Understanding The Security Vendor Landscape Using the Cyber Defense Matrix (RSA Conference 2016)
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Understanding The Security Vendor Landscape Using the Cyber Defense Matrix (RSA Conference 2016)
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The Cyber Defense Matrix enables organizations to define clear categories for the range of products and services that are available in the marketplace to solve our various infosec problems. This model removes confusion around the security technologies that we buy and helps organizations align their vendors to have the right suite of capabilities to execute their information security mission. See the 2019 version at: http://bit.ly/cyberdefensematrixreloaded See the 2022 version at: http://bit.ly/cyberdefensematrixrevolutions
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Understanding The Security Vendor Landscape Using the Cyber Defense Matrix (RSA Conference 2016)
- 1. SESSION ID: #RSAC Sounil Yu Understanding the Security Vendor Landscape Using the Cyber Defense Matrix PDIL-‐W02F @sounilyu
- 2. #RSAC Disclaimers 2 The views, opinions, and positions expressed in this presentation are solely my own It does not necessarily represent the views and opinions of my employer and does not constitute or imply any endorsement from or usage by my employer All models are wrong, but some are useful -‐ George E. P. Box @sounilyu
- 3. #RSAC Our industry is full of jargon terms that make it difficult to understand what we are buying 3 To accelerate the maturity of our practice, we need a common language @sounilyu
- 4. #RSAC Our common language can be bounded by five asset classes and the NIST Cybersecurity Framework 4 Operational FunctionsAsset Classes DEVICES Workstations, servers, VoIP phones, tablets, IoT, storage, network devices, infrastructure, etc. The software, interactions, and application flows on the devices The connections and traffic flowing among devices and applications The information residing on, traveling through, or processed by the resources above The people using the resources listed above APPS NETWORKS 10011101010101010010 01001101010110101001 11010101101011010100 10110101010101101010 DATA USERS IDENTIFY PROTECT DETECT RESPOND RECOVER Inventorying assets and vulns, measuring attack surface, baselining normal, risk profiling Preventing or limiting impact, patching, containing, isolating, hardening, managing access, vuln remediation Discovering events, triggering on anomalies, hunting for intrusions, security analytics Acting on events, eradicating intrusion footholds, assessing damage, coordinating, reconstructing events forensically Returning to normal operations, restoring services, documenting lessons learned @sounilyu
- 5. #RSAC Introducing the “Cyber Defense Matrix” 5 Devices Applications Networks Data Users Degree of Dependency Identify Protect Detect Respond Recover Technology People Process @sounilyu
- 6. #RSAC Left and Right of “Boom” 6 Identify Protect Detect Respond Recover Technology People Process Pre-‐Event Structural Awareness Post-‐Event Situational Awareness Devices Applications Networks Data Users Degree of Dependency @sounilyu
- 7. #RSAC Enterprise Security Market Segments 7 Identify Protect Detect Respond Recover Technology People Process IAM Endpoint Visibility and Control / Endpoint Threat Detection & Response Configuration and Systems Management Data Labeling App Sec (SAST, DAST, IAST, RASP), WAFs Phishing Simulations DDoS Mitigation Insider Threat / Behavioral Analytics Network Security (FW, IPS) DRM Data Encryption, DLP IDS Netflow Full PCAP AV, HIPS Deep Web, Brian Krebs, FBI Backup Phishing Awareness Devices Applications Networks Data Users Degree of Dependency @sounilyu
- 8. #RSAC We care about more than just the assets that are owned and controlled by the enterprise 8 Threat Actors Vendors Customers Employees Enterprise Assets • Devices - user workstations, servers, phones, tablets, IoT, peripherals, storage, network devices, web cameras, infrastructure devices, etc. • Applications - The software, interactions, and application flows on the devices • Network - The connections and traffic flowing among devices and applications • Data - The information residing on, traveling through, or processed by the resources listed above • Users – The people using the resources listed above 01001101010110101001 10110101010101101010 Operational Functions • Identify – inventorying assets and vulnerabilities, measuring attack surface, baselining normal, risk profiling • Protect – preventing or limiting impact, patching, containing, isolating, hardening, managing access, vuln remediation • Detect – discovering events, triggering on anomalies, hunting for intrusions, security analytics • Respond – acting on events, eradicating intrusion footholds, assessing damage, coordinating response, forensics • Recover – returning to normal operations, restoring services, documenting lessons learned @sounilyu
- 9. #RSAC Devices Applications Networks Data Users Identify Protect Detect Respond Recover Devices Applications Networks Data Users Identify Protect Detect Respond Recover Devices Applications Networks Data Users Identify Protect Detect Respond Recover Devices Applications Networks Identify Protect Detect Respond R Market Segments – Other Environments 9 Threat Actor Assets Threat Data Intrusion Deception Malware Sandboxes Vendor Assets Cloud Access Security Brokers Vendor Risk Assessments Customer Assets Endpoint Fraud Detection Device Finger-‐ printing Device Finger-‐ printing Web Fraud Detection Employee Assets BYOD MAM BYOD MDM @sounilyu
- 10. #RSAC 10011101010101010010 01001101010110101001 11010101101011010100 10110101010101101010 DEVICES Workstations, servers, VoIP phones, tablets, IoT, storage, network devices, infrastructure, etc. The software, interactions, and application flows on the devices The connections and traffic flowing among devices and applications The information residing on, traveling through, or processed by the resources above The people using the resourceslisted above APPS NETWORKS DATA USERS Security Technologies Mapped by Asset Class 10 Disclaimer: Vendors shown are representative only. No usage or endorsement should be construed because they are shown here. @sounilyu
- 11. #RSAC IDENTIFY PROTECT DETECT RESPOND RECOVER Inventorying assets, measuring attack surface, baselining normal, risk profiling Preventing or limiting impact, containing, hardening, managing access Discovering events, triggering on anomalies, hunting for intrusions Acting on events, eradicating intrusion footholds, assessing damage, coordinating, reconstructing events forensically Returning to normal operations, restoring services, documenting lessons learned Security Technologies Mapped by Operational Functions 11 MSSPs / IR Disclaimer: Vendors shown are representative only. No usage or endorsement should be construed because they are shown here. @sounilyu
- 12. #RSAC Security Technologies by Asset Classes & Operational Functions 12 Identify Protect Detect Respond Recover Technology People Process Disclaimer: Vendors shown are representative only. No usage or endorsement should be construed because they are shown here. Devices Applications Networks Data Users Degree of Dependency @sounilyu
- 13. #RSAC Devices Applications Networks Data Users Identify Protect Detect Respond Recover Use Case 1: Understand how products in one area support the capabilities of another area 13 Threat Actor Assets Devices Applications Networks Data Users Identify Protect Detect Respond Recover Enterprise Assets Threat data providers fall into this category… … and threat integration platforms consume, integrate, and drive action on threat data through other products that are in these categories @sounilyu
- 14. #RSAC Use Case 2: Define Security Design Patterns (a.k.a. Security Bingo Card) 14 Identify Protect Detect Respond Recover Technology People Process O O O O O O O O O O O O O O O O O O O O O O O O O Devices Applications Networks Data Users Degree of Dependency @sounilyu
- 15. #RSAC Use Case 3: Maximizing Your Available Deployment Footprint (What vs Where) 15 Devices Applications Networks Data Users Protect RASP WAF Secure Coding What: Application Security Anti Malware Malware Sandbox Phishing Awareness Protect What: Endpoint Protection Devices Applications Networks Data Users Where Where @sounilyu
- 16. #RSAC Use Case 4: The (network) perimeter is dead. Long live (other) perimeters 16 Devices Applications Networks Data Users Devices Applications Networks Data Users TO FROM Devices Apps Networks Data Users Devices • SSH Certificates • Client-‐sideSSL Cert • Geofencing • Fingerprinting • NAC • Encryption keys • ? Apps • Server-‐Side SSL Cert • API Key • ? • Encryption keys • Enhanced SSL Certificates Networks • 802.1X Certificate • ? • Firewall Rules • ? • ? Data • Hashes / Checksums • Hashes / Checksums • ? • ? • Hashes / Checksums Users • User Creds • Biometrics • 2FA • User Creds • Biometrics • 2FA • User Creds • 2FA • User Creds • 2FA • Photo ID • Handshake FROM TO Reduce/Eliminate these perimeters to make security more usable PROTECT @sounilyu
- 17. #RSAC Use Case 5: Calculate Defense-‐in-‐Depth 17 Identify Protect Detect Respond Recover 0.25 0.40 0.20 0.64 0.20 0.10 0.10 0.15 0.45 0.15 0.10 0.20 0.39 0.05 0.10 0.20 0.32 0.30 0.10 0.37 0.52 0.36 0.51 0.35 0.46 44 Devices Applications Networks Data Users Defense in Depth Score D-‐in-‐D Score (sumof columns and row *100) @sounilyu
- 18. #RSAC Use Case 6: Understand how to balance your portfolio without breaking the bank 18 Identify Protect Detect Respond Recover $50 $100 $50 $200 $50 $100 $50 $100 $300 $100 $100 $50 $250 $50 $50 $50 $150 $50 $50 $100 $200 $200 $250 $150 $200 $1000 Devices Applications Networks Data Users Total Total @sounilyu
- 19. #RSAC Use Case 7: Anticipate the “Effective Half Life” of People Skills, Processes, and Technologies 19 Identify Protect Detect Respond Recover Technology People Process 55 3 42 3 53 3 53 3 54 2 55 4 33 3 35 4 33 4 55 1 45 5 21 3 22 3 32 3 45 4 25 5 24 2 25 3 22 2 35 3 55 5 35 4 23 3 43 4 55 5 New detection technologies may need to be rolled out EVERY TWO YEARS to maintain efficacy at 50% or higher Staff need training EVERY YEAR to maintain efficacy at 50% or higher Devices Applications Networks Data Users Degree of Dependency @sounilyu
- 20. #RSAC Use Case 8: Disintermediate Components for Easier Orchestration 20 010010101001011010 010010100100110111010010010100010110110111 010010100111010101101010100 0100101001011010101010010100101010100100011101 0100101101100100100110010110010 010010101011010 0100101001011011010100101110 010101001011010 100010110110111 010101101010100 010100100011101 100110010110010 010010101011010 Common Message Fabric Vendor Application Protection 1011010100101110 Enterprise Network Detection Enterprise Device Response Customer Device Protection Threat Actor Application Identification Enterprise Network Identification Customer Device Identification Disclaimer: Vendors shown are representative only. No usage or endorsement should be construed because they are shown here. @sounilyu
- 21. #RSAC Devices Applications Networks Data Users Degree of Dependency Use Case 9: Differentiate between a platform and a product 21 Identify Protect Detect Respond Recover Technology People Process Product Platform What makes a technology a “platform”? 1. Enables enterprises to operate as mechanics and not just chauffeurs 2. Exposes all its functions through APIs for easier integration with other technologies and capabilities 3. Leverages data exchange standards that enable interchangeable components @sounilyu
- 22. #RSAC Usually Fighting Against Technology Usually Fighting Against People Devices Applications Networks Data Users Degree of Dependency Identify Protect Detect Respond Recover Technology People Process Use Case 10: Identifying Opportunities to Accelerate the People>Process>Technology Lifecycle 22 Codified Into Playbooks & Checklists New Discoveries and War Stories! Embedded Into Technology @sounilyu
- 23. #RSAC ✔✔ ✔✔✔ ✔✔✔✔ ✔✔✔✔ ✔✔ ✔ ✔✔ ✔✔ ✔✔✔ ✔ ✔ ✔✔✔ ✔✔✔ ✔✔✔ ✔✔ Use Case 11: Identify technology gaps or overreliance in your technology portfolio 23 Identify Protect Detect Respond Recover Technology People Process Devices Applications Networks Data Users Degree of Dependency @sounilyu
- 24. #RSAC Model Shortfalls: Where is analytics? GRC? Orchestration? This framework supports the higher level functions of orchestration, analytics, and governance/risk/compliance, but they are represented on a different dimension GRC Analytics Orchestration 24@sounilyu
- 25. #RSAC Devices Applications Networks Data Users Identify Protect Detect Respond Recover Devices Applications Networks Data Users Identify Protect Detect Respond Recover Comparison of Models: Gartner’s Five Styles of Advanced Threat Defense 25 Source: Gartner Time Where to Look Real Time/ Near Real Time Post Compromise (Days/Weeks) Network Payload Endpoint Network Traffic Analysis Network Forensics Payload Analysis Endpoint Behavior Analysis Endpoint Forensics Style 2Style 1 Style 5Style 4 Style 3 Enterprise Assets Style 4 Style 1 Style 5 Style 2 Threat Actor Assets Style 3 @sounilyu
- 26. #RSAC Applying the Cyber Defense Matrix 26 This week Use the matrix to categorize vendors that you encounter in the Expo Hall Ask them where they fit and don’t allow them to be in multiple shopping aisles In the first three months following this presentation you should: Send me feedback on how you have mapped vendors to it Organize your portfolio of technologies to see where you might have gaps Identify vendors that may round out your portfolio based on your security design pattern (a.k.a. security bingo card) Within six months you should: Send me feedback on how you used the Cyber Defense Matrix and improved it @sounilyu
Editor's Notes
- Approaching this from a practitioner’s view. If the market is a representation of our needs, then what are we actually seeing in the market and how does that fit into any models that we have? Common language = Klingon 101. Think of this as Klingon 201 or 301. Mention that this is intended to be shareable, you can take pictures, you can reference me, but you can’t reference Bank of America
- Mention the difficulties of distinguishing between - Identify and Detect - What is protected vs where that protection is applied.
- Our understanding of Threat Actor assets enables our ability to protect our internal assets and detect intrusions
- Are there inefficiencies when what it does isn’t where it does it? Can we make tradeoffs to optimize our footprint and not overwhelm one part of it (e.g., endpoint)
- Talk about functional decomposition