Solutions
Device management
Remotely manage, and protect laptops and mobile devices.
Orchestration
Automate tasks across devices, from app installs to scripts.
Software management
Inventory, patch, and manage installed software.
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Integrate your favorite tools with Fleet.
Customers
Stripe + Fleet
Stripe consolidates multiple tools with Fleet.
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Foursquare quickly migrates to Fleet for device management.
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Tables
Fleet uses osquery tables to query operating system, hardware, and software data. Each table provides specific data for analysis and filtering.
Apple
Linux
Windows
ChromeOS
memory_device_mapped_addresses
memory_device_mapped_addresses
Data associated for address mapping of physical memory devices.
| Column | Type | Description |
|---|---|---|
| ending_address | text | Physical ending address of last kilobyte of a range of memory mapped to physical memory array |
| handle | text | Handle, or instance number, associated with the structure |
| interleave_data_depth | integer | The max number of consecutive rows from memory device that are accessed in a single interleave transfer; 0 indicates device is non-interleave |
| interleave_position | integer | The position of the device in a interleave, i.e. 0 indicates non-interleave, 1 indicates 1st interleave, 2 indicates 2nd interleave, etc. |
| memory_array_mapped_address_handle | text | Handle of the memory array mapped address to which this device range is mapped to |
| memory_device_handle | text | Handle of the memory device structure associated with this structure |
| partition_row_position | integer | Identifies the position of the referenced memory device in a row of the address partition |
| starting_address | text | Physical stating address, in kilobytes, of a range of memory mapped to physical memory array |
Questions?
SOC2 Type 2
