New Platform Build
Architecture and implementation for Artifactory on EC2, on-premises or EKS/Kubernetes, including external dependencies and operational readiness.
JFROG PLATFORM ENGINEERING
Build an Artifactory platform ready for enterprise scale.
New environments, migrations, upgrades, high availability, security, storage and operations across EC2, on-premises and Kubernetes/EKS.
Users / CI/CDGitHub • build agents • developers
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Traffic LayerDNS / regional load balancing / TLS
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Artifactory HAEC2 • on-prem • EKS / Kubernetes
Platform ServicesXray • access • observability as scoped
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DatabaseProduction-grade external database
Binary StorageS3 or supported filesystem/object-storage design
Persistent App DataKubernetes PVC / supported storage class
Final architecture must match the selected JFrog version, license, supported topology and workload profile. On AWS, JFrog documents EKS deployments using an NLB and S3-backed binary storage; Kubernetes deployments still require persistent storage for Artifactory home data unless persistence is intentionally disabled.
END-TO-END SERVICES
HA & Global-Ready Design
Multi-node design, availability-zone placement, health checks, regional load balancing and global traffic-routing patterns based on recovery requirements.
Storage Architecture
S3 object storage, supported shared/filesystem options and Kubernetes persistence design. EFS/NFS or other shared filesystems are evaluated against JFrog supportability and performance needs before selection.
Migration & Upgrade
Inventory, compatibility analysis, repository/config migration, binary-store migration, upgrade planning, cutover, validation and rollback.
Security & Governance
TLS, secrets, identity integration, permissions, token practices, repository controls, curation/Xray workflows and least-privilege operational design.
Operations & Automation
Monitoring, health checks, restart/remediation automation, patching runbooks, capacity review and L1/L2/L3 operational support.
AWS / EKS EXAMPLE
Cloud-native where it adds value.
For EKS, an engagement can cover Helm-based deployment, pod placement, storage classes/PVCs, IAM roles, S3 binary storage, certificates, DNS, load balancing and production database connectivity.
- Helm values and secrets design
- Multi-AZ scheduling / anti-affinity
- NLB/ALB/Ingress selection by requirement
- S3 binarystore with IAM role
- PVC/storage-class design for pod persistence
- External database connectivity and HA
- Backup, DR and restore test procedure
- Post-build performance and operational validation