guaranteeing that the project progresses
as planned.
technical solutions and guidance, ensuring
project success.
address and fulfill the unique requirements
of each project.
guaranteeing that the project progresses
as planned.
technical solutions and guidance, ensuring
project success.
address and fulfill the unique requirements
of each project.
guaranteeing that the project progresses
as planned.
technical solutions and guidance, ensuring
project success.
address and fulfill the unique requirements
of each project.
address and fulfill the unique requirements
of each project.
technical solutions and guidance, ensuring
project success.
guaranteeing that the project progresses
as planned.
About AUTONAVIS R&D
AUTONAVIS R&D is a technology business specializing in advanced autonomous navigation and road safety systems. With close to ten years of expertise in embedded systems and microelectronic engineering, we are committed to delivering high-quality products and services that enhance autonomous vehicle functionality and safety.
Involvement in Projects
Involvement in Proposals
From Vision to Reality – The AUTONAVIS Journey
At AUTONAVIS R&D, we don’t just imagine the future — we build it, step by step. This video captures more than a timeline; it's a story of transforming knowledge into innovation, ideas into prototypes, and prototypes into real-world solutions that lead to impactful products. What you see here is the result of self-funded dedication, driven by passion, built on expertise, and guided by a vision for autonomy. AUTONAVIS R&D isn’t just a conventional tech company; We are an applied R&D force, creating solutions through hands-on innovation and open collaboration in projects that accelerate progress and scale real-world impact.
🎥 Watch the full video to see how far we have come — and imagine how far we can go.AUTONAVIS R&D Vision
- Expansion of GoCAV Technology:
Looking ahead, we are excited about the potential applications of GoCAV technology in broader autonomous vehicle projects. We have formalized five new project ideas that build on this potential, and we are eager to explore collaborations that will drive these concepts forward. We remain open to additional ideas for projects related to autonomous vehicles and road safety.
- Industry-Linked Research Initiatives:
We are committed to pursuing research initiatives closely linked to the industry, particularly in autonomous vehicles and road safety. We believe that research and innovation are integral to practical implementations in these fields, and we are focused on ensuring that our research directly contributes to advancements in industry applications.
Milestones
- Enhance the GoCAV system with advanced AI algorithms, improved sensor integration, and extended testing on diverse terrains and under various weather conditions to optimize performance and reliability.
- Position GoCAV as a premier prototype that effectively bridges the gap between simulation and real-world application, showcasing its potential to revolutionize autonomous vehicle technologies.
- Strengthen and formalize collaborations with key industrial partners to leverage collective expertise in advancing autonomous vehicle systems and technologies.
- Establish AUTONAVIS R&D as a thought leader in the autonomous vehicle industry and embedded systems while enhancing networking opportunities with potential clients and partners to foster growth and innovation.
Our Team
“Our Strength is in Our Team: Driving Success Together”
Christos Sougles
Christos Sougles is an accomplished Principal Engineer specializing in Autonomous Vehicles and Embedded Systems. With over a decade of experience in embedded systems and microelectronic engineering, Christos has made remarkable contributions to autonomous vehicle technology. His work spans numerous impactful projects, particularly within the European Horizon R&D initiatives, where he has focused on enhancing road safety and optimizing energy usage. More....
Evangelos Alchazidis
Evangelos Alchazidis is an experienced Electrical Engineering graduate from the Technological Educational Institute of Lamia, where he earned academic and practical distinction. His thesis, which focused on the grounding and protection of electrical installations, was recognized for its thorough analysis and practical application in enhancing electrical safety - a reflection of his deep understanding of real-world engineering challenges. More....
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