Solaris Smart Technology

Case Studies

Automation projects engineered from concept to deployment.

Explore practical implementations across travel CRM, smart homes, access automation, SCADA-controlled furnaces, IoT heat treatment, and industrial kiln systems.

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Project Portfolio

Built around control, efficiency, monitoring, and reliability.

Each case study highlights the business challenge, project objective, system features, technologies used, delivery approach, and the measurable implementation outcome where available.

01Solaris Travel CRM 02Voice-Controlled Home Automation 03Automated Garage Entry 04SCADA Gas-Fired Furnace 05IoT Smart Heat Treatment 06SCADA Electric Kiln
Solaris Travel CRM dashboard screenshot
01

Travel & Tourism CRM

Solaris Travel CRM

Transforming WhatsApp enquiries into profitable travel bookings.

The product was designed for travel agencies that receive enquiries from WhatsApp, phone calls, websites, social media, referrals, and walk-ins, but need one reliable system for lead tracking, quotations, itineraries, bookings, payments, and follow-ups.

Business Challenge

  • Leads scattered across chats, phones, and social channels.
  • Manual quotations taking 30-90 minutes.
  • Missed follow-ups, pending payments, and limited owner visibility.

Solaris Product Response

  • Centralized lead and customer timeline.
  • AI-assisted quotation and itinerary workflows.
  • Automated follow-ups, booking dashboards, and revenue visibility.

Expected Impact: Faster quotation turnaround, better enquiry ownership, fewer missed opportunities, and real-time visibility into bookings, payments, revenue, and team performance.

View Product Details
Smart home automation scene
02

Residential Automation

Voice-Controlled Home Automation System

This system enables seamless control over TVs, ACs, lights, fans, and water pumps through touch sensors, IR remote, Android apps, voice commands, and environmental inputs.

Key Features

  • Multiple control modes for everyday convenience.
  • Smart home ecosystem integration.
  • Custom automation sequences.

Technology

ESP32 microcontroller, sensors, relays, motors, and Arduino IDE.

Role & Outcome: Hardware and software components were developed for reliable device control, improving energy efficiency and automation in residential environments.

Automated security and access control scene
03

Access Automation

Automated Garage Entry System

Designed to improve security and ease of access, this system automates garage entry through vehicle recognition, safety announcements, and intelligent lighting control.

Key Features

  • Automatic number plate recognition.
  • Safety announcements and lighting control.
  • Voice, switch, and ultrasound sensor inputs.

Technology

ESP32, light sensors, ultrasound sensors, proximity sensors, servo motor, and Arduino IDE.

Role & Outcome: The hardware and software were designed for secure access control, improving garage security, lighting response, and entry automation.

SCADA-controlled gas-fired bogie hearth furnace artwork
04

Industrial SCADA

SCADA-Controlled Gas-Fired Bogie Hearth Furnace

A large-scale industrial heat treatment furnace for railway component processing, integrating SCADA for precise temperature and gas-air mixture control.

Key Features

  • Automated gas-air mixture and temperature control.
  • Real-time SCADA monitoring.
  • Automated bogie movement for loading and unloading.

Technology

Siemens PLC, Tempsens thermocouples, motors, Eastern recuperator, AutoCAD, CATIA, SolidWorks, XG5000, and Kromschroder gas control components.

Role & Outcome: Mechanical fabrication, machining, PID development, electrical wiring, and PLC programming were integrated to optimize heat treatment and reduce energy consumption.

Connected automation interface scene
05

Industrial IoT

IoT-Driven Smart Heat Treatment System

An IoT-based heat treatment system that enables remote monitoring and control through Android devices, supporting streamlined industrial tempering processes.

Key Features

  • Remote access for continuous tempering furnace operations.
  • Cloud-based data logging and monitoring.
  • Mobile and industrial IoT integration.

Technology

Siemens PLC, HMI, Raspberry Pi 4, Intel Core i5 workstation, AutoCAD, CATIA, SolidWorks, XG5000, Android Studio, Eclipse, and Microsoft Azure.

Project Outcome: To be documented upon full deployment.

SCADA-controlled electric kiln artwork
06

Process Automation

SCADA-Controlled Electric Kiln

An automated electric kiln for industrial heat treatment, integrating SCADA for accurate temperature management and process control.

Key Features

  • Compact design for controlled heating.
  • SCADA integration for real-time monitoring.
  • Advanced heating element control for energy efficiency.

Technology

Siemens PLC, HMI, Intel Core i5 workstation, AutoCAD, CATIA, SolidWorks, XG5000, Kanthal elements, thermocouple, switches, motor, Festo pneumatic cylinder, Janatics valve, air compressor, and thyristor power controller.

Project Outcome: To be documented upon full deployment.

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