New features enable aviation organisations to digitally transform M&E and MRO operations with AI-driven predictive management, advanced automation, and real-time insights.
Chennai, India; Miami, Fla., – Ramco Systems (BSE-532370, NSE-RAMCOSYS), a global enterprise software company offering next-generation SaaS-enabled platforms and products, announced today the release of its Aviation Maintenance Software 6.0, which leverages AI and machine learning for smarter, predictive aviation management. The latest product launch includes new AI-driven features that enable organisations to digitally transform their Maintenance, Repair, and Overhaul (MRO) and engineering operations. These features also streamline workflows from resource planning to purchase orders and improve management of flight safety and compliance.
“The latest version of Ramco Aviation Software 6.0 is a significant milestone in our journey of continuous innovation and commitment to excellence,” said Sundar Subramanian, CEO, Ramco Systems. “Along with the advanced capabilities, our specialised Engine MRO solution is a key part of this release, addressing the critical challenges of engine maintenance. By harnessing advanced technology and our domain expertise, Ramco Aviation Software 6.0 will enable aviation organisations to meet their growing customer demands and stay competitive. We look forward to empowering organisations to drive transformation with this game-changing release.”
New features provide a seamless MRO experience that optimises supply chains, cuts costs and increases productivity. Powered by robust AI algorithms, Ramco Aviation Software 6.0 introduces:
- Advanced Engine MRO Management System – Ramco’s specialised Engine MRO software manages the entire engine lifecycle through advanced configuration tracking, LLP management, and automated work-scoping to simplify complex MRO processes and improve turnaround times.
- Maintenance Control Centre (MCC) Hub for Complex Engine Assemblies – Ensure safe and efficient operation with digital task cards, hierarchical configuration views, and real-time updates. The hub streamlines complex assembly operations and reduces manual errors.
- Material Requirements Planning (MRP) with Real-Time Tracking – Optimise workflows with intelligent demand forecasting, automated procurement, and real-time inventory tracking for timely parts availability and supply chain integration.
- Enhanced Compliance with Biometric Sign-Offs and Geo-Fencing – Strengthen compliance with biometric and geo-fenced authentication as well as improved certification tracking for end-to-end regulatory adherence.
The latest software release also uses Ramco’s unique AI algorithms to automate forecasting, invoicing, and vendor selection. The technology significantly reduces delays and minimises errors in parts management and decision-making across the entire aviation management process.
“We are incredibly proud to bring Ramco Aviation Software 6.0 to our customers,” said Manoj Kumar Singh, Chief Customer Officer, Aviation, Aerospace & Defense, Ramco Systems. “Our relentless focus on innovation has helped us build this AI-powered solution that not only addresses the current challenges faced by aviation organisations but also anticipates their future needs. With advanced capabilities such as automated workflows, data-driven decision making, optimised supply chains, and specialised modules like Engine MRO, we believe we are setting new industry standards with Ramco Aviation Software 6.0.”
Ramco Aviation Software is trusted by 24,000 users to manage 4,000+ aircraft globally. With 90+ aviation organisations onboard, Ramco is the solution of choice for top airlines, third-party MROs, large heli-operators, leading defense organisations, and major urban air mobility companies around the world.
Ramco will debut the technology at the Airline & Aerospace MRO & Flight Operations IT Conference on 10-11 Sept. in Miami, Fla. Find the Ramco team and see a demo of the technology at booths 42 and 43. For more information, please visit ramco.com/products/aviation-software.