QuipNetwork/quip-node-manager
Quip Node Manager
Quip Node Manager is a graphical user interface designed for deploying, monitoring, and configuring Quip Network nodes and their associated container stacks. It serves as a container orchestration dashboard that allows users to manage interconnected application services without using command-line tools.
The project features a hardware acceleration manager for mapping specific CPU and GPU compute resources to the runtime environment and managing device memory. It includes a system readiness validator to verify container tool availability and network port reachability before initiating the application stack, as well as a reverse proxy manager that automatically acquires and renews security certificates via DNS and email verification.
The software provides capabilities for automated node deployment, real-time runtime log streaming, and software update monitoring. It tracks image digests and application releases at fixed intervals to trigger automatic system restarts when updates are available.
Features
- Node Stack Deployments - Launches a node, dashboard, and database using container orchestration or native binaries across multiple operating systems.
- Network Node Management Interfaces - Provides a graphical interface for deploying, monitoring, and configuring network nodes to replace command-line tools.
- Container Orchestration Dashboards - Provides a visual control plane for deploying interconnected application services and streaming real-time runtime logs.
- Container Stack Management - Provides a dashboard for grouping and managing interconnected container services as a single logical unit.
- Container Monitoring - Provides monitoring of containerized workloads through live log streaming and readiness checks.
- GPU Resource Allocators - Assigns specific CPU and GPU resources and manages device memory to optimize compute node performance.
- Node Container Managers - Manages the lifecycle of node containers, including image pulling and resource monitoring for network nodes.
- Node Infrastructure Automation - Automates the launch of nodes, dashboards, and databases across different operating systems.
- Compute Resource Mapping - Maps specific CPU and GPU compute resources to the runtime environment to control device memory allocation.
- Hardware Acceleration - Allows selection of specific CPUs or GPUs and management of device memory and yielding modes.
- Environment Readiness Diagnostics - Verifies container tool availability and network port reachability before initiating the application stack.
- Node Management Interfaces - Provides a graphical administrative interface for controlling and monitoring the operation of Quip Network nodes.
- Node Orchestration GUIs - Offers a graphical interface for deploying, monitoring, and configuring network nodes and their associated container stacks.
- System Readiness Verifications - Verifies container tool availability, asset staging, and network port reachability before initiating the application stack.
- Software Update Automation - Automates the cycle of checking for and installing updates based on image digest changes.
- Compute Resource Mapping - Provides a manager for mapping specific CPU and GPU compute resources to the runtime environment and managing device memory.
- Hardware Acceleration Managers - Includes a configuration interface for mapping specific CPU and GPU compute resources to the runtime environment.
- Automated Container Image Updaters - Monitors registries for new image versions and automatically restarts containers to apply updates.
- Image Digest Polling - Automatically tracks new image digests at fixed intervals to trigger system restarts when updates are available.
- Automated TLS Reverse Proxies - Integrates a reverse proxy that automatically requests and renews security certificates via DNS and email verification.
- TLS Certificate Management - Configures a reverse proxy to automatically acquire and manage TLS security certificates.
- Container Log Streaming - Captures stdout and stderr from container processes and pipes them to a real-time collapsible interface.
- Pre-Flight System Validators - Verifies system dependencies and network port availability before initiating the application stack.
- Comprehensive Readiness Checks - Runs diagnostics on container tools, asset staging, and port reachability to verify environment readiness.
