endorsedCompleted

UAVO Platforms Development for Military Aviation Company

Services Covered:

IoT Development • Embedded Software Development

Industry

Aviation

Duration

66 months

Budget

1M - 10M

Start Date

1 April 2016

Team Size

16-20 Employees

Engagement Model

Onshore

Project Capability Score (PCS)

76/100

Good

Project Capability Score (PCS) estimates how capable INTechHouse is of successfully delivering a project like this, based on its past experience, track record, and ability to handle similar work. Learn more about PCS

Client

WZL2

Bydgoszcz, Poland

Project Summary

INTechHouse developed seven distinct UAVO platforms for a military aviation client, delivering hardware and software including Linux-based systems, C++ and Python applications, device firmware in C, and a Qt/QML application. The work included patrol, research, exploratory, and photogrammetric platforms adapted to user needs. The client praised INTechHouse's professionalism, expertise, timeliness and noted improved environmental protection outcomes in Poland.

Key Challenges

Create seven different types of UAVO platforms

Project Deliverables

Patrol platform with electrooptical heads (light and infrared sensors)
Research platforms with trays and specialized sensors for air and chemical analysis, sampling systems, and NDVI camera
Unified Exploratory Platform (Repeater and Mini-Observer with lightweight camera)
Photogrammetric Platform with proprietary imaging navigation system
Software and firmware: Linux-based applications in C++ and Python, device firmware in C, and a Qt/QML application

Project Solution

Referral; Other. Close to the client's geographic location; Great culture fit; Company values aligned. Team size: 20. The main goal was to create seven UAVO platforms: Patrol Platform equipped with electrooptical heads (light and infrared sensors); multiple Research Platforms equipped with trays for air pollution analysis, specialized sensors for onsite chemical contamination evaluation, sampling systems for chemical analysis, and an NDVI camera to assess vegetation; Unified Exploratory Platform consisting of a Repeater and Mini-Observer with a lightweight camera; and a Photogrammetric Platform with a proprietary imaging navigation system. The solution used Linux with C++ and Python, device firmware in C, and an application developed in the Qt environment in C++ together with QML. All systems were developed and adapted to the user's needs.

Project Outcome

Better environmental protection and green services around Poland
Designing seven platforms based on 6-layer PCBs
Modern IoT product work without any delays

Platforms

IoT
Embedded System

Tech Stack

C++
Python
C
Linux

Client Endorsement

Overall Review Rating

Timeliness

Cost Rating

Willing to Refer

Quality of Deliverables

“INTechHouse's contributions led to enhanced environmental protection and green services in Poland, impressing the client. Their professionalism, attention to detail, and friendly approach were hallmarks of their work. Their level of expertise and delivery standards exceeded expectations.”
Anonymous
Center Director
Date: 03/27/2023