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Lokki

Lokki: precisely engineered sparks for lives that still feel on standby

Out of stock
Starting at
₹ 11,000
Standard Configuration
Lokki

Specifications

Dimensions 92 × 92 × 28 mm (main hub), 55 × 55 × 18 mm (satellite sensor node)
Weight 145 g (main hub), 48 g (satellite sensor node)
Materials UV-stabilized matte polycarbonate (PC) housing, anodized aluminum heat spreader, low-iron diffused glass light guide
Power Requirements 100–240 V AC, 50/60 Hz, < 0.5 W standby, 18 W max load control per channel (triac dimming), 2-channel output
Connectivity & Control Wi‑Fi 4 (802.11 b/g/n, 2.4 GHz), Bluetooth LE 5.0 for provisioning, IEEE 802.15.4 radio for sensor mesh, supports DALI-2 and 0–10 V dimming interfaces, REST/Local API + MQTT
Sensing & Automation Digital ambient light sensor (1–100,000 lux, ±5% accuracy), PIR motion detection (up to 6 m, 120° FOV), time-of-day adaptive dimming profiles, configurable circadian brightness/temperature curves
Operating Conditions Operating temperature 0–40 °C, storage −20–60 °C, 10–90% RH non-condensing, indoor use only (IP20)
Safety & Compliance Over-voltage, over-current, and thermal protection; flame-retardant housing (UL94 V-0); compliant with CE, UKCA, FCC Part 15, RoHS, and REACH

Lokki

A gentle light-keeper spirit that automates, dims, and balances illumination across your spaces.

Description

Lokki is an intelligent lighting management system designed for homes, offices, and creative spaces. This compact IoT controller wrangles up to eight LED channels, four relay outputs, and multiple motion sensors to create adaptive lighting environments that respond to your needs.

Built around Raspberry Pi technology with LoRa connectivity for mesh networking, Lokki units can coordinate across multiple rooms or even buildings to create cohesive lighting experiences.

Key Features

Smart Control

  • 8 LED Channels: Independent control of different lighting zones
  • 4 Relay Outputs: Power control for traditional lighting fixtures
  • Motion Sensing: PIR and radar sensors for occupancy detection
  • Light Sensing: Automatic adjustment based on ambient light levels

Connectivity

  • LoRa Mesh Network: Reliable communication between Lokki units
  • WiFi/Ethernet: Internet connectivity for remote control
  • REST API: Full programmatic control
  • Mobile App: iOS and Android companion apps

Intelligence

  • Scene Management: Save and recall lighting presets
  • Time-based Automation: Sunrise/sunset simulation, scheduled changes
  • Adaptive Learning: Learns your preferences over time
  • Energy Optimization: Reduces power consumption through smart scheduling

What’s Included

  • Lokki controller main unit with Raspberry Pi 4
  • 8-channel LED driver board
  • 4-channel relay board
  • PIR motion sensor module
  • Ambient light sensor
  • LoRa communication module
  • Power supply and cabling
  • 3D-printed enclosure
  • Quick start guide and API documentation

Specifications

ComponentSpecification
ProcessorRaspberry Pi 4 (4GB RAM)
LED Channels8 × 350mA constant current
Relay Channels4 × 16A 250VAC
WirelessWiFi 802.11ac, Bluetooth 5.0, LoRa 915MHz
ConnectivityEthernet, USB-C power
Power Input24V DC, 5A
Dimensions150 × 100 × 50 mm
Weight350g
Operating Temp-10°C to 50°C

Software

Core Features

  • Web Interface: Browser-based configuration and control
  • REST API: Full HTTP API for integration
  • MQTT Support: Real-time messaging for IoT ecosystems
  • Home Assistant: Native integration with popular smart home platforms

Programming

  • Python SDK: Full Python library for custom automation
  • Node-RED: Visual programming interface
  • Docker Support: Containerized deployment options

Installation

Hardware Setup

  1. Mount the Lokki controller in your desired location
  2. Connect LED channels to your lighting fixtures
  3. Configure relay outputs for traditional lights
  4. Attach motion and light sensors
  5. Power on and connect to your network

Software Configuration

  1. Access the web interface at http://lokki.local
  2. Configure your WiFi network
  3. Set up your lighting zones
  4. Create initial scenes and schedules
  5. Connect additional Lokki units for mesh networking

Use Cases

Home Automation

  • Living Room: Adaptive lighting based on TV content and time of day
  • Kitchen: Motion-activated task lighting with recipe timers
  • Bedroom: Sunrise simulation for natural wake-up routines

Commercial Spaces

  • Offices: Occupancy-based lighting to reduce energy costs
  • Retail: Product highlighting with automated displays
  • Museums: Art installation lighting with programmable sequences

Creative Applications

  • Photography Studios: Programmable lighting setups
  • Stage/Theater: Cued lighting changes for performances
  • Installation Art: Interactive lighting experiences

Support

Documentation

  • Complete API reference
  • Integration guides for popular platforms
  • Video tutorials and setup guides

Community

  • Active forum with user projects
  • GitHub repository for custom modifications
  • Regular firmware updates and feature additions