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Zero-Scale Platform Dashboard

Serverless Compute Runtime & Kubernetes Infrastructure Status

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Zero-Scale Stack Total

Combined compute footprint of serverless runtimes, shared PostgreSQL database, and Longhorn storage mesh

-- MB
-- Cores CPU • --% Cluster RAM
⚡ Microservices & Gateway
-- MB
Scaled-to-zero serverless runner & reverse proxy
🐘 CloudNativePG HA Pool
-- MB
Shared HA PostgreSQL database instances
🐮 Longhorn Storage Mesh
-- GB
Distributed replicate storage volume managers
⚡ Zero-Scale Deployed Services 0
Consolidated systemd runner compute runtime • 10s idle scale-down
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On-Demand Serverless Compute: Services remain "Scaled to Zero" when inactive to conserve cluster resources. Opening a service instantly boots it in under 200ms. If you click Open App on an idle service and switch tabs back to this dashboard within 10 seconds, the badge will show 🟢 Active before scaling down automatically after 10 seconds of idle!
Querying zero-scale runner runtime...
🖥️ Cluster Nodes 0
Connecting to cluster node metrics...
🚀 Architecture & Zero-Scale Memory Savings ~90% Memory Saved ⚡ Total Zero-Scale: -- MB across all nodes
Real-time memory savings vs. traditional 24/7 container & database overhead
⚡ Zero-Scale Serverless Savings
-- MB
Reclaimed by scaling idle microservices to 0 MB
⚡ Total Cluster Footprint: -- MB across all nodes
Zero-Scale Inactive --% Saved
🐘 CloudNativePG Pooling (Savings)
~620 MB Saved
Saves memory by pooling databases into 1 shared HA cluster vs 3+ separate 24/7 DB pods
Actual Consumption: ~280 MB (ha-postgres 2/2)
Net DB RAM Saved ~69% Saved
🐮 Unified Longhorn Storage
12 Volumes
Zero per-app storage daemon or controller overhead
Distributed Storage Mesh longhorn-2-replicas
📉 Net Cluster Memory Saved
-- GB
Actual: -- MB • Trad: -- MB
Total Footprint Reduction --%
Discovering cluster ingress services...
⚙️ Core Platform Operators 2 Active
High-Availability Data & Distributed Storage Controllers
Querying platform operators...