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Comprehensive Cyber Risk Scorecard

COMPREHENSIVE

InfoSekure Cybersecurity RISK ASSESSMENTS PROVIDE COMPLIANCE ASSURANCE

Risk assessments are not only important but are required. If you need to be compliant with industry standards and federal regulations—including HIPAA, PCI DSS, NIST 800-171, the Gramm-Leach-Bliley Act (GLBA), Federal Financial Institutions Examination Council (FFIEC), Federal Deposit Insurance Corporation (FDIC), or National Credit Union Administration (NCUA)—you need to conduct a risk assessment. The risk assessment is the best way to assess your company’s risks, identify your vulnerabilities, and determine how exposed your data is.

InfoSekure Cybersecurity Risk Assessments identify your hazards and risk factors that could cause harm, analyze them, and determine the best course of action to mediate the risk. Our risk assessment process will:

  • Gather data regarding your information and technology assets.
  • Determine threats to assets, vulnerabilities, existing security controls and processes, and current security standards and requirements.
  • Analyze the probability and impact associated with the known threats and vulnerabilities.
  • Prioritize the risks to determine the appropriate level of training and controls necessary for mitigation.

InfoSekure Cybersecurity RISK ASSESSMENTS CAN:

DEFINE KEY CONCEPTS AND INFORMATION FLOWS, INCLUDING:

  • Information Asset Definition(s)
  • Impact Area—Creating an Impact Criteria Matrix
  • Defining and producing Information Asset Flow Diagram(s)

DEFINE THREATS AND VULNERABILITIES

  • Technical – Deliberate
  • Technical – Inadvertent
  • Technical – Failure
  • Physical Security
  • Social Engineering
  • Disaster Events

CONDUCT AN INITIAL RISK ASSESSMENT, INCLUDING THE PROBABILITY GROUPS:

  • Human – Deliberate
  • Human – Inadvertent
  • Technical Failure
  • Disaster (Natural and Man-Made)

DEVELOP CONTROL RECOMMENDATIONS. FINDING THE MOST EFFECTIVE METHODS FOR:

  • Decreasing the probability of a Threat Scenario occurring
  • Decreasing the impact that can be caused by a Threat Scenario
  • Decreasing the time and privacy available to Threat Sources at key points
  • Enhancing Incident Response capabilities
  • Enhancing Business Continuity and Disaster Recovery capabilities

CONDUCT A RESIDUAL RISK ASSESSMENT. USING THE ABOVE INFORMATION TO DEVELOP:

  • A finalized list of threat-vulnerability pairs for each Risk Category complete with residual impact values by Impact Area, residual Impact Scores, residual probability values, and residual risk values
  • A list of Risk Categories with initial consolidated risk values

At InfoSekure Cyber security, we are not just about “checking the boxes.” We partner with you to help you understand your risks. We offer comprehensive recommendations, support, and services based on best practices—and provide you with a complete risk analysis and data flow map. Conducting ongoing risk assessments can help you:

  • Identify weaknesses in policies, procedures, and information systems
  • Identify vulnerabilities for mitigation to help prevent data loss and data breaches
  • Help you meet compliance

Patch Management

We collect details related to the version number of your systems and software from internet-wide scanners like Censys, Shodan, Zoomeye etc. These version numbers are converted into the corresponding common platform enumeration number (CPE-ID) and are correlated with NIST NVD and MITRE CVSS databases to detect and approximate any unmitigated known vulnerabilities.

Application Security

We collect the contents web applications from various internet-wide scanners and analyze them for application level weaknesses i.e. Cross Site Request Forgery, Cross Content Mixing, Plain Text Transmission of Sensitive Information etc. The results are correlated with MITRE CWE database to detect the severity level of each findings.

DNS Health

We generate DNS health report from 40+ control items which are collected from online services like IntoDNS, Robtex, Netcraft and HackerTarget. Since DNS queries are recursive, it is almost impossible to detect a hacker footprints from the DNS servers.

Email Security

We collect vulnerabilities related to potential email servers and SMTP misconfigurations like open relay, unauthenticated logins, restricted relay, SMTP ‘Verify’ vulnerabilities from the online services like MxToolbox and eMailSecurityGrader.

SSL/TLS Strength

SSL/TLS configurations and vulnerabilities are provided by several 3rd party online services. The results come from various online SSL grading service like Qualys SSL Labs scanner, HTBridge, Mozilla Website Observatory etc.

Leaked Credentials

There are more than 5 billion hacked email / password available on the internet and underground forums. This section shows the leaked or hacked emails & passwords.

IP/Domain Reputation

Asset reputation score is based on the number of IPs or domains are blacklisted or they are used for sophisticated APT attacks. The reputation feeds are collected from VirusTotal, Cymon, Firehol, BlackList DNS servers, etc.

Social Network

Hackers publicize their targets or even victims on social network sites to motivate other hackers to attack the same target. The results are filtered from billions of social media content.

Hacktivist Shares

Hackers publicize their targets in underground forums or darkweb. NormShield collects information from hundreds of dark forums, criminal sites and hacktivist sites and filters the results for the corresponding company.

Fraudulent Domains

Fraudulent Domains and subdomains are extracted from the domain registration database. The registered domains database holds more than 300M records.

Fraudulent Applications

Fraudulent or pirate mobile / desktop applications are used to hack / phish employee or customer data. Possible fraudulent or pirate mobile/desktop apps on Google Play, App Store and pirate app stores are provided.

Digital Footprint

Digital Footprint is determined by open ports, services and application banners. This information is gathered from NormShield crawlers, Censys, VirusTotal, Robtext, Alexa, Shodan etc.

Information Disclosure

Company employees may disclose Local IPs, email addresses, version numbers, whois privacy records or even misconfigure a service in a way that it may expose sensitive information to the internet.

Attack Surface

Attack surface is the technical analysis of open critical ports, out-of-date services, application weaknesses, SSL/TLS strength and any misconfigurations. This information is gathered from Censys & Shodan database and service / application versions are correlated with Passive Vulnerability Scan results.

Our Comprehensive Risk assessment shows you complete Security Posture of your organization

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