About us
Syncro Pakistan
At Syncro, we design and develop intelligent firmware and embedded software that power the next generation of connected devices.
Our team combines deep hardware expertise with secure cloud integration to bring your vision from prototype to production.
what we can do for you
As a digital designer, I am a visual storyteller, crafting experiences that connect deeply and spark creativity.
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
Our Journey
Syncro began with a vision to bridge hardware and software. Over the years, we've:
• Delivered firmware for 50+ connected device projects
• Designed 100+ custom PCBs for prototyping and production
• Helped clients save up to 30% on development time with co-design best practices
Founder & CEO
Ertiza Azhar Malik
Founder & CEO
Ertiza Azhar Malik
Founder & CEO
Ertiza Azhar Malik
Our Tech Stack
We work with industry-standard tools and platforms that enable robust, scalable, and secure embedded systems:
MCUs
My creative playground for building interactive and responsive websites—fast, flexible, and no code.
MCUs
My creative playground for building interactive and responsive websites—fast, flexible, and no code.
Firmware
C/C++, FreeRTOS, Zephyr RTOS, Segger Embedded Studio, ESP-IDF
Firmware
C/C++, FreeRTOS, Zephyr RTOS, Segger Embedded Studio, ESP-IDF
Design Tools
KiCad, Altium, Fusion 360, EasyEDA
Design Tools
KiCad, Altium, Fusion 360, EasyEDA
Simulation & Testing
LTspice, Proteus, Saleae Logic, Oscilloscopes
Simulation & Testing
LTspice, Proteus, Saleae Logic, Oscilloscopes
Connectivity
BLE, LoRaWAN, MQTT, HTTP/HTTPS, Wi-Fi
Connectivity
BLE, LoRaWAN, MQTT, HTTP/HTTPS, Wi-Fi
Cloud & Dashboards
AWS IoT, Google Cloud IoT, Node-RED, Grafana
Cloud & Dashboards
AWS IoT, Google Cloud IoT, Node-RED, Grafana
Our Process, Strategy Meets Engineering
We don’t just code, we engineer purpose-driven embedded systems with a proven development strategy:
01.
Discovery & Planning
Discovery & Planning
01.
Discovery & Planning
Discovery & Planning
01.
Discovery & Planning
Discovery & Planning
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
Hi
Hi
Hi
Let's work together
Ready to bring your IoT project to life? Reach out and let’s discuss how Syncro can help
About us
Syncro Pakistan
At Syncro, we design and develop intelligent firmware and embedded software that power the next generation of connected devices.
Our team combines deep hardware expertise with secure cloud integration to bring your vision from prototype to production.
what we can do for you
As a digital designer, I am a visual storyteller, crafting experiences that connect deeply and spark creativity.
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
Our Journey
Syncro began with a vision to bridge hardware and software. Over the years, we've:
• Delivered firmware for 50+ connected device projects
• Designed 100+ custom PCBs for prototyping and production
• Helped clients save up to 30% on development time with co-design best practices
Founder & CEO
Ertiza Azhar Malik
Founder & CEO
Ertiza Azhar Malik
Founder & CEO
Ertiza Azhar Malik
Our Tech Stack
We work with industry-standard tools and platforms that enable robust, scalable, and secure embedded systems:
MCUs
My creative playground for building interactive and responsive websites—fast, flexible, and no code.
MCUs
My creative playground for building interactive and responsive websites—fast, flexible, and no code.
Firmware
C/C++, FreeRTOS, Zephyr RTOS, Segger Embedded Studio, ESP-IDF
Firmware
C/C++, FreeRTOS, Zephyr RTOS, Segger Embedded Studio, ESP-IDF
Design Tools
KiCad, Altium, Fusion 360, EasyEDA
Design Tools
KiCad, Altium, Fusion 360, EasyEDA
Simulation & Testing
LTspice, Proteus, Saleae Logic, Oscilloscopes
Simulation & Testing
LTspice, Proteus, Saleae Logic, Oscilloscopes
Connectivity
BLE, LoRaWAN, MQTT, HTTP/HTTPS, Wi-Fi
Connectivity
BLE, LoRaWAN, MQTT, HTTP/HTTPS, Wi-Fi
Cloud & Dashboards
AWS IoT, Google Cloud IoT, Node-RED, Grafana
Cloud & Dashboards
AWS IoT, Google Cloud IoT, Node-RED, Grafana
Our Process, Strategy Meets Engineering
We don’t just code, we engineer purpose-driven embedded systems with a proven development strategy:
01.
Discovery & Planning
Discovery & Planning
01.
Discovery & Planning
Discovery & Planning
01.
Discovery & Planning
Discovery & Planning
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
Hi
Hi
Hi
Let's work together
Ready to bring your IoT project to life? Reach out and let’s discuss how Syncro can help
About us
Syncro Pakistan
At Syncro, we design and develop intelligent firmware and embedded software that power the next generation of connected devices.
Our team combines deep hardware expertise with secure cloud integration to bring your vision from prototype to production.
what we can do for you
As a digital designer, I am a visual storyteller, crafting experiences that connect deeply and spark creativity.
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
1. Firmware Development
Prototyping
Custom firmware for MCUs (ESP32, STM32, nRF52)
Real-time performance tuning and interrupt-driven design
OTA update architecture and secure bootloaders
2. Hardware & PCB Design
2,3,4-layer PCB design (KiCad, Altium) with compact layout
BOM optimization for cost and availability (LCSC/PCBWay)
Gerber, Drill & Pick-and-Place files for SMT assembly
Schematic + layout design for RF, analog, and digital systems
3. Consultation & System Architecture
Feasibility analysis for IoT hardware systems
Hardware-software interface design and planning
Protocol and connectivity stack selection (BLE, LoRa, MQTT)
Power optimization strategies for low-energy devices
4. IC Design & Integration
Custom analog/digital IC block design and simulation (Verilog/VHDL, SPICE)
Low-noise amplifier stages, ADC/DAC interfacing, and signal conditioning circuits
ASIC/FPGA module prototyping and embedded logic integration
Support for integration of off-the-shelf ICs into mixed-signal embedded systems
Our Journey
Syncro began with a vision to bridge hardware and software. Over the years, we've:
• Delivered firmware for 50+ connected device projects
• Designed 100+ custom PCBs for prototyping and production
• Helped clients save up to 30% on development time with co-design best practices
Founder & CEO
Ertiza Azhar Malik
Founder & CEO
Ertiza Azhar Malik
Founder & CEO
Ertiza Azhar Malik
Our Tech Stack
We work with industry-standard tools and platforms that enable robust, scalable, and secure embedded systems:
MCUs
My creative playground for building interactive and responsive websites—fast, flexible, and no code.
MCUs
My creative playground for building interactive and responsive websites—fast, flexible, and no code.
Firmware
C/C++, FreeRTOS, Zephyr RTOS, Segger Embedded Studio, ESP-IDF
Firmware
C/C++, FreeRTOS, Zephyr RTOS, Segger Embedded Studio, ESP-IDF
Design Tools
KiCad, Altium, Fusion 360, EasyEDA
Design Tools
KiCad, Altium, Fusion 360, EasyEDA
Simulation & Testing
LTspice, Proteus, Saleae Logic, Oscilloscopes
Simulation & Testing
LTspice, Proteus, Saleae Logic, Oscilloscopes
Connectivity
BLE, LoRaWAN, MQTT, HTTP/HTTPS, Wi-Fi
Connectivity
BLE, LoRaWAN, MQTT, HTTP/HTTPS, Wi-Fi
Cloud & Dashboards
AWS IoT, Google Cloud IoT, Node-RED, Grafana
Cloud & Dashboards
AWS IoT, Google Cloud IoT, Node-RED, Grafana
Our Process, Strategy Meets Engineering
We don’t just code, we engineer purpose-driven embedded systems with a proven development strategy:
01.
Discovery & Planning
Discovery & Planning
01.
Discovery & Planning
Discovery & Planning
01.
Discovery & Planning
Discovery & Planning
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
02.
Architecture & Prototyping
We create system-level block diagrams, select components, and develop proof-of-concept firmware and PCB prototypes to validate early ideas.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
03.
Co-Design & Integration
Hardware and firmware are developed in parallel for optimized performance. Every interface is co-designed to ensure smooth communication between system components.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
04.
Testing & Optimization
We use debugging tools, simulators, and measurement equipment to validate functionality, power efficiency, and timing. Every loop is optimized for reliability.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
05.
Deployment & Support
We prepare production-ready builds, assist with manufacturing files, and provide OTA infrastructure, documentation, and support for scaling your device.
Hi
Hi
Hi
Let's work together
Ready to bring your IoT project to life? Reach out and let’s discuss how Syncro can help