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Wave Autoscale Core is the primary engine powering automated Kubernetes Day 2 operations, delivering 2x faster scaling and up to 40% cost savings through ML-driven optimization and real-time resource management.
Key Features:
- Autopilot ML-based real-time autoscaling with workload-specific models
- Smart Sizing for dynamic Pod CPU and memory optimization
- Wave Flow adaptive traffic shaping via Proxy-WASM for Istio, Kong, and Ambient Mesh
- Comprehensive Insights Dashboard with reliability, performance, and cost analytics
- Real-time Kubernetes resource monitoring and metrics collection
- Alert management with multi-channel notifications (Slack, Email, Webhook)
- RESTful API server for frontend and external integrations
- DuckDB-based analytics for time-series data and historical analysis
Core Capabilities:
- Event-driven architecture with EventQueue message bus
- License validation with AWS Marketplace integration
- Kubernetes API integration for Deployments, StatefulSets, and DaemonSets
- Autopilot scheduler with cron-based configuration and business event presets
- Min/Max replica recommendations and resource rightsizing
- Priority-based load shedding and critical service protection
- Cluster resource forecasting and capacity planning
Technology Stack: Rust, Tokio async runtime, DuckDB, Kubernetes API, Custom HTTP framework
The Core service runs on port 3024 and orchestrates all Wave Autoscale operations, integrating with Wave Intelligence (ML engine) and providing APIs for the Web Console.
The following information was extracted from the containerfile and other sources.
| Summary | Wave Autoscale Core - ML-driven Kubernetes autoscaling platform |
| Description | Wave Autoscale Core Engine |
| Provider | STCLAB |
| Maintainer | team@waveautoscale.com |
The following information was extracted from the containerfile and other sources.
| Repository name | wave-autoscale-core |
| Image version | 3.0.1 |
| Architecture | amd64 |
| Exposed ports | 3024:http |
Use the following instructions to get images from a Red Hat container registry using registry service account tokens. You will need to create a registry service account to use prior to completing any of the following tasks.
First, you will need to add a reference to the appropriate secret and repository to your Kubernetes pod configuration via an imagePullSecrets field.
Then, use the following from the command line or from the OpenShift Dashboard GUI interface.
Use the following command(s) from a system with podman installed
Use the following command(s) from a system with docker service installed and running
Use the following instructions to get images from a Red Hat container registry using your Red Hat login.
For best practices, it is recommended to use registry tokens when pulling content for OpenShift deployments.
Use the following command(s) from a system with podman installed
Use the following command(s) from a system with docker service installed and running