Overview
Exostellar's Workload Optimizer
Example of how Exostellar's Workload Optimizer can significantly reduce overall cloud spend and enable more compute with the same amount of resources.
Part of the Infrastructure Optimizer (IO) and Workload Optimizer suite, this tool offers an intuitive user interface (UI) designed to simplify monitoring and management of your cloud stack.
Key features include:
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Dashboard: Delivers a high-level overview with drill-down capabilities, allowing users to access detailed insights into node performance and cluster cost savings.
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VM Image Library: Acts as a central repository for managing and organizing VM images, streamlining access and deployment.
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Profiles: Manages launch configurations for workloads, enabling users to easily set up and adjust settings for controller and worker nodes.
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Application Environments: Supports integration with various environments, such as Kubernetes and Slurm, enhancing flexibility and adaptability across deployments.
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Settings: Provides tools for license management and software updates, ensuring all components are secure and up-to-date.
This robust UI gives users full control over their cloud infrastructure, promoting efficiency and optimized resource utilization.
Highlights
- Stateful workload optimization through autonomous right sizing of EC2 standard instances
- EC2 Spot price with on-demand reliability, safe for mission-critical stateful workloads.
- Eliminate over-provisioned and idle resources by dynamically right-sizing resources with zero downtime.4
Details
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Pricing
Dimension | Cost/hour |
---|---|
m5d.xlarge Recommended | $0.00 |
m7i.24xlarge | $0.00 |
m5.large | $0.00 |
m5.8xlarge | $0.00 |
m5d.12xlarge | $0.00 |
m6i.16xlarge | $0.00 |
m7i.48xlarge | $0.00 |
m7i.16xlarge | $0.00 |
m5d.24xlarge | $0.00 |
m6i.32xlarge | $0.00 |
Vendor refund policy
No refunds
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Delivery details
64-bit (x86) Amazon Machine Image (AMI)
Amazon Machine Image (AMI)
An AMI is a virtual image that provides the information required to launch an instance. Amazon EC2 (Elastic Compute Cloud) instances are virtual servers on which you can run your applications and workloads, offering varying combinations of CPU, memory, storage, and networking resources. You can launch as many instances from as many different AMIs as you need.
Version release notes
Summary Version 2.6.2 Release Highlights:
Enhancements: Added the 5.15.185 Linux guest kernel Enable Infrastructure Optimizer per-sandbox Cost calculation process artifact improvements
Hardening: Fixed sandbox bin packing panic
Summary Version 2.6.0 Release Highlights: This release adds new functionality to change the guest Linux kernel version and now supports v5.4 LTS, introduces platform support for Cilium in Kubernetes deployments, and enables management of volume encryption for sandboxes, workers, and controllers. The Platform Guest Agent has been hardened, refactored into a single binary distribution, and can now be updated independently. Finally, Xcontainers can be disabled via a new feature toggle to enhance customer isolation in multi tenant environments.
New Features (Kernel) Support for Linux LTS Kernel v5.4 (5.4.293) (Security) Management for volume encryption keys on sandboxes, workers, and controllers (Kubernetes) Platform support for Cilium deployments (Agent) Independent update capability for the Platform Guest Agent
Improvements (Agent) Refactored Guest Agent into a single binary distribution and optimized for performance (Profile) Added options in the profile form to select Xcontainer enablement and kernel version (Isolation) Feature toggle for Xcontainers to enhance customer isolation in multi tenant environments
Security & Hardening (Agent) Hardened Platform Guest Agent with improved efficiency and stricter security controls
Resolve Issues in This Release XPU 1245 Support for 5.4.293 LTS Linux Kernel XPU 213 Guest Agent Refactoring XPU 629 Management for encryption keys for volume encryption XPU 712 Cilium Support XPU 747 Make Xcontainer configurable XPU 205 Turn Guest Agent into a single binary distribution XPU 1008 Add Xcontainer and Kernel version options in profile form
Summary Version 2.5.5 (Patch) + 2.5.3 (Major) Release Highlights: This release introduces real time workload right sizing with Workload Optimizer (WO), a new Event Visibility Engine, Terraform deployment support, native Kubernetes integration via Karpenter, and user experience improvements. Patch version 2.5.5 adds support for multiple CIDR blocks and consolidates EMS services.
New Features (WO) Real time right sizing for Slurm, LSF, and Kubernetes (Events) Historical and real time event visibility with dashboard and streaming support (K8s) Native Exostellar Karpenter integration via ExoNodeClass and ExoNodePool (IaC) Terraform deployment support via terraform exostellar modules
Improvements (UI) New Workload Dashboard (UI) Updated Cost Savings page for IO and WO visibility (System) Hyperthreading disabled by default in new profiles (UI) Placeholder text added to savings page for new deployments (Licensing) Descriptive error messaging for invalid license uploads
Security & Hardening (AWS) SSM Agent enabled at boot (Storage) Encrypted EBS volume support (Storage) Support for resizing EBS root and CSI volumes (Storage) iSCSI kernel module support during AMI parsing (Networking) Support for multiple CIDRs in VPCs (Networking) Support for multiple security groups during EMS deployment (Supportability) Accurate version reporting for upgrades (Supportability) Resolved draining state issue for nodes (Supportability) Scheduler logs now written to xspot.log (Storage) Secondary disks correctly added to vm.cfg (Stability) Improved tagging during EC2 creation (Security) Secure connections in LSF (System) Extended support for SLES15, custom DNS, and internet less installs
Patch Updates (v2.5.5) (Networking) Added support for environments with multiple CIDR blocks (UI) Updated NPM dependencies in EMS UI (Database) Consolidated database engines for EMS services
Additional details
Usage instructions
- Navigate to the Installation Overview section in the Exostellar Documentation and select your preferred installation method.
- Once deployment is complete, open a web browser and go to https://<EC2_Instance_Public_IP_Address> to access the UI, replacing <EC2_Instance_Public_IP_Address> with your instance's actual public IP address.
- To SSH into the instance, use rocky as the username.
Resources
Vendor resources
Support
Vendor support
We are committed to helping you resolve any issues and ensuring a smooth experience with our products.
For technical support, bug reports, and feature requests, visit the Exostellar Help Center, where you can easily track and manage all your requests.
If you need additional assistance, you can contact our dedicated support team at support@exostellar.io .
For other general inquiries, feel free to reach out to us at info@exostellar.io .
AWS infrastructure support
AWS Support is a one-on-one, fast-response support channel that is staffed 24x7x365 with experienced and technical support engineers. The service helps customers of all sizes and technical abilities to successfully utilize the products and features provided by Amazon Web Services.