1. 1 ImmerVision Enables 360° Video Surveillance Applications

2. 2 Enables 360 o Developers of viewing solutions are turning to ImmerVision and its partners to get tailored 360 o Panomorph Optics and Software. Products Optics Software

3. 3 Panomorph Lenses The PANOMORPH lens has two main differences to a fish-eye lens Panomorph Lens Unique Features 1.More pixels coverage on camera sensors compared to fisheye lenses 2.Object size magnification in area of interest (periphery) compared to fisheye lenses C D Feature 2. Object C bigger than Object D Feature 1. More sensor surface covered on A than B AB

4. 4 Method for capturing a panoramic image by means of optimization of pixel usage ImmerVision’s Patents – Panoramic Anamorphosis Traditional Fisheye Panomorph Comparison with a traditional fish-eye image Horizontal anamorphosis of the panomorph image

5. Panomorph Outperform Fisheye 5

6. IMV1-1/3 Qualified Cameras Manufacturers (1) 6 (1) Cameras supplied by manufacturers and tested at ImmerVision’s Labs that meet FY360A requirements and provide acceptable resolution

7. 360° Compared 7 3 MPx Fish Eye 360° camera SONY SNC-CH-140, 1.3 MPx (1280x1024) Panasonic WV-VW502S, 1.3 MPx (1280x1024)

8. Q24 Compared 8 3 MPx Fish Eye 360° camera Sanyo HD2100, 2.0 MPx (1600x1200) Basler BIP 1300c-dn,1.3MPx(1280x1024)

9. Camera Performance Comparaison (1/2) 9 3 MPx Fish Eye 360° cameraLeading Brand Camera, 1.3 MPx

10. Camera Performance Comparaison (2/2) 10 3 MPx Fish Eye 360° cameraSONY SNC CH-140, 1.3 MegaPixel

11. Camera Performance Comparaison Even with twice as much resolution the Fish Eye 360° camera does not show more details than a 1.3 MPx camera equipped with the YF360A lens. The dynamic range of the of the 1.3 Mpx cameras is much higher than the 3 MPx Fish Eye 360° camera, so more information are captured 11

12. Leading Brand Cameras (Panomorph): No Blind Zones 12