Students will walk away with a solid understanding of HashiCorp Vault.
Pre-requisites:
Experience with HashiCorp Vault is good to have but not required.
Agenda:
Day 1 – HashiCorp Vault 101: Introduction to Vault for Developers
Topics:
- Vault Overview
- Secret Engines – Static Secrets
- Secret Engines – Cubbyhole Response Wrapping
- Secret Engines – Dynamic Secrets
- Encryption as a Service – Transit Secret Engine
- Authentication
- Application Integration
Labs:
- Writing Static Secrets
- Cubbyhole Secret Engine
- Dynamic Secrets
- Encryption as a Service – Transit Secret Engine
- Authentication and Tokens
- Application Integration
Day 2 – HashiCorp Vault 102: Introduction to Vault Operations
Topics:
- Vault Overview
- Vault Installation
- Auto-Unseal
- Vault Cluster Deployment
- Vault Operations
- Vault Policies
- Secure Introduction
Labs:
- Vault Server Configuration
- Auto-Unseal
- Vault Operations
- Working with Policies
- Vault Agent
Day 3 – HashiCorp Vault 202: Intermediate Vault Operations
Topics
- Module 1: Vault Identities – Entities and Groups
- Module 2: Namespaces
- Module 3: Granular Access Control
- Module 4: Scaling for Performance
- Module 5: Codifying Management of Vault Clusters
- Module 6: Production Topologies
- Module 7: Monitoring Vault
Labs
- Vault Identities – Entities & Groups
- Namespaces
- Sentinel Policies and Control Groups
- ACL Templating
- Codify Vault Configuration with Terraform
- Vault Integrated Storage
Students will receive access to their own personal Linux-based lab environment for the class. This is a three-day course and runs from approximately 9am to 5pm EST. This includes time for all lectures, lab exercises, Q&A, and several breaks (including lunch).
Bundle Price: $4,000.00 USD
Location: United States – Online
Contact: rpttraining@riverpointtechnology.com for inquiries
Please note that we require a minimum number of student to run this course, therefore if the mimimum is not met and you have already registered you will be moved to the next session.
Students will walk away with a solid understanding of HashiCorp Vault.
Pre-requisites:
Experience with HashiCorp Vault is good to have but not required.
Agenda:
Day 1 – HashiCorp Vault 101: Introduction to Vault for Developers
Topics:
- Vault Overview
- Secret Engines – Static Secrets
- Secret Engines – Cubbyhole Response Wrapping
- Secret Engines – Dynamic Secrets
- Encryption as a Service – Transit Secret Engine
- Authentication
- Application Integration
Labs:
- Writing Static Secrets
- Cubbyhole Secret Engine
- Dynamic Secrets
- Encryption as a Service – Transit Secret Engine
- Authentication and Tokens
- Application Integration
Day 2 – HashiCorp Vault 102: Introduction to Vault Operations
Topics:
- Vault Overview
- Vault Installation
- Auto-Unseal
- Vault Cluster Deployment
- Vault Operations
- Vault Policies
- Secure Introduction
Labs:
- Vault Server Configuration
- Auto-Unseal
- Vault Operations
- Working with Policies
- Vault Agent
Day 3 – HashiCorp Vault 202: Intermediate Vault Operations
Topics
- Module 1: Vault Identities – Entities and Groups
- Module 2: Namespaces
- Module 3: Granular Access Control
- Module 4: Scaling for Performance
- Module 5: Codifying Management of Vault Clusters
- Module 6: Production Topologies
- Module 7: Monitoring Vault
Labs
- Vault Identities – Entities & Groups
- Namespaces
- Sentinel Policies and Control Groups
- ACL Templating
- Codify Vault Configuration with Terraform
- Vault Integrated Storage
Students will receive access to their own personal Linux-based lab environment for the class.
This is a three day course and runs from approximately 9am to 5pm EST. This includes time for all lectures, lab exercises, Q&A, and several breaks (including lunch).
Upon completion of Vault Fundamentals students will be issued a River Point Technology Credly Badge.
Location: United States – Online
Contact: rpttraining@riverpointtechnology.com for inquiries
Please note that we require a minimum number of student to run this course, therefore if the mimimum is not met and you have already registered you will be moved to the next session.