Smarter Aviation Maintenance Management with RFID & Real-Time Asset Tracking
RFID & Real-Time Asset Tracking Systems
Simplify aviation asset management with RFID and real-time tracking—bringing clarity, accuracy, and smarter automation to how you manage parts, tools, and operations daily.
Radio waves or ultra-wide band hardware to identify + track assets
Real-time visibility of assets + quick locating
Seamless inventory management
Actionable insights for continuous process improvement
Improved Asset Visibility
Reduced Manual Labor
Increased Productivity
Enhanced Security
Cost Savings
Optimized Inventory Management
Use cases include:
Real-time inbound & outbound
Customer Portal
Shopfloor Gate Reporting
Features
Enable precise location tracking with a digital twin of space
Real-time traceability of tools, parts, orders, and assets
Add a logic layer to capture performance against benchmark
Automate cycle count, inventory accuracy and reduce loss
Enhance scheduling through location and status updates
Streamline chemicals and tooling calibration mechanism
Find my Tool solution
Chemical Management
Warehouse Cycle Count
and more…
Boost efficiency with automated asset management
Proactive alerts and notifications
Hardware: BLE 4.0, Advanced RFID, Ultra-wide band
Integrate to existing business systems
Facing any of these Challenges?
Pain Points
Maintenance and Calibration Process Causing Regulatory Risks and Workflow Delays:
In aviation maintenance management, keeping tools calibrated is critical—but manual tracking makes it challenging. It takes extra effort to spot overdue tools, avoid regulatory issues, and recall affected units when needed. When tools in calibration are mismanaged, technicians face delays, work orders stall, and compliance can slip. A reliable system helps ensure smoother workflows and greater confidence in every repair.
Chemical Management Challenges:
MROs face difficulties in chemical management, low stock levels can create operational roadblocks. Various departments share chemicals without full stock visibility.
Searching for Tools Impacting Shopfloor Efficiencies:
Technicians in MROs spend significant time searching for tools on the shopfloor, which can result in significant delays of 30 minutes to 1 hour per work order. These inefficiencies directly impact customer turnaround times and have the potential to lead to delays and customer dissatisfaction, affecting the overall efficiency of the operation.
Heath, Safety and Quality Assurance:
Strict and evolving regulations from aviation authorities (ie. FAA, EASA) require MRO facilities to constantly adapt their processes to ensure compliance. Ensuring the health and safety of workers, especially when handling hazardous materials or performing complex tasks is crucial.
Solutions
Implement a real-time tracking system for maintenance and calibration of tooling that automates tool tracking, schedules maintenance, and ensures compliance with regulatory requirements. Create a preventative mechanism for the use of overdue tools, and send automated reminders for calibration, thereby reducing regulatory risks and workflow delays.
Implement a Chemical Inventory Management System that utilizes RFID technology and sensors to provide real-time visibility into chemical stock levels and usage across different departments, ensuring that adequate stock is always available, and optimize waste management.
Implement a digital tool tracking and management system that utilizes RFID technology and real-time location tracking to provide technicians with the precise location of tools on the shopfloor. The solution can also enable proactive alerts and notifications to streamline the maintenance and calibration process.
Establish a comprehensive Health, Safety, and Quality Assurance (HSQA) program that includes regular training, audits, and process improvements to ensure compliance with aviation regulations and prioritize the health and safety of workers. Monitor in real-time any deviations from standard processes through digital solutions, track and trace non-compliance and corrective actions directly into visualization boards and lead by example.