From technical knowledge to a connected AGL ecosystem.
Our success is not measured only by projects completed. It is also measured by what we have built, organized, documented and made accessible for people working with Airfield Ground Lighting.
Precision AGL Solutions is developing a connected technical ecosystem where AGL knowledge can be learned, referenced, tested, applied, maintained and continuously improved.
13 of these resources are already live in the Knowledge Hub.
Make AGL knowledge easier to understand, easier to use and easier to connect.
Instead of keeping engineering information scattered across separate documents, our approach brings different technical layers together around the same AGL topic. This connected approach is the foundation of the AGL Knowledge Hub.
A single topic can connect to
Thirteen resources, each built to stand on its own and to connect with the others.
Turning experience into repeatable procedures
We created the AGL SOP Library to organize practical procedures for AGL work. It focuses on structured procedures covering testing, inspection, maintenance and operational activities.
Open the SOP LibraryA structured inspection reference
Inspection is one of the most important parts of maintaining an airport lighting system. The handbook organizes inspection knowledge into a structured reference, designed to support a systematic approach rather than relying only on individual experience.
Open the Inspection HandbookFrom reactive maintenance to structured maintenance
We developed the handbook as a dedicated knowledge layer for maintaining AGL infrastructure throughout its service life. The goal is to transform maintenance information into a usable engineering reference.
Open the Maintenance HandbookMaking testing more systematic
Testing and commissioning require clear procedures, defined checks and proper documentation. The manual is a technical reference for engineers and project teams working through the testing and handover stages of AGL systems.
Open the Testing & Commissioning ManualA common language for AGL components
One of our core achievements. Instead of treating AGL equipment as a list of product names, the library explains each component in terms of the wider system. It covers fixtures, CCRs, transformers, connectors and other AGL components.
Open the Component LibraryTranslating standards into engineering understanding
Standards can be difficult to use when they are viewed only as documents. The Companion connects them with practical engineering meaning, so engineers can understand not only what a requirement says, but how it relates to actual AGL work.
Open the Standards CompanionProblem, investigation, root cause, corrective action
We organized fault diagnosis around real engineering thinking. Instead of simply listing faults, the framework follows a structured sequence, creating a practical bridge between technical knowledge and field problem-solving.
Open the Troubleshooting AtlasTurning failures into engineering knowledge
Failures should not disappear after the immediate problem is solved. The database creates a structured layer for recording and studying them, so individual problems become reusable engineering knowledge.
Open the Failure DatabaseConverting engineering work into reusable documents
Good engineering also depends on good documentation. This system reduces repeated work and creates greater consistency in technical documentation.
Open Forms & TemplatesA shared technical vocabulary
AGL contains hundreds of technical terms, abbreviations and specialist expressions. A common vocabulary makes technical communication easier for students, engineers, technicians and aviation professionals.
Open the GlossaryFrom reading knowledge to testing knowledge
We wanted learning to go beyond passive reading. The Quiz Center introduces structured assessment across AGL topics, helping users test their understanding and identify knowledge gaps.
Open the Quiz CenterLooking beyond installation
An AGL system does not end when commissioning is complete. The guide extends the ecosystem beyond installation, and the Knowledge Hub describes it as the strategic asset-management layer.
Open the Asset Lifecycle GuideBuilding the next layer of AGL engineering
The Innovation Hub looks beyond today's systems. It creates a structured space for studying how technology may influence the future of AGL engineering.
Open the Innovation HubConnecting everything together
The biggest achievement is not any individual page. It is the connection between them. The Knowledge Hub is designed around an engineering lifecycle, with the AGL Topic Hub tying every layer back to the same topic.
Open the Knowledge HubAssess with quizzes and assessments, and connect everything through the AGL Topic Hub.
Open the Topic HubThe real achievement is an ecosystem where resources are no longer isolated. A single topic such as CCR can eventually connect to all of this. That is the direction of the Precision AGL knowledge architecture.
Our knowledge architecture supports the complete AGL knowledge lifecycle in ten layers.
Fundamentals, visual resources and structured learning.
Components, terminology, systems and engineering concepts.
Standards, calculations, documentation and engineering resources.
Installation knowledge, procedures and field-oriented resources.
Testing and commissioning procedures.
Inspection, maintenance and lifecycle resources.
Troubleshooting, failures and case-based learning.
Research, innovation and technology development.
Quizzes, assessments and professional learning.
The AGL Topic Hub brings the different layers together.
The goal is to provide different entry points while keeping the underlying technical knowledge connected.
This is not a finished library. It is a continuously developing platform, and the Knowledge Hub describes its objective as a living, continuously evolving AGL knowledge ecosystem.
Future expansion includes additional:
We are building a technical knowledge infrastructure for Airfield Ground Lighting. A place where an engineer can:
One topic. Many resources. One connected AGL ecosystem.
Explore the complete ecosystem.
Inspection, maintenance and testing & commissioning resources.
A connected technical ecosystem where AGL knowledge can be learned, referenced, tested, applied, maintained and improved. The page says 13 resources are already live in the Knowledge Hub.
The SOP Library, Inspection Handbook, Maintenance Handbook, Testing & Commissioning Manual, Component Library, Standards Companion, Troubleshooting Atlas, Failure Database, Engineering Forms & Templates, Glossary, Knowledge Quiz Center, Asset Lifecycle Guide and Innovation Hub.
It follows an engineering lifecycle in ten layers: Learn, Understand, Design, Build, Test, Operate, Solve, Improve, Assess and Connect everything, with the AGL Topic Hub tying every layer back to the same topic.
A topic such as CCR can connect to CCR fundamentals, the component reference, applicable standards, electrical concepts, testing procedure, inspection checklist, maintenance guidance, troubleshooting cases, failure records, quiz questions, technical articles and future technology.
It follows a sequence: symptom, possible causes, measurements, investigation, root cause and corrective action, as a bridge between technical knowledge and field problem-solving.
Students, AGL engineers, electrical engineers, airport engineering teams, airport operators, maintenance professionals, consultants, EPC contractors, manufacturers, researchers and trainers.
No. It is described as a continuously developing platform. Future expansion includes more manuals, SOPs, design resources, engineering drawings, technical articles, case studies, research papers, calculators, failure intelligence, training resources and technology reviews.
The “success stories” on this page describe knowledge resources and tools built by Precision AGL Solutions. They are not client testimonials, and no client, airport or authority endorsement is implied. Past work does not guarantee future results.
All resources are educational and may be updated or corrected. Verify against current official standards and project requirements before relying on them.
References to ICAO, FAA, DGCA, AAI, BIS/IS, IEC and other standards are summaries for orientation only. ICAO, FAA and other names belong to their respective owners; Precision AGL Solutions is not affiliated with, endorsed by, or acting on behalf of any of them. Always work from the current, officially published documents and your airport or regulator’s requirements before acting on a live project.
Descriptions of capabilities, processes and resources do not guarantee any outcome, regulatory approval, compliance status or availability. Read the full Disclaimer & Terms of Use and Privacy Policy.