Motorcyclist cornering on a mountain road at night

RIDE INTELLIGENCE FOR THE MACHINE YOU CHOSE

Know the ride.
Keep the machine.

NodeIQ is being built to connect your motorcycle, capture meaningful ride data, and simplify how new intelligence reaches older and custom bikes.

PROTOTYPE PLATFORM  •  ROAD VALIDATION IN PROGRESS

ROOK, the NodeIQ rider character, in black armored gear and a helmet marked with a crimson cross

THE RIDE RECORD

Every ride becomes a system check.

One clear record connects the road ahead to what is happening on the bike.

NodeIQ ride log dashboard showing a canyon route, speed, lean, brake and road telemetry, plus four active motorcycle sensor nodes.
Prototype interface visualization. Measurement accuracy and production hardware remain under validation.

FLAGSHIP FUTURE INTEGRATION / IGNITION

Hardwired where timing matters.
Wireless where intelligence moves.

The planned NodeIQ ignition system will connect directly to engine-critical power, trigger, and coil circuits. It will identify the engine and trigger configuration, execute spark timing locally, and exchange maps, diagnostics, and live data wirelessly with the central hub.

01 / HARDWIRE

Engine-side control

Dedicated connections for power, ground, crank or cam trigger, and ignition output.

02 / DETECT

Automatic setup

Identify cylinder count, trigger pattern, signal behavior, and a compatible starting configuration.

03 / CONNECT

Wireless hub link

Share RPM, advance, dwell, sync state, faults, and configuration without placing the hub in the spark-critical path.

04 / TUNE

Adjustable maps

Build, compare, apply, and roll back timing maps inside a guarded operating envelope.

Critical timing stays local.

The ignition module—not the phone or hub—will schedule every spark. Wireless communication is reserved for configuration, telemetry, diagnostics, and map transfer, with last-known-good operation if the link is unavailable.

Planned integration roadmap

Motion

Lean angle, acceleration, orientation, vibration, and road-quality sensing.

Powertrain

Ignition timing, RPM, dwell, trigger synchronization, and fuel-level interfaces.

Chassis

Tire pressure, brake and switch events, speed signals, and modular vehicle inputs.

Position & health

GPS route, charging state, node batteries, signal strength, and network diagnostics.

Future-development direction. Ignition hardware, detection logic, timing accuracy, safety limits, and map controls remain subject to bench, dyno, and road validation.

Compact black motorcycle sensor nodes and main hub on an engineering workbench

NODEIQ SYSTEM

Wireless where it matters.
Wired only to charge.

Remote nodes operate from their batteries while riding. A two-conductor backbone replenishes them only when the motorcycle is off.

01 / Leaf Nodes

Ultra-low-power 802.15.4 sensor traffic.

02 / Main Hub

ESP32-C6 coordination and aggregation.

03 / Phone

BLE/Wi-Fi app uplink from the hub.

Restored vintage motorcycle in a dark engineering workshop

BUILT AROUND THE MOTORCYCLE

Built for the bike.
Useful after the ride.

Ride record

GPS route, speed, lean, braking events, and road vibration in one place.

Diagnostics

Node connectivity, battery state, signal strength, and system health.

Modular expansion

Start with what matters and add capability as the build evolves.

Winding mountain road at dusk

EARLY RIDER PROGRAM

Help build the version worth riding.

Join the development list for progress updates, feedback opportunities, and future pilot recruitment.