Operational automation¶
Distributing your SaaS Product is only the first hurdle. Operating it at scale is even a bigger challenge as it requires large amount of engineering and support resources.
With Omnistrate, you get:
- Operational visibility
- Inventory management
- Monitoring
- Alert management
- Fleet operations
- Tenant management
Operational visibility¶
To operate your SaaS, you need an Operational visibility into whats happening in your fleet from in-depth metrics, logging to alerting capabilities using your favorite tools.
More specifically:
- Comprehensive overview of your fleet with a dashboard that displays real-time alerts, health status, patching progress, and distribution across different versions for proactive management
- For metrics and logging, please see here
- You can access Kubernetes Dashboard to check real-time operational status and health of Kubernetes clusters
- For fleet-wide activity, you can see all the current operations happening in the fleet with details.
Fleet dashboard¶
The Fleet Dashboard provides comprehensive visibility into your SaaS fleet operations, offering real-time insights into deployment health, workflow status, patching progress, and operational metrics across all your deployment models and cloud environments. For more details, see Fleet Dashboard.
Inventory management¶
You can search deployment instances, cells and explore your fleet knowing the exact software and hardware configuration provisioned for each of your deployments.
Deployment instances¶
Deployment instances are running instances of your SaaS product that have been provisioned for your customers. You can manage instances through multiple interfaces and perform various operations like stopping, restarting, scaling, and updating configurations. For more details, see Deployment Instances.
You can also adopt existing customer application installations and manage their upgrade path. For more information, see Adopt Deployment Instances.
Deployment cells¶
Deployment cells are the foundational building blocks of Omnistrate's cellular architecture. These are isolated, self-contained units of compute infrastructure where your services run across multiple clouds and customer environments. For more details, see Deployment Cells.
You can also adopt existing Kubernetes clusters as deployment cells. For more information, see Adopt Deployment Cells.
BYOC cloud accounts¶
Manage your customers' BYOC (Bring Your Own Cloud) accounts for BYOC and On-Prem Copilot deployments. BYOC addresses critical customer requirements around data sovereignty, security compliance, and cost control. For more details, see BYOC Cloud Accounts.
Automated operations¶
Omnistrate automates common day-2 operations for your SaaS out of the box.
Workflows¶
Workflows represent automated sequences of operations that manage the lifecycle of your SaaS infrastructure. They orchestrate complex tasks such as provisioning, scaling, updating, and deprovisioning resources across your deployment infrastructure. For more details, see Workflows.
Monitoring with auto-recovery¶
Omnistrate provides comprehensive monitoring with auto-recovery capabilities for control plane, data plane infrastructure, and application health. The platform automatically detects and recovers from various types of failures. For more details, see Monitoring.
Fleet operations¶
Fleet operations must be straightforward and efficient to ensure your team can respond quickly to incidents and routine maintenance tasks. Omnistrate centralizes operational tools, making it easy to execute actions such as patching, scaling, and rolling updates across your entire fleet with minimal effort. The platform's intuitive interfaces and automation capabilities reduce manual intervention, lower the risk of errors, and accelerate response times.
Alert center¶
Alert center allows you to configure notification types and channels to your needs. For detailed information on alert management and configuration, see Alert Management.
Secure remote access¶
Omnistrate provides secure remote access to any deployment cell (Kubernetes cluster) through the CLI, eliminating the need for complex networking configurations. This feature uses secure mTLS reverse tunneling and works with existing Kubernetes tools. For more details, see Deployment Cell Access.