Dlithe
Innovation LabsPrototypingIoT • AI • Automation

Innovation That Moves
From Idea to Impact

Rooted in technology and driven by innovation, DLithe has transitioned into building next-generation products powered by strong R&D. We aim to lead Industry 4.0 and 5.0 transformation by delivering intelligent, cost-efficient solutions that redefine customer experience and industry standards.

Prototype in weeks

PoC-ready delivery

Mentor-led cycles

Innovation lab team

Outcome-Driven Innovation

Problem framing, engineering execution and validation support from concept to deployment.

Innovation Pillars

A consistent framework to help teams ideate, build, validate and scale

Without compromising engineering rigor, we move from concept to reality using a structured, six-step approach.

Problem Framing

Structured workshops to clarify the business challenge, users, constraints and measurable success criteria.

Prototype Engineering

Rapid build cycles with modular architecture, clean UI components and production-aware implementation.

PoC Validation

Test strategy, pilot execution, feedback loops and readiness assessment for real-world constraints.

Industry–Academia Collaboration

Joint projects, mentoring and labs that combine research capability with applied industry execution.

Applied Learning Labs

Hands-on learning environments that help build future-ready talent through real problem statements.

Scale & Transfer

Documentation, handover readiness and roadmap support to transition prototypes into products.

Innovation Products

Product-led innovation kits

Designed for hands-on learning, rapid prototyping and industry-grade experimentation.

ioCube v1 WiFi DevKitv1
ioCube v1
ioCube WiFi DevKit v1 - A learning-first IoT development kit for rapid sensor interfacing, connectivity experiments and prototype builds.
WiFiSensorsPrototypingHands-On Labs
  • Breadboard-friendly design for quick prototyping
  • Digital and analog I/O expansion capability
  • USB power support for lab environments
  • Ideal for foundational IoT learning paths
ioCube v2 WiFi DevKitv2
ioCube v2
ioCube WiFi DevKit v2 - An upgraded devkit designed for broader expansion and faster experimentation.
WiFi + BLEExpansionDisplayCharging
  • Designed for structured IoT labs and project builds
  • Improved expansion for add-on modules
  • Supports rapid proof-of-concept iterations
  • Suitable for intermediate to advanced learning
DLM-1.0 ARM Cortex M3 Trainer KitDLM-1.0
DLM-1.0
ARM Cortex M3 Based MCU Trainer Kit - Ideal for understanding Architecture of ARM Microprocessors, GPIO, Peripherals, Sensor interfacing, and communication protocols.
ARM Cortex M3GPIOPeripheralsCommunication Protocols
  • ADC input - 10K POT
  • Digital Input - Tactile Switches + 4x4 Keypad
  • System Time - RTC DS3231
  • Clock Speed: 84 MHz | A4988 Stepper Driver
  • Digital Output - LEDs, Alphanumeric LCD, Buzzer
AgriIntel Precision AgricultureAgriIntel
AgriIntel
Revolutionizing Indian Farming with AI-Driven Precision Agriculture - End-to-end system with IoT sensors, AI-powered analytics, and hyperlocal weather forecasting.
ESP32-S3 LTEAI AnalyticsIoT SensorsWeather Forecasting
  • Soil moisture monitoring
  • Temperature & humidity (DHT11)
  • Rainfall detection & Wind speed
  • Air pressure monitoring
  • AI-powered analytics for actionable insights
IoT Water Level Monitoring SystemIn Development
IoT-Based Water Level Monitoring & Controlling System
An intelligent IoT-based system designed to automate water level monitoring and motor control for efficient water management.
ESP32Water SensorsRelay ModuleCloud Integration
  • Real-time water level monitoring
  • Automatic motor ON/OFF control
  • Overflow & dry-run protection (in progress)
  • Remote monitoring via web dashboard
  • Energy-efficient operation
Smart Medical Vending MachineIn Development
Smart Medical Vending Machine
A smart, contactless vending solution for dispensing essential medical products using IoT, web interface, and digital payment integration.
ESP32QR PaymentWeb ServerRFID Ready
  • Static QR → Web-based product selection
  • Add-to-cart functionality (e-commerce style)
  • Dynamic QR payment generation
  • RFID-based authentication (optional layer)
  • Cloud-based transaction logging

Want a Product Deck or Hands-On Demo Plan?

Share your audience and use case. DLithe will recommend the right kit, learning path and implementation format.

Featured Innovation

A product-led approach to innovation

We develop platforms that accelerate applied learning and real-world experimentation.

Microcontroller Trainer Kit
Featured Hardware
Microcontroller Trainer Kit

The Foundation of Applied IoT

A learning-first IoT devkit designed to help learners and builders quickly start with coding, electronics, sensor interfacing and cloud connectivity.

  • Hands-on IoT projects
  • Cloud & Automation support
  • Lab-ready delivery kits
  • Rapid PoC creation
Where We Apply Innovation
DLithe innovation initiatives are structured around real deployment constraints—industry context, user needs and measurable outcomes.

IoT & Edge

Sensor-to-cloud pipelines, device management, real-time telemetry and edge analytics prototypes.

Other Focus Areas

AI & DataAutomationCybersecurityCloud
Contact Us

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