JetStack Core Engine 2.4 Live

Self-Healing Cloud & K8s
Powered by Autonomous AI

JetStack replaces manual Helm manifests, fragile pipelines, and 3 AM cluster fire drills with proactive AI infrastructure agents that reason, deploy, and self-heal automatically.

jetstack-agent --runtime cloud-mesh-east-01
❯ jetstack cluster sync --observe
[02:14:18] Initializing autonomous telemetry probe... Connected (12 nodes, 184 pods)
✦ [AI Model] Detected memory leak cascade in service checkout-api:v2.1
✦ [Reasoning] OOMKilled risk in ~14m. Root cause: unclosed gRPC connection pools.
✔ [Self-Healing] Auto-scaled replica pool from 6 ➔ 14 nodes. Patched memory limit to 4Gi.
✔ [CI/CD Alert] Generated zero-regression PR #418 with hotfix. Rollout canary at 10%. Zero downtime.
99.995%
Cluster Resilience
< 90s
MTTR (Mean Time to Repair)
4.8M+
Manifests Synthesized
62%
Cloud Cost Reduction

Engineered for mission-critical
cloud infrastructures

Stop writing repetitive boilerplate YAML and reacting to pager alerts. Let autonomous AI orchestrators manage state, security, and traffic elasticity.

⚡

Autonomous Self-Healing

Real-time telemetry anomaly detection. JetStack identifies crashing pods, deadlocks, and silent degraded states, resolving incidents before customers notice.

🛡️

Zero-Trust Policy Enforcer

Continuous dynamic security audits across RBAC, network policies, and container privileges. Vulnerable ingress routes are auto-isolated instantly.

🔮

Predictive Elastic Autoscaling

Unlike standard HPA thresholds, JetStack uses transformer models trained on historic seasonal traffic spikes to pre-provision infrastructure cost-effectively.

📦

Natural Language DevOps

Describe infrastructure intentions in plain English: "Provision isolated canary VPC with multi-region failover." JetStack generates hardened Terraform & GitOps PRs.

📉

FinOps Compute Optimization

Aggressive bin-packing and dynamic spot instance arbitration without service disruption. Reduce AWS/GCP/Azure compute bills by up to 62%.

🔗

Multi-Cloud Mesh Federation

Unify hybrid bare-metal clusters and multi-cloud providers under a single control plane with intelligent latency-based edge routing.

Continuous Observability & Model Context Protocol

JetStack embeds lightweight eBPF probes inside the kernel layer of each Kubernetes worker node, piping real-time telemetry to secure fine-tuned AI reasoning models.

  • eBPF Kernel Probing: Microsecond latency metrics capture without sidecar performance penalties.
  • Deterministic Guardrails: Every AI remediation plan is verified by schema linter & dry-run sandbox prior to execution.
  • Full GitOps Auditing: Every action taken by JetStack creates a verifiable cryptographically signed commit on your repository.
spec: JetStackAutonomousOperator.yaml
apiVersion: core.jetstack.site/v1alpha1
kind: AutonomousClusterManager
metadata:
  name: production-fleet-autopilot
spec:
  modelEngine: claude-3-5-sonnet-devops
  reasoningBudget: unlimited
  policies:
    - selfHealing: enabled
    - maxBudgetMonthly: $4,500
    - canaryVerificationP99: < 85ms
  actionsAllowed:
    - PodEviction
    - NodePoolResize
    - GitCommitPR

Predictable plans for growing teams

Deploy without friction. Upgrade as your node count expands.

Developer

For small staging clusters and independent makers

$0 /mo
  • Up to 3 Kubernetes clusters
  • Basic AI incident root-cause diagnosis
  • Automated GitOps manifests
  • Community Discord support
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Enterprise

For air-gapped sovereign clouds and custom compliance

Custom
  • Self-hosted on-prem / air-gapped LLM
  • Custom fine-tuned infrastructure agents
  • SOC2 Type II, HIPAA, FedRAMP compliant
  • Dedicated solutions architect
Contact Founders

Transform your Kubernetes fleet into an
autonomous self-healing mesh

Cut infrastructure incidents by 90% and stop fighting configuration drift today. Free 14-day trial, zero credit card required.