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New Release — 2026 · Based on 3GPP TS 33.501 (Rel-18)

5G Security Based on 3GPP

The practical engineer's guide to 5G security — authentication, key management, SUCI privacy, SBA, SEPP roaming, network slicing, RAN, core, and cloud-native protection. 35 chapters · 397 hand-drawn diagrams · labs · checklists · interview prep.

35
Chapters
8
Parts
33.501
3GPP Verified
Lifetime Access
TS 33.501 v18.11.0 5G-AKA · SUCI · Key Hierarchy SBA · SEPP · Slicing Threat Model · SOC · Audit Lifetime updates

8 Parts. 35 Chapters. Complete Coverage.

From the long-term key on a SIM card to the SEPP guarding the roaming border — every layer of 5G security.

I
Foundations of 5G Security
Chapters 1–3
01Why 5G Security Matters
023GPP Security Standardization
035G Architecture — Security View
II
Authentication & Access Security
Chapters 4–9
04Identity & Subscription (SUCI)
05The 5G Authentication Framework
065G-AKA — Complete Message Flow
07Key Hierarchy & Management
08NAS Security
09AS, RRC & User-Plane Security
III
Core Network & SBA Security
Chapters 10–14
10Service-Based Architecture Security
11Network Function Security
12NEF & API Security
13SEPP & 5G Roaming Security
14Network Domain Security
IV
RAN, Mobility & Roaming
Chapters 15–18
15NG-RAN Security
16Handover Security
17Interworking with LTE/EPS
18NSA & SA Security
V
Privacy, Slicing & Edge
Chapters 19–23
19User Privacy in 5G
20Network Slicing Security
21Non-Public Network Security
22MEC & Edge Security
23IoT, RedCap & Massive Device
VI
Threats & Operator Protection
Chapters 24–28
24The 5G Threat Model
25Common Misconfigurations
26Security Monitoring & KPIs
27SOC/NOC Procedures
28Security Audit Checklist
VII
Advanced & Future Security
Chapters 29–32
29Cloud-Native 5G Security
30Zero Trust Architecture
31AI/ML for 5G Security
325G-Advanced & 6G Security
VIII
Labs & Training Material
Chapters 33–35
33Practical Security Lab Design
34Interview Questions & Trainer Notes
35The Final Master Checklist

Standards-Grounded. Engineer-Practical.

Built by a telecom engineer for telecom engineers — and the SOC teams who defend the network.

Built on TS 33.501
Every chapter opens with a standards reference box and is grounded in 3GPP TS 33.501 (Rel-18, v18.11.0) plus the full 33-series and TS 23.501/502.
397 Hand-Drawn Diagrams
Key hierarchy trees, AKA message flows, SBA token flows, SEPP roaming, threat maps — every concept drawn, not described.
Attack-Driven
Each mechanism is taught through the attack it stops — IMSI catchers, aLTEr, SS7/Diameter roaming abuse, SBA lateral movement, signaling storms.
Hands-On Labs
Observe 5G-AKA, SUCI, NAS security and SBA tokens in your own captures with Open5GS, UERANSIM and Wireshark — safe and isolated.
Operator Playbooks
Misconfiguration quick-scan, KPI dashboard, SOC/NOC incident playbooks, and per-domain audit checklists you can use on Monday morning.
Lifetime Updates
One-time purchase. As 3GPP evolves toward Rel-19 and 6G, the book is updated and you get the new content free.

Read the First 3 Chapters Free

No signup. See the depth, the diagrams, and the writing before you buy.

Chapter 1 — Why 5G Security Matters
FREE

“Every security mechanism in 5G exists because somebody, somewhere, successfully attacked an earlier generation.”

A 5G network carries your payments, your hospital's telemetry, your country's power-grid signaling, and two billion private conversations — across an air interface that anyone with a $300 software radio can listen to. That is the problem 3GPP security was built to solve.

A short history of trust: 2G to 5G

Think of mobile security as a door that gained one more lock with every generation — and every lock was added after a break-in. 2G authenticated you to the network but never the network to you. 3G fixed that with mutual AKA. 4G built the key hierarchy. And 5G finally closed identity privacy, user-plane integrity, core trust, and roaming…

Open the free reader (Ch 1–3)

Abhijeet Kumar

Telecom engineer with deep RAN, core, optimization and standards expertise. Author of the CafeTele engineering book series and founder of cafetele.com. This book distills 3GPP security into something you can actually deploy, monitor, and audit.

Frequently Asked Questions

How do I read the book after I buy?

Instant online access. After payment via Razorpay the full 35-chapter reader unlocks immediately in your browser — like Kindle, with a chapter sidebar — with lifetime access. No subscription, no recurring fees.

Can I preview it first?

Yes. Chapters 1 to 3 are completely free, no signup required. Read them and confirm the depth before you buy.

Is it really based on official 3GPP specs?

Yes. It is built on TS 33.501 (verified v18.11.0, Rel-18) and the wider 33-series, with TS 23.501/502 for architecture. Each chapter cites exact spec numbers; Rel-19 content is flagged to verify against the latest version.

Do I need deep prior knowledge?

Basic telecom/4G familiarity helps, but Part 1 builds the foundations. RAN, core, security and SOC engineers, students, and trainers all get value.

USD 9.99 or INR 999 — which do I pay?

INR 999 if you pay from India, USD 9.99 internationally. Pick your currency on the buy panel. One-time payment.

Are the labs free to run?

Yes. Every lab uses free open-source tools — Open5GS, UERANSIM, Wireshark — on an isolated test setup. Chapter 33 has full instructions.

What is the refund policy?

Because it is a digital product with instant access and a free 3-chapter preview, sales are final once unlocked. Please read the free preview first to confirm it fits your needs.

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