Cisco CCNP Security SCOR 350-701 study board

Cisco CCNP Security SCOR 350-701: every exam objective on a hand-drawn mind map, 1,052 flashcards and 754 practice questions. Free preview, $49.99 one-time.

Exam version: Follows Cisco's SCOR 350-701 v2.0 exam topics, effective 27 August 2026.

What you get

• 47 hand-drawn sheets: every exam objective on its own sheet, in reading order
• 1,052 flashcards written from the cards on the map, that come back just before you'd forget
• 754 original practice questions, each graded with the answer explained
• A Treemap of every card the flashcards and practice questions cover, painted by the score you have earned on it, so you can see what is left
• Bookmarks and sticky notes, saved to your account
• One payment of $49.99: no subscription, no expiry date

Who it is for

People studying for Cisco CCNP Security SCOR 350-701 on their own who learn best by seeing how topics connect, and who want one place to read the map, recall it with flashcards, prove it on practice questions and see their progress on a Treemap.

Who it is not for

It is not a hands-on lab, not a full video course and not a replacement for practising on real equipment or software.

Free preview: what is on the board

• Start here
  • How to use this map
    • Big idea: walk it, then test yourself
    • A study session that sticks
    • Getting around
    • Reading a card
    • What the marks mean
  • The exam at a glance
    • Big idea: study the v2.0 blueprint
    • Where the marks are
    • What v2.0 changed
• Security Concepts (20%)
  • 1.1 Attack Threats
    • Big idea: same attacks, bigger blast radius
    • Where each threat lives
    • Malware families
    • Network attacks
    • Breaches, APIs and stolen identities
    • Quantum and AI as threats
    • Check yourself: attack threats
  • 1.2 Vulnerabilities and Exploits
    • Big idea: a weakness, a tool, a score
    • Which CVE do you patch first?
    • Code and config flaws
    • Web application attacks
    • Naming and ranking: CVE and CVSS
    • Check yourself: vulnerabilities
  • 1.3 AI and LLM Vulnerabilities
    • Big idea: the model can't tell data from orders
    • How indirect prompt injection lands
    • Prompt injection (LLM01)
    • System prompt leakage (LLM07)
    • Vector and embedding weaknesses (LLM08)
    • LLM supply chain (LLM03)
    • OWASP Top 10 for LLMs 2025
    • Check yourself: LLM risks
  • 1.4 Phishing and Social Engineering
  • 1.5 Cryptography
  • 1.6 VPN Deployment Types
  • 1.7 Security Intelligence
  • 1.8-1.9 Zero Trust, Defense in Depth, SAFE
  • 1.10 Python Scripts for Security APIs
• Network Security (25%)
  • 2.1 Firewall and IPS Deployment Models
  • 2.2 Security Monitoring and Telemetry
  • 2.3 Layer 2 Security and Segmentation
  • 2.4 Firewall Management Options
  • 2.5 CIS Benchmarks for FTD and IOS XE
  • 2.6 Troubleshooting AAA: TACACS+ and RADIUS
  • 2.7 Secure Network Management
  • 2.8 FTD Access Control and Threat Inspection
  • 2.9-2.10 FTD VPN: Build and Troubleshoot
• Cloud Security (15%)
  • 3.1 Shared Responsibility Models
  • 3.2 Securing the Cloud: Tools and Frameworks
  • 3.3 Cloud Models, Solutions and CASB
  • 3.4 Multicloud Defense and Secure Workload
  • 3.5 Splunk: Ingesting Cloud Data
  • 3.6 Workload Security and eBPF
  • 3.7 DevSecOps
• Secure Service Edge (10%)
  • 4.1 SSE and SASE
  • 4.2 Secure Access: Internet Access
  • 4.3 Secure Access: Private Access
  • 4.4 DLP and AI Guardrails
  • 4.5 Secure Access Investigate
• Endpoint Protection and Detection (15%)
  • 5.1 EPP and EDR
  • 5.2 Device management and inventory
  • 5.3 Endpoint posture assessment
  • 5.4 Secure Client and Malware Analytics
  • 5.5 Configure Secure Endpoint
  • 5.6 Interpret Secure Endpoint events
  • 5.7 Secure Email Threat Defense
• Network Access, Visibility, and Enforcement (15%)
  • 6.1 Identity and secure network access
  • 6.2 Device compliance and app control
  • 6.3 802.1X and MAB with ISE
  • 6.4 Network access with CoA
  • 6.5 Exfiltration techniques
  • 6.6 Visibility with XDR and SIEM/SOAR
  • 6.7 Duo in zero trust
  • 6.8 Splunk for security operations

Sample flashcard

In a hybrid network, which threats belong only to the cloud/SaaS side: rootkits, insecure APIs, ARP spoofing, misconfigured storage buckets, or co-resident VM side channels?

Insecure APIs, misconfigured storage buckets and co-resident VM side channels. Rootkits, USB drops and ARP-spoofing MITM are on-premises threats.

Sample practice question

An attacker phishes the password of a staff accountant. The same identity provider account signs the user into the remote-access VPN, the Microsoft 365 tenant and the company's AWS console through SSO. Which statement BEST describes how the hybrid environment changes the impact of this phish?

• A. SSO turns a credential theft into an attack class unique to the cloud
• B. One stolen identity now opens many systems, so the blast radius grows
• C. Impact is lower because SaaS sessions cannot reach on-premises data
• D. The cloud provider is responsible for stopping misuse of the credential

Answer: B. The attack itself is ordinary credential phishing; what changes is that one identity is the key to the VPN, the SaaS tenant and the cloud console, so identity has become the perimeter. Account protection is the customer's job under shared responsibility, SSO does not create a new attack type, and access to the VPN plainly reaches on-premises systems.

Questions

Do I download the Cisco CCNP Security SCOR 350-701 board?

No. Boards open on the website in your browser, on a computer or a phone, once you sign in. Your flashcard progress, bookmarks and test results are saved to your account.

How long do I keep access?

It is a one-time purchase with no subscription and no expiry date.

Can I try it before I buy?

Yes. Every board has a free preview: the introduction, the first three sheets of the first domain and ten sample questions, with no account needed.

What if the exam changes?

This board follows one exam version (350-701-SCOR). Check that it matches the exam you are booking before you buy.

What is the refund policy?

You can ask for a refund within 7 days of buying, with no reason needed. Details are in the Refund Policy.

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