1. LAPD TELEMATICS PRESENTATION

2. Why Consider Telematics? 1. Advanced Vehicle Technology 2. Advanced Wireless Communications 3. New Generation of Police Officers 4. New Generation of Crime Fighting Tools 5. Limited Resource and Funding

10. What Telematics Can Improve? 1. Save Lives! 2. Reduce Risk! 3. Reduce cost of operations! 4. Take control! 5. Educate!

11. GOALS  Provide predictors for aggressive driving patterns and behaviors that contribute to vehicle crashes and  Provide reliable and accurate information to aid in crash investigations  Establish a dependable artificial intelligence platform that assists management in developing effective policies  Foster policy implementation tools that are effective and progressive

12. BACKGROUND  Solutions  Hard-wired devices  Plug and Play  Handheld  In-Car Hardware Capabilities  GPS  WiFi  Storage capability  Vehicle Can-Bus connectivity

13. BACKGROUND  Software Essentials  Programming within in-car hardware  User interface applications  Utilities application  Connectivity Bridge  WiFi network  Other connectivity

14. STRATEGIC FACTORS 1. Safety Improvement/Liability and Risk Management : 2. Investigative/Diagnostics : 3. Tactical/Operational :

15. STRATEGIC FACTORS  Safety Improvement/Liability and Risk Management :  harsh braking and acceleration,  speeding, hard corners,  seatbelt use, air bag deployment

16. STRATEGIC FACTORS  Investigative/Diagnostics :  Event data recording  Administrative and traffic collision investigations  Reduce cost of vehicle maintenance  Improve utilization

17. STRATEGIC FACTORS  Strategic/Operational :  predictive policing,  dispatching,  resource mapping,  LPR, DICV interfacing,  crime map overlay

18. PRODUCT EVALUATION CONSIDERATIONS  Credibility and experience in business  Customer satisfaction rating and financial strength in the industry  Backing of major companies such as car manufacturers and willingness to work with telematics company  Product scalability and adoptability for future needs  Law enforcement application

19. PRODUCT EVALUATION CONSIDERATIONS  Hardware is Factory Fitted  Order with vehicles  Rigorously tested to Tier 1 automotive standards  3-year warranty  Includes in-depth diagnostic and vital signs data

20. PRODUCT EVALUATION CONSIDERATIONS  Engine speed  Steering wheel angle  Yaw sensor  Lateral acceleration  Longitudinal sensor  Throttle pedal position  Brake pedal depressed  Brake pedal travel sensor  Brake pressure

21. PRODUCT EVALUATION CONSIDERATIONS  DATA ELEMENTS TO MONITOR  Seat belt events  Speeding over the posted limit and over set limits  Harsh breaking  ABS activation  Harsh acceleration  Traction control activation  Stability management intervention  Code 3 Events  Track and monitor events when vehicle is in Code 3 (Light Bar On or Off)  Create and use hierarchy to compare division, sections, vehicle class  Scorecard by Driver assigned  Scorecard by Vehicle only

22. PRODUCT EVALUATION CONSIDERATIONS  KEY CONSIDERATIONS IN THE SYSTEM DESIGN  Accurate Data  Data Credible analysis  User friendly and easily understood by target audience  CONDITION FACTORS  Frequency  Duration  Severity and over the threshold  Combination of frequency, duration, and severity