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Dakila prototype Nissan Navara in the field
Working Prototype · FW 1.17.5
Running on a Nissan Navara

Your vehicle.
One intelligent control system.

Lighting, battery, leveling, navigation, weather and an on-board assistant, controlled from your phone beside the vehicle, or from anywhere through Dakila Live.

Lighting control Power intelligence Navigation & leveling

Six screens that actually matter
when you’re out there.

The mobile app is the control surface. Tested on iOS with the vehicle. Clean, fast, and built for real camp use, not a demo.

What already works today.

Dakila V2 is installed and tested on a real vehicle. These are not mockups or slideware.

01

Lighting & Scenes

Eight independent channels with dimming and predefined Camp, Night and Sleep scenes. Local BLE or remote over Dakila Live.

02

Direct BMS Reading

Talks to the house battery’s own management system over Bluetooth for accurate SOC, SOH, capacity and cell data.

03

Vehicle Leveling

Onboard IMU delivers live pitch and roll. The app tells you exactly which wheel to raise and by how much.

04

AI Copilot + Voice

Ask about lighting, weather, battery or system status. Hardware actions stay validated before execution.

05

OTA Firmware

App checks and installs controller firmware over the vehicle’s own Wi-Fi. Builds are verified with MD5.

06

Dakila Live

Remote lighting and scene control from anywhere with a signal. Settings and updates stay local for safety.

Live on vehicle

Running right now

The current V2 prototype is installed on a Nissan Navara and used on real trips. Firmware 1.17.5 is active.

8
Lighting channels
Dual-core
Main controller
BLE + Live
Control paths
iOS
App tested

Lighting and Power are
becoming smart modules.

V2.5 gives Lighting and Power their own onboard brains instead of running straight off Main. Here's where that stands, told straight, including what still needs testing.

Status last verified:

Proven on the vehicle

Lighting talks to Main, fast and reliably

The new Lighting module responds in milliseconds and holds every command it's given, verified on the actual vehicle.

Caught before it shipped

A wiring gap found before it became a problem

A module looked dead even though its power light was on. Bench testing traced it to a loose connection, not a design flaw.

Next up

Power module is next on the bench

Its design is finished and builds cleanly, but it still needs the same bench testing Lighting already passed.

Known issues

A couple of small things to polish

Two minor inefficiencies are already logged. Neither affects safety or reliability today; they're cleanup items before V2.5 ships.

From proof of concept
to modular platform.

Built in the open from a real overland project. No vaporware, no invented timelines.

V1 · Complete

Proof of concept

The first functional experiment that proved lighting and basic vehicle control could work on an overland platform.

  • Basic lighting control
  • First controller experiments
  • Validated the core idea
V2 · Live

Working prototype

Installed and tested on the vehicle today. Full lighting, BLE, GPS, weather, leveling, AI, OTA and remote control.

  • Mobile app + browser dashboard
  • Direct BMS + IMU + GPS
  • Dakila Live remote access
  • RF remote + OTA updates
V2.5 · In Progress

Smart modules

Lighting and Power are becoming independent smart modules with their own onboard brains, the groundwork for V3’s hardware.

  • Lighting module proven on vehicle
  • Faster, more reliable wiring
  • Module health visible in the app
  • Power module testing next
V3 · Engineering

Modular platform

Next-generation hardware with custom PCBs, Ethernet backbone, dedicated modules and manufacturing readiness.

  • Main + Satellite PCBs
  • Power / Lighting / Security modules
  • Central logging + protection
  • Production path

Where this is going.

Clear phases. Honest status. No fake “coming soon”.

Complete

Phase 1: Working Prototype

Lighting, BLE, GPS, weather, AI, OTA. The foundation that proved the system works on a real vehicle.

Current

Phase 2: V2 Refinement

App polish, voice improvements, battery intelligence, reliability and continued vehicle testing.

In development

Phase 3: V3 Engineering

Main PCB, Satellite Core, Ethernet backbone, dedicated Power / Lighting / Security modules, automotive protection and central logging.

Planned

Phase 4: Beta Testing

Multi-vehicle installs, heat and vibration testing, wiring validation under real conditions.

Planned

Phase 5: Production Path

Manufacturing, tooling, compliance and a public launch path (including Kickstarter).

Built by an overlander,
for real overland use.

Dakila started as a custom controller for one Nissan Navara, not a pitch deck or a concept. It had to work the moment the vehicle left the driveway.

Every feature that exists today was driven by actual needs on the trail and at camp: reliable lighting, accurate battery data, knowing if the vehicle is level, weather at the campsite, and the ability to control it without standing in the rain.

The project remains open about what works, what is still being engineered, and what comes next. That transparency is intentional.

Straight answers.

Yes. Dakila V2 is the current working prototype installed and tested on a Nissan Navara. It controls lighting, provides BLE and Wi-Fi dashboard, RF remote, GPS, weather, OTA, leveling, AI Copilot, battery data and more.
V3 is the next-generation modular hardware platform. It uses a Main Controller PCB, reusable Satellite Core PCBs, an Ethernet backbone, and dedicated Power, Lighting and Security modules, designed for cleaner architecture and future manufacturing.
No. Local control over Bluetooth and the controller’s own Wi-Fi dashboard work fully offline. Dakila Live adds remote access when a signal is available, but the core system does not depend on it.
The architecture is vehicle-agnostic. V2 is currently proven on a Nissan Navara. V3 modular design is specifically aimed at supporting multiple platforms and cleaner installs.
Open-source status is still being evaluated. The priority right now is making the hardware and software solid and production-ready before deciding how the code and designs will be shared.

Follow the build in public.

Prototype updates, firmware notes, hardware progress and real vehicle testing, posted as they happen.

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