010

30. Potential Applications Work Auditing / Verification Feb 2010 June 2010

31. Potential Application Coastal Study / Monitoring

32. Potential Application River Monitoring / Flood Management

33. Potential Application Environmental / Water Catchment protection

34. Potential Applications Asset Monitoring

35. Potential Application Monitoring of Strategic assets andWater Sources

36. TINJAUKOPTER SOLUTION OVERVIEW

37. SpecificationsDiagonal length: 600mmNo. of propellors: 6Flight time: Up to 30 min.Altitude: Up to 1000 ft.Telemetry distance: Max. 3 kmWeight without payload: 1200gMax. payload: 1000g Specification Diagonal length: 600mmNo. of propellers: 6Flight time: Up to 30 min.Altitude: Up to 1000 ft.Telemetry distance: Max. 3 kmWeight without payload: 1200g Max payload: 1000g

39. High-rise building

40. Natural disaster recovery

41. Surveillance

43. Infrastructure Video Transmission Up to 3 km Digital video Recorder Radio Frequency comm 250m to 1 km Ground control

44. General Proposal Outsourcing of acquiring high resolution aerial images High interest areas To start with 147 local authorities (10 sq km city center) Aerial surveillance (images & video) Web GIS Development – Integration with UAV images Transfer of technology UAV technology, training & maintenance Image processing Tinjaukopter services & transfer of technology

45. Thank YouQ&A

47. Radiometric resolution

48. 3 in – 60 in resolution (avg 30 in resolution)

49. Aerial mapping survey

51. 7 - 15 cm resolution

52. Surveillance / Monitoring3 km 90 km 200 meter 300 meter 30 km 3 km