An attack surface comprises of numerous vulnerable points through which an unauthorized user can gain access to the whole IT infrastructure. Minimizing the attack surface is the fundamental security strategy essential for preventing cyber attacks. To identify and remediate the potentials risks present in the organization IT assets, crucial attack surface reduction processes like vulnerability assessment, risk assessment, and risk priorization must be continuously implemented in the network. Automating these processes and managing them all from a centralized console will further reduce delays and speed up the risk mitigation process.
In this webinar, you will learn -
- About Attack surfaces and risks
- Strategies to minimize the attack surface
- Methods to speed up risk mitigation
15. Are We Uncovering the entire risks in
the IT security landscape?
Is vulnerability assessment integrated with
vulnerability remediation?
Are vulnerabilities continuously &
automatically managed from a single console?
IT SECURITY TEAMS
ARE LEFT TO PONDER
Very Low Certainty
Poor Control
No Continuity
16. MODERN IT SECURITY TEAMS NEED A
SINGLE SOLUTION THAT EXPOSES
EVOLVING ATTACK SURFACE AND TAKES
OWNERSHIP OF REMEDIATION
• Continuous visibility into computing
environment
• Risk identification beyond software
vulnerabilities
• Continuous mitigation of risks to reduce
attack-surface
• Automating preventive routines
17. ADVANCED
VULNERABILITY
MANAGEMENT
FRAMEWORK
Gain Visibility into IT
Infrastructure
REPORT
VISIBILITY IDENTIFY
ASSESS
REMEDIATE PRIORITIZE
Vulnerabilities Misconfigurations Missing Patches Other Security
Risk Exposures
Assess security
risk from single
console and
insightful reports
Prioritise
vulnerabilities and
missing patches
based on severity
Patch
Vulnerabilities
Fix
Misconfigurations
Apply Security Controls
• Manage Vulnerabilities &
Security Risks Beyond CVEs
• Mitigate Vulnerabilities
On-time with Integrated
Remediation Controls
• Execute everything from a
truly integrated,
centralized console
• Automate end-to-end
tasks and establish a
continuous routine
Perform strategic
analysis with
insightful and
customizable
reports
Centralised
Management Console
APIs
APIs
21. For inquiries, contact us at: Email: info@secpod.com
WWW.SECPOD.COM
PREVENT CYBER ATTACKS.
CONTINUOUS. AUTOMATED.
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Editor's Notes
Secureworks is a leader in cybersecurity providing best-in-class cybersecurity solutions and threat intelligence that reduces risk, optimizes IT and security investments, and fills security team talent gaps.
Secureworks Taegis™, a cybersecurity analytics cloud platform built on 20+ years of real-world threat intelligence and research, improves your ability to detect advanced threats, streamline and collaborate on investigations, and automate the right actions.
The term attack surface is often confused with the term attack vector, but they are not the same thing. The surface is what is being attacked; the vector is the means by which an intruder gains access.
Your attack surface is the totality of all vulnerabilities in connected hardware and software.
The combination of all attack vectors and all vulnerable assets within them is known as an organization’s attack surface.
Attack vectors
Specific paths that attackers use to gain unauthorized access to your environment. A simple analogy would be leaving a door or window to a building unlocked or open.
While not always exploited, these openings provide an opportunity for unauthorized entry and therefore creates risk for malicious or unwanted activities that may take place.
Common cyber-attack vectors include firewalls, DDoS attacks, malware, passwords, misconfigured APIs, and phishing – however organizations often have 100 or more attack vectors, adding lots of opportunity for risk.
Protecting an organization requires careful review of every attack vector, and a detailed understanding of all assets associate with every attack vector, and what vulnerabilities exist in them.
The combination of all attack vectors and all vulnerable assets within them is known as an organization’s attack surface. Your attack surface therefore reflects the entire area of IT infrastructure that is susceptible or exposed to potential compromise.
Vulnerability management.
Prioritization, and Remediation. Attack surface reduction begins with an attack surface analysis. Vulnerability assessment tools are a core component of operationalizing attack surface analysis, automating the process of capturing a comprehensive list of know assets and any associated vulnerabilities associated with them. This list is constantly changing, so this process must be continuous to reflect an accurate view of potential risk.
Attack simulation (pen testing, red teaming, etc.) – Expose externally-facing weaknesses.
Attack Surface Management tools – automated assessment tools that identify and classify externally facing access to systems, data, and networks. Find assets and check for vulnerabilities. Continuously monitor and discover the external assets attackers can see and evaluate them against commercial, open source and proprietary threat intelligence feeds to generate security ratings for an organization's overall security posture.
Risk assessment. Assessing potential risk associated with vulnerable assets requires an understanding of who or what systems are utilizing each asset, and what data is stored or processed on each asset.
Risk prioritization. Once vulnerabilities and risk are assessed, both can be prioritized, focusing on highest-risk assets that need to be secured first.
All of these processes must be operationalized – meaning that they must happen continuously, and automatically.
Link to typical vuln definition…
- Software Vulnerabilities with CVE
- Misconfigurations with CVE
- Asset Exposures
- Missing Security Patches
- Security Control Deviations or Risk Exposures
- Software Vulnerabilities with CVE
- Misconfigurations with CVE
- Asset Exposures
- Missing Security Patches
- Security Control Deviations or Risk Exposures