Platform architecture
Environment structure, components, agents, execution model and high availability requirements.
Teksio helps define the architecture, integration model and operating design before implementation begins, with the workload and business process at the center.
The architecture needs to account for workload volumes, dependencies, execution patterns, calendars, integrations, availability, security and operational ownership.
Teksio looks beyond the scheduler itself and defines how the platform should support the way workloads actually run.
The design covers the platform, workload, integration and operating layers that make automation dependable.
Environment structure, components, agents, execution model and high availability requirements.
Job dependencies, workflows, calendars, parameters and reusable automation patterns.
Application interfaces, APIs, databases, file transfers and cross-platform dependencies.
Roles, credentials, permissions and separation of responsibilities.
Monitoring, alerting, recovery, support ownership and operational processes.
Architecture also needs to account for the move from established on-premise scheduling environments toward cloud, hybrid and SaaS operating models.
Assess workload dependencies and operating implications before changing the hosting model.
Design around the target operating model when adopting Redwood RunMyJobs as a SaaS workload automation platform.
Create patterns that can scale as workloads, applications and business requirements change.
Talk to Teksio about the workloads, platform and operating model you are planning.