Industrial IoT platforms depend on infrastructure that can support continuous operations, real-time visibility, and reliable access to business-critical systems.
For one U.S.-based provider of Industrial IoT and SCADA solutions, the existing hosting environment was creating reliability and performance challenges that made it increasingly difficult to support platform stability, customer expectations, and future growth.
To build a stronger foundation for its platform, the company partnered with CloudHesive to migrate critical workloads to AWS and establish a secure, resilient cloud environment designed for long-term scalability.
The Challenge: Improving Reliability for a Business-Critical Industrial IoT Platform
The company provides Industrial IoT and SCADA solutions that give organizations real-time visibility and control over critical infrastructure across data centers, energy, telecommunications, and commercial facilities.
As the platform continued to support business-critical operations, infrastructure reliability became increasingly important.
The previous hosting environment was experiencing service disruptions and slow recovery from failures. These limitations increased operational risk and made it harder to maintain the level of stability required by both the platform and its customers.
The company needed to move away from its existing hosting environments and migrate to AWS through an architecture that could:
- Improve platform reliability and resilience
- Minimize downtime during migration
- Strengthen disaster recovery readiness
- Provide a clear and controlled cutover path
- Support business-critical applications
- Improve operational visibility
- Create a scalable foundation for future growth
The objective was not simply to move workloads. The organization needed a production-ready AWS foundation capable of supporting the platform over the long term.
The Solution: A Secure and Scalable AWS Landing Zone
CloudHesive designed and implemented an AWS Landing Zone to support the migration of critical workloads.
The architecture established a secure and scalable cloud foundation designed to improve resiliency, simplify operations, and support continued platform growth.
The project included:
- Design and implementation of an AWS Landing Zone
- AWS connectivity with existing environments
- Workload migration using AWS Application Migration Service
- Disaster recovery capabilities for migrated workloads
- Security controls for the new environment
- DNS migration and application cutover
- Testing and validation before production traffic was transitioned
- 24/7 monitoring and proactive incident response through CloudHesive Managed Services
AWS Control Tower helped establish the cloud foundation, while Amazon EC2 provided compute resources for migrated workloads and AWS Application Migration Service supported the workload transition to AWS.
CloudHesive also managed DNS migration and cutover activities, transitioning application traffic to the AWS-hosted environment after testing and validation.
Beyond Migration: 24/7 Managed Services
Moving workloads to AWS was only part of the modernization strategy.
Following the migration, CloudHesive Managed Services provided continuous monitoring, security coverage, and proactive incident response to support platform reliability and performance.
This gave the organization an ongoing operating model designed to identify potential issues, strengthen visibility, and support the environment as the platform continues to scale.
The Results: A More Resilient and Production-Ready AWS Environment
With CloudHesive’s support, the company moved to a more resilient, production-ready AWS environment designed to reduce the limitations of its previous hosting infrastructure.
The new cloud foundation delivered several important benefits:
- Improved recovery readiness
- Greater operational visibility
- A more resilient cloud architecture
- Continuous 24/7 monitoring and support
- Security coverage and proactive incident response
- Greater ability to scale the Industrial IoT platform
- A stronger foundation for supporting critical customer operations
The modernization also positioned the company to explore additional cloud-native capabilities as its platform evolves.
Building a Foundation for Advanced Analytics and AI
For Industrial IoT organizations, cloud modernization can create value well beyond infrastructure improvement.
A scalable cloud foundation can make it easier to introduce new capabilities around analytics, automation, and AI-driven operational insights.
With its AWS environment in place, the company is now better positioned to continue evolving its Industrial IoT platform while supporting the reliability and scalability required by business-critical customer operations.
Why Cloud Resilience Matters for Industrial IoT
Industrial IoT and SCADA platforms often support systems where availability and recovery are critical.
When infrastructure experiences frequent disruptions or slow recovery, the impact can extend beyond IT operations to customer experience, operational continuity, and business growth.
A well-designed cloud environment can help organizations:
- Improve recovery readiness
- Increase platform resilience
- Strengthen operational visibility
- Reduce infrastructure limitations
- Support continuous monitoring
- Scale more efficiently
- Prepare for future analytics and AI initiatives
Cloud migration is most valuable when it creates a stronger operating model—not simply a new hosting location.
Modernize Your Cloud Infrastructure with CloudHesive
CloudHesive helps organizations migrate and modernize critical workloads with cloud architectures designed for resilience, security, and long-term growth.
From landing zone design and workload migration to disaster recovery and 24/7 managed services, our teams help organizations build cloud environments that can support today’s operations and tomorrow’s innovation.
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