The future-technology scouting, assessment and technology-readiness layer of the AGL Innovation Hub. Division 10 continuously scans technologies that may fundamentally change AGL engineering, inspection, maintenance, communication, automation and airport operations — including AR, VR, MR, edge computing, quantum technologies and advanced communications — and governs which of them are mature enough to progress into real AGL applications.
The question this division answers — What technologies are emerging on the horizon, what AGL problem could each one solve, how mature is it, what happens if we adopt it, and when should we actually adopt it?
Division 08 develops and evaluates future AGL products. Division 09 improves how AGL is designed, calculated, commissioned and engineered. Division 10 does neither directly — it continuously scans the technological horizon and feeds validated, readiness-assessed possibilities into every other division, functioning as the Innovation Hub's forward-looking technology radar rather than a product or engineering-method division in its own right.
Investigate the use of AR to overlay digital AGL information onto the physical airport environment.
This would connect directly with the Asset Lifecycle Database and the AGL Product Encyclopedia, turning both into live, wearable reference sources at the point of work.
Use immersive virtual environments for AGL training, design visualization and operational preparation.
This connects strongly with Digital Engineering and Training & Competency, letting engineers rehearse high-risk or rarely-encountered scenarios without airfield disruption.
Combine the physical AGL environment with interactive digital engineering information.
CCR identification · Current status · Alarm information · Circuit association · Maintenance history · Test results · Operating parameters · Maintenance procedure.
Process AGL data close to the equipment rather than sending all raw information to a centralized/cloud platform.
For applications requiring fast response, edge processing could reduce dependence on continuous cloud communication.
Investigate future communication technologies suitable for connected AGL and airport infrastructure.
Monitor emerging sensor technologies that could improve AGL asset intelligence.
Instead of monitoring only whether an asset is ON/OFF, future sensors should increasingly provide information about:
This connects Division 10 with AI, IoT and Predictive Maintenance across the hub.
Monitor emerging AI technologies that could significantly improve AGL engineering and airport operations.
Monitor robotic technologies capable of performing increasingly complex airport inspection and maintenance activities.
= Autonomous AGL Inspection System
Maintain a technology-watch programme for future quantum technologies that may eventually affect airport engineering, communications, sensing, optimization or cybersecurity.
Quantum technology should not automatically be treated as an immediate AGL application. Instead, maintain a structured:
process.
Investigate emerging optical technologies relevant to AGL, photometry, sensing and airport infrastructure.
This could be particularly important for future Photometry + Inspection + AI Vision + Autonomous Measurement systems.
Monitor emerging computing technologies capable of supporting increasingly complex AGL engineering and operational applications.
Investigate systems capable of sensing, deciding and acting with limited human intervention.
Human oversight should remain appropriate to the operational risk and application.
Monitor future wireless technologies that may enable large-scale connected airport infrastructure.
Coverage · Reliability · Latency · Security · Power consumption · Scalability · Environmental suitability · Integration capability.
Investigate future network architectures capable of connecting increasingly large numbers of airport assets.
Reliability · Security · Scalability · Low latency · Interoperability · Redundancy · Data integrity.
Ensure that the AGL Innovation Hub does not examine AGL in isolation from broader airport technology development.
AGL should increasingly be treated as part of the connected airport infrastructure ecosystem, rather than as an isolated lighting system.
Determine how close an emerging technology is to practical AGL deployment. This topic becomes the governance mechanism for the entire division — the mechanism that stops Division 10 from being simply a list of futuristic technologies.
| Assessment Area | Key Question |
|---|---|
| Technology Maturity | Is the technology sufficiently developed? |
| AGL Relevance | Does it solve an actual AGL problem? |
| Technical Benefit | What engineering improvement is expected? |
| Reliability | Is it dependable enough for the application? |
| Safety | Can it be safely deployed? |
| Integration | Can it connect with existing systems? |
| Cybersecurity | What new risks are introduced? |
| Cost | Is the technology economically viable? |
| Maintainability | Can airport personnel support it? |
| Scalability | Can it be expanded across an airport? |
| Standards | Are applicable requirements available? |
| Lifecycle | What is the long-term value? |
= Technology Innovation Score
This allows the Innovation Hub to rank technologies objectively rather than selecting technologies simply because they are new.
This horizon structure should remain dynamic and be reviewed during annual innovation planning.
Technology ID · Technology name · Technology category · Description · AGL application · Airport application · Technology maturity · Current TRL · Expected TRL · Technology supplier/research source · Potential benefits · Potential risks · Integration requirements · Standards status · Cybersecurity considerations · Estimated cost · Pilot opportunity · Innovation priority · Target adoption period · Technical review status.
The complete architecture governing how a raw emerging technology becomes an adopted, standardized AGL capability.
To make Division 10 operational rather than theoretical, these registers should be maintained and kept current.
Five KPI categories keep the technology-radar programme measurable — scouting throughput, innovation output, maturity progression, business/engineering value and knowledge management.
Division 10 acts as the forward-looking technology radar for the entire Innovation Hub, feeding validated possibilities into nine other divisions rather than developing products or engineering methods itself.
The long-term objective is for Division 10 to answer five strategic questions continuously:
Division 10 therefore becomes the future-looking intelligence system of the AGL Innovation Hub: WATCH → ASSESS → EXPERIMENT → VALIDATE → INTEGRATE → ADOPT.
This matters because the framework deliberately groups AR, VR, MR, edge computing, advanced communications, quantum technologies and other emerging technologies together. The division should therefore function not simply as a list of futuristic technologies, but as a controlled technology-radar and readiness-assessment programme that determines which technologies should actually progress into AGL applications — and which should remain on watch.
Quick answers about Emerging Technologies in the AGL Innovation Hub.
Division 10 is the future-technology scouting, assessment and technology-readiness layer of the AGL Innovation Hub. Division 10 continuously scans technologies that may fundamentally change AGL engineering, inspection, maintenance, communication, automation and airport operations — including AR, VR, MR, edge computing, quantum technologies and advanced communications — and governs which of them are mature enough to progress into real AGL applications. It covers 16 topics (EMT-01 to EMT-16).
What technologies are emerging on the horizon, what AGL problem could each one solve, how mature is it, what happens if we adopt it, and when should we actually adopt it?
The 16 topics are Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR), Edge Computing, Advanced Communications, Future Sensor Technologies, Advanced AI, Advanced Robotics, Quantum Technologies, Advanced Optical Technologies, Advanced Computing, Autonomous Systems, Future Wireless Technologies, Next-Generation Networks, Emerging Airport Technologies and Technology Readiness Assessment.
Division 08 develops and evaluates future AGL products. Division 09 improves how AGL is designed, calculated, commissioned and engineered. Division 10 does neither directly — it continuously scans the technological horizon and feeds validated, readiness-assessed possibilities into every other division, functioning as the Innovation Hub's forward-looking technology radar rather than a product or engineering-method division in its own right.
The complete architecture governing how a raw emerging technology becomes an adopted, standardized AGL capability. The steps or layers are: Emerging Technology; Technology Watch; AGL Problem Identification; Technology Gap Analysis; Technology Readiness Assessment; Proof of Concept; Pilot; Field Validation; Engineering Integration; Product / System Innovation; Standardization; Operational Deployment; Performance Monitoring; Continuous Innovation.
To make Division 10 operational rather than theoretical, these registers should be maintained and kept current. It includes AGL Emerging Technology Master Register, AR Technology Register, VR Technology Register, MR Technology Register, Edge Computing Register, Advanced Communications Register, Future Sensor Register, Advanced AI Register, Advanced Robotics Register, Quantum Technology Register, Advanced Optical Technology Register, Advanced Computing Register, Autonomous Systems Register, Future Wireless Technology Register, Next-Generation Network Register and Emerging Airport Technology Register.
Five KPI categories keep the technology-radar programme measurable — scouting throughput, innovation output, maturity progression, business/engineering value and knowledge management. Technology Scouting: Emerging technologies identified, Technologies technically screened, Technology assessments completed, Technology gaps identified; Innovation: Proof-of-concepts completed, Pilot projects completed, Technologies transitioned to field trials, Technologies adopted; Maturity: Average technology-readiness improvement, Technologies progressing through TRL levels; Business/Engineering Value: Engineering time saved, Maintenance reduction, Inspection improvement, Reliability improvement, Energy improvement, Lifecycle-cost improvement; Knowledge Management: Emerging technology reports, Technology evaluation records, Pilot lessons learned, Technology adoption/rejection decisions.
Division 10 acts as the forward-looking technology radar for the entire Innovation Hub, feeding validated possibilities into nine other divisions rather than developing products or engineering methods itself. It includes Division 01 — Innovation Strategy & Roadmap: determines which emerging technologies deserve strategic attention, Division 02 — Smart Airfield Lighting: receives emerging technologies for intelligent lighting, Division 03 — AI for AGL: evaluates future AI capabilities, Division 04 — IoT & Connected AGL: evaluates future sensors, communications and edge technologies, Division 05 — Digital Engineering: evaluates AR/VR/MR, digital twins and advanced computing, Division 06 — Robotics & Autonomous Inspection: evaluates advanced robotics and autonomous systems, Division 07 — Sustainable AGL: evaluates emerging energy and sustainable technologies, Division 08 — AGL Product Innovation: converts mature technologies into future products and Division 09 — Engineering Innovation: integrates mature technologies into engineering methodologies and tools.
Investigate the use of AR to overlay digital AGL information onto the physical airport environment. Potential AGL Applications: AR-based maintenance, AR equipment identification, AR fixture identification, AR cable-route visualization, AR circuit identification, AR troubleshooting, AR inspection assistance, AR work instructions, AR equipment manuals and AR training.
Maintain a technology-watch programme for future quantum technologies that may eventually affect airport engineering, communications, sensing, optimization or cybersecurity. Areas to Monitor: Quantum computing, Quantum sensing, Quantum communications, Quantum optimization, Quantum security technologies and Quantum-assisted engineering.
Determine how close an emerging technology is to practical AGL deployment. This topic becomes the governance mechanism for the entire division — the mechanism that stops Division 10 from being simply a list of futuristic technologies. Short-, Medium- and Long-Term Technology Horizon: AR maintenance assistance, VR training, MR engineering visualization, Edge computing, Advanced sensors, AI analytics, Advanced communications, Autonomous inspection, Advanced robotics and Advanced optical sensing.
Emerging technologies in AGL start with understanding what's on the horizon — from advanced materials to next-generation control systems. The next step is building the technical knowledge required to evaluate, develop and apply these technologies as they mature.
Develop structured knowledge across:
Understand how engineering problems become opportunities, technologies, concepts, validation activities and measurable improvements.
Understand today's AGL. Build tomorrow's capability.
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