エンタープライズ量子コンピューティング市場 - 量子ハードウェア・ソフトウェア・ストレージ・サービスの市場機会

ハードウェア、ソフトウェア、ストレージ、サービスを含む量子コンピューティング市場の総収益は、2030年までに年間36億米ドルに達すると予測されています。サービスは、2030年の年間収益で25億米ドルを占めると予想され、ソフトウェア、ストレージ、ハードウェアがそれに続きます。

当レポートでは、世界のエンタープライズ量子コンピューティング市場について調査分析し、市場動向、技術問題、ユースケース、収益予測について、体系的な情報を提供しています。

目次

サマリー

提言

市場動向

• ゆっくりだが着実な技術進歩
• 研究者・ベンダー・企業間のパートナーシップの拡大
• 国・地方政府からの継続的な投資

技術の概要

• 量子コンピューティングの定義
• 量子コンピューティングへの主要な技術アプローチ
• 量子コンピューターの主要な要素
• 研究者やベンダーが直面する主な技術課題
• 主要なベンチマーキング手法
• 達成のための技術マイルストーンとタイムライン予測

市場力学

• 量子コンピューティングハードウェア・ソフトウェアに対するクラウドベースアクセスの台頭
• 開発の成果 vs. プラトー
• ユースケース開発の課題
• 潜在的な規制問題
• 誇大広告 vs. 現実

業種市場における商用展開

• 主要な市場参入企業
• 技術の根幹
• 注目すべきスタートアップ
• 補助・支援企業

主要業界と応用

• 医療
• ライフサイエンス
• ファイナンス
• 投資
• IT

市場予測

• エンタープライズ量子コンピューティングの総収益：地域別
• エンタープライズ量子コンピューティングの総収益：製品タイプ別
• エンタープライズ量子コンピューティングの総収益：業界別
• エンタープライズ量子コンピューティングソフトウェア収益：ユースケース別
• 予測調整
• 結論

List of Tables

• Total enterprise quantum computing revenue by region, world markets: 2019-30
• Total enterprise quantum computing revenue by product type, world markets: 2019-30
• Total enterprise quantum computing revenue by industry, world markets: 2019-30
• Enterprise quantum computing hardware revenue by industry, world markets: 2019-30
• Enterprise quantum computing storage revenue by industry, world markets: 2019-30
• Enterprise quantum computing software revenue by industry, world markets: 2019-30
• Enterprise quantum computing services revenue by industry, world markets: 2019-30
• Enterprise quantum computing software revenue by use case with >$100m in cumulative revenue, world markets: 2019-30
• Enterprise quantum computing software revenue, long tail use cases, world markets: 2019-30
• Enterprise quantum computing software revenue by use case, top 11 vs. remaining, world markets: 2019-30

List of Figures

• Total enterprise quantum computing revenue by region, world markets: 2019-30
• Total enterprise quantum computing revenue by product type, world markets: 2019-30
• Total enterprise quantum computing revenue by industry, world markets: 2019-30
• Enterprise quantum computing software revenue by industry, world markets: 2019-30
• Enterprise quantum computing services revenue by industry, world markets: 2019-30
• Enterprise quantum computing software revenue by use case with >$100m in cumulative revenue, world markets: 2019-30
• Percentage change between 2019 and 2020 forecast models
• Enterprise quantum computing hardware revenue by industry, world markets: 2019-30
• Enterprise quantum computing storage revenue by industry, world markets: 2019-30
• Enterprise quantum computing software revenue, long tail use cases, world markets: 2019-30
• Enterprise quantum computing software revenue by use case, top 11 vs. remaining, world markets: 2019-30

Quantum computing is the utilization of the principles of quantum mechanics to perform calculations and solve problems. Using the unique phenomena of individual subatomic particles as compute elements, quantum computers have the potential to quickly solve problems that are impossible to calculate in timeframes that are useful to humans and eventually solve problems that classical computers cannot.

Omdia's research indicates that an increasing number of enterprises are experimenting with quantum computers. However, most of the revenue being generated is not through traditional hardware sales, but via services, such as general consulting services that are provided by vendors, professional services firms, and third-party industry consultants or via cloud-based access to quantum computers. Omdia projects that total quantum computing market revenue, including hardware, software, storage, and services, will reach $3.6bn annually by 2030. Services is expected to account for $2.5bn in annual revenue in 2030, followed by software, storage, and hardware.

This Omdia report examines the market trends and technology issues surrounding quantum computers used by enterprise organizations. It highlights quantum computing use cases within industry groups that are projected to increasingly experiment with and use quantum processing (healthcare, life sciences, finance, investment, and IT). Global market forecasts for quantum-related hardware, software, storage, and services revenue, segmented by region, product type, industry, and use case, extend through 2030.

Key Questions Addressed:

• What is quantum computing?

• Which industries are using quantum computing today, and which ones will use it in the future?

• What are some likely quantum computing use cases?

• Which industries will generate the most quantum computing revenue in the enterprise market through 2030?

• What are the key challenges impeding quantum computing technology and market development?

• What types of companies are involved in the development of quantum computing?

• What is the impact of the COVID-19 pandemic on the quantum computing market?

• What has changed since the previous iteration of this report?

Who Needs This Report?

• Quantum computing hardware vendors

• Quantum computing software/middleware/algorithm developers

• AI companies

• Enterprise companies

• High performance computing/supercomputing companies

• Professional services firms

• Government agencies

• Investor community

Table of Contents

Summary

• Catalyst
• Omdia view
• Key messages

Recommendations

• Recommendations for enterprises
• Recommendations for vendors

Market trends

• Slow but steady technological advancements
  • Google's Quantum Supremacy Achievement
  • Simulating chemical reactions
  • Coherence time improvements

• Growing partnerships between researchers, vendors, and enterprises

• Continuing investment from national and regional governments
  • National security and desire to occupy a position of
  • technology leadership driving investment

Technology overview

• Quantum computing defined

• Primary technological approaches to quantum computing
  • Universal quantum computers
  • Quantum annealers
  • Quantum emulators

• Key elements of a quantum computer
  • Qubits
    • Superconducting qubits
    • Topological qubits
    • Trapped ions
    • Photonic qubits
  • Quantum gates
  • Superposition and entanglement

• Major technological challenges faced by researchers and vendors
  • Temperature management
  • Decoherence
  • Noise and error management

• Key benchmarking techniques
• Technological milestones and projected timelines for Achievement

Market dynamics

• Rise of cloud-based access to quantum computing hardware
• and software
• Development achievements vs. plateaus
• Use case development challenges
• Potential regulatory issues
• Hype vs. reality

Commercial deployment in vertical markets

• Key market participants
• Technology stalwarts
• Notable startups
• Ancillary and supporting players

Key industries and applications

• Healthcare
  • Illness detection
  • Patient flow optimization
  • Emergency services coordination
  • Secure communications

• Life sciences
  • Drug discovery
  • Gene editing
  • Disease research
  • Disease outbreak management

• Finance
  • Arbitrage
  • Credit risk scoring
  • ATM cash replenishment

• Investment
  • Portfolio optimization
  • Risk tolerance analysis
  • Financial simulations
  • Trading optimization

• Information technology
  • Scheduling resources and management
  • Network optimization
  • Network security and encryption
  • Quantum network development

Market forecasts

• Total enterprise quantum computing revenue by region

• Total enterprise quantum computing revenue by product type

• Total enterprise quantum computing revenue by industry
  • Enterprise quantum computing software revenue by industry
  • Enterprise quantum computing services revenue by industry

• Enterprise quantum computing software revenue by use case

• Forecast adjustments
  • Adjustment 1: Internal model changes
  • Adjustment 2: Changing structure of the quantum computing market
  • Adjustment 3: Impact of the COVID-19 pandemic

• Conclusions