Advanced Security Architecture Design Considerations


Advanced Security Architecture Design Considerations
Published 10/2026
Created by Unit4sec Security
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 43 Lectures ( 4h 24m ) | Size: 2.8 GB

Master the modern security controls high-value apps rely on. Understand the risks; let the AI write the secure code.

What you’ll learn
⚡ Reason about application-security risks and the "why" behind each modern defense, not just the syntax
⚡ Secure delegated access with OAuth and PKCE, and stop the six classic OAuth attacks
⚡ Apply Strong Customer Authentication, WebAuthn/passkeys, and transaction binding correctly
⚡ Guarantee request integrity with nonces, HMAC/transaction signing, and signed expiring links
⚡ Prevent IDOR/BOLA with object-level authorization, and defend against abuse with rate limiting and bot management
⚡ Protect data in transit and at rest: mutual TLS, envelope/payload encryption, and post-quantum readiness
⚡ Harden mobile apps on a hostile device: root/jailbreak detection, obfuscation, RASP, and repackaging prevention
⚡ Anchor trust with app attestation and hardware-backed keys (TEE, StrongBox, Secure Enclave)
⚡ Stop mobile fraud: screen-sharing, overlays, accessibility abuse, deep-link hijacking, and device binding
⚡ Hand your AI assistant a ready-made implementation skill for every topic, and review it against a checklist

Requirements
❗ Working experience as a software developer (any stack); you write or review application code
❗ Basic familiarity with how web and mobile apps talk to a backend (HTTP, APIs, tokens)
❗ No prior security background required; no exploit tooling or lab setup needed
❗ Optional: access to an AI coding assistant to use the downloadable implementation skills

Description
This course contains the use of artificial intelligence.

The era of typing out exploit demos is over: your AI assistant already writes the implementation. What still separates a good engineer from a dangerous one is judgment, knowing the risk and the reason behind every control. This course builds that judgment.

It is deliberately theory-first and visual. Every topic teaches the risk, the "why", and the trade-offs with clear, animated explanations, in plain language, in short lectures (most under six minutes). And every topic ships a matching AI implementation skill: a structured prompt you hand to your coding assistant (Claude Code, Cursor, Copilot) so it implements that control correctly in your own stack, encoding current best practice from the relevant RFCs, OWASP guidance, and CWE mitigations.

You will cover the advanced Web controls behind real financial and high-value applications: OAuth and PKCE, Strong Customer Authentication, WebAuthn and passkeys, nonce and replay protection, HMAC and transaction signing, signed action links, secure object access (IDOR/BOLA), rate limiting, bot management and device fingerprinting, mutual TLS, and payload encryption including the post-quantum "harvest now, decrypt later" threat.

Then you will move to the hostile-device world of Mobile security: root, jailbreak and emulator detection, code obfuscation, RASP and hook detection, repackaging prevention, app attestation (Play Integrity and App Attest), hardware-backed key storage (TEE, StrongBox, Secure Enclave), sensitive data at rest, SSL pinning, screenshot and screen-sharing protection, overlay and accessibility abuse, keyboard and clipboard leaks, activation and device binding, deep link and intent hijacking, and WebView and JS-bridge security.

Each lecture ends with a short quiz, and each topic links to a downloadable AI implementation skill so you can act on what you learned immediately. Audio is better and contenct is created by us, human in the loop.

Who this course is for
⭐ Web and mobile developers who want to build secure, high-value/financial-grade apps
⭐ Backend and API engineers responsible for authentication, authorization, and data protection
⭐ Mobile (Android/iOS) engineers hardening apps against a hostile-device threat model
⭐ Tech leads and architects who must make and review security decisions
⭐ Engineers who use AI coding assistants and want the judgment to review what the AI produces


https://rapidgator.net/file/70c805a6c23eace261b41757fbee5f31/Advanced_Application_Security_Architecture_Design_Concepts.part1.rar.html
https://rapidgator.net/file/963ae2a1adc02372e6b43cad6347b723/Advanced_Application_Security_Architecture_Design_Concepts.part2.rar.html
https://rapidgator.net/file/019ea30317aeee2bb6e7d912ae59c8c4/Advanced_Application_Security_Architecture_Design_Concepts.part3.rar.html

https://www.uploadcloud.pro/7rxfyhef2v2d/Advanced_Application_Security_Architecture_Design_Concepts.part1.rar.html
https://www.uploadcloud.pro/gpe0rrevzv1u/Advanced_Application_Security_Architecture_Design_Concepts.part2.rar.html
https://www.uploadcloud.pro/j2owbx852fhh/Advanced_Application_Security_Architecture_Design_Concepts.part3.rar.html

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