Engineered for Elasticity

Intelligent
Auto-Scaling

Dynamically adjust compute resources in real-time based on traffic, load, and custom metrics. Scale up to handle spikes, scale down to cut costs, and never worry about downtime again.

<2s
Scale-up Latency
99.99%
Scaling Uptime
AI-Driven
Predictive Scaling
Live Scaling Policy: production-api Auto-Scaling Active
Base: 4
Current: 12
Max: 50
Cool-down: 60s
\n

How Auto-Scaling Works

A closed-loop system that continuously monitors, evaluates, and adjusts your infrastructure without human intervention.

1

Monitor Metrics

Collect real-time data from CPU, RAM, network I/O, request latency, and custom business metrics via our distributed agents.

2

Evaluate Policies

AI engine analyzes traffic patterns, historical data, and defined thresholds to predict resource needs.

3

Trigger Scaling

Instantly provision or deprovision instances across regions while maintaining service mesh connectivity.

4

Optimize Costs

Automatically scale down during low-traffic periods, enforce budget guardrails, and generate cost-efficiency reports.

Built for Modern Workloads

Advanced scaling strategies tailored for microservices, serverless, and traditional architectures.

📊

Multi-Metric Triggers

Define complex scaling rules using CPU, memory, queue depth, custom app metrics, or HTTP request rates.

Custom Metrics Target Tracking
🔮

Predictive Scaling

ML-driven forecasts analyze historical patterns and scheduled events to provision resources before traffic spikes.

ML Forecasts Event-Driven
🛡️

Cost Guardrails

Set hard limits on max instances, budget caps, and cool-down periods to prevent runaway scaling costs.

Budget Caps Hard Limits

Horizontal & Vertical

Support for HPA (instance count), VPA (CPU/RAM allocation), and mixed scaling strategies per workload.

HPA / VPA Mixed Strategy
🌍

Multi-Region Sync

Coordinate scaling across global data centers to maintain low latency and handle regional outages seamlessly.

Active-Active Geo-Redundant
📜

Infra as Code

Define scaling policies in YAML/JSON or via Terraform providers. Version control, CI/CD ready.

YAML / JSON Terraform

Define Policies in Minutes

Declarative scaling rules that integrate directly with your CI/CD pipeline. No vendor lock-in, fully compatible with Kubernetes HPA and custom CloudNexus agents.

Support for Kubernetes, VM fleets, and Serverless
Real-time dashboard & API access
Custom metric ingestion via Prometheus/OpenTelemetry
Granular cooldown & ramp-rate controls
scaling-policy.yaml
# CloudNexus Auto-Scaling Policy apiVersion: autoscaling.cn/v1 kind: ScalingPolicy metadata: name: production-api-gateway namespace: prod spec: targetRef: apiVersion: apps/v1 kind: Deployment name: api-gateway strategy: type: TargetTracking metrics: - type: CPUUtilization target: 70% - type: Custom name: http_queue_depth target: 50 bounds: minReplicas: 4 maxReplicas: 50 coolDown: 60s scaleUp: Aggressive scaleDown: Conservative

Built for Real-World Scenarios

From flash sales to ML inference bursts, auto-scaling adapts to your unique traffic patterns.

🛒

E-Commerce Flash Sales

Instantly scale checkout services during Black Friday or limited drops. Scale down within minutes when traffic normalizes.

10x Traffic Spikes Sub-second Response
🤖

ML Model Inference

Handle unpredictable GPU workload bursts. Scale inference endpoints based on queue depth and latency thresholds.

GPU Auto-Provisioning Cost Optimized
📱

SaaS Onboarding Waves

Automatically provision compute for heavy data migration jobs when new enterprise customers sign up.

Event-Triggered Zero Downtime
🌐

Global CDN Edge Scaling

Dynamically allocate edge compute nodes based on regional traffic surges and cache miss rates.

Geo-Targeted Low Latency

Frequently Asked Questions

How quickly does auto-scaling react to traffic spikes? +

CloudNexus scales up in under 2 seconds for standard workloads. With predictive scaling enabled, instances are pre-warmed before traffic arrives, effectively eliminating cold-start latency for stateless services.

Can I set hard limits to prevent budget overruns? +

Yes. You can configure absolute maximum replicas, daily/weekly budget caps, and enforce conservative scale-down policies. Our cost guardrails will pause scaling and alert your team before limits are breached.

Does it work with Kubernetes and traditional VMs? +

Absolutely. We support native Kubernetes HPA/VPA integration, custom CloudNexus agents for VM fleets, and serverless functions. You can mix strategies across the same workload.

How are scaling events billed? +

You only pay for the actual compute time used by provisioned instances. There are no extra fees for the auto-scaling engine itself. Billing is usage-based with per-second granularity.

Can I use custom application metrics? +

Yes. Ingest custom metrics via Prometheus, OpenTelemetry, or our HTTP endpoint. You can scale based on database connection pools, message queue depth, or any business KPI.

Scale Without Limits

Deploy your auto-scaling policy in under 5 minutes. Get $200 in free credits to test with production-like traffic.