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Arduino Electronics Embedded Software GPS Robotics
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Subhash S.

@hexabitzprojects

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Expert in embedded systems, firmware, hardware

$20 USD / Hour

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India (6:15 PM)

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Joined on June 19, 2019

$20 USD / Hour

・

Dynamic and results driven R&D Leader with 16+ years of expertise in Electronics, IoT, Automotive Telematics, Biomedical Devices, ANPR Systems, GPS Trackers, Drones, and EV charging technologies. Expert in embedded systems, firmware development, hardware integration, and full cycle product engineering. Proven ability to lead cross functional teams, drive innovation, and transform concepts into production ready solutions with strong technical depth and execution.

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Portfolio

Portfolio

13997844
Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

13975561
In this proposed system the control of the electrical lines lies with line man. This system is arranged in such a way that maintenance staff or line man has to enter the unique user id and password to ON/OFF the electrical line. Now if there is any fault in electrical line then line man will switch off the power supply to the line by entering into their own log in page and comfortably repair the electrical line, and after coming to the substation line man switch on the supply to the particular line by entering their login page. By using android application, there is no need of physical contact between lineman and circuit. He can operate and control the circuit breakers within the Bluetooth range i.e., 10m-20m. The activation or deactivation of the circuit breaker is indicated by a lamp that turns on or off and also voice activation is also given

Password Based circuit breaker

13975542
smart energy meter, calculates current ,voltage, power consumption, units consumes, send all these data to cloud server for analytics, this is esp32 based energy meter,

smart energy meter

smart energy meter, calculates current ,voltage, power consumption, units consumes, send all these data to cloud server for analytics, this is esp32 based energy meter,

smart energy meter

13974695
Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

13974683
Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

13974609
An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

13997844
Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image-processing pipelines. • Spearheaded end-to-end development of an advanced AI ANPR + Dashcam platform using YOLO11, deployed across Raspberry Pi, Radaxa, and Quectel Smart AI hardware. • Led multi-disciplinary teams in embedded Linux, edge AI acceleration, multi-camera design, GPS/4G integration, and system-level optimization for real-time number plate analytics.

ADAS,DASH CAM,No Plate detection

13975561
In this proposed system the control of the electrical lines lies with line man. This system is arranged in such a way that maintenance staff or line man has to enter the unique user id and password to ON/OFF the electrical line. Now if there is any fault in electrical line then line man will switch off the power supply to the line by entering into their own log in page and comfortably repair the electrical line, and after coming to the substation line man switch on the supply to the particular line by entering their login page. By using android application, there is no need of physical contact between lineman and circuit. He can operate and control the circuit breakers within the Bluetooth range i.e., 10m-20m. The activation or deactivation of the circuit breaker is indicated by a lamp that turns on or off and also voice activation is also given

Password Based circuit breaker

13975542
smart energy meter, calculates current ,voltage, power consumption, units consumes, send all these data to cloud server for analytics, this is esp32 based energy meter,

smart energy meter

smart energy meter, calculates current ,voltage, power consumption, units consumes, send all these data to cloud server for analytics, this is esp32 based energy meter,

smart energy meter

13974695
Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

Developed wearable bio-impedance and body composition monitoring device. • Integrated MAX30002, ESP32, FreeRTOS, and TFT display. • Delivered hardware design, calibration, algorithm development, and validation. Led architecture, firmware, hardware design, prototyping, testing, and production readiness.

Wearable Bio-Impedance & Body Compos

13974683
Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams.

IoT Based Naadi Analysis Wearable De

13974609
An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

An IoT-based Vehicle Location Tracking Device (VLTD) compliant with the AIS 140 protocol is a government-mandated, IoT-enabled tracking system for commercial vehicles in India. It is designed to ensure passenger safety, monitor driver behavior, and integrate directly with state and central government server infrastructure.

IoT based GPS tracker

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Experience

Tech Leader

Jan, 2025 - May, 2026

•

1 year, 4 months

Atlanta Systems

Jan, 2025 - May, 2026

•

1 year, 4 months

Leading embedded R&D for GPS trackers, smart dashcams, ANPR devices, and advanced IoT systems. • Implementing AIS-140 protocol with ESP32 + FreeRTOS and Quectel EC200U (GSM/GPS). • Developed TCP/MQTT-based wireless communication, OTA firmware updates, and CAN bus integration. • Built smart dashcam solutions using Raspberry Pi, Linux, Python, C++, and camera pipelines. • Developed AI based ANPR devices using Radxa and Quectel boards with optimized image- processing pipelines.

Flag of

Delhi, India

Jan, 2025 - May, 2026

•

1 year, 4 months

R&D Head Electronics(IOT,Biomedical.Telematics)

Jan, 2021 - Dec, 2024

•

3 years, 11 months

Mad Machines Pvt Ltd

Jan, 2021 - Dec, 2024

•

3 years, 11 months

Designed wearable Naadi diagnostic device using MAX30002, ESP32, FreeRTOS, BLE, and MQTT. • Led architecture, firmware, hardware design, prototyping, testing, and production readiness. • Completed R&D for real-time signal acquisition, filtering, and algorithm integration. • Collaborated with hardware, firmware, medical, and UI/UX teams. Developed wearable bio-impedance and body composition monitoring device. • Delivered hardware design, calibration, algorithm development, and validation.

Flag of

Delhi, India

Jan, 2021 - Dec, 2024

•

3 years, 11 months

Sr. Embedded Developer and Manager

Jan, 2011 - Dec, 2020

•

9 years, 11 months

Hexabitz Technologies

Jan, 2011 - Dec, 2020

•

9 years, 11 months

Led development of industrial and IoT products across wireless, power electronics, BLE, Wi-Fi, GSM, and GPS. Performed schematic review, PCB debugging, vendor coordination, design reviews, and project documentation. Worked on STM32, NXP, TI, PowerPC, and ARM Cortex-M boards. • Designed systems using SPI, I2C, RS485, Modbus, CAN, ADC/DAC, PWM. Multiple Projects on Arduino, AVR, PIC – Developed drivers, automation modules, custom PCBs, and prototypes using ATmega, ATtiny, PIC .

Flag of

Delhi, India

Jan, 2011 - Dec, 2020

•

9 years, 11 months

Education

Bharati Vidyapeeth

2011 - 2013

•

2 years

M Tech(Electronics and VLSI Design)

Flag of

India

2011 - 2013

•

2 years

B Tech (Electronics and Communication Engineering

2004 - 2008

•

4 years

Flag of

India

2004 - 2008

•

4 years

Qualifications

Advance diploma in Embedded Systems Design

2009

CDAC, Mohali,Punjab

Advance diploma in Embedded Systems Design from Centre for development of Advance computing

2009

Publications

Study of silicon material MOS with low threshold potential January 2023AIP Conference Proceedings

2024

THE FOURTH SCIENTIFIC CONFERENCE FOR ELECTRICAL ENGINEERING TECHNIQUES RESEARCH (EETR2022)

Study of silicon material MOS with low threshold potential January 2023AIP Conference Proceedings

2024

Smart and sustainable EV charging based on iot and block-chain technology

2024

International Conference on Intelligent Circuits and Systems (ICICS 2023)

Smart and sustainable EV charging based on iot and block-chain technology

2024

EV Battery Management System using IoT

2024

2024 International Conference on Smart Devices (ICSD)

EV Battery Management System using IoT

2024

Certifications

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