Portfolio
Step into the realm of ISOL's achievements—a testament to our dedication to excellence and innovation. Our portfolio is a curated collection of projects that exemplify our proficiency in hardware, software, artificial intelligence, Android app, and game development. Explore the diversity of solutions that we've tailored to address unique client needs, each project a fusion of creativity and cutting-edge technology. This portfolio is a glimpse into our capabilities and the transformative power we bring to businesses and ideas.
- All
- Web Apps
- Hardware
3D Printing & Design Service
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We offer custom 3D design and printing solutions in-house to complement your hardware projects. From enclosures to functional components, we ensure professional and product-ready outputs. Key Features: · Custom 3D Enclosure Design · Functional Prototypes · Fast Iteration · Integrated with PCB/IoT Projects · Product-Grade Finish Skills Used: · 3D Modeling · CAD Design · Rapid Prototyping · PLA/ABS Printing · Functional Testing
Otto Bot
Custom Otto Bot for Circuit Heights, Branded Educational Robot.
A fully customized Otto DIY robot created for Circuit Heights, a STEM education company. This version featured a branded PCB, 3D-printed body, and enhanced features like dance movements, ultrasonic eyes, and a sound system—ideal for teaching robotics and coding. Key Features: Custom PCB Servo-controlled limbs with ultrasonic sensors Built-in buzzer for music Modular 3D-printed body, easy to assemble Pre-programmed for dancing and obstacle detection Skills Used: PCB Design · Arduino Programming · Servo Control · 3D Printing · IoT Prototyping · Educational Robotics · Brand Integration
Custom PCB Designs
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A selection of custom-designed PCBs developed for IoT, industrial automation, and embedded control applications. Each board was designed from scratch, including schematic creation, PCB layout, component selection, testing, and soldering. Highlights: Wi-Fi controllers, sensor hubs, relay boards, and power modules. Designs based on ESP8266, ESP32, STM32, and AVR microcontrollers. Optimized single and dual-layer layouts. Fully prototyped and field-tested. Skills Used: PCB Design. Embedded Systems. Schematic/Layout. Soldering. Power Circuit Design. IoT Integration (Wi-Fi, Sensors). A selection of custom-designed PCBs developed for IoT, industrial automation, and embedded control applications. Each board was designed from scratch, including schematic creation, PCB layout, component selection, testing, and soldering. Highlights: Wi-Fi controllers, sensor hubs, relay boards, and power modules. Designs based on ESP8266, ESP32, STM32, and AVR microcontrollers. Optimized single and dual-layer layouts. Fully prototyped and field-tested. Skills Used: PCB Design. Embedded Systems. Schematic/Layout. Soldering. Power Circuit Design. IoT Integration (Wi-Fi, Sensors). Skills: Printed Circuit Board (PCB) Design · Industrial Internet of Things (IIoT) · schemetic · Soldering
Mobile-App Controlled Smart Door Lock!
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A complete smart locking system controllable via smartphone. Designed for modern security, it includes custom PCB, embedded firmware, mobile app, and 3D-printed housing. Key Features: · Bluetooth/App, Based Unlocking · Secure Access Control · Fully Custom PCB · Compact 3D-Printed Enclosure · Rechargeable Power Support Skills Used: · PCB Design · Mobile App Dev · Embedded C/C++ · Bluetooth Integration · 3D Modeling · UX/UI Design A complete smart locking system controllable via smartphone. Designed for modern security, it includes custom PCB, embedded firmware, mobile app, and 3D-printed housing. Key Features: · Bluetooth/App, Based Unlocking · Secure Access Control · Fully Custom PCB · Compact 3D-Printed Enclosure · Rechargeable Power Support Skills Used: · PCB Design · Mobile App Dev · Embedded C/C++ · Bluetooth Integration · 3D Modeling · UX/UI Design Skills: 3D Modeling · Printed Circuit Board (PCB) Design · Mobile Application Development · Embedded Systems · Embedded C
QuadCopter
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A fully custom-built quadcopter designed for stable flight, payload capacity, and responsive control. Built from scratch, including frame assembly, electronics integration, and flight controller programming. Skills Used: · Drone Assembly · PCB Integration · Flight Controller Programming · PID Tuning · 3D Printing · Wireless Communication A fully custom-built quadcopter designed for stable flight, payload capacity, and responsive control. Built from scratch, including frame assembly, electronics integration, and flight controller programming. Skills Used: · Drone Assembly · PCB Integration · Flight Controller Programming · PID Tuning · 3D Printing · Wireless Communication Skills: Printed Circuit Board (PCB) Design · 3D Printing · Wireless Communications Systems