Botech LuxNode™
Visual Infrastructure Intelligence

Illuminating the Smart City Fabric.

Moving beyond traditional signaling into a unified fabric of intelligent visual endpoints. Engineered for high-speed deterministic control and seamless Smart City integration.

Precision Engineered in Canada

Technology Advancement

The LuxNode™ platform represents a generational leap in roadway communication and control. By decentralizing intelligence, we enable a more resilient and responsive urban environment.

Edge Intelligence

Every LuxNode endpoint is powered by an Advanced ARM® Cortex™ Series processor. This distributed compute model allows for local logic validation and deterministic response times, independent of central network latency.

Universal Network Fabric

Native Power-over-Ethernet (PoE) connectivity unifies power and high-speed data. This simplifies field architecture, reduces maintenance complexity, and ensures every visual node is a secure IP-addressable asset.

Intelligent Visual Endpoints

Universal architectural core adapted for specialized visual execution. Every node is a mission-critical asset designed for 99.99% operational readiness.

ID: PRIMARY-COMMAND

LuxNode Optic

The high-definition standard for intersection control. ITE-compliant primary signaling featuring Adaptive Operational Profiles for real-time traffic flow optimization and multi-modal coordination.

ID: KINETIC-WARNING

LuxNode Pulse

High-intensity 12" hazard beacons engineered for Kinetic Awareness. Optimized for school zones and hazardous transit corridors where rhythmic visual cues are essential for compliance.

ID: PEDESTRIAN-SAFETY

LuxNode Vector

Precision-timed linear RRFB arrays. Utilizing synchronized high-frequency flashing profiles designed specifically for maximum Yield-Rate Compliance at mid-block crossings.

ID: TRANSIT-PRIORITY

LuxNode Transit

Dedicated signaling for specialized transit corridors. Seamlessly integrates with the Botech Fabric to prioritize bus and tram movement through Active Signal Priority (ASP) logic.

ID: MISSION-CRITICAL

LuxNode Priority

Emergency preemption signaling for sub-millisecond route clearing. Engineered for direct synchronization with First-Responder Priority Protocols to ensure rapid and safe emergency transit.

ID: PUBLIC-SAFETY

LuxNode Chroma

Advanced multi-spectral public safety node. Precision-timed addressable arrays for Authorized Strobe Patterns and complex hazard logic, adaptable for law enforcement and special events.

Mission-Critical Safety

Safety is the foundational pillar of the LuxNode™ platform. Our design philosophy prioritizes fail-safe operation and deterministic behavior in high-stress urban environments.

Deterministic Logic

By processing logic at the edge, LuxNode ensures that critical visual transitions occur with millisecond precision, completely unaffected by network congestion or packet loss.

Fail-Safe Architecture

Integrated watchdog systems and hardware-level fail-safes ensure that visual endpoints revert to a secure state (e.g., standard flash) in the event of an internal system fault.

Environmental Resilience

Designed to withstand the most rigorous roadway environments, featuring IP66 / NEMA 4X ratings and full operational certification across extreme thermal ranges.

Engineering Standard

System AttributeAdvanced Platform Standard
Logic ControllerHardened ARM® Cortex™ Series / Botech Edge Compute Engine
Connectivity InterfaceNative Secure IP / High-Performance Power-over-Ethernet (PoE)
Signal Timing AccuracySub-millisecond Deterministic Sync over Botech Network Spine
Operating Thermal RangeFull performance certified from −40 °C to +85 °C
Structural IntegrityStainless Steel or Reinforced Aluminum / IP66 Ingress Protection

Botech Engineering & Consulting Inc.

With nearly 20 years of experience delivering mission-critical transportation and signal systems, Botech is dedicated to the integration of safety and innovation for the modern Smart City.

Global Inquiries

Based in Surrey, BC, Canada.

Email: bogeng@botech.ca
Phone: 604-283-5656
Web: botech.ca