A new resource connector links Symphony Host Factory to Azure Compute Fleet, so established Symphony environments can elastically extend into Azure.
Why this matters for large-scale compute
Enterprises running large scale AI, analytic, and high-performance computing (HPC) environments need more than infrastructure. They need to dynamically match thousands of jobs with available capacity while balancing performance, resilience, availability, and cost.
Microsoft Azure and IBM are announcing the IBM® Spectrum Symphony Provider Plugin for Microsoft Azure Compute Fleet. The integration enables IBM Spectrum Symphony and Azure Compute Fleet to dynamically access and manage Azure compute capacity, providing an optimized execution environment and allowing enterprises to extend and elastically burst established Symphony environments to Azure.
IBM Symphony is a proven workload orchestration platform used across financial services, manufacturing, life sciences, energy, and other compute-intensive industries.
How the integration works
At the center of the integration is an Azure resource connector for IBM Host Factory. The connector translates Symphony resource requirements into Azure Compute Fleet requests, creating a direct bridge between the Symphony orchestration layer and Azure infrastructure. The architecture maintains a clear separation of responsibilities: Symphony manages the workload while Azure Compute Fleet manages access to compute capacity.
The request path is straightforward:
- When workload demand increases, Symphony determines the additional resources required through Host Factory.
- The Azure resource connector translates those requirements into a Compute Fleet request, and Azure provisions eligible infrastructure.
- The resulting Azure virtual machines join the Symphony environment as execution hosts and begin processing jobs. As workload demand decreases, the resources can be returned.
What the plugin delivers
The Microsoft and IBM collaboration brings together Symphony’s enterprise workload orchestration capabilities with the scale and flexibility of Azure Compute Fleet:
- Dynamically provision and scale as Symphony workload demand increases or decreases, keeping resource use matched to actual need.
- Maintain workload performance through policy-driven elasticity governed by existing workload priorities and service-
- Take advantage of Azure Virtual Machines’ wide array of SKU choices by flexibly deploying based on workload requirements and available capacity.
- Seamlessly leverage Spot instances, so that workloads can run at optimal cost.
- Support hybrid workload orchestration that extends established Symphony environments to Azure, realizing the cost and availability benefits of hybrid multicloud deployment.
Capabilities available to Symphony customers on Azure
Symphony on Azure enables customers to:
- Access a broader pool of Azure capacity by provisioning across multiple eligible VM families instead of relying on a single VM SKU.
- Select infrastructure using workload attributes such as vCPU, memory, storage, and other requirements.
- Balance availability and cost through a flexible combination of Azure Spot Virtual Machines and pay-as-you-go VMs.
- Increase workload throughput and infrastructure utilization by matching queued jobs with suitable Azure capacity.
- Expand compute capacity during periods of peak demand while provisioning steady-state infrastructure for typical usage.
These capabilities are particularly valuable for financial risk calculations, scientific computing, engineering analysis, and other large-scale batch workloads. Different jobs can require different combinations of CPU, memory, performance, availability, and price, and Azure Compute Fleet can provision across eligible VM types and purchasing models, expanding the pool of infrastructure available to execute those workloads for faster, more cost-efficient deployments.
Bringing established environments forward
Many enterprises have invested years developing sophisticated Symphony environments with application-specific scheduling policies, priorities, queues, service-level objectives, and operational processes. The plugin preserves that investment: scheduling policy and operational process stay in Symphony, while Azure supplies elastic capacity underneath.
Microsoft and IBM are working with joint enterprise customers across financial services and other compute-intensive industries to expand adoption and advance the integration.
“Symphony’s native enablement on Azure gives our joint customers a best-in-class platform for orchestrating HPC workloads with the performance, resilience, and cost efficiency they require,” said Sripriya Srinivasan, General Manager, IBM Software Products, IBM. “This is a transformational step forward for hybrid computing.”
Partner opportunity
For partners with HPC, risk analytics, or scientific computing practices, this opens repeatable engagement motions: assess existing Symphony estates, design the Compute Fleet capacity strategy across Spot and pay-as-you-go, package burst-to-Azure as a managed offer, and grow consumption as workloads scale.
Get started
Read the full technical walkthrough on how to burst IBM Spectrum Symphony into Microsoft Azure with the new Azure Compute Fleet cloud provider: https://aka.ms/IBMSymphony-AzureComputeFleet-TCBlog
To download the Azure Compute Fleet plugin for IBM® Spectrum Symphony, visit the Azure Marketplace.