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You will get a complete IoT Automation Web Application on React/Nextjs and Django/Flask

Abdul Manan C.Status: Offline
Abdul Manan C. Abdul Manan C.
4.9
Top Rated
Preview image

Let a pro handle the details

Buy Custom Website Programming services from Abdul Manan, priced and ready to go.
Abdul Manan C.Status: Offline
Abdul Manan C. Abdul Manan C.
4.9
Top Rated
Preview image

Let a pro handle the details

Buy Custom Website Programming services from Abdul Manan, priced and ready to go.

Project details

You will get a polished web application using HTML CSS JS REACT NEXTJS for a full stack web application that would be completely responsive.
Programming Languages
HTML & CSS, JavaScript, Python
Coding Expertise
Performance Optimization, Design

What's included $700

These options are included with the project scope.

$700
  • Delivery Time 21 days
  • Number of Revisions 2
    • Design Customization
    • Content Upload
    • Source Code
4.9
9 reviews
89% Complete
(8)
11% Complete
(1)
1% Complete
(0)
1% Complete
(0)
1% Complete
(0)

NK

Niladri K.
5.00
May 7, 2025
Excellent work
Abdul Manan C.Status: Offline

About Abdul Manan

Abdul Manan C.Status: Offline
Embedded Systems Engineer | IoT Product Development | ESP32 | AWS IoT
100% Job Success
4.9  (9 reviews)
Kamra, Pakistan - 7:11 am local time
Embedded Systems Engineer with 5+ years taking IoT products from concept to production-ready firmware. I build the complete device stack, firmware architecture, cloud connectivity, and OTA infrastructure so your product ships and keeps working in the field.

THE PROBLEM I SOLVE:
Most embedded projects don't fail because of bad hardware. They fail because the firmware was never built for production — wrong architecture, no error recovery, sensors dropping in the field, no way to push updates without recalling devices.
I build it right from day one.

WHAT I DELIVER:
Core Firmware
→ Production firmware in C/C++ — structured, documented, maintainable
→ FreeRTOS task architecture built for reliability, not just bench testing
→ Zephyr RTOS — device tree, drivers, Bluetooth stack, power management
→ ESP-IDF — advanced ESP32 development beyond Arduino limitations
→ STM32 HAL/LL — peripheral drivers, clock config, interrupt handling
→ Low-power optimization — sub-100μA sleep, optimized wake cycles, battery life that matches spec
Peripheral & Driver Development
→ UART · SPI · I2C · CAN · RS485 · USB · ADC/DAC · PWM · DMA
→ Sensor integration — IMU, GPS, RFID, BMS, temperature, pressure, current/voltage
→ Motor control — stepper, servo, BLDC
→ Display drivers — OLED, LCD, TFT
Wireless & Connectivity
→ BLE firmware — GATT profiles, custom services, pairing, bonding
→ WiFi — connection management, auto-reconnect, credential storage
→ LoRa/LoRaWAN — packet formatting, duty cycle, ABP/OTAA
→ MQTT over WiFi/cellular — robust reconnection, QoS, payload design
→ GSM/4G — AT command handling, HTTP, data offload
Production Readiness
→ OTA firmware updates — secure, rollback-safe, field-deployable
→ Bootloader development and flash partition management
→ Watchdog and fault recovery systems
→ Non-volatile storage — NVS, EEPROM, SPIFFS, LittleFS
Cloud & Platform (When Needed)
→ AWS IoT Core — device provisioning, shadows, rules engine
→ MQTT broker architecture — Mosquitto, EMQX at scale
→ Node-RED automation and data routing
→ ThingsBoard and Grafana — telemetry dashboards and alerting
→ InfluxDB/TimescaleDB time-series data pipelines
Hardware Support (Supporting Capability)
→ PCB schematic review and debugging
→ Component selection and BOM advice
→ Prototype bring-up and JTAG/SWD debugging
→ Signal tracing with logic analyzer and oscilloscope
→ Sensor and peripheral wiring validation

CORE STACK
Microcontrollers
ESP32 · ESP32-S3 · ESP32-C3 · STM32 · Nordic nRF52 · Raspberry Pi · RP2040 · Arduino
RTOS & Frameworks
FreeRTOS · Zephyr · ESP-IDF · STM32 HAL/LL · Arduino Framework · Bare-metal
Languages
C · C++ · MicroPython · Python
Wireless
BLE · WiFi · LoRa/LoRaWAN · MQTT · GSM/4G · Zigbee
Cloud & Platforms
AWS IoT Core · Node-RED · ThingsBoard · Grafana · EMQX · Mosquitto
Databases
InfluxDB · TimescaleDB · PostgreSQL · MySQL
Tools
PlatformIO · STM32CubeIDE · Segger J-Link · OpenOCD · GDB · KiCad · Logic analyzer · Oscilloscope · Git

HOW I WORK

You share what the device needs to do — idea, schematic, or half-working prototype
I define firmware architecture before writing a single line of code
Development in structured milestones — working builds at every stage, no black box
Tested on real hardware, not simulators
Cloud integration validated end-to-end before handover
Full documentation delivered with source code — build instructions, flashing guide, architecture notes


WHY CLIENTS CHOOSE ME
→ One engineer covers firmware, connectivity, and cloud — no coordination gaps
→ Architecture decisions made upfront, not patched later
→ Basic to intermediate hardware support — I can review your schematic, catch integration issues, and support bring-up so firmware and hardware solve problems together
→ Code you can maintain, extend, and hand to your next developer
→ Honest timelines from real production experience
→ I don't disappear after delivery — production issues get answered

Send me your project. Share your MCU, what the device needs to do, and where you're stuck. I'll respond within 24 hours with a technical assessment and clear plan.

Steps for completing your project

After purchasing the project, send requirements so Abdul Manan can start the project.

Delivery time starts when Abdul Manan receives requirements from you.

Abdul Manan works on your project following the steps below.

Revisions may occur after the delivery date.

Testing

Client Would Test the files and update regarding any changes

Review the work, release payment, and leave feedback to Abdul Manan.