Programmability and Automation Meetup Group

This lab introduces you to Cloudify, a powerful, multicloud management system that deploys and manages cloud environments across public and private cloud infrastructure.

Use Docker, Ansible and Terraform to create a Certificate Authority with Hashicorp Vault and F5 BIGIP. Ephemeral certificates are rotated every 2 minutes.

This lab demonstrates the use case for securing a Open Banking transaction initiated by a PSU (Payment Service User) by logging into the TPP (Third Party App).

FortiEDR secures endpoints with automated blocking-enabled detection and response against advanced malware. The FortiEDR endpoint security solution stops malware infection (pre- and post-infection), detects and fixes potential threats in real time, and can automate response and restoration procedures with customizable security playbooks.

Gain a better understanding of the CloudBolt Hybrid Cloud Management Platform and some of its capabilities. CloudBolt is an extensive solution containing over 75 out-of-the-box integrations where organizations can automate, optimize and govern public and private clouds. The goals of this lab are to provide an understanding of how you can configure CloudBolt while providing a single pane of glass for your organization.

This lab is designed to expose network engineers to Arista-oriented automation techniques. The focus is mid-level programmability leveraging CloudVision Portal, Ansible, Jinja2,and Python.

One of the challenges that faces a vRealize Automation content developer is maintaining code between multiple environment. In most cases, this is done manually and can become a tedious task that is prone to error. Further, the use of proper source control, testing and release management can become impossible. With vRealize Lifecycle Manager 8.3+, VMware has developed a solution with Content Management. This lab will leverage vRealize Lifecycle Manager to deploy content between two separate vRealize Automation Environments. Each module will build on the processes to capture, test, and release content between a development and production instance.

The Liqid Composable Disaggregated Infrastructure (CDI) Lab showcases how to create impossible hardware configurations that are unfeasible in the physical world. Compose bare metal servers with any number of configurations via software. The lab consists of Dell PowerEdge compute, Liqid PCIe4 Fabric, Liqid Matrix Software, Intel NVMe and NVIDIA GPUs.