For network engineers navigating the world of network automation, this guide is vital. It offers a road map with practical examples that covers evaluating key capabilities like task automation and backup/recovery as well as current system assessments.
It gives buyers a useful vendor evaluation checklist so they may make well-informed judgments. This guide equips network engineers to lead their businesses towards automation excellence by simplifying intricate ideas into practical insights.
When used in conjunction with the BackBox Network Automation Platform, BackBox Network Vulnerability Manager aids in the detection of vulnerabilities and the strengthening of cyber-attack defenses. Administrators confront substantial hurdles in addressing vulnerabilities in network devices such as firewalls, intrusion detection systems (IDSs), and routers. NIST publishes over 2,500 CVEs each month, overwhelming network managers with security knowledge.
The BackBox Network Vulnerability Manager solves these issues with its Closed-Loop Vulnerability Remediation procedure.
Dynamic Inventory: BackBox offers a comprehensive picture of network and security devices, removing the need for laborious and error-prone inventory processes.
Risk Scoring and Analytics: BackBox Network Vulnerability Manager's risk scoring engine assesses organizational vulnerabilities, providing attack surface scores and risk metrics for all network devices. This offers a thorough understanding of network vulnerabilities and risk exposure.
CVE Mitigation: Administrators search device configurations for vulnerable settings to assess CVE relevance. Automation removes mitigated vulnerabilities from the risk score. Certain CVEs can be marked non-applicable, recalculating the risk score for an accurate vulnerability status.
Without BackBox, vulnerability patching involves a manual process:
BackBox automates device detection, data collecting, and vulnerability mapping while prioritizing updates based on risk assessment. This gives administrators an up-to-date picture of network hazards, allowing them to quickly upgrade and provide full security.
BackBox understands the disparity between the accepted significance of OS upgrades and their regular delays. Exploring historical backgrounds, we learn how updates were originally considered regular administrative duties, despite their vital importance in today's cybersecurity scene. BackBox, supported by convincing statistics from reliable sources including as Ponemon, ServiceNow, and Gartner, reveals missed chances for breach prevention because of delayed patching and illuminates the operational constraints created by manual procedures that impede effective vulnerability mitigation.
We provide BackBox as the answer and describe its revolutionary potential to optimize updating processes:
Real-world success stories demonstrate BackBox's efficacy, resulting in considerable savings for organizations. BackBox is the catalyst for reframing operating system upgrades as critical security measures, providing a strong solution to strengthen network defenses against growing cyber threats.