Description

A focused course, tailored for you

The Engineer's Course on Securing .NET Core Microservices When Release Deadline Looms

Turn fragmented security checks into a repeatable, audit-ready process that lets you ship microservices with confidence.

Stop rebuilding the same security checklist every sprint while release delays keep piling up.

$199 one-time

Tailored to your situation. Access within 24 hours. 30-day money-back.

Includes a hand-built implementation playbook delivered alongside course access, generated for your specific situation.

Why this course

Your sprint board is filled with tickets labeled ‘security review’, but each request lands on a different team member, causing delays and missed deadlines. The current toolbox consists of ad-hoc scripts, scattered GitHub issues, and a handful of manual checklists that never align, so you spend evenings patching gaps instead of coding features. When a vulnerability is discovered late in the release cycle, the product manager scrambles for evidence, and the compliance lead threatens to block the launch, risking both revenue and reputation.

The lack of a unified security artefact means auditors request the same logs repeatedly, and the DevOps lead spends hours reconciling conflicting reports. Without a single source of truth, your CI pipeline stalls, senior leadership questions the team's ability to meet the quarterly roadmap, and you risk being pulled into fire-drill meetings instead of focusing on innovation.

What you walk away with

Create a reusable security checklist that covers code, container, and runtime hardening.
Produce a complete evidence pack ready for any audit or security gate.
Automate vulnerability scanning and integrate findings into pull-request reviews.
Define a risk-based exception process that satisfies compliance without slowing releases.
Establish a recurring governance cadence that keeps security aligned with product timelines.

The 12 modules

Module 1. Mapping Threat Vectors

Over 70 percent of breach origins stem from insecure API surfaces. The module walks through a typical sprint planning session where the team reviews new endpoints, identifies exposure points, and drafts a threat model diagram. The deliverable is a threat-model canvas that maps each microservice to its most likely attack vectors. Output: threat-model canvas ready for stakeholder review.

Module 2. Secure Coding Patterns

During the daily stand-up you hear a teammate ask, “Do we need to validate JWT signatures on every call?” This module shows how to embed input validation, authentication checks, and output encoding directly into .NET Core middleware. The artifact is a sample code repository with annotated secure-coding patterns. What you ship from this module: secure-code sample repository.

Module 3. Container Hardening Guide

By module end a hardened Dockerfile with minimal base image and runtime security settings sits in your drive. The guide walks through building a container for a typical .NET Core service, adding non-root users, and scanning for known CVEs before push. The deliverable is a hardened Dockerfile plus scan report. Output: hardened Dockerfile with scan report.

Module 4. CI/CD Security Integration

The fastest path from a messy pipeline to automated security gating is illustrated by converting a legacy build script into a GitHub Actions workflow that runs static analysis and container scans on each PR. The artifact is a ready-to-use CI workflow file that blocks merges on critical findings. The deliverable is a CI security workflow ready for immediate deployment.

Module 5. Evidence Pack Assembly

A stakeholder POV: the compliance lead wants a single folder with all security evidence before the quarterly release gate. This module shows how to collect scan logs, test results, and configuration snapshots into a structured evidence pack. The artefact is a pre-populated evidence folder with index and verification checklist. The deliverable is an evidence pack ready for audit submission.

Module 6. Risk Exception Process

Balancing rapid feature delivery against strict security controls creates tension for the engineering manager. This module defines a risk-based exception workflow that records justification, reviewer approval, and remediation timelines. The artifact is a filled-out exception request template linked to your service backlog. Output: risk exception request template linked to backlog.

Module 7. Monitoring and Incident Response

During the on-call rotation you notice alerts flooding the dashboard without clear triage steps. This module builds a monitoring playbook that maps alerts to response owners, defines escalation paths, and creates a runbook for common security incidents. The artefact is a runbook with alert correlation tables. What you ship from this module: incident response runbook.

Module 8. Governance Cadence Setup

A question that the team asks themselves out loud: “How do we keep security aligned with our two-week sprint cycle?” This module designs a governance rhythm that embeds a security checkpoint into sprint reviews and a monthly metrics dashboard. The artifact is a governance calendar and KPI scorecard. Output: governance calendar and KPI scorecard.

Module 9. Third-Party Dependency Management

The fastest path from a messy current state to a named outcome is shown by scanning all NuGet packages, categorizing risk levels, and generating a remediation backlog. The artefact is a dependency risk matrix with remediation owners. The deliverable is a dependency risk matrix ready for action.

Module 10. Compliance Mapping

What the auditor actually wants is a clear trace from each security control to the corresponding evidence artifact. This module builds a control-to-evidence mapping sheet that links code reviews, scan reports, and configuration snapshots to audit requirements. The artifact is a completed mapping spreadsheet. Output: control-to-evidence mapping sheet.

Module 11. Secure Release Checklist

During the release gate meeting you need a concise checklist that proves every security gate was passed. This module creates a release readiness checklist that pulls data from CI pipelines, scan reports, and the evidence pack. The artifact is a signed checklist ready for the release manager. The deliverable is a signed release readiness checklist.

Module 12. Continuous Improvement Loop

The tension between rapid iteration and maintaining security posture is resolved by establishing a feedback loop that captures post-release incidents, updates threat models, and refines the security checklist. The artifact is a quarterly improvement plan template. Output: quarterly improvement plan template.

How this addresses your situation

Specific modules that map to what you said you are dealing with.

Module 1 covers Mapping Threat Vectors , exactly the confusion you face when new endpoints appear without a clear attack surface view.

Module 4 covers CI/CD Security Integration , exactly the bottleneck you hit when manual scans slow down your pull-request flow.

Module 7 covers Monitoring and Incident Response , exactly the chaos you experience during on-call alerts with no clear triage steps.

What you get with this course

A populated threat-model canvas with example services.
Secure-code sample repository with annotated patterns.
A hardened Dockerfile and CVE scan report.
CI security workflow file for GitHub Actions.
Pre-populated evidence pack folder with index.
Risk exception request template linked to backlog.
Incident response runbook with alert correlation tables.
Governance calendar and KPI scorecard.
Dependency risk matrix with remediation owners.
Control-to-evidence mapping spreadsheet.
Signed release readiness checklist.
Quarterly improvement plan template.

What you will have in hand by Day 1, Week 1, Month 1

Day 1: tailored playbook in hand, threat-model canvas and hardened Dockerfile ready for immediate use.

Week 1: first version of the evidence pack and CI security workflow live in your pipeline.

Month 1: recurring governance cadence established, with a complete security dashboard and KPI scorecard presented to leadership.

Before and after

Before

Your security artefacts live in separate Git branches, scan logs are emailed to a shared inbox, and audit reviewers repeatedly request missing evidence, causing sprint delays and late-night fire-drills.

After

All security artefacts sit in a single structured folder, automated scans feed directly into a ready-to-submit evidence pack, and a recurring governance cadence keeps leadership informed and releases on schedule.

What happens if you do not address this

If you ignore this now, the next quarterly release will be blocked by missing evidence, the compliance lead will raise a remediation plan, and your team will be forced into overtime to patch vulnerabilities after launch. Your performance review may reflect repeated security delays.

Who it is for

A hands-on .NET Core engineer who builds and maintains microservice APIs, participates in daily stand-ups, sprint planning, and security review meetings, and is responsible for embedding security controls into the CI/CD pipeline while balancing feature velocity.

Who this is NOT for. This is not for someone who needs a basic introduction to .NET Core programming or a generic security awareness course.

How it arrives

Within 24 hours of purchase your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it. The playbook is hand-built around your specific situation, not LLM-generated boilerplate.

Time investment. 6 hours of focused work spread over a week and the course saves an estimated 40-60 hours of internal scaffolding effort.

Why $199 is the right number

A half-day consultant on secure microservices typically charges $2K-$5K, a generic security certification runs $800-$2K, and building the same artefacts yourself can consume 60+ hours. At $199 you get the same outcomes with far less risk and faster execution.

FAQ

Do I need prior security certifications to take this course?

No, the course is built for engineers who already write .NET Core code and need practical security guidance.

Will the course cover how to integrate tools into my existing CI pipeline?

Yes, each module includes step-by-step instructions for adding scanning and policy checks to your current pipeline.

What if my team uses a different container platform than Docker?

The container hardening concepts apply to any OCI-compatible platform; examples can be adapted to your toolset.

Can I access the materials after I finish the course?

All artefacts and templates remain available in the learning environment for future reference.

30-day money-back guarantee. If after a week of working through the materials this is not what you needed, reply to the receipt email and a full refund is processed. No questions, no forms.

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.