Java Security Advance
Build practical capability in engineering advanced Java security with cryptography, PKI, TLS, authentication, authorization, tokens, secure coding, dependency control, and adversarial testing through four detailed lessons with implementation, evidence review, troubleshooting, and operational handoff.
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-by SkillDynamo
- 0 Students
- Last updated
Course Description
Java Security Advance develops practical capability in engineering advanced Java security with cryptography, PKI, TLS, authentication, authorization, tokens, secure coding, dependency control, and adversarial testing. The learning path is organized around a Java service hardened against credential theft, injection, insecure deserialization, token abuse, and cryptographic misuse.
Learners progress from product architecture and workflow understanding into configuration, development, analysis, validation, troubleshooting, and operational handoff. Every lesson uses the controls, tools, data structures, risks, failure modes, and decisions relevant to this exact Oracle pathway.
The content is independently written for SkillDynamo using the supplied source page for title, update date, and topic alignment. Learners finish with reproducible evidence, a course-specific implementation record or runbook, and a prioritized improvement action.
What You Will Learn
- Explain and apply assets, trust boundaries, attack surfaces, abuse cases, and security requirements within Java Security Advance.
- Configure, validate, or troubleshoot Java security architecture, providers, services, permissions, and policy concepts, JCA and JCE APIs, algorithm selection, secure random, and provider behavior, and security assumptions, test evidence, dependency inventory, and design review using course-specific evidence.
- Explain and apply symmetric and asymmetric encryption, signatures, hashes, MACs, and KDFs within Java Security Advance.
- Configure, validate, or troubleshoot key generation, storage, rotation, destruction, and secret separation, KeyStore, certificates, chains, trust stores, revocation, and PKI, and TLS contexts, protocols, cipher suites, hostname validation, and mutual TLS using course-specific evidence.
- Explain and apply credential handling, MFA awareness, login flows, sessions, and lockout within Java Security Advance.
- Configure, validate, or troubleshoot JAAS awareness, principals, roles, method authorization, and policy enforcement, JWT structure, signatures, claims, expiry, audience, and replay protection, and OAuth 2.0 and OpenID Connect flows, scopes, clients, and misuse prevention using course-specific evidence.
- Explain and apply input validation, output encoding, SQL, command, path, and template injection within Java Security Advance.
- Configure, validate, or troubleshoot serialization filters, gadget risks, object mapping, and untrusted data, dependency vulnerabilities, SBOM awareness, signing, and supply-chain controls, and SAST, DAST, fuzzing, security logging, incident evidence, and hardening backlog using course-specific evidence.
SkillDynamo Training Approach
The training follows a Java service hardened against credential theft, injection, insecure deserialization, token abuse, and cryptographic misuse. Activities combine product-specific demonstrations, guided implementation, hands-on exercises, scenario analysis, validation checklists, structured troubleshooting, solution review, and a final improvement plan. Learners document assumptions, settings, commands or transactions, outputs, exceptions, corrective actions, security and governance trade-offs, rollback needs, and operational ownership.
Curriculum
- 1 Section
- 4 Lessons
- 24 Hours
- Course Curriculum4 Items
- 1.1Java Security Advance — Lesson 1: Java Security Architecture, Threat Modeling, Providers, Policies, and JCA6 hours
- 1.2Java Security Advance — Lesson 2: Cryptography, Keys, Certificates, Keystores, PKI, and TLS Hardening6 hours
- 1.3Java Security Advance — Lesson 3: Authentication, Authorization, Tokens, OAuth, and Identity Integration6 hours
- 1.4Java Security Advance — Lesson 4: Secure Coding, Deserialization, Injection, Dependencies, Testing, and Response6 hours
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