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supply chain digital control tower
How Cloud-Native Platforms are Improving Global Supply Chain Resilience
Discover how cloud-native, API-driven platforms improve global supply chain resilience through real-time visibility, elasticity, decentralization and embedded analytics ...
Carl Torrence
|
December 3, 2025
|
API-driven logistics
,
cloud-native logistics
,
cloud-native supply chain
,
containerized supply chain systems
,
cross-border fulfillment technology
,
decentralized architecture supply chain
,
elastic digital infrastructure
,
embedded analytics logistics
,
global logistics monitoring
,
global supply chain resilience
,
international shipping technology
,
logistics automation cloud
,
logistics visibility
,
microservices logistics
,
predictive supply chain analytics
,
real-time tracking IoT
,
supply chain cybersecurity
,
supply chain digital control tower
,
supply chain scalability
,
supply chain uptime
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Modern Software Development and Delivery
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How would you best describe your organization's current software delivery environment(s) on mainframe computers? (Select all that apply)
(Required)
Primarily manual or legacy delivery processes
Automated CI/CD in limited areas
Hybrid environment with multiple delivery platforms and toolchains
Mostly standardized CI/CD platform
Intelligent, governed software delivery platform
My organization does not utilize mainframes
Not sure / don't know
Which outcomes are most important to your organization's software delivery strategy today? (Select up to three)
(Required)
Accelerating software delivery
Automating build, test, and deployment workflows
Integrating security and compliance into delivery
Providing governance and auditability
Supporting AI-assisted software delivery
Improving software supply chain visibility
Standardizing delivery across teams
Supporting both modern and legacy application delivery
Other
Not sure / don't know
What, if anything, is limiting your organization's mainframe software delivery progress? (Select up to three)
(Required)
Legacy applications or legacy development processes
Fragmented tools and disconnected workflows
Security, governance, or compliance requirements
Limited automation across the delivery lifecycle
Difficulty integrating AI into software delivery workflows
Skills or resource constraints
Organizational or cultural resistance to change
Limited visibility across the software delivery lifecycle
Budget or investment constraints
Other
Nothing is significantly limiting our progress
Not sure / don't know
In which areas of your mainframe software delivery environment are you currently using AI? (Select all that apply)
(Required)
Code generation / developer assistance
Automated testing / test generation
Build and pipeline optimization
Deployment automation
Monitoring and incident response
Security / compliance automation
Other
We are not currently using AI in our environment today
As software delivery responsibilities expand beyond traditional build, test, and deploy, which of the following areas is the most challenging for your organization today with respect to mainframe software delivery? (Select one)
(Required)
Integrating security throughout the software delivery lifecycle
Meeting governance, audit, or compliance requirements
Managing software supply chain integrity and visibility
Operationalizing AI across software delivery workflows
Coordinating software delivery across diverse tools, teams, and environments
Other
None of these are significant challenges
Not sure / don't know
Which of the following do you expect is most likely to accelerate your organization's mainframe software delivery progress over the next 12-18 months? (Select one)
(Required)
Greater automation across the software delivery lifecycle
Broader use of AI-assisted software delivery workflows
Stronger governance, policy, and compliance automation
Improved software supply chain visibility
Better integration across software delivery tools and platforms
Greater standardization across development teams
Other
No significant changes are planned
Not sure / don't know
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