We assess and maintain aerial systems, integrate payloads and sensors, and scope survey and inspection work. Tell us the mission or fault so we can define the work and its deliverables.
From system assessment and payload integration to maintenance and aerial survey planning. We agree the scope and deliverables after reviewing feasibility, resources and permissions.
Deliverables: Requirements and architecture review, with a recommended development plan.
Customer inputs: Mission, existing system specifications, constraints and timeline.
Acceptance criteria: Review report addresses the agreed requirements and decision questions.
Quotation basis: Fixed fee for an agreed scope.
Deliverables: Defined integration work, interface documentation and a test report.
Customer inputs: Platform and payload specifications, interfaces, power and mass limits.
Acceptance criteria: Interface and functional tests against an agreed acceptance plan.
Quotation basis: Milestone-based project.
Deliverables: Agreed imagery or spatial outputs, findings and delivery documentation.
Customer inputs: Site boundaries, coverage, sensor needs, required accuracy and permissions.
Acceptance criteria: Coverage, file formats and accuracy checked against the agreed scope.
Quotation basis: Site, coverage, sensors, travel, processing and permissions.
Deliverables: Diagnosis, repair recommendations and verification of approved work.
Customer inputs: System model, fault history, operating logs and equipment access.
Acceptance criteria: Documented diagnosis and results of agreed verification checks.
Quotation basis: Assessment fee plus approved work and parts.
Discuss a solutionsolutions@urnavio.com
Explore all servicesService suitability is reviewed against the platform model, configuration and component availability. Assessment can cover power, control, payloads, sensors and operating logs.
Share the model, photos, fault description and available operating logs.
Define the assessment, repair scope and estimated cost before authorizing work.
Carry out agreed work and review relevant components and interfaces.
Agree verification checks and document the work, recommendations and operating requirements.
Choose a sector to explore proposed applications and the information needed for an initial assessment.
Engineering for aerial system development, integration and testing. Scope and delivery requirements are defined for each project.
Mission logic, offboard control and state estimation.
Airframe, payload, sensor and companion computer integration.
Simulation and verification of software and platform performance.
Communication, messaging and simulation environment setup.
Fault diagnosis and sensor data review.
Connecting aircraft data to storage and monitoring.
Architecture, development options and deployment readiness review.
Images of aerial platforms, integration setups and engineering inspection work.
Our manufacturing pathway starts with product requirements and design, followed by prototyping and verification toward demand-led pilot production. Resources, cost and quality criteria are defined for each stage before progressing.
Discuss manufacturing requirementsengineering@urnavio.com
View the manufacturing roadmapOur approach starts with keeping equipment in service where it is safe and practical. We also scope aerial inspections that help solar asset owners identify where maintenance teams should focus their checks.
Assess faults first. Where repair is viable, agree the work, document the parts used, and verify performance against the agreed checks before handover.
Consider suitable payloads, sensors, and other serviceable components for reuse or refurbishment. Record their condition and check compatibility before they return to service.
Plan a documented handover for batteries and electronics that have reached end of life. Confirm a qualified collection or recycling route before offering take-back on a project.
Proposed solar PV inspections support maintenance of renewable-energy assets (SDG 7). Local repair and integration build engineering capability (SDG 9). Repair, reuse, and responsible recycling support resource efficiency (SDG 12). For climate projects (SDG 13), we would report emissions effects only against a documented baseline and measured activity.
Project measures can include equipment returned to service, components reused, batteries or electronics transferred to a qualified provider, and solar inspection findings verified by the site team.
Discuss partnership or investment
View partnership opportunitiesURNAVIO focuses on drone engineering, system integration and civil aerial services for agriculture, energy and infrastructure in Iraq. We translate agricultural, industrial and infrastructure needs into defined project scopes and deliverables, while developing a phased path toward integrated local manufacturing.
Start with your mission, location and required data or deliverables. Requirements, scope and acceptance criteria are defined before agreeing implementation.
Explore our servicesWe seek collaboration in development, testing, local manufacturing and pilot applications, with defined responsibilities, milestones and reviewable deliverables.
Government support and partnershipsSaif Aldeen Saad Obayes Al-Kadhim founded URNAVIO to develop civil drone services in Iraq and build local capability in integration, maintenance, and manufacturing.
Iraqi engineer, doctoral researcher at Xi’an Jiaotong University, technology entrepreneur, and IEEE Senior Member.
Saif holds a bachelor’s degree in Electrical Engineering, a Higher Diploma in Power Systems, and a master’s degree in Mechatronics Engineering. His doctoral research interests at Xi’an Jiaotong University in China include wireless communications, intelligent systems, and artificial intelligence.
His technical interests include embedded systems, sensors, microelectromechanical systems (MEMS), battery management systems (BMS), the Internet of Things, automation, and intelligent energy applications.
Saif chairs the IEEE Iraq Section Young Professionals Affinity Group for 2026–2028 and the IEEE Iraq Section Student Activities Committee. He has contributed to the development of the IEEE Iraq Section SIGHT Group and has served as Vice Chair of the IEEE SA P2418.11 Working Group.
His IEEE volunteer work spans Power & Energy Society student and young professional activities, IEEE Day, IEEE PES Day, and IEEE Smart Cities initiatives. He has also contributed to IEEE TryEngineering STEM Grant review and the IEEE Region 8 Humanitarian Technology Student Ambassador program.
He completed the IEEE Volunteer Leadership Training (VoLT) program and received Best Ambassador recognition during IEEE PES Day 2022.
Saif leads company strategy, business development, institutional relationships, and long-term technology planning. URNAVIO’s initial focus is aerial inspection, infrastructure monitoring, agricultural applications, and engineering support in Iraq. Its longer-term direction includes local product development and manufacturing, with the wider Middle East and North Africa as a future market.
He is interested in applying engineering to resource efficiency and climate-related projects, including work aligned with the UN Sustainable Development Goals.
Local manufacturing roadmap · Government support and partnerships
Lead R&D Engineer
Robotics and UAS engineer with more than eight years of experience across the full drone development cycle, including firmware, autonomy, hardware integration and cloud telemetry. He specializes in PX4, ROS 2 and the Auterion SDK.
He is a PhD researcher at BME, working on UAS navigation in complex and GPS-degraded environments.
Our vision is to develop the design and manufacture of civil aerial systems and related services in Iraq. Our approach is informed by international manufacturers’ practices in product engineering, testing, quality control, documentation and lifecycle support. We start with Iraq’s needs and aim to serve the Middle East and North Africa while developing local expertise and manufacturing capability.
We translate mission needs into documented engineering requirements, develop designs and prototypes, and review components and suppliers. We plan verification, testing, change tracking and assembly quality control, and define safety, permit and maintenance requirements before gradually expanding manufacturing and services.
Explore our workflow →Tell us about your experience and the kind of work you are interested in. You can include a link to your portfolio.
Answers about technical assessment, integration, deliverables and quotes.
Share the mission or fault, the platform model, and any available photos or operating logs in your email. We review the information to determine the assessment scope and next step.
Deliverables can include aerial imagery, maps or a report. We agree on coverage, accuracy and file formats for the site and mission.
We review the platform and payload specifications, interfaces, power and mass limits. That review determines feasibility and the tests required.
We review the mission, site, resources and deliverables, then define the scope and price before agreeing to proceed.
Choose a topic and tell us what you need. Send from the website when direct delivery is available, or open the draft in your email app.