Is the content 3GPP and standards accurate?

Yes. Every claim maps to a real standard — 3GPP TS 33.501 / SCAS, GSMA NESAS, O-RAN WG11, ETSI NFV-SEC, ENISA EU 5G Toolbox, NIST SP 800-207, FIPS 203/204/205 — with no invented facts. Many lessons run real cryptography (PCRs, attestation, MACsec/ESP, cosign) in the browser.

5G & Telco-Cloud Security Engineering Course — O-RAN, Zero Trust & DevSecOps

Curriculum

Eleven modules, three days, the whole stack

From the threat model to the post-incident review — every layer of a cloud-native 5G network, secured.

Day 1Foundations · 5G Security · Telco-Cloud Architecture

M1 · Threat Landscape, Model & Standards

Attack surface, threat actors, ATT&CK/FiGHT, quantum risk, the standards map.

M2 · Telco-Cloud Architecture

NFV & cloud-native, Kubernetes/CaaS, workload placement, multi-tenancy.

M3 · 5G Security Architecture (TS 33.501)

Key hierarchy, SUPI/SUCI/ECIES, 5G-AKA, NAS/AS security — with live KDF crypto.

M4 · SBA, Roaming, Slicing & MEC

SBI mTLS/OAuth2, SEPP/N32/PRINS, NSSAA, post-quantum, edge isolation.

Day 2Cloud-Native Platform · RAN · Zero Trust

M5 · NFV/SDN & Container / K8s Security

Hypervisor, LI isolation, image scanning, runtime, RBAC, policy-as-code, mesh mTLS.

M6 · Root of Trust, Attestation & Supply Chain

Secure boot & real PCRs, RATS attestation, confidential computing, SBOM/cosign/SLSA, NESAS.

M7 · O-RAN & Transport Security

O-CU/O-DU/O-RU, open fronthaul (802.1X/MACsec), O1/O2/A1/E2, RIC apps, NDS/IP, PKI.

M8 · Zero Trust Architecture

NIST SP 800-207, CISA maturity model, SPIFFE/SPIRE, policy-based access (ABAC).

Day 3Assurance · Operations · Incident Response

M9 · Assurance, Certification & DevSecOps

SCAS/NESAS/O-RAN, DevSecOps loop, CI/CD security gates, evidence & traceability, SSDF.

M10 · Security Operations & Detection

Observability, SIEM/SOAR, signalling (GTP/SS7/Diameter), AI/ML detection, Falco runtime.

M11 · Incident Response, Forensics & Capstone

IR lifecycle, cloud-native forensics, threat hunting, post-incident hardening, end-to-end breach capstone.

Capstone & certificate of completion

Walk one 5G-core breach end to end and map every defence to the module that stops it.

Why this course is different

Built like an engineer would, not a slide deck

🧪

Real, runnable crypto

Watch genuine SHA-256 PCRs diverge on a tampered boot, verify a cosign signature, drop a tampered MACsec frame — actual crypto.subtle in the browser, not screenshots.

📐

100% spec-accurate

Every control maps to a real clause — 3GPP TS 33.501/SCAS, GSMA NESAS, O-RAN WG11, ETSI NFV-SEC, NIST SP 800-207, FIPS 203/204/205. No invented facts, no hand-wavy numbers.

🎮

Interactive, not passive

Computed attack-path engines, policy-decision simulators, a defence-in-depth capstone — you toggle the controls and watch the breach get contained (or not).

📡

Telco-specific depth

O-RAN, network slicing, SS7/Diameter/GTP signalling, lawful-interception isolation and the roaming interconnect — the attack surface no generic cloud course covers.

🔄

The whole lifecycle

Build → assure → operate → defend → learn. From hardware root of trust to the blameless postmortem, the full loop of telco-cloud security engineering.

∞

Lifetime access

One payment, yours forever — on desktop and mobile. Revisit any module as the network, and the standards, evolve.

Who it's for

If you build, run or defend a 5G network

5G core & RAN engineers

moving into security and needing the cloud-native + zero-trust picture.

Cloud & platform security engineers

entering telecom and needing 3GPP/O-RAN context for their Kubernetes skills.

SOC, DevSecOps & assurance teams

at operators and vendors who must detect, respond to and certify 5G systems.

Architects & consultants

who need one coherent, standards-grounded model of end-to-end telco-cloud security.

Pricing

One payment. Lifetime access.

Everything — all 11 modules and 66 lessons — for a single price.

5G & Telco-Cloud Security Engineering

$14.99

one-time payment · lifetime access · ₹1499 in India

All 11 modules & 66 interactive lessons
Real runnable crypto & attack simulations
Spec-accurate (3GPP · O-RAN · NIST · GSMA)
Lifetime access on desktop & mobile
Free updates as standards evolve

Enroll now — $14.99

RAZORPAYPayPalUPICARDS Secure checkout · India pays in ₹ via Razorpay, everyone else in $ via PayPal or cards.

FAQ

Questions, answered

Who is this 5G security course for?

Network, cloud and security engineers who design, operate or defend 5G and telco-cloud networks — 5G core/RAN engineers moving into security, cloud security engineers entering telecom, and SOC/DevSecOps/assurance teams at operators and vendors. It assumes general networking/cloud familiarity and builds the security depth from there.

Is the content actually standards-accurate?

Yes — that's the whole point. Every claim maps to a real standard: 3GPP TS 33.501 & SCAS, GSMA NESAS, O-RAN WG11, ETSI NFV-SEC, ENISA EU 5G Toolbox, NIST SP 800-207, FIPS 203/204/205. Many lessons run real cryptography (TPM PCRs, attestation quotes, MACsec/ESP integrity, cosign verification, AES-GCM) live in your browser.

How do I pay, and what do I get?

A one-time payment of $14.99 (₹1499 in India) via Razorpay (cards / UPI / Apple Pay / Google Pay) or PayPal gives you lifetime access to all 11 modules and 66 interactive lessons. Access is instant after checkout.

Is it hands-on or just theory?

Hands-on. Each lesson pairs intuition with an interactive engine — computed attack paths, policy simulators, real crypto, a defence-in-depth capstone — so you don't just read about a control, you operate it and watch what happens when it fails.

What will I be able to do afterwards?

Secure a 5G core and O-RAN deployment end to end: harden CNFs and Kubernetes, anchor trust in hardware, secure the software supply chain, apply Zero Trust, build DevSecOps assurance, run security operations, and respond to — and learn from — incidents.