WB-1 · v1.0 now shipping

Orchestrate the air.

Devices don’t speak the same language. The Bobulator translates — in real time.

The Wireless Bobulator is a modular device that aggregates signals from any source, processes them through a real-time orchestration engine, and broadcasts coordinated output across your facility, gym, factory, or venue.

Request a unit See the architecture
12
input channels
<8ms
end-to-end latency
BLE 5.3 · Wi-Fi 6 · LoRa
wireless protocols
ESP32 + Cortex-M7
dual-core SoC
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A control plane for the wireless layer.

Most devices either receive or transmit. The Bobulator does both — simultaneously, intelligently, and with sub-millisecond timing.

Capture any signal

Twelve input channels spanning analog, digital, BLE, Wi-Fi, and serial. Pluggable sensors for motion, environmental, RF, and more.

Process in real time

Dual-core SoC runs the Bobulation Engine — a fusion + decisioning layer that resolves conflicts, prioritizes, and routes signals.

Broadcast everywhere

BLE 5.3, Wi-Fi 6, and LoRa in one box. One device, three radios, simultaneous transmission to hundreds of endpoints.

Open API, no lock-in

REST + WebSocket control plane. Define rules in YAML, push them to the fleet, observe everything in a live dashboard.

01Architecture

Five layers. One orchestrated device.

From sensor input to wireless broadcast, every signal passes through a deterministic pipeline tuned for low latency and high reliability.

01INPUTS12 channels02NORMALIZEunified wire03ENGINE<8ms decide04TRANSMIT3 radios05OUTPUTSactuate / API

  1. Inputs

    Multi-channel analog + digital ports, pluggable sensor bus, BLE / Wi-Fi scan.

  2. Normalization

    All inputs converted into a unified wire format. Timestamped, prioritized, deduplicated.

  3. Bobulation Engine

    Multi-input fusion, real-time decisioning, conflict resolution, context-aware routing.

  4. Transmission

    BLE 5.3, Wi-Fi 6, LoRa — broadcast over one or all simultaneously. <8 ms end-to-end.

  5. Outputs

    Actuators, downstream devices, cloud APIs, dashboards, alerts.

Dive into the architecture →

The hardware is honest. The software is where the magic happens.

02The Bobulation Engine

The brain inside the box.

Hardware is commoditized. Software is not. The Bobulation Engine is the layer that decides what to amplify, dampen, route, ignore, and actuate — in under 8 milliseconds.

  • Multi-input fusion — combine up to 12 channels with weighted confidence
  • Real-time decisioning — rule engine + optional on-device ML
  • Conflict resolution — deterministic priority + freshness scoring
  • Context-aware routing — route by device, location, time-of-day, user identity
Inside the engine →
rules/gym-entrance.bob 
# soft-open the floor on the early shiftrule "gym-entrance-soft-open":  when:    - sensor.door.reed == CLOSED    - time_of_day() in "06:00-09:00"  then:    - light.zone.2.fade_to(30%, over=5s)    - audio.zone.2.play("morning-warmup.m3u")    - hvac.zone.2.setpoint = 68    - log.info("auto-warmup-triggered", room="main-floor")

·The Hardware

Meet the WB-1.

A machined puck the size of a hockey puck. Three radios, twelve input channels, one status LED that tells you it’s thinking. Designed to disappear into a wall, a rack, or a rafter.

  • Triple-radio · BLE 5.3 / Wi-Fi 6 / LoRa
  • USB-C power + console · PoE optional
  • Aluminium shell · 86 mm × 24 mm

03Wireless Topologies

Pick the topology that fits the room.

Hub Model

One Bobulator. Many devices.

  • Best for single-floor or single-room installations
  • Centralized rules + audit trail
  • Easiest to deploy and manage

Most common

Mesh Network

Many Bobulators. Shared state.

  • Scales across large facilities, campuses, gyms
  • Redundant — no single point of failure
  • Each Bobulator can act independently or in concert

Edge + Cloud Hybrid

Local first. Cloud for the heavy lifting.

  • Local latency for real-time decisions
  • Cloud coordination for fleet-wide analytics and ML
  • Works fully offline — syncs when reconnected

See topology diagrams →

04Use cases

Built for environments that move.

Sports

01

Sports facilities

Real-time signal routing for courts, fields, gym floors — from shot clocks to scoreboards to floodlights.

Read the scenario → Buildings

02

Smart buildings

Lighting, access, HVAC, occupancy — coordinated as one system, not ten. One device instead of twelve.

Read the scenario → Industrial

03

Industrial automation

Sensor fusion for predictive maintenance, safety interlocks, and operator-facing dashboards on the factory floor.

Read the scenario →

05Specs

Numbers that matter.

Inputs
12 channels (analog, digital, I²C, SPI, UART)
Radios
BLE 5.3, Wi-Fi 6 (2.4/5 GHz), LoRa (868/915 MHz)
Compute
Dual-core SoC (Cortex-M7 + ESP32)
Latency
< 8 ms sensor-to-broadcast
Power
USB-C PD or 18650 battery pack, 12 h standby
Management
REST + WebSocket, YAML rule engine, web dashboard

Full specifications →

Build something that orchestrates.

Join the first 50 teams piloting the Wireless Bobulator. We’re shipping units now and onboarding customers personally.

Request a unit Read the specs

If you’re not bobulating, what’s the point?

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