Water Security technologies and strategies are growing in importance today in the face of increasing disasters, contaminants and attacks. Whitewater Security, in partnership with Darlot Consulting and NICE, presents the critical elements of a water security solution

1. The Elements of Water Security with Whitewater Security

3. Acquired Orsus in 2009

4. Market leaders in Situation Management

5. Over 24,000 customers in more than 150 countries (Dozens of Situator customers)

6. Established in 2003 in Australia

7. Represent Whitewater and NICE/Orsus solutions for water security in APAC

8. Certified sales and support staff

9. Provide local integration, consulting and support

10. NICE Integration Partner

11. Part of the Whitewater Group

12. World leader in comprehensive water security solutions

13. Over 70 years experience in water management

14. Industry experts in water security & quality systems

16. Holistic Approach Security Guards Infrastructure Procedures QA Physical Security Command & Control

17. Whitewater Management Team

19. Natural Disasters

20. Operational Faults

21. Contamination

23. Chemical/Biological/Radioactive Warfare Materials

24. Terror

25. Cyber AttacksWater Utilities Must Ensure Continued Quality Water Supply

26. Water Utilities Needs Pyramid Control Water Crisis Identify Intentional or Unintentional Threat (e.g. Leakage/Contamination) Minimise Water Supply Infrastructure Vulnerabilities Ensure Continued Water Quality

28. IntelligenceAnalysis

29. Training

30. PhysicalSecurity

31. SecurityValves

32. HydrantLocks

33. BlueBoxTMEarly Warning System

35. EmergencyProcedures

36. Contamination Spread Simulator

37. ControlRoom

38. MobilePurificationSystems

39. PortableFresh WaterSystemsWaterWallTMWater Security Situation Management System

40. System Architecture WaterwallTM WaterMonitoring Devices EarlyWarning Confirmation EventsManager Data Collection Physical SecuritySystems CommunicationsLayer Events & Procedures Log Rule Engine ERP Display Distribution System SCADA Public Health Contamination Spread Simulator Other ExternalSystems BlueBoxTM

42. Presents unified information

43. Controls all connected systems

44. Assesses data to provide early warning

45. Predicts contamination spread and source

46. Responds dynamically by procedures

48. BlueBoxTM Event Detection System Intelligently detects unusual water quality events, offering an innovative approach to time series analysis of highly variable data. Collects information from a wide range of different sensors Filters abnormal data manually and automatically Dynamically creates a baseline database Factors effect of equipment age. Takes into account the periodicity effect Can function efficiently with missing parameters User-friendly interface IDENTIFIES ABNORMAL SITUATIONS MINIMISESFALSE ALARMS

49. BlueBoxTM Event Detection System

50. Contamination Simulation System (CSS) Activated as soon as abnormal behavior is recognized A sophisticated hydraulic simulator / online module analyzes: Contamination source Calculates the amount of contamination over time Predicts spread of contamination GIS displays

51. Contamination Simulation System (CSS)

52. Whitewater Security System Benefits Minimise the risk of damage to public health and water supply. Create a unified system by connecting all existing systems. Predict water contamination spread directions and potential leakage. Early detection of water abnormal behaviour and water security events. Improve organisational preparedness to water situations. Improve management of internal and external factors involved in a water situation. Relevant information display made available to managers in both routine and emergency cases.

53. Whitewater Security System Benefits (contd) De-briefs and learning based on drills/scenarios and real events. Reduce administrative overheads, achieve long-term economic savings and utilise resources more efficiently. Reduce human error and the frequency of false alarms. Deliver a platform for operational compliance. Unique predictive, analytical and proactive detection techniques using BlueBoxTM. Early warning system and real-time alerting. In line with IWO, ISO and EPA regulations

54. Security Program Development Phases Phase 1 Phase 2 Phase 3 Tailor-made Security Program Development Implementation & Support Water Security Enhancement Review

55. Water Security Enhancement Review Phase 1. Typically 3 to 6 months Four Subject Matter Experts 2. Questionnaire Data Review 1. Questionnaire Data 3. On-site Survey – 1 week 4. Evaluation Report

56. The Review Program Phase 1 Organizational goals and objectives Organizational structure Water distribution infrastructure Water quality monitoring infrastructure Water leakage systems Physical & electronic security systems Procedures-routine & emergency Relations with external public organizations Geographic Information Systems Technology infrastructure SCADA CRM

57. Outcomes of the Review Presentation to SW on the findings Real life demo of Whitewater security system with SW data Comprehensive report highlighting water security gaps Accurate pricing for an end-to end water security package that delivers:

58. Highlighting the need for review Large water systems may distribute through thousands of km of pipes, and hundreds of reservoirs & pumping stations Large water systems can spend millions per year on leakage prevention Unknown amounts are often spent on control systems, pipe monitoring systems, water quality systems, water pressure systems, etc. Can costs be reduced? Can efficiencies be improved? Is compliance an issue? Can situation response time be reduced? Is central holistic control important?

59. Whitewater Benefits Summary Lower operational costs Minimize human error factor Accelerate response time Protect investments in existing solutions

60. Prepared in Collaboration withDarlot Consulting Groupand Whitewater Security Join the Water Security Discussion Group on LinkedIn! linkedin.w-watersecurity.com

61. Thank you!