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Orthevs Wiki
The wiki brings together the complete documentation for every Academy workshop and explains core technologies, architecture terms and engineering principles.
Knowledge article
The workshop library can be searched by subject and category. Knowledge articles also place concepts, value, boundaries and integration points in the Orthevs ecosystem.
Orthevs Wiki · Orthevs
The wiki explains technologies and architectural terms. It supports Discovery and Design but is neither an approved Foundation nor proof that a capability is available.
Orthevs Wiki
Find knowledge articles and every workshop overview, reference, level, exercise, assessment and practice module text by workshop and category.
DNSSEC, TSIG, RPZ, DoT/DoH, privacy, amplification and incident response.
Open document ↗Read DNS · Exercises · EnglishFundamentals of DNS, namespace, resolvers, zones, record types and dig.
Open document ↗Read DNS · Exercises · EnglishDelegation, caching, reverse DNS, mail DNS, CoreDNS and Kubernetes DNS.
Open document ↗Read DNS · Exercises · EnglishAuthoritative and recursive operations, transfers, split horizon, monitoring and change management.
Open document ↗Read Docker · Exercises · EnglishThese exercises belong to the workshop level Advanced Security. Every task requires traceable evidence: command, expected state, observed state, assessment and cleanup.
Open document ↗Read Docker · Exercises · EnglishThese exercises belong to the workshop level Fundamentals. Every task requires traceable evidence: command, expected state, observed state, assessment and cleanup.
Open document ↗Read Docker · Exercises · EnglishThese exercises belong to the workshop level Intermediate. Every task requires traceable evidence: command, expected state, observed state, assessment and cleanup.
Open document ↗Read Docker · Exercises · EnglishThese exercises belong to the workshop level Professional. Every task requires traceable evidence: command, expected state, observed state, assessment and cleanup.
Open document ↗Read Git · Exercises · EnglishThese exercises belong to the workshop level Advanced Security. Every task requires traceable evidence: command, expected state, observed state, assessment and recovery path.
Open document ↗Read Git · Exercises · EnglishThese exercises belong to the workshop level Fundamentals. Every task requires traceable evidence: command, expected state, observed state, assessment and recovery path.
Open document ↗Read Git · Exercises · EnglishThese exercises belong to the workshop level Intermediate. Every task requires traceable evidence: command, expected state, observed state, assessment and recovery path.
Open document ↗Read Git · Exercises · EnglishThese exercises belong to the workshop level Professional. Every task requires traceable evidence: command, expected state, observed state, assessment and recovery path.
Open document ↗Read GitOps · Exercises · EnglishThese exercises belong to the workshop level Advanced Security. Every task requires traceable evidence: source, commit, desired state, rendered state, controller relationship, risk and recovery path.
Open document ↗Read GitOps · Exercises · EnglishThese exercises belong to the workshop level Fundamentals. Every task requires traceable evidence: source, commit, desired state, rendered state, controller relationship, risk and recovery path.
Open document ↗Read GitOps · Exercises · EnglishThese exercises belong to the workshop level Intermediate. Every task requires traceable evidence: source, commit, desired state, rendered state, controller relationship, risk and recovery path.
Open document ↗Read GitOps · Exercises · EnglishThese exercises belong to the workshop level Professional. Every task requires traceable evidence: source, commit, desired state, rendered state, controller relationship, risk and recovery path.
Open document ↗Read Kubernetes · Exercises · EnglishReference: 04-advanced-security-EN.md Difficulty level: Advanced + Security Format: security review, hands-on lab, walkthrough, and sample solutions
Open document ↗Read Kubernetes · Exercises · EnglishReference: 01-fundamentals-EN.md Difficulty level: Fundamentals Format: Hands-on lab with sample solutions and walkthroughs
Open document ↗Read Kubernetes · Exercises · EnglishReference: 02-intermediate-EN.md Difficulty level: Intermediate Format: Hands-on lab with sample solutions and walkthroughs
Open document ↗Read Kubernetes · Exercises · EnglishReference: 03-professional-EN.md Difficulty level: Professional Format: architecture, operations, and hands-on walkthrough with sample solutions
Open document ↗Read OpenTofu · Exercises · EnglishThese exercises belong to the workshop level Advanced Security. Every task requires traceable evidence: root module, provider, desired state, state impact, backend relationship, risk and recovery path.
Open document ↗Read OpenTofu · Exercises · EnglishThese exercises belong to the workshop level Fundamentals. Every task requires traceable evidence: root module, provider, desired state, state impact, backend relationship, risk and recovery path.
Open document ↗Read OpenTofu · Exercises · EnglishThese exercises belong to the workshop level Intermediate. Every task requires traceable evidence: root module, provider, desired state, state impact, backend relationship, risk and recovery path.
Open document ↗Read OpenTofu · Exercises · EnglishThese exercises belong to the workshop level Professional. Every task requires traceable evidence: root module, provider, desired state, state impact, backend relationship, risk and recovery path.
Open document ↗Read Shell Scripting · Exercises · EnglishThese exercises deepen Threat Modeling, Injection-Schutz, Secrets, Rechte, sichere Löschung und Incident Response. Every task requires reproducible evidence, not only a description.
Open document ↗Read Shell Scripting · Exercises · EnglishThese exercises deepen Syntax, Ausführung, Quoting, Exit Codes, Dateien und erste sichere Skripte. Every task requires reproducible evidence, not only a description.
Open document ↗Read Shell Scripting · Exercises · EnglishThese exercises deepen CLI-Design, Funktionen, getopts, Textverarbeitung, Fehlerbehandlung und Cleanup. Every task requires reproducible evidence, not only a description.
Open document ↗Read Shell Scripting · Exercises · EnglishThese exercises deepen Skriptarchitektur, Tests, CI/CD, Packaging, Observability und teamfähige Standards. Every task requires reproducible evidence, not only a description.
Open document ↗Read SSH · Exercises · EnglishThese exercises deepen Hardening, Algorithmuspflege, FIDO2, KRL, Forensik, Logging und Incident Response. Every task requires reproducible evidence instead of description only.
Open document ↗Read SSH · Exercises · EnglishThese exercises deepen Protokollmodell, erster Login, Host Keys, Public Keys, Dateirechte und sichere Grundbefehle. Every task requires reproducible evidence instead of description only.
Open document ↗Read SSH · Exercises · EnglishThese exercises deepen Client- und Serverkonfiguration, Agent, Debugging, Forwarding, SFTP und Auth-Fehler. Every task requires reproducible evidence instead of description only.
Open document ↗Read SSH · Exercises · EnglishThese exercises deepen Bastion Hosts, ProxyJump, Multiplexing, SSH-Zertifikate, Git/CI und Betriebsmodelle. Every task requires reproducible evidence instead of description only.
Open document ↗Read Terraform · Exercises · EnglishThese exercises deepen State Security, Least Privilege, Supply Chain, Policy as Code, Destroy-Schutz und Incident Response. Every task requires reproducible evidence instead of description only.
Open document ↗Read Terraform · Exercises · EnglishThese exercises deepen IaC, HCL, Provider, Resources, Variablen, Outputs, lokaler State und sicherer CLI-Workflow. Every task requires reproducible evidence instead of description only.
Open document ↗Read Terraform · Exercises · EnglishThese exercises deepen Module, Backends, Remote State, Locking, foreach, lifecycle, Import und Refactoring. Every task requires reproducible evidence instead of description only.
Open document ↗Read Terraform · Exercises · EnglishThese exercises deepen Multi-Environment-Design, Modulversionierung, CI/CD, Drift, HCP Terraform, TACOS und Governance. Every task requires reproducible evidence instead of description only.
Open document ↗ReadOrthevs · Orthevs Wiki
The content will be deepened step by step with concrete concepts, contracts, maturity levels and verifiable evidence.
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Your selected language is stored for twelve months. This setting and the choice made here are used only to operate this website.
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