1. utrf@tennessee.com Steve Skutnik, Ph.D. Dept. Nuclear Engineering Click to add Co-Investigator(s) PORTABLE RADIATION DETECTOR (Note: plan for 30 seconds on this slide) Michael Willis and Howard Hall, Ph.D.

2. utrf.tennessee.edu 2 TECHNOLOGY DESCRIPTION (Note: plan for 1 minute on this slide. A second slide may be used here if appropriate)

3. utrf.tennessee.edu 3 TECHNOLOGY DESCRIPTION (Note: plan for 1 minute on this slide. A second slide may be used here if appropriate)

4. utrf.tennessee.edu 4 The RadCompass system is currently at TRL-5 (rapidly approaching TRL-6) – A functioning prototype with live readout has been developed & tested – Further development of the DAQ system (currently in- progress) would push the system to TRL-6 and beyond The RadCompass algorithms have been tested both through computational simulations & field tests with realistic source terms, both of which support the viability of this system The RadCompass algorithm is ready for commercial deployment – Further development is now focused on demonstrating the performance of the integrated system through a functioning prototype TECHNOLOGY OPPORTUNITY (Note: plan for 1 minute on this slide. A second slide may be used here if appropriate)

5. utrf.tennessee.edu 5 TECHNOLOGY LEADERSHIP Unique to the RadCompass design is its ability to detect the relative bearing of a radiation source in real time for a diversity of radiation sources using existing, commercial off-the-shelf components Key performance indicators of the RadCompass include our battery of realistic simulations & tests detailing the performance limits of this system – e.g., max. source distance & min. source activity (Note: plan for 1 minute on this slide.)

6. utrf.tennessee.edu 6 Viability of the RadCompass concept has been demonstrated and is fully developed; focus is now on design improvements & performance characterization through realistic testing to enable potential licensees to more rapidly move to market RESEARCH & DEVELOPMENT PLAN (Note: plan for 1 minute on this slide.) Full patent filed FY15 Q2FY15 Q3 FY15 Q4 FY16 Q1 FY16 Q2 Develop user interface & standalone electronics Conduct live field tests with vehicle-mounted prototype Finalize unit performance benchmarks First commercial product Develop field-scale prototype unit

7. utrf.tennessee.edu 7 Finalized design/data within a few months – Current R&D effort focused on development of a viable prototype, including enhanced UI and device performance characterization Targeting a licensing strategy – Can be on market within 1-2 years of license – Minimal additional development required Technology could be developed by a startup, but likely a licensing target for established companies – Companies with vehicle mounted systems already on market – Companies looking to break into this market COMMERCIALIZATION PLAN (Note: plan for 1 minute on this slide.)

8. utrf.tennessee.edu 8 APPLICATIONS/TARGET CUSTOMERS/CURRENT PRACTICE (Note: plan for 1 minute on this slide.) Application Description Target CustomersCurrent Practice Application #1Public event monitoring Government contractors & local law enforcement Vehicle mounted detectors with GPS tracking; personal “pager” detectors Application #2Illicit radiation source smuggling / theft Transportation industries / DHS / law enforcement Stationary portal monitors & hand- held detectors Application #3Military / WMD & illicit source detection GovernmentWide area sweep / “hot-cold” search Application #4Nuclear accident cleanup Government contractors Hand-held radiation monitors

9. utrf.tennessee.edu 9 COMPETITIVE DIFFERENTIATION (Note: plan for 1 minute on this slide.) Radiation monitoring GPS logging Modular 360° operation Source direction RadCompass ✔✔✔✔✔ Product #1 ✔✔✔✔ Product #2 ✔✔✔ Product #3 ✔✔ Product #4 ✔✔✔ Product #5 ✔✔ Product #6 ✔✔✔✔

10. utrf.tennessee.edu 10 MARKET OPPORTUNITY Radiation detector market (2013): $25B 14% of that is safety/monitoring: $3.5B 5% CAGR (Note: plan for 1 minute on this slide.) *Nanomarkets report

11. Steve Skutnik (865)974-2212 sskutnik@utk.edu (Note: plan for 30 seconds on this slide.)