Future of Work - Thematic Research

Future of Work - Thematic Research

Summary

Many people are re-evaluating their relationship to work, and the so-called Great Resignation, which began in early 2021, has seen millions leave their jobs or retire early. Employees are in a stronger position than they have been for years, as companies are forced to improve not only wages and career development opportunities but also well-being and work-life balance. Workers have an opportunity to redefine how they work, but challenges lie ahead. Talent scarcity and the volume of unfilled vacancies risk accelerating automation, despite the lack of policies to tackle the digital skills divide.

Key Highlights

  • The post-pandemic recovery and economic downturn are shifting the future of work debate towards rebuilding more resilient labor markets and businesses. While there is no holding back technology adoption across industries, the question is how to ensure that workers capture its benefits without exacerbating inequalities.
  • Global labor shortages, alongside a lack of critical talent, have left companies worldwide and across sectors struggling to fill vacancies. In the past two years, supply has been hit by the so-called Great Resignation, which has seen millions of workers leave their jobs, and reduced migration. According to the International Monetary Fund (IMF), by late 2021, there were 50% to 80% more unfilled jobs in Australia, Canada, the UK, and the US than before the pandemic. But this is also pushing up wage growth across the board.
  • The IMF estimates that the annual growth rate of nominal wages in low-pay industries increased by four to six percentage points between mid-2020 and late 2021 because of rising labor market tightness, reducing wage inequalities in some countries. However, on average, these pay gains have not yet resulted in additional spending power due to high inflation. In the future of work, retention will become as important as recruitment in maintaining a stable workforce. In addition, tight labor markets will force organizations to improve employment offers to attract and retain staff. Active labor market policies will be crucial, including training programs that help workers develop the skills required for new digital-intensive jobs.
Scope
  • This report provides an overview of the future of work, one of the most important themes impacting the world in which we live.
  • It includes a comprehensive thematic framework for looking at the future of work.
  • This framework is made up of five categories: visualization, connectivity, automation, collaboration, and interpretation.
Reasons to Buy
  • The future of work is shaping both factories and offices, encouraging greater collaboration between humans and technology, and empowering workers with new digital skills. In the background, the increased use of technology is bringing about profound political, economic, and social change. This report helps you make sense of this vitally important theme, by providing you with a clear thematic framework.
  • In addition, we identify those companies that are developing and adopting the most advanced technologies across the future of work framework. These companies are the most likely to emerge as winners in this theme.


  • Executive Summary
  • Players
    • Table Figure 1: Who are the leading players in the future of work theme, and where do they sit in the value chain?
  • Our Future of Work Framework
    • Table Figure 2: GlobalData's future of work framework
    • Visualization
      • Augmented reality (AR) and virtual reality (VR)
      • Digital twins
        • Table Figure 3: Spatial uses a proprietary AI 1algorithm to create avatars
        • Table Figure 4: Nvidia prevents downtime and maintenance by predicting corrosion proactively via digital twins
      • Data visualization
        • Table Figure 5: Manufacturing operations are a key area for digital twins
        • Table Figure 6: Data visualization makes sense of the vast amount of data generated daily
    • Connectivity
      • Table Figure 7: There are five major markets for IoT, each defined by its own characteristics
      • Industrial Internet
      • 5G
        • Table Figure 8: Technicians and engineers use the GE ServiceMax Field Service app to improve field productivity
      • Wearable tech
        • Table Figure 9: Welsh hospitals use Proximie's technology on Vodafone's 5G network
    • Automation
      • Industrial robots
        • Table Figure 10: ABB's range of co-bots includes GoFa and Swifti
        • Table Figure 11: Delivery robots & Warehouse robots
      • Autonomous vehicles
      • 3D printing
        • Table Figure 12: Waymo began operating robotaxis in Arizona in 2020
        • Table Figure 13: Italian company XEV's electric car has just 57 parts
      • Robotic process automation
        • Table Figure 14: GE 3D-printed a fuel nozzle for the LEAP engine
        • Table Figure 15: Lenovo integrates UiPath's RPA software for internal audit
      • Drones
        • Table Figure 16: Walmart has been testing drone delivery since 2015
    • Collaboration
      • Collaboration tools
        • Table Figure 17: Data collected by drones can be used to build 3D models
        • Table Figure 18: Meta's Horizon Workrooms is available to download on Quest 2
      • Customer relationship management
        • Table Figure 19: Microsoft's Mesh allows users to connect with a holographic presence
    • Interpretation
      • Table Figure 20: The AI value chain
      • Machine learning
        • Table Figure 21: Pony.ai uses ML to train autonomous vehicles
        • Table Figure 22: AlphaFold has used machine learning to predict every protein structure known to science
      • Computer vision
        • Table Figure 23: Sight Diagnostics's Olo uses CV to process scans
      • Context-aware computing
        • Table Figure 24: IBM Maximo Visual Inspection uses CV to analyze images
        • Table Figure 25: PAL is a wearable on-device deep learning platform for personalized and context-aware real-world interventions
      • Data science
        • Table Figure 26: IBM Instana observability improves enterprise application performance monitoring
  • Trends
    • Technology trends
      • Table Technology trends
    • Macroeconomic trends
      • Table Macroeconomic trends
    • Regulatory trends
      • Table Regulatory trends
  • Data Analysis
    • Market size and growth forecasts
      • Robotics
        • Table Figure 27: The robotics industry will grow at a CAGR of 30% between 2021 and 2030
        • Table Figure 28: The industrial robotics market will be worth $352 billion by 2030
        • Table Figure 29: Exoskeletons are the fastest-growing robotics category
      • Enterprise IoT
        • Table Figure 30: The global enterprise IoT market will generate $865.9 billion in revenue by 2026
      • Industrial Internet
        • Table Figure 31: The global Industrial Internet market will reach $461.9 billion by 2026
      • Artificial intelligence
        • Table Figure 32: The AI market will be worth $135.8 billion in 2026, up from $68.1 billion in 2021
        • Table Figure 33: The US dominates the AI market
      • 5G
        • Table Figure 34: Global 5G subscriptions will top five billion in 2027
        • Table Figure 35: North America will lead the way in 5G penetration
      • Communication and collaboration (C&C)
        • Table Figure 36: The communications and collaboration (C&C) market will be worth $346.5 billion by 2026
        • Table Figure 37: The Asia-Pacific C&C market is estimated to hit $130.9 billion by 2026
    • Mergers and acquisitions
      • Table Mergers and acquisitions
    • Company filing trends
      • Table Figure 38: Company mentions of the future of work grew rapidly between 2019 and 2021
      • Table Figure 39: Work from home was the most mentioned future of work-related keyword in company filings
    • Hiring trends
      • Table Figure 40: The number of active jobs has declined since January 2022
    • Timeline
      • Table Figure 41: The future of work story
  • Companies
    • Table Companies
  • Sector Scorecards
    • Industrial automation sector scorecard
      • Who's who
        • Table Figure 42: Who does what in the industrial automation space?
      • Thematic screen
        • Table Figure 43: Thematic screen - Industrial automation sector scorecard
      • Valuation screen
        • Table Figure 44: Valuation screen - Industrial automation sector scorecard
      • Risk screen
        • Table Figure 45: Risk screen - Industrial automation sector scorecard
    • Application software sector scorecard
      • Who's who
        • Table Figure 46: Who does what in the application software space?
      • Thematic screen
        • Table Figure 47: Thematic screen - Application software sector scorecard
      • Valuation screen
        • Table Figure 48: Valuation screen - Application software sector scorecard
      • Risk screen
        • Table Figure 49: Risk screen - Application software sector scorecard
  • Glossary
    • Table Glossary
  • Further Reading
    • GlobalData reports
      • Table GlobalData reports
  • Our thematic research methodology
    • Table Figure 50: Our five-step approach for generating a sector scorecard
  • About GlobalData
  • Contact Us

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