1. GeoServer and OpenGeo –Chris Holmes

2. Geospatial Web Server –vector and raster data Open standards –WFS –WMS –WCS Gateway to the “GeoWeb” What is GeoServer?

4. The Past

6. The Present

7. KML

8. REST

9. Rendering

10. ArcSDE

11. Databases

12. Output Formats

13. Extensions

14. 2.0

15. 489 bug fixes 1682 commits 7 releases * Without October, November, December The Year in Review

16. Bug Fixes

17. Commits

18. Downloads

19. Mailing List Traffic

20. English – 987 members Brazilian – 300 members Chinese – 282 members Italian – 54 members Spanish – 53 members GeoServer International

21. …

22. 2.0!

24. New UI

25. Users and roles Data security Service security Security UI

26. Complex feature schemas Feature chaining Application Schemas

27. Super Overlays Geo Search Extrudes Partial 3D KML

28. Labels –curved labeling –repetition –wrapping –displacement Dynamic symbolizers –hatched fills –dynamic glyphs Resource limits Rendering

29. RESTful configuration Styler REST

30. Arbitrary number of bands and pixel depth Color maps Raster catalogs ArcSDE Raster

31. Scalability with sessions Multi-version tables Geometryless JNDI ArcSDE Miscellaneous

32. GDAL support –more formats –robust bindings Mosaics –automated index creation –transparency Coverage rendering Raster Improvements

33. “NG” architecture –security –performance Improved PostGIS and Oracle SQL Server JNDI connections Databases

34. Tiles and pyramids in the database Vector pyramids Charts HTML image maps Extensions

35. Database configuration storage Multi-dimensional coverages Service profiles Web Processing Service Scripting On the Horizon

36. OpenGeo

37. Sorting Confusion

38. In the beginning (The Open Planning Project)

39. The first project

40. Towards OpenGeo From a side project of TOPP To sustaining contract work And the push to grow Grow!

41. Building a stack

42. The Client OpenLayers

43. The Cache

44. The Database

45. The Rich Client

46. The OpenGeo Suite

47. Funding

48. Building the Open Geospatial Web Making Geospatial Information Open and Accessible By bringing Open Source Principles to Geo Working by building OS software that gets used by all In the context of a hybrid organization

49. OpenGeo.org

50. Enterprise Towards a Product

51. OpenGe o Suite The full solution

52. Towards the ‘dot-org’ Full Cost Recovery for OpenGeo Spin off like Mozilla Corporation Reinvest profit in similar ‘dot-orgs’ –Make Capital viral like the GPL Require complete transparency Business built on Open Source principles