The product-development and next-generation AGL technology layer of the Innovation Hub. Division 08 identifies, evaluates, develops and standardizes next-generation fixtures, advanced transformers, smart CCRs, modular signs, high-reliability connectors, cable systems and future materials — converting requirements from Divisions 02–07 into qualified, standardized products, and feeding every validated result into the AGL Product Encyclopedia.
Core purpose — Identify, evaluate, develop and standardize next-generation AGL products that improve reliability, maintainability, energy performance, diagnostics, modularity and lifecycle value. Every qualified product ultimately becomes a structured entry in the AGL Product Encyclopedia.
Every product evaluated or developed under Division 08 should be traceable through this chain, from an operational product need through to lifecycle-monitored, approved status in the Product Encyclopedia.
Investigate and develop future runway-lighting fixture technologies with improved performance, reliability and maintainability.
Develop improved taxiway lighting products suitable for future smart and connected AGL systems.
This creates a direct connection with Divisions 02, 03 and 04.
Investigate the next generation of LED-based AGL fixtures.
Improve the combined balance rather than optimizing only one parameter:
Investigate improved AGL isolation-transformer designs and technologies.
This directly links Division 08 with Division 04 — IoT & Connected AGL and Division 15 — Intelligent Maintenance & Predictive AGL.
Develop the next generation of Constant Current Regulators with enhanced intelligence, monitoring and controllability.
This connects directly to the Smart AGL, AI, IoT and Digital Control divisions.
Develop airfield signs using modular construction principles.
Instead of complete sign replacement:
Investigate improved AGL connector technologies for reliability and lifecycle performance.
Investigate future cable technologies and cable-system architectures for AGL applications.
Investigate future PAPI systems with enhanced monitoring, diagnostics and digital capabilities.
Investigate next-generation approach-lighting products.
Approach lights should progressively become:
Investigate materials that can improve AGL product performance and lifecycle characteristics.
Create products that can be upgraded or repaired by replacing individual modules.
This can dramatically improve future upgradeability if properly standardized.
Develop products requiring fewer maintenance interventions over their service life.
Make reliability a primary product-development criterion.
Develop products that reduce energy consumption while maintaining required AGL performance.
The strongest products should provide improved energy efficiency without sacrificing required technical performance.
Develop products capable of reporting their own condition and performance. This should be one of the most important future-product themes.
This directly connects Division 08 with Division 03 — AI, Division 04 — IoT and Division 15 — Predictive Maintenance.
Investigate opportunities to reduce product size while maintaining or improving required functionality.
Miniaturization must be evaluated against:
Reduce unnecessary product variation and establish standardized AGL product architectures.
Develop AGL products that can be upgraded, repaired and maintained through modular components.
A future technology upgrade could therefore replace only the affected module rather than the complete fixture.
The controlled process every new or improved AGL product should ideally follow, from the original engineering problem to a standardized entry in the Product Encyclopedia and ongoing field-performance monitoring.
Every product tracked through Division 08 can be classified against this eight-level maturity scale, making the Product Encyclopedia far more useful than a simple catalogue.
To make Division 08 operational rather than theoretical, these registers should be maintained and kept current, feeding the AGL Product Encyclopedia as the central knowledge system.
Division 08 should remain the product technology layer. It converts requirements defined elsewhere in the Innovation Hub into next-generation products — it does not itself define strategy, AI/IoT capability, or digital-twin infrastructure.
Division 02 — Smart Airfield Lighting defines requirements for intelligent fixtures and lighting systems; Division 03 — AI for AGL supplies AI capability for self-diagnosis and product analytics; Division 04 — IoT & Connected AGL supplies connectivity for smart products; Division 05 — Digital Engineering supplies digital product models and digital twins; Division 06 — Robotics & Autonomous Inspection supplies automated inspection and field-performance data; Division 07 — Sustainable AGL supplies energy, carbon, material and circular-economy requirements. Division 08 converts these requirements into next-generation products, Division 15 — Intelligent Maintenance feeds back product-condition and lifecycle-performance data, and Division 25 — Innovation Database & Project Intelligence stores the resulting product-innovation knowledge and lessons learned.
Its strongest connection is to the AGL Product Encyclopedia, which becomes the structured knowledge base for every product this division evaluates or develops — each record carrying specifications, reliability data, field performance, failure history, maturity level and evaluation status through to Preferred / Reference Product status.
Division 08 turns engineering problems and technology gaps into standardized, qualified, field-proven AGL products, with the Product Encyclopedia as the permanent record of that journey.
Quick answers about AGL Product Innovation in the AGL Innovation Hub.
Division 08 is the product-development and next-generation AGL technology layer of the Innovation Hub. Division 08 identifies, evaluates, develops and standardizes next-generation fixtures, advanced transformers, smart CCRs, modular signs, high-reliability connectors, cable systems and future materials — converting requirements from Divisions 02–07 into qualified, standardized products, and feeding every validated result into the AGL Product Encyclopedia. It covers 19 topics (PIN-01 to PIN-19).
The 19 topics are Next-Generation Runway Fixtures, Next-Generation Taxiway Fixtures, Advanced LED Fixtures, Advanced Isolating Transformers, Smart CCRs, Modular Airfield Signs, High-Reliability Connectors, Advanced Cable Systems, Smart PAPI Concepts, Advanced Approach Lights, Future Materials, Modular AGL Products, Low-Maintenance Products, High-Reliability Products, Energy-Efficient Products, Self-Monitoring Products, Product Miniaturization, Product Standardization and Product Modularity.
The controlled process every new or improved AGL product should ideally follow, from the original engineering problem to a standardized entry in the Product Encyclopedia and ongoing field-performance monitoring. The steps or layers are: Identify Engineering Problem; Identify Product Gap; Market / Product Research; Technology Assessment; Innovation Concept; Engineering Design; Prototype; Laboratory Testing; Field Trial; Performance Evaluation; Reliability Assessment; Technical Review; Product Qualification; Product Standardization.
Every product tracked through Division 08 can be classified against this eight-level maturity scale, making the Product Encyclopedia far more useful than a simple catalogue. Level 1 — Concept; Technology idea only; Level 2 — Prototype; Engineering prototype developed; Level 3 — Lab Validated; Controlled testing completed; Level 4 — Field Trial; Installed in a controlled operational environment; Level 5 — Technically Qualified; Engineering performance demonstrated; Level 6 — Standardized; Approved for defined applications; Level 7 — Proven Product; Strong field-performance history established; Level 8 — Preferred / Reference; Demonstrated reliability, lifecycle value and suitability.
To make Division 08 operational rather than theoretical, these registers should be maintained and kept current, feeding the AGL Product Encyclopedia as the central knowledge system. It includes AGL Product Innovation Master Register, Runway Fixture Innovation Register, Taxiway Fixture Innovation Register, LED Technology Register, Transformer Innovation Register, Smart CCR Register, Airfield Sign Innovation Register, Connector Innovation Register, Cable Technology Register, PAPI Innovation Register, Approach Lighting Product Register, Future Materials Register, Modular Product Register, Low-Maintenance Product Register, High-Reliability Product Register and Energy-Efficient Product Register.
Investigate and develop future runway-lighting fixture technologies with improved performance, reliability and maintainability. Areas of Innovation: Advanced LED technology, Improved optical systems, Improved thermal management, Improved electronics, Self-diagnostic capability, Modular construction, Improved maintainability, Energy efficiency, Environmental durability and Longer service life.
Investigate next-generation approach-lighting products. Innovation Areas: Advanced LED technology, Improved optics, Energy efficiency, Modular construction, Smart diagnostics, Environmental durability, Improved reliability, Remote monitoring, Digital identification and Maintainability.
Develop AGL products that can be upgraded, repaired and maintained through modular components. Example — A Future AGL Fixture Could Contain: Optical module, LED module, Power module, Control module, Communication module and Diagnostic module.
AGL product innovation starts with understanding component design, materials, manufacturing constraints and product-development lifecycles. The next step is building the technical knowledge required to evaluate, develop and bring new AGL products from concept to certification.
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.
Please read before relying on any content on this page or on any record downloaded from it.