Project ALIAS and the Future of Integrated Airspace

AgiLe Integrated Airspace System

Project ALIAS was an Innovate UK Future Flight Phase 3 programme focused on demonstrating a scalable and cohesive airspace system for the future.

The programme brought together a consortium of technology organisations to support integrated airspace operations involving drones, advanced air mobility platforms, and crewed aircraft operating in coordinated operational environments.

The project included deployment activity in the Channel Islands, providing an operational environment for evaluating regional airspace integration that could inform future scalable aviation ecosystems.

Explore More

• Operational programmes hub
• Project RISE
• Platform overview
• Integrations
• Real-time telemetry
• UTM platform
• Airspace management
• Operational intent explained
• Strategic deconfliction explained
• How BVLOS operations scale

Operational Infrastructure for Future Airspace Ecosystems

Dronecloud helps organisations coordinate operational activity, maintain situational awareness, support operational governance, and scale enterprise drone ecosystems safely through connected UTM-enabled operational infrastructure.

Regional Airspace Deployment

The Channel Islands provided an operational environment for demonstrating integrated airspace coordination across regional aviation and uncrewed aircraft operations.

Public project references describe ALIAS as progressing toward deployment in the Channel Islands to evaluate a regional airspace system that could be replicated across the UK.

Dronecloud and UTM Operational Infrastructure

Dronecloud’s role in the ALIAS ecosystem centred on UTM services and connected operational infrastructure supporting scalable airspace coordination.

This aligns with Dronecloud’s broader platform focus on operational intent coordination, telemetry visibility, strategic deconfliction, conformance monitoring, operational airspace awareness, enterprise operational governance, and API-first operational infrastructure.

Project ALIAS reinforced the importance of open, connected and interoperable operational infrastructure for future airspace ecosystems.

Further Reading

• Innovate UK Business Connect: AgiLe Integrated Airspace System (ALIAS)
• UKRI Gateway to Research: AgiLe Integrated Airspace System (ALIAS)
• Volant Autonomy: ALIAS
• Digital Jersey: Jersey hosts innovative drone trial
• Bailiwick Express: Drone trials aim to improve Channel Islands connectivity

Building a Scalable Airspace Ecosystem

Project ALIAS focused on developing an integrated airspace approach capable of supporting connected operational coordination across multiple aircraft types and operational stakeholders.

Operational themes included UTM interoperability, integrated traffic management, operational intent coordination, strategic deconfliction, shared positional awareness, airspace coordination, regional operational visibility, and multi-stakeholder collaboration.

These capabilities are foundational for future airspace environments where uncrewed and crewed aircraft operate safely within shared operational ecosystems.

Coordinating Crewed and Uncrewed Airspace

As drone and advanced air mobility operations scale, airspace ecosystems require operational infrastructure capable of coordinating multiple types of airspace users.

Project ALIAS addressed the operational challenge of integrating:

• Uncrewed aircraft
• Advanced air mobility platforms
• Crewed aircraft
• Air traffic coordination
• UTM services
• Shared situational awareness
• Operational airspace coordination
• Regional airspace infrastructure

This type of integrated operational environment is critical for the future of scalable BVLOS and autonomous aviation ecosystems.