SQL Server 2016 End of Service: opportunity to modernize on AWS

Microsoft SQL Server 2016’s extended support is scheduled to end on July 14, 2026, meaning no new security updates or patches will be supplied thereafter. Running a database platform past its end of support significantly increases security, compliance, and operational risk, especially for regulated workloads. Particularly for regulated workloads under GDPR and DORA, prompting a strategic rethink of data platforms.

In Europe, where data sovereignty and compliance are paramount, prolonged exposure could undermine business continuity and stakeholder trust. Rather than simply upgrading in place, this End of Service event is a strong catalyst for rethinking your data platform strategy. Particularly in the context of a move to the cloud. AWS offers a robust set of solutions and commercial incentives designed to both modernize SQL Server workloads and optimize long-term costs.

Migration & modernization options on AWS

AWS provides a full spectrum of choices for SQL Server workloads that are approaching or past end of support already. All balancing speed, control, and cost optimization:

1. Rehost (“Lift and Shift”) to AWS EC2:
   You can migrate your existing SQL Server instances to Amazon EC2 virtual machines without a major application redesign. This approach lets you preserve your existing environment while moving away from on-premises hardware, and you can bring your own licenses (BYOL) or adopt a license-included model. Even if SQL Server 2016 itself is still in use, migrating to AWS EC2 eliminates reliance on end-of-life servers, storage, and virtualization platforms. This immediately reduces hardware failure risk and datacenter renewal costs.
2. Managed Database (RDS for SQL Server):
   Amazon RDS for SQL Server is a fully managed database service that automates routine tasks such as patching, backups, and high availability, enabling teams to focus on value-add initiatives instead of infrastructure operations. RDS supports upgrading to newer SQL Server versions as part of migration planning.
3. Custom Managed Environment:
   For workloads needing deeper OS access or legacy behaviours, Amazon RDS Custom for SQL Server combines managed service automation with greater control over the underlying OS and configuration.
4. Refactor for Purpose-Built Databases:
   Where modernization is a priority, migrating to AWS purpose-built services like Amazon Aurora or migrating application logic to microservices can unlock performance and scalability improvements beyond the capabilities of traditional SQL Server engines.

Planning your SQL Server End of Service strategy

The remaining time is limited but it isn’t too late yet. By viewing SQL Server 2016’s End of Service as a strategic inflection point rather than a compliance burden, organizations can modernize their infrastructures, reduce total cost of ownership, and unlock cloud-native capabilities that support long-term innovation:

1. Key consideration is to assess current SQL Server estate, dependencies, and feature usage.
2. Next is to choose an appropriate AWS migration path (rehost, managed service, or refactor).
3. For European companies, AWS EU regions ensure data residency compliance while enabling hybrid strategies.

We will be by your side in this process and assist you unlocking the right funding options for budgetary relief of mitigating the risks from SQL Server 2016 sunsetting.

👉 Book your meeting to discuss your potential next step.