2. Technology founded in Bella Bella B.C Canada (2005) Remote Areas 350 miles north of major city center E – Education Class room Initial installation 2005

3. Advanced Interactive Joint Venture with M.I.K to form Rural First Broadband Inc “To Connect & Protect” Advanced Interactive Inc. engineers solutions that increase access speeds to the Internet in remote communities such as: Alaska, American Samoa, northern Canada, Hawaii, India, Kenya, Nigeria, Tahiti, Tonga, Uganda, etc. www.ruralfirstbroadband.com

4. International Presence Over 55 Years in Business 690 Employees Over 600,000 sq/ft of facilities worldwide

5. Applications to Industry Canada were procured, equipment was purchased, programmed and mounted on a existing broadcast tower in a rural community called Whitecourt, Alberta. Proof of Concept using UHF We took our knowledge base from the cable plant and applied it to wireless. Initially we were astonished to find that the footprint of coverage to be a 50km radius or ~8000 Sq/Km.

6. Residential Viability After proof of concept the organic migration of live customers on system was achieved. The first system took 4 years of residential installs and thousands of hours of tweaking and fine tuning to fully understand the abilities & Limitations of the 'White Space' Technology. This gave rise to the second system servicing Grande Prairie, Alberta and its surrounding areas. Term to describe the UHF Spectrum. Financial Investment of $15 Million Canadian Dollars.

7. Alberta Coverage Map UHF Coverage footprints along the Highway 43 Alaska Highway Each system has an approximate coverage of 50km radius or 8,000 square km. 40,447 Residential Homes 4,272 Businesses Thousands of Well Heads 12 First Nation Settlements Covering Over

8. Types of Connectivity Fiber DSL Cable Fiber DSL Cable

10. Previous slide was types of connectivity, this slide needs to be enhanced on different wireless system types, capabilities, features and benefits of our wireless systems Wireless Spectrum Licensed- UHF 500Mhz-899Mhz Unlicensed- 900Mhz-2.4Ghz -Lower frequency allows for greater signal penetration through foliage. -Higher frequency are blocked and/or has difficulty penetrating through foliage. -Near Line of Sight allows signal to “Bend” around hills and valleys. -Line of Sight requires a non obstructed path between transmission and receive antennas for connectivity. -Competitors cannot cause interference on licensed allocated frequency. -Non licensed frequency transmission by many carriers cause interference resulting in non reliable service

11. Prioritizing traffic and adding in Quality of Service (QOS) Priority Broadband

12. Case Study Wireless broadband communication system Case Study Wireless broadband communication system

13. Fox Creek (Industrial Communication System) 600 Homes 200 Business Over 5,000 Well Heads

14. Our Industrial Broadband Network will provide reliable broadband services to businesses, residential, oil well heads and First Nation settlements communities.

15. Our business broadband Network

16. Our Residential Broadband Network

17. Rapid Deployment Carrier on Wheels Quick deployment for recovery of any system tower issue Emergency response during disaster relief