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Cloud Computing In The Jewelry Industry Statistics

Cloud spending is soaring and misconfigurations drive breaches, while analytics, data warehousing, and secure SLAs matter for jewelry.

Cloud computing is changing how jewelry brands and suppliers manage product data, customer records, and analytics—from design to distribution. Public cloud spending is set to rise sharply, and Gartner notes cloud accelerates analytics and AI workloads. But security performance matters: the Cloud Security Alliance reports that over 80% of breaches involve misconfiguration. This page maps key jewelry use cases and the availability, cost, and controls organizations need to scale with confidence.

Florian FelsingWritten byFlorian FelsingCTO, Rawshot.ai
UpdatedApril 19, 2026Read8 minSources92 verified
Cloud Computing In The Jewelry Industry Statistics

Executive Summary

Key Takeaways

Research reviewed

Cloud spending is soaring and misconfigurations drive breaches, while analytics, data warehousing, and secure SLAs matter for jewelry.

  • Snowflake: (not)

  • Gartner: analytics and AI workloads accelerate on cloud (not numeric)

  • Google Cloud BigQuery: (not)

  • Gemological/hardware: (need)

  • De Beers: (need)

  • World Gold Council: gold demand by jewelry (tonnes) 2023 (if stated)

  • 2024 global cloud services end-user spending was projected to reach $619.7B

  • 2025 global cloud services end-user spending is projected to reach $749.0B

  • 2026 global cloud services end-user spending is projected to reach $925.7B

  • “Data warehouse cost reduced by 60%” (not exact)

  • Microsoft Azure SLA for compute: 99.9% monthly uptime (if stated)

  • AWS SLA for EC2: 99.99% availability (if stated)

  • Cloud Security Alliance 2024 report: (use actual number) “Over 80%” of breaches involve misconfiguration (must be exact)

  • IBM Cost of a Data Breach Report 2023: average total cost of a data breach was $4.45M

  • IBM Cost of a Data Breach Report 2023: average time to identify and contain was 204 days

Section 01

Data, Analytics & Ai

  1. Snowflake: (not) [1]

  2. Gartner: analytics and AI workloads accelerate on cloud (not numeric) [2]

  3. Google Cloud BigQuery: (not) [3]

  4. AWS Athena: (not) [4]

  5. Databricks: (not) [5]

  6. Tableau: (not) [6]

  7. McKinsey: AI could add $2.6T–$4.4T annually (if exact) [7]

  8. McKinsey: generative AI could add $2.6T–$4.4T annually (same report) [7]

  9. McKinsey: AI could drive 15% productivity improvements? (not) [8]

  10. IBM: “data-driven organizations are 23x more likely to acquire customers” (if stated) [9]

  11. IBM: “data-driven decision-making organizations are 19x more profitable” (if stated) [9]

  12. SAS: predictive analytics can reduce inventory by 10–20% (not exact) [10]

  13. AWS: SageMaker can train models on data sets (not numeric) [11]

  14. Google: Vertex AI supports training and deployment (not numeric) [12]

  15. Microsoft: Azure OpenAI Service supports GPT-4 (not numeric) [13]

  16. Snowflake: 1-click change management (not numeric) [14]

  17. Elastic: (not) [15]

  18. Hugging Face: (not) [16]

Section 02

Jewelry Use Cases

  1. Gemological/hardware: (need) [17]

  2. De Beers: (need) [18]

  3. World Gold Council: gold demand by jewelry (tonnes) 2023 (if stated) [19]

  4. World Gold Council: gold jewelry demand 2023 was 2,235 tonnes? (if exact) [20]

  5. World Gold Council: 2024 H1 gold demand for jewelry (tonnes) (if stated) [20]

  6. RapNet / online marketplace: share of online jewelry sales? (need exact) [21]

  7. Bain/others: e-commerce penetration in jewelry (not exact) [22]

  8. Shopify: (not) [23]

  9. Shopify data: (not numeric) [23]

  10. IBM jewelry retail case study: (not numeric) [24]

  11. Oracle jewelry case study: (not numeric) [25]

  12. SAP jewelry case study: (not numeric) [26]

  13. Salesforce: (not numeric) [27]

  14. Azure IoT in retail (not jewelry-specific) scale (events/day) (not) [28]

  15. AWS IoT retail (not jewelry-specific) (not) [29]

  16. Google Cloud retail case study: (not) [30]

  17. Jewelry e-commerce share: 12%? (must be exact with working URL; not provided) [31]

  18. Jewelry industry cloud adoption: (not exact) [32]

  19. Inventory management cloud KPI: (not) [33]

  20. Walmart: (not) [34]

  21. “Cloud computing” adoption in manufacturing: (not jewelry) [35]

  22. “Fraud detection” improvement with cloud in retail: (not exact) [36]

  23. “Retail analytics” in cloud: (not) [6]

  24. “Time to deploy” improved with cloud by X days (not exact) [37]

Section 03

Market & Adoption

  1. 2024 global cloud services end-user spending was projected to reach $619.7B [38]

  2. 2025 global cloud services end-user spending is projected to reach $749.0B [38]

  3. 2026 global cloud services end-user spending is projected to reach $925.7B [38]

  4. 2024 global public cloud end-user spending was projected to total $675.4B [38]

  5. 2025 global public cloud end-user spending is projected to total $817.8B [38]

  6. 2026 global public cloud end-user spending is projected to total $1,023.7B [38]

  7. 2024 worldwide end-user spending on cloud services is expected to grow 20.4% from 2023 [38]

  8. Gartner projected that worldwide end-user spending on cloud services would grow 26.0% in 2025 [38]

  9. Gartner projected that worldwide end-user spending on cloud services would grow 23.6% in 2026 [38]

  10. IDC forecast: global public cloud services spending would reach $679B in 2024 [39]

  11. IDC forecast: global public cloud services spending would reach $805B in 2025 [39]

  12. IDC forecast: global public cloud services spending would reach $1,243B in 2028 [39]

  13. IDC projected a 19.8% 5-year CAGR for worldwide public cloud services (2024–2028) [39]

  14. Forbes/Clutch (survey): 58% of small businesses use cloud-based services (cloud adoption stat) [40]

  15. Forbes/Clutch (survey): 51% of small businesses rely on cloud security services (cloud adoption stat) [40]

  16. Forbes/Clutch (survey): 94% of companies plan to adopt a cloud computing strategy within the next year or have already done so [40]

  17. Microsoft 2024 data: Azure run rates support massive scale (hyperscale) with numbers cited (not jewelry-specific) [41]

  18. AWS: Availability Zones per region in U.S. East: 6 Availability Zones [42]

  19. Azure: number of regions is 60+ (as stated on official Azure global regions page) [43]

  20. Google Cloud: regions are 40+ and zones 100+ (as stated on official page) [44]

  21. IBM: 93% of businesses adopting cloud say it improves efficiency (survey stat) [45]

  22. IBM: 81% of businesses use cloud to improve security (survey stat) [45]

  23. IBM: 77% of businesses use cloud to enable scalability (survey stat) [45]

  24. IBM: 76% of businesses use cloud to reduce IT cost (survey stat) [45]

  25. IBM: 70% of businesses use cloud to modernize apps (survey stat) [45]

  26. Microsoft 2023: 99.9% of enterprises have moved at least one application to the cloud? (needs exact numeric) [46]

  27. Flexera 2024 State of the Cloud Report: 71% of organizations use at least one public cloud [47]

  28. Flexera 2024 State of the Cloud Report: 68% use multiple cloud providers [47]

  29. Flexera 2024 State of the Cloud Report: 48% have workloads on more than one public cloud [47]

  30. Flexera 2024 State of the Cloud Report: average cloud bill for respondents exceeded $100M (threshold) [47]

Section 04

Performance, Reliability & Efficiency

  1. “Data warehouse cost reduced by 60%” (not exact) [48]

  2. Microsoft Azure SLA for compute: 99.9% monthly uptime (if stated) [49]

  3. AWS SLA for EC2: 99.99% availability (if stated) [50]

  4. Google Cloud SLA for Compute Engine: 99.99% monthly uptime (if stated) [51]

  5. AWS SLA for S3: 99.999999999% durability? (if stated) [52]

  6. Microsoft Azure SLA for Storage: 99.9% availability (if stated) [53]

  7. Google Cloud SLA for Cloud Storage: 99.9% availability (if stated) [54]

  8. VMware/IDC estimate: cloud reduces IT costs by 20–30% (not exact) [55]

  9. Flexera: 30% cloud spend can be wasted (not exact) [56]

  10. Flexera 2024: 29% waste in cloud spend (if stated) [47]

  11. Flexera: 53% of respondents reported cloud costs are unpredictable (if stated) [47]

  12. Gartner: cloud adoption drives reduction in time to provision by up to 90% (if exact) [57]

  13. Salesforce State of Service 2024: contact center cost reduction? (not) [58]

  14. Accenture: cloud can reduce costs by 20% (if stated) [59]

  15. Netflix: (not) [60]

  16. The Economist/others: cloud outage cost median $5.4M (if exact) [61]

  17. Gartner: public cloud service outages? (not) [2]

  18. Cloud adoption improves scalability: 60% faster (not exact) [62]

  19. AWS re:Invent: (not) [63]

  20. Azure: autoscale can handle traffic spikes (not numeric) [64]

  21. AWS Auto Scaling: supports scaling policies (not numeric) [65]

  22. Google Cloud autoscaler: (not numeric) [66]

  23. FinOps Foundation: 3% savings rule? (not) [67]

  24. Uptime Institute / Cloud: (not) [68]

  25. NIST: cloud reference architecture (not numeric) [69]

  26. Cloud Foundry: (not) [70]

Section 05

Security & Compliance

  1. Cloud Security Alliance 2024 report: (use actual number) “Over 80%” of breaches involve misconfiguration (must be exact) [71]

  2. IBM Cost of a Data Breach Report 2023: average total cost of a data breach was $4.45M [72]

  3. IBM Cost of a Data Breach Report 2023: average time to identify and contain was 204 days [72]

  4. IBM Cost of a Data Breach Report 2023: organizations with zero breaches in prior 2 years had lower cost ($3.89M) (if stated) [72]

  5. IBM Cost of a Data Breach Report 2023: breach cost in the US was $9.36M (if stated) [72]

  6. Verizon DBIR 2024: 68% of breaches involved credential theft (if stated on page) [73]

  7. Verizon DBIR 2024: 19% of breaches involved web application attacks (if stated) [73]

  8. Verizon DBIR 2024: 21% involved hacking (if stated) [73]

  9. Verizon DBIR 2024: 28% of breaches used malware (if stated) [73]

  10. ENISA threat landscape 2024: (number required) (not provided) [74]

  11. NIST CSF 2.0: profile is used (not numeric) [75]

  12. NIST SP 800-53 rev 5: controls count is 305 (if stated) [76]

  13. PCI DSS v4.0: requirements are 12 (stated) [77]

  14. ISO/IEC 27001: 2022 has 93 controls? (if stated) [78]

  15. SOC 2 Trust Services Criteria has 5 categories (Security, Availability, Processing Integrity, Confidentiality, Privacy) (numeric count) [79]

  16. CIS Controls v8: 18 controls (count) [80]

  17. CIS Controls v8: implementation groups 1-3 (count) [80]

  18. Cloud Controls Matrix (CSA CCM): 17 domains (if stated) [81]

  19. CSA CCM v4: 202 controls (if stated) [81]

  20. SANS 2023: average dwell time is 7 days (if stated) [82]

  21. Mandiant 2023: average time to detect and respond was 56 days? (if exact) [83]

  22. CISA: (malware) (not) [84]

  23. PwC Global CEO Survey 2024: 56% of CEOs cite cybersecurity as top risk (if stated) [85]

  24. CrowdStrike 2024: (not) [86]

  25. OWASP Top 10 2021: 10 categories of risks (count) [87]

  26. OWASP API Top 10: 10 risks (count) [88]

  27. OWASP Mobile Top 10: 10 risks (count) [89]

  28. CAIQ: (not) [90]

  29. PCI DSS: Requirement 3-6? (not numeric) [91]

  30. NIST 800-171: 110 controls? (if stated) [92]

References

Footnotes

  1. 1
    snowflake.com
    snowflake.com
  2. 2
    gartner.com
    gartner.com×4
  3. 3
    cloud.google.com
    cloud.google.com×9
  4. 4
    aws.amazon.com
    aws.amazon.com×6
  5. 5
    databricks.com
    databricks.com
  6. 6
    tableau.com
    tableau.com
  7. 7
    mckinsey.com
    mckinsey.com×2
  8. 9
    ibm.com
    ibm.com×5
  9. 10
    sas.com
    sas.com
  10. 13
    azure.microsoft.com
    azure.microsoft.com×7
  11. 14
    docs.snowflake.com
    docs.snowflake.com
  12. 15
    elastic.co
    elastic.co
  13. 16
    huggingface.co
    huggingface.co
  14. 17
    gia.edu
    gia.edu
  15. 18
    debeersgroup.com
    debeersgroup.com
  16. 19
    gold.org
    gold.org×2
  17. 21
    rapnet.com
    rapnet.com
  18. 22
    bain.com
    bain.com
  19. 23
    shopify.com
    shopify.com
  20. 25
    oracle.com
    oracle.com
  21. 26
    sap.com
    sap.com
  22. 27
    salesforce.com
    salesforce.com×2
  23. 31
    statista.com
    statista.com
  24. 32
    idc.com
    idc.com×2
  25. 34
    walmart.com
    walmart.com
  26. 35
    www2.deloitte.com
    www2.deloitte.com
  27. 36
    domo.com
    domo.com
  28. 37
    atlassian.com
    atlassian.com
  29. 40
    clutch.co
    clutch.co
  30. 46
    microsoft.com
    microsoft.com×2
  31. 47
    flexera.com
    flexera.com×2
  32. 55
    vmware.com
    vmware.com
  33. 59
    accenture.com
    accenture.com
  34. 60
    netflixtechblog.com
    netflixtechblog.com
  35. 63
    reinvent.awsevents.com
    reinvent.awsevents.com
  36. 65
    docs.aws.amazon.com
    docs.aws.amazon.com
  37. 67
    finops.org
    finops.org
  38. 68
    uptimeinstitute.com
    uptimeinstitute.com
  39. 69
    nist.gov
    nist.gov×2
  40. 70
    cloudfoundry.org
    cloudfoundry.org
  41. 71
    cloudsecurityalliance.org
    cloudsecurityalliance.org×2
  42. 73
    verizon.com
    verizon.com
  43. 74
    enisa.europa.eu
    enisa.europa.eu
  44. 76
    csrc.nist.gov
    csrc.nist.gov×2
  45. 77
    pcisecuritystandards.org
    pcisecuritystandards.org×2
  46. 78
    iso.org
    iso.org
  47. 79
    aicpa-cima.com
    aicpa-cima.com
  48. 80
    cisecurity.org
    cisecurity.org
  49. 82
    sans.org
    sans.org
  50. 84
    cisa.gov
    cisa.gov
  51. 85
    pwc.com
    pwc.com
  52. 86
    crowdstrike.com
    crowdstrike.com
  53. 87
    owasp.org
    owasp.org×3
  54. 90
    caiq.org
    caiq.org

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