Hyperion: Sustainable, Data-Driven Aircraft Maintenance

Maximize aircraft availability with smarter, connected maintenance operations.  In the Hyperion project, InnoTractor collaborates with KLM Engineering & Maintenance, NLR, the Dutch Ministry of Defence, OneLogistics and ILIAS to build a fully data-driven ecosystem for aviation and defense logistics.

Tackling downtime and inefficiency in aviation maintenance

In the aviation and defense sectors, maintenance is one of the most complex, costly, and risk-sensitive operations. Yet many organizations still face:

Fragmented systems and data silos across departments and partners

Unplanned downtime of aircraft and equipment, impacting availability and readiness

Limited collaboration between civil and military maintenance ecosystems

A lack of transparency in the lifecycle and condition of critical components

High maintenance costs due to reactive workflows and limited planning insight

The Hyperion Response

Hyperion is a strategic collaboration between KLM Engineering & Maintenance, NLR, the Dutch Ministry of Defence, OneLogistics, ILIAS and InnoTractor, aimed at solving these challenges by creating a fully data-driven maintenance ecosystem.

What Hyperion delivers

Digital Component Passports: Full lifecycle visibility of parts enables smarter decisions.

Smart Sensors: Continuously monitor the health of systems and equipment in real-time

Secure Dataspaces: Enable controlled data sharing across civil and military stakeholders, replacing siloed communication.

Integrated Planning: Reduce costs through better forecasting, inventory management, and smarter task execution.

Where we make impact

InnoTractor focuses on sectors where collaboration, data sharing, and chain optimization are essential. Two of our key focus areas are port logistics and aviation.

Significantly reduced downtime

Predictive maintenance and real-time monitoring allow issues to be detected early — preventing unexpected failures and keeping aircraft and assets operational longer.

Lower maintenance and operational costs

Smarter planning, reduced manual handling, and better inventory insight result in fewer service disruptions, less waste, and more efficient resource allocation.

Improved sustainability

Through optimized maintenance cycles, reduced part wastage, and better route and resource planning, operations become more environmentally responsible.

Increased operational readiness

With more reliable assets and clearer planning data, both civil and military operations benefit from greater availability and faster deployment capabilities.

Enhanced collaboration across organizations

Shared dataspaces and digital workflows foster trust and efficiency between traditionally siloed players — from airlines and OEMs to defense partners and logistics providers.

Project partners

KLM Engineering & Maintenance: Brings real-world maintenance expertise and testing environments

Netherlands Aerospace Centre (NLR): Supports innovation with advanced aviation R&D

Ministry of Defence: Acts as lead end user and operational deployment partner

OneLogistics: OneLogistics brings supply chain, transport, customs & compliance expertise in military & civil airplane maintenance

ILIAS: ILIAS supports OneLogistics with the software needed to manage the logistics chain

InnoTractor: Leads product coordination and delivers the digital infrastructure

Project links

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