A cloud deployment model influences key factors including security, cost, scalability, and control, and these factors affect how organizations adopt and implement cloud services.

Verified by Lenz · May 2, 2026

The Short Version

The claim reflects a standard cloud-computing principle. Authoritative definitions and cloud-security guidance show that deployment models differ in ownership, control, and shared-responsibility structure, which in turn shape security, cost, scalability, and governance tradeoffs. Organizations commonly use those tradeoffs when choosing and implementing cloud services.

Caveats

Several supporting citations are vendor or training materials, so the strongest foundation is the NIST and ISO material rather than promotional summaries.
The exact effect of a deployment model varies by workload, architecture, regulatory requirements, and operating practices; the claim is reliable only at a general level.
Security, cost, scalability, and control are major adoption factors, but not the only ones; compliance, latency, vendor lock-in, and internal skills also matter.

The Receipts

Information security controls based on ISO/IEC 27002 for cloud services
ISO
The NIST Definition of Cloud Computing (SP 800‑145)
NISTSep 1, 2011
ISO/IEC 27017:2015 Code of Practice for Information Security Controls
Microsoft Learn
ISO/IEC 27017 - Compliance
Google Cloud
ISO 27017 / 27018 - Cloud Security & PII Protection
Aikido
ISO 27017 Certification for Cloud Security & Compliance
ARM Innovations
Top Cloud Security Standards & Frameworks: ISO/IEC, NIST, CIS
Wiz
Cloud Computing Deployment Models: Which One is Right for Your ...
ITU Online
ISO/IEC 27017: A Practical Guide to Cloud Security & Certification
Linford & Co.
Introduction to Cloud Deployment Models - Pass4sure
Pass4sure

+ 10 more sources — see the full list on Lenz

Filed Under

Cloud Computingcloud deployment model