SkyDeck: Optimizing airspace and obstacle management with AI and GIS

Managing airspace restrictions efficiently is crucial in today’s world of increasing air traffic and urban expansion. Enter SkyDeck, a holistic AI-powered restriction management system developed by Kluren Technologies. The system is based on a solution that was successfully deployed at the Israeli Civil Aviation Authority (ICAA). SkyDeck leverages AI-powered automation and Geographic Information Systems (GIS) technology to optimize airspace restrictions, ensuring compliance with ICAO and FAA regulations while significantly improving operational efficiency.

About Kluren

Kluren Technologies is a leading software development company specializing in GIS-driven solutions, AI-powered automation, and complex system engineering. With extensive experience in aviation, defense, and homeland security, Kluren delivers cutting-edge technologies that transform operational efficiency and decision-making processes. The company is renowned for integrating ESRI-based and open-source GIS solutions into its software products, ensuring high adaptability and precision.

To gain insights into how SkyDeck is reshaping airspace management, we spoke with Yaniv Amar, CEO of Kluren, about its capabilities and impact.

#image_titleQ: What is SkyDeck, and why was it developed?

SkyDeck is an AI-driven airspace restriction management system designed to automate and optimize how aviation authorities handle airspace restrictions, urban planning permits, and compliance. It eliminates manual inefficiencies by integrating real-time GIS data analysis and regulatory automation, reducing processing times from weeks to days.

“Our goal was to develop a system that streamlines decision-making and enhances safety while saving time and resources,” says Yaniv Amar.

Q: What sets SkyDeck apart from traditional systems?

Most airspace restriction systems still rely on manual processes, leading to delays, errors, and inefficiencies. SkyDeck stands out with:

Automated Workflows: AI-driven processes optimize restriction approvals and urban planning applications.

GIS-Enabled Precision: SkyDeck integrates ESRI-based and open-source GIS tools for accurate spatial data analysis.

Resource Optimization: Minimizes manual labour, reduces costs, and improves efficiency.

Scalability & Flexibility: Easily adaptable to different aviation authorities worldwide.
Q: How does SkyDeck improve efficiency for aviation authorities?

By replacing manual reviews with AI-powered automation, SkyDeck accelerates approval processes for building permits and airspace restrictions. Authorities can analyze real-time GIS data, generate compliance reports, and issue responses faster than ever before.

“Decisions that once took weeks now take just hours or days,” notes the Kluren team.

Q: What are the long-term benefits of SkyDeck?

SkyDeck isn’t just an efficiency tool—it’s a cost-effective, safety-enhancing solution for airspace management. Its benefits include:

Significant Cost Savings: Less manual work, fewer errors, and reduced administrative burden.

Faster Urban Development Approvals: Speeds up infrastructure projects near airports.

Regulatory Compliance Assurance: Fully aligns with ICAO and FAA guidelines.

Enhanced Airspace Safety: Uses predictive analytics to mitigate risks before they arise.
Q: Will SkyDeck expand beyond Israel?

Absolutely. SkyDeck’s modular architecture makes it a viable solution for any aviation authority worldwide. The system supports both ESRI and open-source GIS, ensuring adaptability across varied regulatory frameworks.

Final Thoughts

SkyDeck represents the future of airspace management. By combining AI-driven optimization, GIS intelligence, and automated compliance tools, it transforms how aviation authorities handle airspace restrictions.

“SkyDeck is more than just software—it’s a revolution in airspace management,” says Yaniv Amar.For more details, visit SkyDeck’s Official Page.

The post SkyDeck: Optimizing airspace and obstacle management with AI and GIS appeared first on AeroTime.

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