Technical Specifications – Griffin WiFi
By jdcesp_admin / August 29, 2026 / No Comments
Quartz Wireless Infrastructure Platform
GRIFFIN WiFi
TECHNICAL
SPECIFICATIONS
Engineered for autonomous infrastructure, robotics,
micro-data centers, distributed power systems,
and sovereign AI environments.
WiFi 6 / 6E
Up to 32 Nodes
12–24V DC
8–18W
−20°C to 60°C
Built for resilient wireless infrastructure.
Griffin WiFi provides the connectivity layer for
distributed Quartz infrastructure, supporting
mobile systems, sensors, autonomous machines,
facilities, and remote deployments.
high-throughput and low-latency operation.
2.4GHz and 5GHz / 6GHz deployments.
path optimization and routing resilience.
configurations depending on deployment requirements.
and authorized wireless devices.
Wireless visibility and threat intelligence.
Rogue AP Detection
Detection workflows for suspicious access points,
spoofed network identities, and unexpected
wireless infrastructure.
Device Fingerprinting
Identification and classification of observed
devices using available wireless characteristics
and reputation indicators.
Anomaly Detection
Monitoring for signal irregularities, suspicious
behavior patterns, and wireless security events.
Encrypted Mesh Links
Protected node-to-node communications designed
to support secure distributed infrastructure.
Threat Scoring
Event prioritization using configurable indicators,
anomaly analysis, and infrastructure policy rules.
Authorized Containment
Support for approved access-control and containment
workflows when legally permitted and performed
within authorized infrastructure.
Turn wireless activity into infrastructure intelligence.
Real-Time Reporting
- Wireless event logging
- Observed access point activity
- Device activity records
- Anomaly and security alerts
- Wireless activity timelines
Analytics & Integration
- Signal coverage visualization
- Device movement analytics
- JSON / REST telemetry feeds
- Syslog export support
- Integration with Quartz infrastructure systems
Designed for Quartz power infrastructure.
Quartz DC power architectures.
workload, and deployment configuration.
depending on enclosure and configuration.
Wireless intelligence connected to AI operations.
Griffin telemetry can provide wireless infrastructure
data to Quartz Orin AI systems for analysis, alerting,
and authorized automated response workflows.
Detect
Observe wireless activity and events.
Analyze
Process telemetry and anomaly indicators.
Prioritize
Score and classify events for operators.
Respond
Initiate authorized alerts or infrastructure workflows.
Response Workflows
- Operator notification
- Authorized network segmentation
- Device quarantine workflows
- Facility security alerts
- Integration with approved autonomous systems
Sensor Correlation
- Wireless telemetry analysis
- Camera and vision event correlation
- Multi-sensor anomaly analysis
- Infrastructure event correlation
- Local AI-assisted decision support
One platform. Multiple infrastructure environments.
Facility Mesh
Wireless infrastructure for industrial and commercial facilities.
Yard Coverage
Extended coverage for outdoor infrastructure and equipment areas.
Remote Generators
Connectivity for distributed power generation systems.
Autonomous Machines
Communications support for approved robotic and mobile systems.
Micro-Data Centers
Wireless visibility and infrastructure telemetry around distributed compute.
Sovereign AI
Locally controlled infrastructure supporting private AI deployments.
Discuss your wireless infrastructure.
Quartz Power & Data Solutions can evaluate facility
requirements, coverage areas, power availability,
infrastructure integration, and deployment objectives
for a Griffin WiFi architecture.
