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市場調查報告書

全球航空產業航班營運優化解決方案的市場機會:2019年

Global Airline Flight Operations-Optimization Opportunities, 2019

出版商 Frost & Sullivan 商品編碼 931781
出版日期 內容資訊 英文 74 Pages
商品交期: 最快1-2個工作天內
價格
全球航空產業航班營運優化解決方案的市場機會:2019年 Global Airline Flight Operations-Optimization Opportunities, 2019
出版日期: 2020年03月30日內容資訊: 英文 74 Pages
簡介

航班營運是最高的成本中心之一,航空公司需要不斷優化航班營運和資產利用,以實現收入增加及持續營運。然而,許多航空公司仍使用傳統的行李管理及燃料管理系統,融合AI及IoT等次世代技術的新解決方案整合至其核心基礎設施平台中,已成為航空公司面臨的一大挑戰。產業對於覆蓋端對端具模組式架構之整合營運平台的興趣越來越大,而有效管理機組人員的解決方案也打開了一大市場機會。

本報告研究全球航空公司航班營運解決方案市場,除了彙整市場活動情況、課題之外,並分析航空公司目標及解決目前問題的所需條件。同時提供實現航班營運優化的各種新技術,分析解決方案提供商及融入解決方案的重要創新。

摘要整理

  • 重要研究結果
  • CEO觀點

市場概要

  • 本研究成果
  • 全球航空公司的航班營運分類
  • 全球航空公司之按領域的航班營運活動
  • 航空產業目的 - 航班營運
  • 航空公司的航班營運 - 主要弱點
  • 航空公司的航班營運 - 優化計畫
  • 航空公司過時的主要營運系統
  • 航空公司主要營運計畫

市場課題

  • 技術限制
  • 全球航空產業的成長
  • 環境永續性
  • 環境永續性 - 最大排放源及其未來行動計畫
  • 歐洲的不確定性
  • 熟練人才的需求

技術趨勢

  • 技術 1 - AI (人工智慧)
  • 技術 2 - 大數據分析
  • 技術 3 - IoT
  • 技術 4 - 區塊鏈
  • 技術 5 - AR / VR
  • 技術 6 - 自動駕駛機器
  • 技術 7 - 機器人流程自動化 (RPA)
  • 技術 8 - 營運數據平台

按領域的分析

  • 領域 1 - 機組人力資源
  • 主要優化計畫 - 優化的機組人員調度
  • 領域 2 - 營運培訓
  • 主要優化計畫 - 延展實境解決方案
  • 領域 3 - 安全與品質
  • 主要優化計畫 - 改善安全性分析的AI/ML (機器學習)
  • 領域 4 - 營運相關補給與物流
  • 主要優化計畫 - 燃料優化
  • 領域 5 - 訓練基準與監管合規
  • 主要優化計畫 - 監管合規的自動化

主要供應商分析

  • 領域 1 - 機組人力資源
  • 領域 2 - 營運培訓
  • 領域 3 - 安全與品質
  • 領域 4 - 營運相關補給與物流
  • 領域 5 - 訓練基準與監管合規
  • 主要新興企業

成長機會與企業行動

  • 成長機會 - 模組化的數據平台
  • 成功與成長的策略要務

總結

  • 結論 - 三大預測
  • 免責聲明

附錄

關於Frost & Sullivan

目錄
Product Code: MEF8-22

Growth in Airline Passenger Numbers, Shortage of Pilots, and a Focus on Reducing Emissions will Drive Digital Investments

Flight operations are one of the highest cost centers for an airline. In a growing global aviation market, airlines need to continuously optimize their flight operations and asset utilization to attain enhanced revenues and deliver sustainable operations. Optimizing flight operations can also lower operational expenses and minimize harmful environmental impact, thus enhancing their sustainability efforts. For their operational needs, a majority of the airlines still utilize legacy systems such as baggage management and fuel management, which are currently being upgraded or replaced. Integrating next-generation solutions to these core infrastructure platforms and maintaining them is a key challenge to airlines. Key solution providers and technology-focused start-ups are developing solutions integrated with next-generation technologies like Artificial Intelligence (AI) and Internet of Things (IoT) to help optimize airline operations.

The global concern on rising emissions from the aviation industry has increased airlines' focus on improving their environmental sustainability initiatives. Reducing fuel usage, developing alternative propulsion solutions, and reducing carbon emissions on the ground are key focus areas. Solution providers and start-ups are developing solutions that can deliver maximum optimization of operations.

Airlines, aviation original equipment manufacturers (OEMs), governments, and universities are working on developing alternate fuels that are cleaner and have minimum effect on the environment. However, a complete replacement of current-day fuels is a long way ahead. In the short term, airlines will be utilizing solutions that can optimize their fuel burn and lead to reduced cost and lower harmful emissions.

There is a rise in interest for integrated end-to-end operations platforms that have a modular architecture. Industry behemoths Airbus and Boeing are leading the race with their Skywise and Boeing Analytx platforms, which provide various solutions that cater to multiple stakeholders such as airlines and MROs. Ensuring sufficient cyber security measures and data anonymization are the key focus areas for solution providers while developing and maintaining these platforms.

There is a rising demand from airlines for solutions that bring efficiencies to their crew management. There is also growing investment in the development of end-to-end crew management solutions that provide multiple features such as crew scheduling optimization, efficient crew transportation, and improved crew performance. This opens up an opportunity for incumbent airline IT solution providers and new entrants to capture the growing demand in the crew management systems market.

The operating expenditures of airlines will keep rising as they add more aircraft to their fleet and new routes to their network. To maintain a strong leash on their financial spending and ensure minimum harmful climate impact, airlines and solution providers will need to work together to implement solutions that integrate next-generation technologies.

Research Scope:

  • Regional Scope: Global
  • Study Type: Market Insight
  • Product Scope: Airline IT Systems, Segmentation of Airline Flight Operations, Key Market and Technology Trends
  • End-user Scope: IT Solution Providers, Start-ups, Airlines

Key Issues Addressed:

  • How is the global airline flight operations market segmented, and what are the key activities, challenges, and major optimization projects under each segment?
  • What are airlines' key objectives and requirements that can solve their current obstacles in operations management? What are the key market challenges in airline operations optimization?
  • How is technology enabling airlines to optimize their flight operations? What are the major technology trends in airline operations optimization?
  • Who are the key solution providers under each segment of this market and what are the major innovative highlights incorporated into their solutions?

Table of Contents

Executive Summary

  • Key Findings
  • CEO's Perspective

Market Overview

  • Key Questions this Study will Answer
  • Global Airline Flight Operations Segmentation
  • Key Airline Flight Operations Activities by Segment
  • Airline Industry Objectives-Flight Operations
  • Airline Flight Operations-Key Pain Points
  • Airline Flight Operations-Optimization Projects
  • Key Outdated Operational Systems at Airlines
  • Key Operational Projects for Airlines

Market Challenges

  • Technological Restraints
  • Growth in Global Aviation
  • Environmental Sustainability
  • Environmental Sustainability-Leading Emitters and their Future Plan of Action
  • Uncertainty in Europe
  • Demand for Skilled Personnel

Technology Trends

  • Technology 1-AI
  • Technology 2-Big Data Analytics
  • Technology 3-IoT
  • Technology 4-Blockchain
  • Technology 5-AR/VR
  • Technology 6-Autonomous Vehicles
  • Technology 7-Robotic Process Automation (RPA)
  • Technology 8-Operational Data Platforms
  • Technology 8-Operational Data Platforms (continued)

Segment Analysis

  • Segment 1-Crew Resources
  • Key Optimization Project-Optimized Crew Scheduling
  • Segment 2-Operations Training
  • Key Optimization Project-Extended Reality Solutions
  • Segment 3-Safety & Quality
  • Key Optimization Project-AI/ML for Improved Safety Analysis
  • Segment 4-Operations Logistics
  • Key Optimization Project-Fuel Optimization
  • Segment 5-Training Standards & Regulatory Compliance
  • Key Optimization Project-Automation for Regulatory Compliance

Major Supplier Analysis

  • Segment 1-Crew Resources
  • Segment 2-Operations Training
  • Segment 3-Safety & Quality
  • Segment 4-Operation Logistics
  • Segment 5-Training Standards & Regulatory Compliance
  • Key Start-ups

Growth Opportunities and Companies to Action

  • Growth Opportunity-Modular Data Platforms
  • Strategic Imperatives for Success and Growth

The Last Word

  • The Last Word-3 Big Predictions
  • Legal Disclaimer

Appendix

  • Contracts Collected-Crew Resources
  • Contracts Collected-Operations Training
  • Contracts Collected-Safety & Quality
  • Contracts Collected-Operations Logistics
  • Contracts Collected-Training Standards & Regulatory Compliance
  • Additional Sources of Information on Study Topic
  • List of Exhibits

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