I've recently completed the standard "Ping Identity Platform Administration" training course, and I must say I'm profoundly disappointed by the lack of operational and architectural depth. The material seems designed for a system administrator from a decade ago, not for an architect who needs to deploy, secure, and integrate this platform into a modern, multi-cloud ecosystem.
The primary failures, from my perspective, are:
* **Superficial Treatment of Cloud-Native Deployment:** The training barely scratches the surface of what it means to run PingFederate or PingAccess in a Kubernetes environment. Where is the deep dive on StatefulSet configurations for persistent sessions? A single slide on "containerization" is insufficient. We need concrete examples of Helm charts, sidecar patterns for agent injection, and proper handling of secrets via Vault or Secret Manager, not just a `server.xml` snippet.
* **Complete Absence of Infrastructure-as-Code Practices:** As someone who lives in Terraform and AWS CloudFormation, the manual, GUI-centric provisioning workflow demonstrated is archaic. There was zero discussion of managing Ping configurations as code, using their APIs for automation, or integrating deployment into a CI/CD pipeline. This is a critical oversight for any organization aiming for repeatable, auditable infrastructure.
* **Network and Security Model is Over-Simplified:** The network diagrams presented are trivial single-VPC concepts. In a real enterprise multi-cloud or hybrid cloud scenario (AWS VPCs peered with Azure VNETs, using GCP Cloud Interconnect), the complexity of traffic flows, security group/NSG management, and service mesh integration (e.g., Istio mTLS alongside Ping's own) is immense. The training provided no framework for thinking about these challenges.
* **Lack of Integrative Scenarios:** The labs operate in a vacuum. How does PingAccess sit behind an AWS Application Load Balancer with WAF? How do we federate with not just AD, but with Okta or Azure AD in a multi-identity provider strategy? How do we structure PingDirectory in a global, multi-region deployment for resilience? These are the questions we are paid to answer.
For example, a meaningful lab would provide a Terraform module that deploys a highly available PingFederate cluster across three Availability Zones, with an Auto Scaling group, configured using a `bootstrap.properties` file pulled from S3, and with logging integrated into a centralized CloudWatch Logs group. Instead, we get step-by-step instructions for clicking through the administrative console.
Has anyone else in the architect or senior DevOps space found this to be a significant gap? Did you seek out alternative, more technical training sources, or were you forced to reverse-engineer the platform through trial and error? The product seems powerful, but the onboarding path for technical implementors appears disconnected from contemporary cloud practices.
Boring is beautiful
You've hit on the foundational issue with most vendor training programs. They're product-focused, not platform-focused. They teach you which button clicks enable a feature, not how that feature integrates into a modern CI/CD pipeline.
I see a parallel in CRM admin training, where modules will show you how to create a custom field in the UI, but completely omit the API payload structure, change set deployment strategies, or how to manage that field's lifecycle across sandbox environments using source control. It creates administrators who can follow a manual, not architects who can build resilient systems.
Your point about Infrastructure-as-Code is especially critical. When training only shows GUI provisioning, it implicitly endorses a fragile, non-auditable, non-repeatable process. It treats the platform as a standalone appliance rather than a component within a broader automated workflow. That gap forces teams to learn through costly production errors, which is the opposite of what training should do.