Zesty is a SaaS platform designed to optimize Kubernetes and cloud infrastructure by automating resource allocation for compute and storage. It leverages AI-driven automation to dynamically scale resources based on real-time and historical usage data, reducing overprovisioning and cloud spend while maintaining application performance. Zesty supports both horizontal and vertical autoscaling, provides real-time monitoring, and ensures high availability through features like Spot Protection and rapid node spin-up. The platform is agent-based, requiring minimal permissions to operate, and is built with a serverless architecture for security and scalability. Pricing is usage-based, charging only for resources managed after optimization.

Key Features

Dynamic Resource Optimization Automates CPU and memory allocation in Kubernetes environments.

• Adjusts resources at the container level based on live metrics
• Prevents waste from static resource requests

HiberScale™ Technology Enables rapid scaling and reduced application start times.

• Hibernated nodes spin up in under 30 seconds
• Pre-cached container images for faster boot

Dynamic Storage Scaling Automatically manages persistent volume claims (PVCs).

• Expands and shrinks storage based on real-time needs
• Reduces costs from overprovisioned storage

Spot Protection Ensures workload continuity on Spot Instances.

• Moves pods to new nodes within 30 seconds before interruptions
• Maximizes savings while maintaining uptime

Real-Time Monitoring & Cost Visibility Centralized dashboard for resource and cost management.

• Tracks consumption, costs, and potential savings
• Supports data-driven optimization decisions

AI-Driven Forecasting Predicts workload demand using historical and real-time data.

• Proactively adjusts resources before usage spikes
• Improves operational efficiency

Security & Compliance Protects data and access within the platform.

• Role-based access controls and encryption
• Only collects meta-data and usage metrics

Benefits

Cost Reduction Minimizes unnecessary cloud spend through intelligent automation.

• Only pays for optimized resources
• Reduces idle CPU and overprovisioned storage

Performance Assurance Maintains or improves application SLAs during optimization.

• Rapid scaling for traffic peaks
• Ensures resource availability for critical workloads

Operational Simplicity Automates complex resource management tasks.

• Quick onboarding and setup
• Reduces manual intervention for engineers

High Availability Protects against cloud interruptions and failures.

• Spot Protection for uninterrupted workloads
• Fast node recovery and scaling