"The absence of evidence of exploitation currently occurring does not preclude a vulnerability from being exploited in the future." CISA
Maintaining secure and compliant networks with accurate configuration assessment across education institutions
Education Institutions, especially universities, have unique challenges to face when protecting their networks, requiring both an open access culture for students, staff and research but needing to secure their networks and the data that is held within them, as well as meeting different federal compliance requirements.
Managing a network in these circumstances is not a straightforward process.
With open access networks for students, staff and researchers, which may contain valuable personal and financial information, and users who are often using personal devices to access the network, it's not surprising that they are attractive to attacks from cyber criminals. With large attack surfaces to defend, it’s important for SOC and NOC teams to make sure that the configuration of networks assessed and validated regularly as is critical to protecting the confidentiality, integrity and availability (CIA) of the most sensitive data, systems, and services.
Detecting and preventing the exploitation of vulnerable misconfigurations is a top priority for Network and Security Operations teams. This is why education establishments around the world are choosing Titania Nipper to gain visibility of their security posture and compliance status across their expanding attack surface. Nipper is a trusted component in the vulnerability management toolsets of 30+ federal agencies, helping them assess firewalls, switches and routers to detect critical misconfigurations.
The software also provides agencies with risk mitigation advice and device specific technical fixes to improve mean time to remediate. Nipper can then be used to track when vulnerabilities have been remediated, providing an up-to-date view of the security and compliance posture of the agency to ensure skilled network resources are used to best effect.
With Nipper Enterprise agencies are now able to continuously assess core network security on an up-to-hourly basis and have a roadmap to playbook-controlled remediation of identified misconfigurations.
- Reduce audit times by up to 80%
- Detect all misconfigurations, even in air-gapped environments
- Prioritize security risk by criticality
- Improve MTTR with device specific remediation advice and command-line fixes
Automate RMF assurance:
- Assure compliance for CDM, DISA RMF, NIST, and CMMC
- Assessor-ready reports of compliance with:
- 89% of NIST 800-171 network controls
- 93% of NIST 800-53 network controls
- 89% of CMMC network practices
Establish a defendable network:
- Accurate RMF snapshots and real-time evidence of compliance
- Continuous assessment of firewalls, switches and routers
- Daily configuration drift monitoring
- Roadmap to playbook-controlled auto-remediation
Proven to protect critical infrastructure
Nipper is a trusted component in the vulnerability management toolsets of 30+ federal agencies, helping them assess firewalls, switches and routers to detect critical misconfigurations in their network devices.
Nipper supports automating the assessment of several compliance requirements as well, helping users save time. It automates the compliance assessment of 89% of the NIST 800-171 controls related to network devices.
And for Universities and other establishments that have a defense contract which requires the handling of CUI or are intending to voluntarily obtain CMMC certification to verify their cybersecurity standards, Nipper helps demonstrate compliance with 89% of CMMC network security practices across 9 domains.
Need accurate on-demand security and compliance audits and assurance?
Ready for continuous misconfiguration detection and response?
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Watch our on-demand webinar to learn how compliance with the Cybersecurity Maturity Model Certification (CMMC) is assessed, and discover the new CMMC module for Titania Nipper which can save you time and resources.View Webinar