WHAT – DEMO

1. WHAT – DEMO DEMO

2. WHAT – Demo Scenario • Disaster Happens: Terrorist attack in an Iraqi marketplace and civilians are hurt. Assistance is needed by support resources. • US Navy has collected high resolution sensor imagery over the Iraq area to assess collateral damage and identify a viable location to distribute medical supplies • Navy Analyst drops a map point, visible to American Red Cross and United Nations personnel, to mark medical supply distribution site • American Red Cross drops map points, visible to Navy Analysts United Nations to indicate the deployment of assets

3. Demo Scenario – Navy Analyst Perspective CEE-West • High resolution imagery is collected by the Navy of the Iraqi Market • Analyst uses the CGS-E Widget to query the DIB for imagery over the attack area • DIB returns metadata regarding imagery and the Analyst chooses an image • Analyst uses CGS-E to pull imagery from IPL • Analyst marks an area to drop supplies • CGS-E sends plot data to OWF Eventing Channel • Plot reflected on NRO Map Widget

4. Demo Scenario – UN Perspective • CGS-E plot event broadcast to all widgets subscribed to eventing channel. • Shouter Widget receives plot event and relays it to the Android MobileApp via the Shouter Web App and Enterprise Messaging Component • UN Personnel receive a notification and see the drop point plotted on their map • UN team takes up a position near the medical supply drop point

5. Demo Scenario – Red Cross Perspective • CGS-E plot event broadcast to all widgets subscribed to eventing channel. • Navy’s Event Relay Widget receives plot event and sends it to all other subscribed Event Relay Widgets • Event Relay Widget on the Red Cross server receives the remote event and converts it back to a local event • Red Cross Personnel see the medical supply drop point plotted on their map • Red Cross deploys a medical team to recover the supplies

6. Demo Scenario – Red Cross Perspective • Red Cross Personnel approach the drop site and turn on their GPS Beacon Widget • Beacon Widget sends its plot event to the local OWF eventing channel • Red Cross Map widget receives event and plots beacon point • Event Relay Widget receives the local plot event and sends it back out as a remote event to other listening Event Relay Widgets

7. Demo Scenario – UN Perspective • Event Relay Widget on the Navy server receives the remote event and converts it back to a local event • Shouter Widget receives plot event and relays it to the Android MobileApp via the Shouter Web App and Enterprise Messaging Component • UN Personnel receive a notification and see the Red Cross drop point plotted on their map • UN Personnel intercept the Red Cross team and provide a security escort

8. Demo Scenario – Navy Analyst Perspective • Event Relay Widget on the Navy server receives the remote event and converts it back to a local event • NRO Map Widget receives local event and plots Red Cross location • Navy Analyst relays updated situation report

9. Questions – Demo Architecture CEE-West

10. Conclusion • Ozone Widget Framework is well positioned to be quickly picked up by new development resources • OWF Widgets can work with and in a mobile environment • A formal Remote Eventing specification is an important near-term evolution needed to standardize cross-desktop and cross-server widget communication