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Drone Programming Software

The WEZOM team will create a custom software solution that provides end-to-end control over drone hardware, including flight stabilization, payload management, and sensor integration systems. This way, you’ll be able to tailor your UAV fleet to the unique needs of your business.
H2H Movers
Selfreliance
UGL HOLDING
NVA TRANSPORTATION
BIKERENT.NYC
INTERPIPE
SCHWARZ LOGISTICS
AUTO TRANSPORT CHICAGO TRAILERS
Metinvest
Aptiv PLC
Toyota Material Handling
Cooper&Hunter
EasyLoad
Loadaza
Darkstore
Makeit.io
H2H Movers
Selfreliance
UGL HOLDING
NVA TRANSPORTATION
BIKERENT.NYC
INTERPIPE
SCHWARZ LOGISTICS
AUTO TRANSPORT CHICAGO TRAILERS
Metinvest
Aptiv PLC
Toyota Material Handling
Cooper&Hunter
EasyLoad
Loadaza
Darkstore
Makeit.io
H2H Movers
Selfreliance
UGL HOLDING
NVA TRANSPORTATION
BIKERENT.NYC
INTERPIPE
SCHWARZ LOGISTICS
AUTO TRANSPORT CHICAGO TRAILERS
Metinvest
Aptiv PLC
Toyota Material Handling
Cooper&Hunter
EasyLoad
Loadaza
Darkstore
Makeit.io

Drone Firmware Development & Programming

We develop custom drone firmware that provides stable flight control, efficient power use, and real-time system communication. Our engineers create reliable embedded software for UAVs used in logistics, agriculture, defense, and research.

Drone Firmware Development & Programming

Flight Controller Firmware

We develop firmware for controllers that provide precise drone flight control, equipping them with stabilization, balancing, and wind compensation algorithms that analyze data from gyroscopes, accelerometers, and barometers in real time.

We integrate LIDARs, RGB cameras, multispectral and thermal imaging modules, GPS, IMUs, barometers, as well as wind and telemetry sensors into a single system where all components exchange data synchronously and operate without latency.

WEZOM ensures support for industrial protocols such as CAN, UART, I2C, SPI, MAVLink, and others for data exchange between modules, ground stations, and cloud systems. We can also develop custom protocols tailored to specific equipment or tasks.

Our team can develop a power management system that analyzes battery status, regulates power distribution between modules, and predicts remaining flight time to maximize drone efficiency and reduce the risk of unexpected shutdown.

We can conduct static analysis of firmware code, as well as perform hardware modeling, flight simulations, and real-world flight tests to identify bottlenecks, improve system stability, and minimize drone response time.

We understand your challenges

Why Choose Custom Firmware Development

You May need this If...
Full Hardware Control

Achieve total command over flight and payload components.

Enhanced Stability & Performance

Fine-tuned flight control ensures smooth and safe operation.

Modular & Scalable Design

Firmware that grows with your hardware upgrades and use cases.

Cross-Platform Compatibility

Support for open-source and proprietary drone ecosystems.

Rapid Debugging & Updates

Accelerate maintenance cycles with easy over-the-air firmware upgrades.

Why choose us?

Software Company WEZOM

Our objective is to develop a profitable and effective solution that helps clients to expand their businesses and overcome financial constraints. We are committed to exceptional service and utilizing all resources to bring the finest products & services.

About us
Experience
26+
years of active, market-driven experience under our belt.
Clients
250+
satisfied clients with at least a 3-year collaboration record.
Team
275+
certified full-time pros with field experience on board.
Projects
3,500+
projects finished with at least an x2 average annual revenue boost.
Partnerships
10 years of active, market-driven experience under our belt
ISO 27001-certified
IT designs that protect data and enable secure internal management
Hardware Integration Ecosystem

Multi-Sensor Ecosystem

Flight Control Units (FCUs)
Integration and tuning of PX4, ArduPilot, or custom-built FCU architectures.
Environmental & Navigation Sensors
Support for IMU, barometers, magnetometers, GPS, and ultrasonic sensors.
Payload & Peripheral Devices
Smooth control over cameras, gimbals, and spraying modules.
Embedded Flight Systems

Flight Systems

Autonomous Flight Algorithms
PID tuning, route stabilization, obstacle avoidance, and sensor fusion.
Telemetry & Diagnostics
Continuous performance monitoring and system health tracking in real time.
Failsafe & Redundancy Systems
Emergency response mechanisms to ensure flight safety and hardware protection.
Let's discuss
Let's connect
Leave a request — our experts will analyze your current situation and help you choose an effective solution for scaling your business
Book a call
Eugene Pataliak
Eugene Pataliak
Managing Partner
My goal is to understand yours — then work toward it together. I'll be at your side from our first call to our successful product launch!
Work with EasyLoad, Roshen, Darkstore, Gamma TMS, Voip Service, Elf-Decor etc.
8+
years in the company
160+
successful projects

What clients say

500+ brands. 1,200+ projects shipped. An average partnership of 3+ years.These are the people we build with.
KMZ Consulting
I worked with Wezom on a multi-stage engagement at a mutual client, spanning UI design, architecture, DevOps, and development. Roman brought an excellent eye for detail on the UX side and made sure we hit all the right marks. Karina ran a tight ship as PM, keeping the project on track and stakeholders aligned at every stage. I was consistently impressed by the team's professionalism, the rigor of their project management, and the clarity of their communication. I'd recommend them without hesitation.
Kevin Ziegler
KMZ Consulting
DRAGI
I am very satisfied wit the work process and project management. Everything was clear, on time and I had nothing specific to add. Yes, we are satisfied with the result of the work and the product meets the goals set. I can't wait to continue our work on the app.
Kyle
DRAGI
Incode-Group is thrilled to recommend WEZOM for their exceptional services. Their development of an employee management system for our company has been transformative, revolutionising our operations and optimising efficiency across the board. WEZOM's consistent delivery of outstanding work has made them an integral part of our team. Their expertise in software development and UX design has played a pivotal role in enhancing our project's functionality and user experience. We are truly grateful for WEZOM's contributions and highly endorse their services.
Julie Nepyipyvo
Application Areas

Where Firmware Programming Adds Value

Industrial & Commercial Drones
Agriculture
Delivery & Logistics
Defense & Research UAVs
Industrial & Commercial Drones
Agriculture
Delivery & Logistics
Defense & Research UAVs
Our Firmware Engineering Expertise

Core Capabilities

We develop reliable drone firmware with real-time performance, advanced flight control, and robust communication protocols. Our expertise covers RTOS, embedded systems, and HIL/SIL testing to ensure precision, safety, and stability.
Low-Level Programming (C/C++/Embedded Python)
Development for microcontrollers and SoC architectures.
RTOS & Embedded Systems
Implementation using FreeRTOS, NuttX, or Zephyr for real-time performance.
Flight Control Algorithms
Attitude control, waypoint navigation, and PID optimization.
Communication Protocols
Custom implementation of CAN, I2C, SPI, UART, and MAVLink stacks.
Testing & Simulation
Hardware-in-the-loop (HIL) and Software-in-the-loop (SIL) validation for safety and reliability.
Frequently Asked Questions about Drone Firmware Programming

FAQ

Which flight controllers are supported?

We work with the PX4, ArduPilot, Betaflight, and INAV platforms, as well as custom solutions based on STM32, ESP32, and other microcontrollers. We can also create firmware for custom control boards based on corporate or military standards.

Yes, WEZOM develops both completely turn-key software (from scratch) and software based on existing architectures, adapting their core to proprietary boards, non-standard sensors, and custom communication protocols.

Yes, we use a multi-layered testing approach that begins with simulation (SIL/HIL), followed by debugging on test rigs, and finally, real-world field testing. This ensures that our algorithms ensure predictable drone behavior under all conditions.

Yes, our firmware supports over-the-air updates, allowing you to update software without physically connecting the drone, perform diagnostics and system recovery in the event of failures, as well as synchronize updates with a central server.

Yes, this is possible thanks to built-in telemetry modules and API interfaces that provide real-time data transfer to cloud monitoring, analytics, and management systems, enabling the connection of drones with ERP, IoT, and AI platforms.

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