Inventory with X-ray vision.
Most RMMs stop at “16 GB RAM, 512 GB disk”. Warp tells you it is two DIMMs of DDR5-5600 on an NVMe drive, docked to a Thunderbolt 5 dock with two 4K monitors, a Bluetooth headset and a printer on the reception print server, and when each of those was last plugged in.
The box, completely.
- CPU model, cores and threads, clock and launch year
- Memory per slot: size, type (DDR4, DDR5…) and configured speed, plus empty slots
- Storage: media (NVMe, SSD, HDD) and bus, with per-volume usage bars
- Graphics: every GPU and its memory
- Battery: design vs full-charge capacity and cycle count, shown as health
- Chassis, board, BIOS, manufacturer, model and serial
ThinkPad P16 Gen 3
What is plugged in, and when it left.
Warp tracks peripherals as things with a history. Each one gets a first-seen and last-seen time, so “where did the second monitor go?” has an answer.
Monitors, by EDID
Maker, model, serial, physical size, native resolution, connection (HDMI, DisplayPort, internal) and year of manufacture, read straight from the panel. Monitor speakers are folded into the display.
Docks
All the devices a dock exposes are grouped into one dock with a clean name, instead of a dozen anonymous USB hubs.
USB & Bluetooth
Keyboards, mice, headsets, webcams. Grouped by vendor and product id or Bluetooth address, with Classic and LE twins merged and generic noise filtered out.
Printers, including per-user
Print-server connections live in each user's profile, so a SYSTEM agent normally never sees them. Warp reads them for every signed-in user and remembers them after sign-out.
Software
Installed applications with versions, searchable, and pushed to your PSA or reporting tools through the integrations.
Services
Every Windows service with its state and start mode, with Start, Stop and Restart right there on the row.
Memory is the bottleneck: 8 GB with a 30-day peak of 94%. Add a second 8 GB DDR4-3200 module. CPU and SSD are good for another two to three years.
One number for the hardware conversation.
Every device gets a standardised 1–100 score, sortable across the fleet, so lifecycle planning stops being a gut feeling.
- CPU 30, memory 20, storage 20, headroom 20 from real 30-day usage, lifecycle 10 from age, warranty and Windows 11 support
- Each CPU and drive model is rated once by Claude against a fixed rubric, then cached. No device identifiers are sent
- Plain-English advice per device: keep, monitor, upgrade or replace, with up to three concrete actions
- Virtual machines are scored on right-sizing, not on the host CPU name they inherit
- Works without AI too, with an estimated score from the raw specs
See your own fleet in X-ray.
Enroll a handful of machines and watch the inventory fill in within minutes.