Luxe Ray

A unified control engine for operating heterogeneous resources and responding to failures. It detects and reports vendor-provided system status and events at the hardware level.

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LuxeRay/incidentsLIVE DEMO · L2

Luxe Ray incident console (dark) — open/triage/mitigated/resolved funnel, 24-hour burndown matrix by severity, and the active incident queue with the selected incident detail

↑ Luxe Ray live operations console (operator view)

01PAIN POINTS

Solving these challenges

The operational hurdles teams hit most often in the field — see how Luxe Ray resolves them in the LIVE DEMO.

01

When a failure alert hits at 3 a.m., it’s hard to know which vendor’s management tool to check

02

Disk SMART, memory ECC, GPU XID, and more — monitoring is scattered across 6+ vendor tools

03

Setting a firmware update policy and actually rolling it out takes far too long

02FEATURES

Feature details

Key capabilities organized by category. Each group is delivered as a working scenario in the LIVE DEMO.

F.01

Unified HW Event Collection

Vendor-scattered management tools in a single screen — instantly pinpoint the source when a failure occurs

BMC — Dell iDRAC, HPE iLO, Lenovo XCC, Supermicro IPMI, Gigabyte AMI
GPU — NVIDIA NVML, DCGM, AMD ROCm SMI
Network — Mellanox UFM, Cisco, Arista, Cornelis (IB · RoCE)
Storage Array — Pure, NetApp, DDN, VAST (SNMP · REST)
Power equipment — UPS, PDU, cooling units (SNMPv3 support)

F.02

Predictive Failure Detection

Catch disk, memory, and GPU failure signals up to 30 days in advance

Disk SMART — learning model on 4 key attributes, under 3% false positives
ECC — trend analysis of corrected-count distribution with threshold-based detection
GPU XID — instant alerts on critical codes such as XID 13, 31, and 79
Fan, temperature, and power — anomaly detection on a rolling baseline
Prediction lead time of 24 hours to 30 days (longest for disks, shortest for GPUs)

F.03

Firmware Policy Automation

Automate vendor matrices, scheduled patching, and rollback to lift the firmware-management burden

Automatic sync of per-vendor firmware catalogs (Dell DSU, HPE SUM, built-in cache)
Apply policies at cluster, node-group, or individual-node granularity
Maintenance-window support — blackout and staged rolling updates
Rollback workflow — revert to the previous version after an automatic health check
Change history retention and CMDB (change-management system) integration

F.04

Asset Lifecycle

From component tracking to warranty management and EoL tracking — asset-team reports generated automatically

Automatic indexing of each component’s serial number, receipt date, and warranty expiry
Advance alerts 1, 3, and 6 months before EoL / EoSL
RMA and replacement history tracking (auto-matched to service calls)
Automatic monthly asset-status reports (xlsx, PDF formats)

03SCENARIO

Flagship scenario · integrations

Flagship scenario

Predictive disk failure detection

−67%

Overnight on-call pages cut by 67%. Zero data loss.

INTEGRATIONS

Systems you can integrate

Dell iDRAC
HPE iLO
Lenovo XCC
Supermicro IPMI
NVIDIA NVML

Next steps

Need infrastructure design consulting to make this product possible?

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