On-Demand Session: Acquifer HIVE: The Next Generation of Big Data Management for Microscopy

       _{PRESENTATION HIGHLIGHTS:}

• [00:00:11] Raw Data
• [00:00:32] Data and Intensive Research Fields
• [00:01:43] Moving Data
• [00:03:00] The Acquifer HIVE Concept
• [00:05:36] HIVE CORE Module: Modularity
• [00:06:50] HIVE CORE Module: Computing
• [00:08:35] HIVE Dashboard
• [00:09:00] HIVE Data Module: Storage
• [00:09:43] HIVE NET Module: Communication
• [00:10:59] HIVE GPU Module: AI Data Processing & Visualization
• [00:11:42] Stress Test: Microscopy Workshops

       _{PRESENTATION HIGHLIGHTS:}

• [00:00:19] Announcement HIVE PRO
• [00:01:50] New Storage Concept
• [00:02:50] HIVE Pro Models
• [00:03:50] Benchmarking
• [00:04:45] CPU Performance
• [00:06:10] SSD Performance
• [00:07:30] Real-World Performance
• [00:12:12] Environmental considerations
• [00:13:32] HIVE Pro Summary
• [00:14:18] HIVE Epic

       _{PRESENTATION HIGHLIGHTS:}

• [00:00:32] How many people can work on a HIVE at the same time?
• [00:01:18] Can you directly connect a HIVE to a microscope?
• [00:02:00] How fast is the connection between the HIVE and the Microscope?
• [00:02:30] Can you tell us a bit more about integrating the HIVE into local IT infrastructure, versus running it alone? What are the challenges and the tasks you have to address?
• [00:03:35] If some microscopes are still running on Windows 10, how will data transfer from those systems be managed and affected?
• [00:04:48] Can you tell us about the performance of HIVE running on a linux system?
• [00:05:34] Will it be possible to host the OMERO server over the HIVE?
• [00:06:02] What is the expected maintenance of the system?
• [00:07:18] Does the HIVE have a router and firewall in it's default configuration?
  

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