The Future of AI and Sustainability: New Perspectives Presented by Akkodis at the 2025 Paris Air Show

Table of Contents

1. Introduction: Paris Air Show 2025 and Its Significance

2. Overview of the Paris Air Show and This Year's Theme

3. Who is Akkodis? — Organizational Overview and Achievements

4. Core Technologies of "AI Path"

5. Innovative Approaches in the "Sustainability Area"

6. Ecosystem Strategy Indicated by Collaboration with Microsoft

7. Business Impact Brought by Advanced Technologies

8. Implementation Benefits for Japanese Companies

9. Critical Issues and Solution Guidelines

10. Human Resource Development and Akkodis Academy

11. Future Scenarios for Carbon Neutral Aviation

12. Comparison of Policy Trends between Japan and the EU

13. Case Study: Optimization of Virtual Maintenance Data

14. Future Co-Creation Opportunities and International Standardization

15. Conclusion and Outlook

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1. Introduction: Paris Air Show 2025 and Its Significance

The 55th Paris Air Show, one of the world's largest aviation events, will be held at Le Bourget, France, from June 5, 2025, presenting the future of the aerospace and defense industries with a focus on "AI and Sustainability." Among the exhibits, Akkodis attracted significant attention from both visitors and the media, with the hashtag #ParisAirShow2025 trending on social media.

2. Overview of the Paris Air Show and This Year's Theme

The show features over 2,500 exhibitors from more than 100 countries, with numerous seminars focused on sustainability and digital transformation (DX) in addition to live aircraft demonstrations. The aviation industry is aligning with the IATA roadmap for net-zero by 2050, making fuel efficiency and decarbonization across the supply chain top priorities.

3. Who is Akkodis? — Organizational Overview and Achievements

Akkodis, headquartered in Switzerland, is a leader in smart industries, supporting digital transformation with 50,000 engineers across 30 countries. With over 40 years of experience in the ER&D (Engineering R&D) field, they have provided AI and data analytics solutions to global OEMs, including European Airbus and American Boeing.

4. Core Technologies of "AI Path"

4-1 Predictive Maintenance Dashboard

Predicts component degradation over "time" using sensors and past logs, simultaneously reducing inventory and downtime. Estimated 15% reduction in maintenance costs.

4-2 Helicopter Cockpit Simulator

AI learns pilot input patterns, improving training efficiency by 30%. Applicable in Japan, where there is a severe shortage of pilots.

4-3 Metaverse Surveillance Drones

Visualizes real-world data in virtual spaces, allowing simultaneous monitoring of multiple locations from remote areas. Can also be applied for rapid situation assessment during disasters.

5. Innovative Approaches in the "Sustainability Area"

5-1 Eco Twin (Component-level LCA)

Calculates CO₂ emissions at the component level rather than for the entire aircraft, optimizing 360° from manufacturing to operation, maintenance, and recycling.

5-2 Fuel Route Optimization with Generative AI

Collaborates with Microsoft Azure's large-scale computing infrastructure, using generative AI that learns weather data, ATC constraints, and congestion to present real-time shortest emission routes.

6. Ecosystem Strategy Indicated by Collaboration with Microsoft

The two companies propose an architecture that combines Azure OpenAI Service with Accodis's industry-specific LLM, operating models in a secure hybrid environment that simultaneously meets European GDPR and Japan's amended Personal Information Protection Law.

7. Business Impact of Advanced Technology

• 20% Reduction in Maintenance Inventory: Reducing Excess Inventory to Improve Cash Flow

• 10-15% Reduction in CO₂ Emissions: Proven by Full Flight LCA

• 30% Reduction in Training Costs: Personalization of Simulations

• Supply Chain Visualization: Automation of ESG Reporting

8. Benefits of Implementation for Japanese Companies

Implementation Areas	Effects	Expected Users
Predictive Maintenance AI	Reduction in Cancellation Risk, Maintenance Cost Reduction	ANA, JAL
Eco Twin	Automation of GX League Reporting	Mitsubishi Heavy Industries, Kawasaki Heavy Industries
No-Code AI	Energy Saving Led by On-Site Teams	Mid-sized Parts Suppliers

9. Critical Issues and Solution Guidelines

1. Data Sovereignty Issues: Distributed Learning in Domestic Azure Regions to Avoid Transfers Outside Europe.

2. AI Computing Power: Offset Power-Derived Emissions with Immersion Cooling DC + Renewable Energy PPA.

3. Lack of Human Resources: Train MLOps Engineers at Akkodis Academy.

10. Human Resource Development and Akkodis Academy

The academy reskills 2,000 people annually, rapidly developing AI specialists for aviation. The Japan branch plans to offer 500 training slots by 2026.

11. Future Scenarios for Carbon Neutral Aviation

• 2028: Commercial operation of regional hydrogen aircraft begins

• 2030: 30% adoption rate of SAF (Sustainable Aviation Fuel)

• 2040: Hybrid electrification of medium-sized aircraft

12. Comparison of Policy Trends between Japan and the EU

Focusing on Japan's "Green Innovation Fund (2 trillion yen)" and the EU's "Fit for 55," tax incentives and the integration of emissions trading markets are expected to advance.

13. Case Study: Optimization of Virtual Maintenance Data

In the PoC planned at Haneda Airport by JAXA, ANA, and Akkodis, LLM will summarize maintenance logs for each piece of equipment, allowing for preemptive ordering of replacement parts. Initial estimates predict a cost reduction of 400 million yen annually.

14. Future Co-creation Opportunities and International Standardization

IATA plans to establish the "Green Flight Index" in 2026, with Akkodis promoting open standardization by releasing measurement APIs. Early participation by Japanese companies can lead to leadership in forming international rules.

15. Summary and Outlook

Akkodis' AI Path and Sustainability Area provide an implementation model that resolves the dichotomy of "efficiency" and "decarbonization" faced by the aviation industry. By overcoming challenges such as data sovereignty and workforce shortages, and moving from joint verification to full-scale implementation, Japanese companies can achieve both net-zero by 2050 and maintain international competitiveness.

Reference URLs (Carefully Selected 3)

• Akkodis Official Press Release

• PR Newswire Distribution Version

  
  

Reference Article