Education security reports

C

Carnegie Mellon University

cmu.edu

70

Carnegie Mellon University is a prestigious private global research university based in Pittsburgh, USA, recognized among the top 20 universities in the United States. It offers a broad range of undergraduate, graduate, and continuing education programs with a strong emphasis on technology, artificial intelligence, and interdisciplinary research. The university has a large faculty body, notable alumni, and a history of pioneering contributions to AI and robotics. The website reflects a mature digital presence with comprehensive academic and campus life information targeting students, faculty, alumni, and researchers. Technically, the website is built on Drupal 10 CMS and integrates multiple modern analytics and marketing tools such as Google Tag Manager, Microsoft Clarity, Facebook Pixel, and LinkedIn Insight Tag. The site is mobile-optimized, accessible, and SEO-friendly, though performance is moderate. Security posture is good with HTTPS enabled and no visible sensitive data exposure, but lacks explicit security headers and a vulnerability disclosure policy. The WHOIS data is unavailable, which is typical for .edu domains due to registry policies, but the domain and content strongly indicate legitimacy. Privacy compliance is partially met with a comprehensive privacy policy but lacks a cookie consent mechanism. Overall, the site is professional, trustworthy, and well-maintained, serving as a key digital asset for Carnegie Mellon University.

U

U.S. Cyber Range

uscyberrange.org

65

U.S. Cyber Range is an educational technology platform focused on providing scalable, cloud-hosted virtual environments for hands-on cybersecurity training. The platform is designed primarily for educators and students, offering realistic labs, courseware, and capture-the-flag exercises. It is positioned as a trusted resource used by thousands across 40 states, supported by partnerships with organizations such as Rapid Ascent and Teach Cyber. The website reflects a professional and consistent brand identity aligned with its educational mission. Technically, the website is built on WordPress with Elementor and Gravity Forms, leveraging modern web technologies including Google reCAPTCHA v3 and Google Analytics for security and analytics. The site demonstrates good mobile optimization, accessibility, and SEO practices, although performance is moderate. Security posture is strong with HTTPS enforced and secure form handling, but lacks some advanced security headers and published security policies. The security posture is solid with no visible vulnerabilities or exposed sensitive data. However, the absence of a published security policy, incident response contacts, and vulnerability disclosure mechanisms indicates room for improvement in transparency and compliance. Privacy compliance is basic, with a privacy policy present but no explicit cookie consent mechanism detected. Overall, the website is trustworthy and professional, serving its educational audience well. The lack of WHOIS data is a minor concern but does not significantly detract from the site's legitimacy given the strong business and technical indicators. Strategic recommendations include enhancing privacy and security disclosures, implementing cookie consent, and publishing incident response information to further strengthen trust and compliance.

Dakota State University is a medium-sized higher education institution in the United States specializing in technology-driven education and cybersecurity programs. The website presents a professional and comprehensive overview of academic offerings, student life, and research opportunities, targeting prospective and current students. The institution holds a strong market position as a nationally recognized leader in technology education. Technically, the website employs modern tracking and analytics tools, including Google Tag Manager and multiple advertising pixels, indicating a mature digital marketing strategy. The site is well-designed, mobile-optimized, and accessible, providing a positive user experience. Security posture is solid with HTTPS and standard best practices, though it lacks explicit security policies and incident response disclosures. Privacy compliance is partial, with a clear privacy policy but no cookie consent mechanism. Overall, the website is trustworthy and professionally maintained, with room for improvement in privacy and security transparency.

A

Applied Technology Academy

appliedtechnologyacademy.com

63

Applied Technology Academy is a specialized educational institution offering award-winning training in IT, AI, and cybersecurity. The website positions the company as a credible training provider targeting individuals seeking to advance their careers in technology fields. The technical infrastructure is based on WordPress with Elementor and NitroPack, indicating a modern and optimized platform. Security posture is adequate with HTTPS enabled and domain transfer protection, but lacks advanced DNS security and security headers. Privacy compliance is weak due to missing privacy and cookie policies. Overall, the site is professional but could improve transparency and security disclosures.

V

Virginia Cyber Range

virginiacyberrange.org

67

Virginia Cyber Range operates as an educational platform providing scalable, cloud-hosted virtual environments for students to engage in hands-on cybersecurity labs and exercises. The website presents a professional and consistent brand focused on cybersecurity education, targeting students and educational institutions. The technical infrastructure leverages modern UI frameworks such as Vuetify and includes standard web fonts and icon libraries, indicating a moderate level of digital maturity. Security posture assessment is limited due to lack of visible security headers and WHOIS transparency, but the site uses HTTPS and includes basic error tracking via TrackJS. Privacy compliance is weak, with no visible privacy or cookie policies, which could impact user trust and regulatory adherence. Overall, the site is functional and relevant to its educational mission but would benefit from enhanced transparency and security practices.

V

Virginia Polytechnic Institute and State University

vt.edu

74

Virginia Tech is a large, well-established public university providing comprehensive academic programs, research, and community engagement. The website reflects a mature digital presence with professional design, clear navigation, and rich content targeting students, faculty, alumni, and partners. Technically, the site uses modern frameworks such as Bootstrap and jQuery, integrates advanced analytics and marketing tools, and employs a secure HTTPS configuration with appropriate security headers. However, the absence of publicly visible security policies, incident response contacts, and vulnerability disclosure mechanisms indicates areas for improvement in transparency and security maturity. The missing WHOIS data is likely a technical or privacy-related limitation but does not detract from the site's legitimacy given its strong branding and content quality. Overall, the site demonstrates a high level of professionalism and trustworthiness suitable for an educational institution of its scale.

V

VA Cyber Skills Academies (VCSA)

vacyberskills.com

73

VA Cyber Skills Academies (VCSA) is a state-sponsored educational initiative providing free, hands-on cybersecurity training to Northern Virginia residents, particularly those financially impacted by the COVID-19 pandemic. The program offers two main academies: a reskilling academy for individuals with no IT experience and an upskilling academy for early-career IT/cybersecurity professionals. The training includes industry-recognized certifications such as GIAC and is supported by partnerships with reputable organizations like the SANS Institute and Cyberjutsu. The website is professionally designed, mobile-optimized, and uses HubSpot CMS with integrated analytics and marketing tools. However, the domain WHOIS data is unavailable, which raises questions about domain registration legitimacy despite the credible content and partnerships. Privacy and cookie policies are present with consent mechanisms, but explicit security policies and incident response information are lacking.

C

Careum

careum-weiterbildung.ch

73

Careum is a Swiss-based educational institution specializing in continuing education and professional development in healthcare and social services. The website presents a modern, well-structured platform built on Vue.js and Nuxt.js frameworks, indicating a mature technical infrastructure. The site is mobile-optimized and accessible, with good SEO practices in place. Security posture is strong with HTTPS enforced and cookie consent implemented, though explicit privacy and terms of service pages are missing. No contact information or incident response details are provided, which could be improved to enhance trust and compliance. Overall, the website is professional and trustworthy, serving its target audience effectively.

U

US Cyber Games

uscybergames.com

75

US Cyber Games is a well-established cybersecurity competition and workforce development program focused on training and assembling elite US Cyber Teams for global competitions. The organization collaborates closely with government entities such as NIST's NICE program and industry partners, positioning itself as a leader in cybersecurity esports and education. The website is professionally designed, mobile-optimized, and rich in relevant content, reflecting a mature digital presence. Technically, the site leverages HubSpot CMS, integrates multiple analytics and marketing tools, and enforces strong security practices including HTTPS and security headers. However, the lack of publicly available WHOIS data and absence of explicit security policies or incident response information present areas for improvement. Overall, the security posture is strong but could benefit from enhanced transparency and formalized security disclosures. The risk assessment is moderate with recommendations to improve domain registration transparency and publish security governance documents.

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The Escal Institute of Advanced Technologies, Inc. d/b/a SANS Institute

sans.edu

76

The SANS Technology Institute (SANS.edu) is a specialized educational institution focused exclusively on cybersecurity degree and certificate programs. It offers career-focused undergraduate and graduate programs that integrate hands-on training with industry-recognized GIAC certifications. The institute holds prestigious designations such as the NSA Center of Academic Excellence in Cyber Defense and is approved under the Department of Defense 8140 Cyber Workforce Qualification Program, positioning it as a leader in cybersecurity education. The website reflects a mature, professional brand with strong industry ties and a clear mission to advance cybersecurity careers. Technically, the website employs modern web technologies including Vue.js (Nuxt.js), Contentstack CMS, and integrates advanced analytics and marketing tools such as Google Tag Manager, Optimizely, and Snowplow Analytics. The site is well-optimized for mobile devices, has good SEO practices, and uses security best practices including HTTPS, reCAPTCHA, and content security policies. Privacy and cookie policies are comprehensive and include consent mechanisms, supporting GDPR compliance. From a security perspective, the site demonstrates a strong posture with no visible vulnerabilities or exposed sensitive data. However, explicit security policies and vulnerability disclosure programs are not published, representing an area for improvement. The WHOIS data for the domain is unavailable, likely due to .edu domain WHOIS restrictions, but the website's legitimacy is supported by strong trust indicators and professional presentation. Overall, the SANS.edu website is a high-quality, trustworthy platform serving the cybersecurity education market with a strong technical and security foundation, though it could enhance transparency around security policies and incident response.

Envision by WorldStrides is a well-established educational organization specializing in experiential learning and career exploration programs for students ranging from elementary to high school levels. As part of the larger WorldStrides portfolio, it offers immersive leadership development and career testing opportunities on top university campuses across the United States. The website reflects a mature digital presence with comprehensive program information, enrollment options, and strong branding consistency. The target audience includes students, parents, and educators seeking transformative educational experiences. Technically, the website leverages a modern technology stack including ASP.NET Web Forms, Sitecore CMS, Microsoft Azure hosting, and integrates multiple analytics and marketing tools such as HubSpot, Google Analytics, TikTok Pixel, and Microsoft Omnichannel Live Chat. The site is mobile optimized and demonstrates good SEO and accessibility practices, though some accessibility enhancements could be made. From a security perspective, the site enforces HTTPS and uses several security best practices, but lacks explicit security policy disclosures and vulnerability disclosure mechanisms. The absence of WHOIS domain registration data is a notable concern, potentially indicating privacy protection or registration issues, which slightly impacts trustworthiness. Overall, the site maintains a strong security posture with room for improvement in transparency and incident response readiness. Strategically, the site is positioned as a trusted leader in educational experiential learning with a large user base and strong parent company backing. Recommendations include enhancing security disclosures, verifying domain registration transparency, and improving accessibility compliance to further strengthen trust and compliance.

The domain libguides.com currently serves an error page indicating it is an unknown LibGuides domain. LibGuides is a platform typically used for creating and managing library guides, targeting educators, students, and library users. The domain is registered since 2007 with Tucows Domains Inc., indicating a mature registration age consistent with a long-standing service. However, the website content is minimal and does not provide any substantive business or service information on this domain. From a technical perspective, the site uses AWS DNS services and includes Font Awesome for iconography, but no CMS or advanced frameworks are detected. The page is a simple error message with no forms, scripts, or tracking technologies. There is no evidence of HTTPS enforcement or security headers, and DNSSEC is not enabled, which are areas for improvement. Security posture is weak due to lack of visible security headers, no privacy or cookie policies, and no contact or incident response information. The domain registration is consistent and trustworthy, but the website itself lacks content and security best practices. No WAF or blocking mechanisms are detected, and the site is safe with no adult or explicit content. Overall, the website is not currently functional for end users and provides no business or compliance information. Strategic recommendations include enabling DNSSEC, implementing HTTPS and security headers, publishing privacy and cookie policies, and providing clear contact and incident response information to improve trust and compliance.

Thinkific is a prominent SaaS platform specializing in enabling users to create, market, and sell online courses, memberships, communities, and digital products. The company positions itself as a leading learning platform with a professional and well-branded website targeting educators, entrepreneurs, and course creators. The website demonstrates a mature digital presence with extensive use of modern web technologies and marketing tools such as HubSpot, Mixpanel, and Google Tag Manager. However, the absence of WHOIS registration data raises questions about domain registration transparency, although the website content and branding strongly suggest legitimacy. Security posture is moderate with no visible security headers or explicit security policies, and privacy compliance is limited due to missing privacy and cookie policies in the provided content. Overall, the website is professional and trustworthy from a business perspective but would benefit from enhanced transparency and security disclosures.

D

DevTalles

devtalles.com

65

DevTalles is an online education platform specializing in frontend and backend development courses delivered through the Thinkific platform. The website targets individuals seeking to enhance their software development skills at their own pace. The platform leverages modern web technologies including jQuery, Rails UJS, Google reCAPTCHA, and Facebook Pixel for user interaction and tracking. The site is well-designed with good content quality and mobile optimization, providing a positive user experience. However, the absence of explicit privacy and cookie policies, as well as contact information, limits its privacy compliance and business credibility. Security posture is generally good with HTTPS and bot protection in place, but security headers and incident response details are missing. Overall, the site is functional and professional but would benefit from enhanced privacy and security disclosures.

Laboratoria is a well-established educational organization focused on empowering women in Latin America through technology training, specifically offering a free data analysis course called Jornada de Dados. The website presents a clear and professional overview of the course structure, prerequisites, and community benefits, targeting women interested in technology careers. The technical infrastructure leverages common web technologies such as jQuery, Font Awesome, and multiple analytics/tracking pixels including Google Tag Manager, Facebook Pixel, and TikTok Pixel. While the site is mobile optimized and well-structured, there is room for improvement in security headers and explicit privacy compliance mechanisms. The security posture is moderate with no critical vulnerabilities detected but lacks advanced security policies and incident response information. Overall, the domain WHOIS data aligns with the business claims, supporting legitimacy and trustworthiness.

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Louisiana State University

lsu.edu

58

Louisiana State University (LSU) is a prominent public research university located in Baton Rouge, Louisiana. The website serves as the official digital presence of LSU, showcasing its academic programs, research initiatives, and campus culture. The site targets prospective and current students, faculty, and the academic community, positioning itself as a top-tier research institution. The business model revolves around higher education and research services, with a large institutional size and a strong market position in the education sector. Technically, the website employs modern web technologies including Bootstrap 4.3.1 for responsive design, FontAwesome 6.7.2 for iconography, and integrates multiple third-party analytics and tracking tools such as Crazy Egg, Google Tag Manager, and Siteimprove Analytics. The site demonstrates good mobile optimization and SEO practices, although accessibility features appear basic. Performance is moderate, with asynchronous loading of scripts enhancing user experience. From a security perspective, the website uses HTTPS with good SSL configuration and includes integrity checks on critical resources. However, explicit security headers are not detected in the provided content, and no dedicated security or incident response policies are found. The site uses multiple tracking scripts, which may raise privacy concerns, especially given the absence of visible privacy or cookie policies. No vulnerabilities or exposed sensitive data were identified in the analyzed content. Overall, LSU's website is a professional and trustworthy platform reflecting its educational mission. The main risks relate to privacy compliance and transparency regarding data collection and user consent. Strategic recommendations include implementing comprehensive privacy and cookie policies with consent mechanisms, enhancing security headers, and providing clear contact channels for security incidents to improve trust and compliance.

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University of Louisiana System

ulsystem.edu

58

The University of Louisiana System is a large public educational institution serving the state of Louisiana through a unified system of nine campuses. Its mission focuses on teaching, research, and community service to enhance the quality of life for Louisiana's citizens. The website reflects a professional and consistent brand presence, targeting students, faculty, staff, and the broader community. The system offers a broad range of educational services and strategic initiatives to support its mission. Technically, the website is built using modern web technologies including SvelteKit and Cloudflare Turnstile for bot protection. It is hosted on a performant platform with good mobile optimization and accessibility features. SEO practices are well implemented with comprehensive metadata and structured data. However, explicit security headers are not detected, and privacy and cookie policies are not present, indicating areas for improvement. From a security perspective, the site uses HTTPS and includes bot mitigation measures but lacks published security policies, incident response contacts, and vulnerability disclosure mechanisms. No vulnerabilities or exposed sensitive data were detected in the content. The WHOIS data aligns well with the website's claims, supporting legitimacy and trustworthiness. Overall, the website is professional, secure, and credible but would benefit from enhanced privacy compliance and explicit security documentation to improve trust and regulatory adherence.

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Universidad Regiomontana S.C.

u-erre.mx

63

Universidad Regiomontana (U-ERRE) is a well-established private educational institution based in Monterrey, Mexico, founded in 1969 and operating under the Talisis group. The university offers a broad range of academic programs including preparatory, undergraduate, graduate, executive degrees, and continuing education. It positions itself as a leader in innovation and community transformation through education, targeting students primarily in Mexico. The website reflects a professional and modern digital presence with strong branding, comprehensive content, and multiple accreditations that reinforce its credibility and market position. Technically, the website is built on the Webflow platform and leverages modern web technologies such as jQuery, Google Tag Manager, Hotjar, and Sentry for analytics, monitoring, and user experience enhancement. The site is mobile-optimized, fast-loading, and well-structured with good SEO practices. However, it lacks explicit cookie consent mechanisms and visible security policies, which are areas for improvement in privacy compliance. From a security perspective, the site uses HTTPS and integrates monitoring tools but does not currently display security headers or incident response information publicly. No vulnerabilities or exposed sensitive data were detected in the content. The WHOIS data for the subdomain is unavailable, which is expected for subdomains, and the domain is consistent with the parent Talisis group. Overall, the site demonstrates a strong security posture but could enhance transparency and compliance. The overall risk assessment is low, with recommendations focusing on improving privacy compliance, publishing security policies, and implementing security headers to further strengthen trust and regulatory adherence.

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Harmon Hall

harmonhall.com

60

Harmon Hall is a leading English language education provider in Mexico, operating under the Talisis group. The website offers a comprehensive range of English courses tailored for adults, children, teens, and corporate clients, including certification preparation and online learning options. The brand is well-established with over 56 years of experience and strong market presence supported by multiple subsidiaries and partnerships. Technically, the site is built on Webflow with modern analytics and monitoring tools integrated, providing a good user experience and mobile optimization. Security posture is solid with HTTPS and monitoring but lacks some security headers and explicit cookie consent mechanisms. WHOIS data for the subdomain is unavailable, likely due to it being a subdomain rather than a standalone domain, which does not detract from the site's legitimacy. Overall, the site is professional, trustworthy, and well-positioned in the education sector.

A

Advenio

advenio.mx

52

Advenio is a well-established childcare and early education provider in Mexico, operating since 2010 and part of the Talisis educational group. The company offers a range of services including daycare, preschool, home care, parenting courses, and extracurricular activities, targeting families with young children. Their market position is solid within the regional childcare sector, supported by multiple centers in key cities and a consistent brand presence. Technically, the website is built on modern Webflow infrastructure, utilizing popular analytics and tracking tools such as Google Analytics, Facebook Pixel, Hotjar, and Sentry for error monitoring. The site is mobile-optimized, fast-loading, and well-structured with good SEO and accessibility features. However, some security headers are missing, and there is no explicit cookie consent mechanism, which could be improved for better privacy compliance. From a security perspective, the site uses HTTPS and implements reCAPTCHA for form protection, indicating a good baseline security posture. No vulnerabilities or exposed sensitive data were detected. The WHOIS data for the subdomain is unavailable, which is typical for subdomains, and the site content aligns well with the parent Talisis group, supporting legitimacy. Overall, the website demonstrates a high level of professionalism, trustworthiness, and technical maturity, with minor recommendations to enhance privacy compliance and security headers. The risk level is low, making it a reliable digital presence for the business.

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IESALUD

iesalud.mx

61

IESALUD is a specialized nursing school based in Monterrey, Mexico, offering technical high school and university degree programs in nursing. It operates under the Talisis group umbrella, which manages several educational brands. The website presents a professional, content-rich platform targeting prospective nursing students with clear program offerings, testimonials, and contact information. Technically, the site is built on Webflow with modern analytics and error tracking tools, providing a good user experience and mobile responsiveness. Security posture is adequate with HTTPS and monitoring tools but lacks explicit security headers and privacy policies. WHOIS data for the subdomain is unavailable, which is typical and does not detract from legitimacy. Overall, the site is trustworthy and well-positioned in its niche.

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TED Conferences LLC

ted.com

71

TED Conferences LLC operates the TED platform, a globally recognized nonprofit organization dedicated to spreading ideas through short, powerful talks across a wide range of topics. Founded in 1984, TED has established itself as a leading educational and inspirational media platform, offering free access to high-quality video content and hosting conferences and TEDx events worldwide. The website reflects a mature digital presence with a focus on accessibility, mobile optimization, and user engagement.

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Laboratoria

laboratoria.la

57

Laboratoria is a well-established non-profit organization founded in 2014, focused on empowering women in Latin America through education and career development programs in the digital economy. The website presents a professional and consistent brand image, offering free and paid programs such as 'Activa tu carrera' and a growth and development membership. The target audience is women over 18 in Latin America seeking better employment opportunities. Technically, the site uses modern technologies including Webflow CMS, Google Tag Manager, and YouTube embeds, hosted on Webflow with DNS managed by DigitalOcean. The site is fast, mobile-optimized, and accessible with good SEO practices. Security posture is solid with HTTPS and cookie consent mechanisms, though improvements are recommended in DNSSEC and security headers. Privacy compliance is strong with clear policies and GDPR-aligned consent. No direct contact emails or phone numbers are published, but social media channels are active. Overall, the site is trustworthy and professional, with a high legitimacy score based on WHOIS data and domain age.

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RAND Corporation

rand.edu

77

The RAND School of Public Policy is a graduate-level educational institution uniquely integrated within the RAND Corporation, a renowned independent policy research organization. Founded in 1970, it offers specialized master's and doctoral degrees in policy analysis, targeting future policy leaders and strategists. The school operates campuses in Santa Monica, California, and Washington, D.C., providing students with immersive real-world policy research experience. The website reflects a professional and consistent brand presence, with comprehensive program information and active engagement through social media and admissions events.

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RAND Corporation

pardeerand.edu

77

The RAND School of Public Policy is a graduate-level educational institution uniquely integrated within the RAND Corporation, a renowned independent policy research organization. It offers specialized master's and doctoral degree programs in policy analysis, targeting future policy leaders and strategists. The school operates campuses in Santa Monica, California, and Washington, D.C., emphasizing real-world policy research and education. The website reflects a strong brand identity consistent with RAND Corporation and provides comprehensive information about programs, admissions, research, and events. Technically, the website is built on Adobe Experience Manager CMS and employs modern web technologies including Google Tag Manager, Facebook Pixel, LinkedIn Insight Tag, and Google reCAPTCHA for analytics, marketing, and security. The site is mobile responsive, well-structured, and optimized for SEO and accessibility, delivering a good user experience. From a security perspective, the site enforces HTTPS and uses reCAPTCHA to protect forms. However, some security headers like Content-Security-Policy and X-Frame-Options are not explicitly detected, and no cookie consent mechanism is present, which could be improved for GDPR compliance. The WHOIS data for the domain 'www.rand.edu' is unavailable, which raises minor concerns but does not detract significantly from the site's legitimacy given the strong branding and content. Overall, the site demonstrates a mature digital presence with good security posture and business credibility. Strategic recommendations include enhancing security headers, implementing cookie consent, publishing security policies, and clarifying domain registration details to improve trust and compliance.

WeGotNextCyber is a cybersecurity educational initiative operated by the BlackGirlsHack Foundation, a 501(c)(3) non-profit organization focused on increasing diversity and inclusion in cybersecurity by training underserved Black women and girls. The website presents an 18-week Saturday school program targeting 9th-12th grade students in Virginia, providing ethical hacking education and preparation for the CompTIA Security+ certification. The program leverages a trusted curriculum from cyber.org and includes hands-on labs and certification vouchers to enhance employability in cybersecurity fields. Technically, the website is built on WordPress using the Elementor page builder and jQuery libraries. It is hosted on dot5hosting.com with HTTPS enabled, ensuring secure connections. Performance and mobile optimization are moderate to good, though accessibility and SEO optimizations are basic. The site uses Jetpack for analytics and tracking but lacks advanced privacy and cookie policies or consent mechanisms. From a security perspective, the site has HTTPS but lacks security headers and published security policies or incident response contacts. No vulnerabilities or malware indicators were detected, but improvements are recommended in security headers and privacy compliance. The WHOIS data shows a consistent and appropriate domain registration matching the organization's timeline and mission. Overall, the website is a credible and focused educational platform with good content quality and business credibility but requires enhancements in privacy compliance, security best practices, and contact transparency to improve trust and security posture.

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Cybertorial

cybertorial.org

54

Cybertorial is a small non-profit organization dedicated to educating and empowering women, young adults, and underserved populations in cybersecurity and artificial intelligence awareness. Their mission is delivered through innovative edutainment methods including an animated series and educational content. The organization is positioned as a niche player in the cybersecurity education sector with a focus on diversity and inclusion. Technically, the website is built on WordPress using modern plugins like Elementor and All in One SEO, hosted by Liquid Web, and employs Google Analytics for user insights. Security posture is adequate with HTTPS enforced and domain protections in place, though improvements such as enabling DNSSEC and adding security headers are recommended. Privacy compliance is limited due to the absence of explicit privacy and cookie policies. Overall, the website is professional, trustworthy, and serves its educational mission effectively.

LifeSmarts is a well-established consumer education program operated by the National Consumers League, focusing on educating students through competitions and resources. The website serves multiple audiences including students, educators, coaches, coordinators, and alumni, providing access to competitions, quizzes, and educational materials. The program has a strong market position with a domain age dating back to 1997, reflecting its long-standing presence in the education sector. Technically, the website is built on WordPress using popular plugins such as WPBakery Page Builder, Contact Form 7, and MonsterInsights for analytics. It leverages Cloudflare for DNS and uses Google Analytics for user tracking. The site is mobile-optimized with good SEO practices, though accessibility features are basic. Performance is moderate, with room for improvement in security headers and cookie consent mechanisms. From a security perspective, the site enforces HTTPS and has domain transfer protections in place. However, it lacks DNSSEC and explicit security headers, and no published security or incident response policies were found. Privacy compliance is basic, with a privacy policy present but no cookie consent banner or GDPR-specific indicators. The WHOIS data aligns well with the website's claims, showing consistent and legitimate registration. Overall, the website is professional, trustworthy, and serves its educational mission effectively. Strategic improvements in security headers, privacy compliance, and incident response transparency would enhance its security posture and user trust.

Girls Who Code is a well-established non-profit organization founded in 2012, dedicated to closing the gender gap in technology by providing free coding education programs for teen girls and young women. Their offerings include clubs, summer immersion programs, college and career pathways, and specialized AI and emerging technology curricula. The organization has a strong market position with a large alumni base and consistent branding. Technically, the website is built on modern frameworks such as React and uses Craft CMS, hosted behind Cloudflare with good SSL and security headers. However, DNSSEC is not enabled, and explicit privacy and cookie policies are not found in the provided content, which are areas for improvement. The site employs extensive third-party analytics and tracking pixels, indicating a moderate to extensive user tracking level. Overall, the website is professional, secure, and trustworthy, serving a general audience with safe content.

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University of California, Berkeley

berkeley.edu

59

The University of California, Berkeley website serves as the official digital presence of a leading public research university in the United States. It provides comprehensive information about academic programs, research initiatives, campus life, admissions, and financial aid. The site targets prospective and current students, faculty, staff, alumni, and the general public interested in the university's offerings and achievements. UC Berkeley holds a top market position as the #1 public research university in the U.S., supported by numerous accolades and Nobel laureates on faculty. Technically, the website is built on a modern WordPress CMS platform with a robust tech stack including Yoast SEO, Google Tag Manager, and FontAwesome. The site demonstrates good performance, excellent mobile optimization, and strong SEO practices. Accessibility features are well implemented, enhancing usability for diverse users. From a security perspective, the site enforces HTTPS and avoids exposing sensitive data. However, explicit security headers are not visibly configured, and there is no public incident response or vulnerability disclosure information. Privacy compliance is partially addressed with a comprehensive privacy policy, but lacks a visible cookie consent mechanism. No WHOIS data was retrievable, which is typical for .edu domains but limits domain registration transparency. Overall, the website is professional, trustworthy, and content-rich, reflecting the institution's prestige. Strategic improvements in security headers, privacy mechanisms, and transparency around incident response would further enhance the site's security posture and compliance.

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APEF

apef.ch

40

APEF is a well-established non-profit association founded in 1983 that supports the parents of students at Institut Florimont in Switzerland. The organization focuses on volunteer coordination, organizing school and charitable events, and providing resources to families. The website is professionally designed using WordPress and WooCommerce, with modern plugins such as Yoast SEO and Breakdance. It features multilingual support (French and English) and integrates social media channels for community engagement. Security measures include HTTPS, Google reCAPTCHA on forms, and standard security headers, although there is room for improvement in cookie consent and public security policies. Overall, the website reflects a trustworthy and credible organization with a clear mission and active community involvement.

A

Association des Anciens Elèves de l'Institut Florimont

floanciens.ch

47

The website represents the Association des Anciens Elèves de l'Institut Florimont, a non-profit alumni association established in 1920, serving former students and professors of Institut Florimont in Switzerland. It provides community engagement through events, information sharing, and membership services. The site is built on Drupal 8 and integrates Google Tag Manager for analytics. The design is professional, mobile-optimized, and accessible, with clear navigation and relevant content for its target audience. Security posture is moderate with HTTPS enabled and secure login forms, but lacks advanced security headers and published security policies. Privacy compliance is limited due to absence of privacy and cookie policies. Overall, the site is trustworthy and well-positioned within its niche but could improve in security and privacy transparency.

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University of Liverpool

liv.ac.uk

65

The University of Liverpool is a prestigious higher education institution based in the United Kingdom, established in 1881. It offers a broad range of undergraduate, postgraduate, and research programs, supported by a strong research culture and global partnerships including campuses in China and India. The university holds a strong market position, ranked within the top 150 globally by QS and a member of the Russell Group, reflecting its academic excellence and reputation. Technically, the website is built on the TerminalFour CMS platform and employs modern web technologies such as Google Tag Manager and LiveChat for analytics and user engagement. The site is well-optimized for mobile devices, accessible, and SEO-friendly, providing a professional and user-friendly experience. From a security perspective, the site enforces HTTPS, uses appropriate security headers, and secures its forms, demonstrating a mature security posture. However, explicit incident response and vulnerability disclosure policies are not publicly evident, representing an area for improvement. Overall, the website is trustworthy, professional, and compliant with privacy regulations including GDPR. The lack of WHOIS data is likely due to privacy protection, which is justified for an institution of this size. The site presents minimal risk and aligns well with the university's brand and business objectives.

U

University of Liverpool

liverpool.ac.uk

65

The University of Liverpool is a prestigious higher education institution based in the United Kingdom, with a rich history dating back to 1881. It offers a wide range of undergraduate, postgraduate, and continuing professional development courses, supported by world-class research and global partnerships including campuses in China and India. The university holds a strong market position, ranked within the top 150 globally and recognized for teaching excellence. Technically, the website employs modern web technologies such as Google Tag Manager, LiveChat, and responsive design, built on the TERMINALFOUR CMS platform. The site is well-optimized for mobile and accessibility, with comprehensive privacy and cookie policies indicating good GDPR compliance. Security posture is solid with HTTPS enforced and secure form handling, though explicit security headers and incident response information are not publicly detailed. Overall, the domain appears legitimate and trustworthy despite the absence of WHOIS data, supported by consistent branding and multiple trust indicators.

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The Citizen Lab

citizenlab.ca

66

The Citizen Lab is a well-established interdisciplinary research laboratory affiliated with the Munk School of Global Affairs & Public Policy at the University of Toronto. It specializes in research at the intersection of information and communication technologies, human rights, and global security. The lab produces influential research publications, engages in public policy advocacy, and offers educational programs targeting academics, policymakers, and human rights advocates globally. The website reflects a strong academic and professional presence with consistent branding and high-quality content. Technically, the website is built on WordPress with a modern tech stack including jQuery, FontAwesome, and plugins for YouTube embedding and Mailchimp integration. It is hosted behind Cloudflare DNS and CDN services, ensuring good performance and availability. The site is mobile-optimized, accessible, and SEO-friendly, with proper meta tags and structured data enhancing search engine visibility. From a security perspective, the site enforces HTTPS and uses domain status locks to prevent unauthorized transfers or updates. However, DNSSEC is not enabled, and security headers are not detected, representing areas for improvement. The site does not expose sensitive data and uses anti-spam measures on forms. Privacy compliance is good with a comprehensive privacy policy, but lacks a cookie consent mechanism. No formal security policy or incident response contacts are published. Overall, the website demonstrates a high level of professionalism, trustworthiness, and digital maturity. It serves its academic and advocacy mission effectively while maintaining a solid security posture. Strategic recommendations include enabling DNSSEC, adding security headers, implementing cookie consent, and publishing security policies to further enhance trust and compliance.

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EAB

eab.com

68

EAB is a well-established education technology and services company founded in 1993, serving a broad range of educational institutions including colleges, universities, community colleges, K-12 schools, and international institutions. The company offers a comprehensive suite of solutions focused on enrollment management, student success, data analytics, advisory services, and virtual tours. Their market position is strong, with over 2,100 partner schools and a high client retention rate. Technically, the website is built on WordPress with modern JavaScript libraries and integrates marketing and analytics tools such as Marketo and Google Tag Manager. The site is well-optimized for SEO, accessibility, and mobile devices, providing a professional user experience. Security posture is good with HTTPS enforced and domain registration locked, though DNSSEC is not enabled and explicit security policies are not published. Privacy compliance is partial, with a cookie consent mechanism present but no visible privacy policy or terms of service in the provided content. Overall, the website and domain demonstrate high legitimacy and trustworthiness.

T

Taylor & Francis

taylorandfrancisgroup.com

72

Taylor & Francis is a well-established global academic publisher specializing in journals, books, and open research platforms across a wide range of disciplines including humanities, social sciences, science, technology, engineering, medicine, and healthcare. As a division of Informa plc, it holds a strong market position with a comprehensive portfolio and a clear focus on fostering human progress through knowledge. The website reflects a professional and consistent brand image, targeting academia, industry professionals, government, and healthcare sectors. Key services include academic publishing, content platforms like Taylor & Francis Online, eBooks, and F1000 open research solutions. Technically, the website is built on WordPress with a modern tech stack including jQuery, Google Tag Manager, Microsoft Clarity, Hotjar, and Pardot for marketing automation. It is hosted behind Cloudflare DNS and CDN services, with good mobile optimization, accessibility, and SEO practices. The site employs a consent management platform to comply with privacy regulations and uses multiple analytics tools with user consent controls. From a security perspective, the site enforces HTTPS and uses domain registration locks to protect against unauthorized changes. However, DNSSEC is not enabled, and security headers are not explicitly detected in the HTML content. There is no publicly visible security policy or incident response contact information, and no vulnerability disclosure policy is found. No critical vulnerabilities or exposed sensitive data were detected. Overall, the website demonstrates a high level of professionalism, security, and privacy compliance appropriate for a large enterprise academic publisher. Strategic improvements include enabling DNSSEC, publishing a security policy, and implementing security headers to further enhance security posture.

F1000 Research Ltd. operates a professional open research publishing platform and consulting services aimed at researchers, funders, and research institutions globally. The company is positioned as a reputable player in the open access academic publishing sector, with partnerships including major funders such as the European Commission and the Bill & Melinda Gates Foundation. The website demonstrates a mature digital presence built on WordPress with modern technologies like React and Bootstrap, providing a responsive and accessible user experience. Privacy and cookie policies are well implemented with consent management, reflecting good compliance with GDPR standards. However, the absence of WHOIS registration data for the domain www.f1000.com raises concerns about domain legitimacy verification, although the branding and external references support the company's authenticity. Security posture is solid with HTTPS and tracking consent, but could be improved by adding explicit security headers and publishing a security policy. Overall, the website is professional, trustworthy, and well-structured, supporting the company's business goals effectively.

C

CERN

visit.cern

66

The website visit.cern is the official visitor portal for CERN Science Gateway, providing comprehensive information about visiting CERN, including exhibitions, events, educational resources, and support opportunities. The site targets a broad audience including families, educational groups, and science enthusiasts, positioning itself as a leading educational and scientific outreach platform. The business model is non-profit, aligned with CERN's mission as a premier international scientific research organization. Technically, the site is built on Drupal 10 with modern web technologies such as Bootstrap, jQuery, and Matomo analytics, hosted on CERN's infrastructure, delivering fast and mobile-optimized performance with good accessibility and SEO practices. Security posture is strong with HTTPS enforced and domain transfer protections, though DNSSEC is not enabled and security headers could be improved. Privacy compliance is well addressed with a clear data privacy page and cookie consent mechanisms. Overall, the website is professional, trustworthy, and well-maintained, reflecting CERN's reputable brand and mission.

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CCSD

episciences.org

65

Episciences is a Diamond Open Access scientific publishing platform operated by CCSD, focusing on overlay journals across multiple disciplines. It serves the academic and research community by providing innovative editorial tools integrated within the European scholarly ecosystem. The platform hosts journals founded recently (2023-2025) and emphasizes open peer review and CC BY 4.0 licensing, positioning itself as a trusted non-profit academic publisher. Technically, the website is built on WordPress with modern web standards, including responsive design, SEO optimization via Yoast, and privacy-conscious analytics using Matomo. Security measures include HTTPS enforcement and hCaptcha integration for form protection, though explicit security headers could be improved. The security posture is solid with no evident vulnerabilities or exposed sensitive data. Privacy compliance is strong, with clear privacy and cookie policies and GDPR adherence. Contact information and legal terms are transparently provided, enhancing business credibility. Overall, Episciences presents a professional, trustworthy, and well-maintained platform suitable for academic publishing, with recommendations to enhance security headers and publish incident response details for further maturity.

A

Advantic Systemhaus GmbH

rebokiga.de

65

The website rebokiga.de represents the Regenbogenkindergarten, a specialized educational institution in Tuttlingen, Germany, focusing on children with intellectual, physical, and motor disabilities. The institution provides small group care and special education services, positioning itself as a local leader in inclusive early childhood education. The website is professionally designed with clear navigation and provides comprehensive contact information, privacy, and cookie policies, reflecting a commitment to user trust and compliance. Technically, the site uses legacy JavaScript libraries such as jQuery 1.10.2 and includes common UI components like datepickers and sliders, but lacks modern security headers and updated libraries, which could pose risks. Security posture is moderate with cookie consent implemented but no explicit security or incident response policies found. Overall, the site is safe, family-friendly, and trustworthy, but could benefit from technical modernization and enhanced security practices.

J

Johann-Peter-Hebel-Schule

jphs-tuttlingen.de

55

Johann-Peter-Hebel-Schule is a specialized educational institution located in Tuttlingen, Germany, providing comprehensive education and support services including kindergarten, primary and secondary education, counseling, and parental information. The school emphasizes education, self-determination, and communication, targeting students, parents, and educators within the local community. The website reflects a well-structured and consistent presentation of the school's offerings and community engagement. Technically, the website is built on the ikiss CMS platform, utilizing jQuery, Flexslider, and Photoswipe libraries. The site is mobile optimized with good accessibility and SEO practices. Performance is moderate, with room for improvement in updating legacy libraries and enhancing hosting details. The presence of cookie consent and Google site verification indicates attention to privacy and search engine indexing. From a security perspective, the site enforces HTTPS and employs cookie consent mechanisms, but lacks explicit security headers and dedicated security or incident response policies. No vulnerabilities or exposed sensitive data were detected. The WHOIS data aligns with the website's hosting and design company, supporting legitimacy. Overall, the security posture is solid but could benefit from additional hardening and transparency. The overall risk assessment is low, with the site serving as a trustworthy information portal for the school community. Strategic recommendations include implementing security headers, publishing security and incident response policies, updating JavaScript libraries, and considering a security.txt file to enhance vulnerability disclosure and trust.

F

Fritz-Erler-Schule

fes-tuttlingen.de

69

Fritz-Erler-Schule is a vocational educational institution based in Tuttlingen, Germany, providing a range of educational programs including commercial vocational training, social pedagogy, nursing, and vocational gymnasium courses. The website targets students, parents, and educational stakeholders in the region, offering comprehensive information about school services, contact details, and events. The institution positions itself as a regional leader in vocational education with a focus on practical and social training. Technically, the website is built on the IKISS CMS platform and uses legacy JavaScript libraries such as jQuery 1.10.2, with moderate performance and basic mobile optimization. Security measures include cookie consent and no visible exposed sensitive data, but lack advanced security headers and modern JS libraries. Privacy compliance is good with a clear privacy policy and cookie banner. Overall, the site is professional and trustworthy but could benefit from technical and security modernization.

F

Ferdinand von Steinbeis-Schule

steinbeisschule.de

66

The Ferdinand von Steinbeis-Schule is a German vocational and technical educational institution based in Tuttlingen, Germany. The website provides comprehensive information about various educational programs, student services, and school life, targeting students, parents, and educators. The institution offers multiple specialized vocational tracks including Berufsvorbereitende Bildungsgänge, Ausbildungsvorbereitung dual, Gewerbliche Berufsschule, and others, positioning itself as a key regional provider of technical education. Technically, the website is built on the ikiss CMS platform, utilizing jQuery and related plugins for navigation and UI components. The site is mobile-optimized, accessible, and well-structured with clear navigation and relevant metadata including Open Graph tags. Hosting is provided by a German hosting provider as indicated by the nameservers. Performance is moderate with no major technical issues detected. From a security perspective, the site uses HTTPS and implements a cookie consent mechanism compliant with GDPR. However, no explicit security policies, incident response contacts, or vulnerability disclosure mechanisms are present. No security headers were detected in the provided data, suggesting room for improvement in hardening the site against common web threats. No vulnerabilities or suspicious content were found. Overall, the website is professional, trustworthy, and suitable for its educational purpose. Strategic recommendations include enhancing security headers, publishing a security policy, and adding vulnerability disclosure information to improve transparency and security posture.

E

Erwin-Teufel-Schule

ets-spaichingen.de

69

Erwin-Teufel-Schule is a vocational educational institution based in Spaichingen, Germany, offering a broad range of programs in fields such as Electrotechnology, Metal Technology, Economics, and Social Services. The school provides pathways from intermediate educational qualifications to advanced technician certifications, targeting students seeking career-oriented education and training. The website reflects a well-structured and professional digital presence, designed using the ikiss CMS platform and incorporating modern web technologies such as jQuery and responsive navigation frameworks. The site is accessible, mobile-optimized, and includes clear navigation and content relevant to its audience. Security posture is adequate with HTTPS usage and cookie consent mechanisms, though explicit security policies and incident response information are absent. Overall, the site demonstrates a solid foundation for educational service delivery with room for enhanced security and compliance transparency.

K

KreisMedienZentrum Tuttlingen

kmz-tuttlingen.de

71

KreisMedienZentrum Tuttlingen is a regional educational media center serving schools in the Tuttlingen district, Germany. It provides media resources, training, device lending, and consulting services to support digital education and creative media projects. The website reflects a focused mission on enhancing digital literacy and media competence in schools, including innovative offerings like a pilot Makermobil program. The organization positions itself as a key regional educational service provider with a small but specialized scope. Technically, the website is built on the IKISS CMS platform, utilizing standard JavaScript libraries such as jQuery and Photoswipe for UI enhancements. The site is mobile-optimized, accessible, and well-structured with clear navigation and metadata. Hosting and domain registration align with the service provider Advantic GmbH, indicating a consistent technical infrastructure. From a security perspective, the site uses HTTPS and implements a cookie consent mechanism compliant with GDPR. However, explicit security headers and policies are not evident, and no incident response or vulnerability disclosure information is published. No tracking or advertising scripts were detected, indicating a privacy-conscious approach. Overall, the security posture is moderate but could be improved with additional headers and transparency. The website is safe for general audiences, with no adult or questionable content. Contact information is complete and professional, supporting business credibility. The domain registration data matches the website's claims, supporting legitimacy. The overall risk is low, with recommendations focusing on enhancing security headers and publishing security policies to strengthen trust and compliance.

A

Advantic Systemhaus GmbH

bve-tuttlingen.de

62

The Berufsvorbereitende Einrichtung (BVE) of Landkreis Tuttlingen is a public educational institution focused on preparing young people with special educational needs for the general labor market. Operated under the auspices of Landkreis Tuttlingen and supported by Advantic Systemhaus GmbH for IT and web services, the BVE offers tailored vocational training, work projects, and internships. The website reflects a regional government-affiliated service with clear contact information and basic privacy compliance. Technically, the site uses legacy technologies such as jQuery 1.10.2 and lacks modern security headers and confirmed HTTPS, which poses potential security risks. The cookie consent mechanism is implemented, indicating awareness of GDPR requirements. Overall, the site is functional and trustworthy but would benefit from technical modernization and enhanced security measures.

O

OpenAIRE

openaire.eu

69

OpenAIRE is a well-established non-profit initiative providing open science infrastructure and services primarily in Europe. It supports researchers, institutions, and funders with tools and platforms that enable open access, data sharing, and scholarly communication. The organization holds a strong market position as a key contributor to the European Open Science Cloud and offers a comprehensive suite of services that cover the full research lifecycle. Technically, the website is built on Joomla! CMS with modern frameworks like UIkit and integrates analytics tools such as Matomo and Google Analytics. The site is mobile-optimized, accessible, and performs moderately well. Security measures include HTTPS enforcement, reCAPTCHA on forms, and cookie consent management, though some security headers could be improved. The security posture is solid with no visible vulnerabilities or exposed sensitive data. Privacy compliance is strong, with clear policies and consent mechanisms. The WHOIS data is privacy protected under EURid policy, which is typical for EU domains and does not raise suspicion. Overall, the website demonstrates high professionalism, trustworthiness, and a strong commitment to open science principles. Strategic recommendations include enhancing security headers, publishing a security policy and incident response contacts, and maintaining regular audits of third-party components to sustain security and compliance.

C

CERN

home.cern

68

CERN is a globally recognized intergovernmental scientific research organization specializing in fundamental physics. The website serves as a comprehensive portal for scientific research, educational resources, news, and events related to particle physics. It targets scientists, educators, and the general public interested in physics and science. The site is professionally designed, well-branded, and provides rich, relevant content with clear navigation and mobile optimization. Technically, the website is built on Drupal 10 CMS, utilizing modern JavaScript libraries such as Owl Carousel and Prism.js, and employs Matomo for privacy-conscious analytics. The site is hosted securely with HTTPS and enforces clientTransferProhibited status on the domain, though DNSSEC is not enabled, representing a minor security gap. Security posture is solid with HTTPS and some security best practices, but lacks explicit security headers and a public vulnerability disclosure or security.txt file. Privacy compliance is partial due to the absence of visible privacy and cookie policies or consent mechanisms. Contact information is available primarily via contact forms and physical address, with no direct emails or phone numbers exposed. Overall, the website is trustworthy, authoritative, and well-maintained, with recommendations to improve privacy compliance and DNS security to enhance user trust and security posture.

C

CERN

cern.ch

68

CERN is a globally recognized intergovernmental scientific research organization specializing in fundamental physics. The website serves as a comprehensive portal for scientific information, news, events, and educational resources targeting scientists, educators, and the general public. It maintains a strong market position as a leader in particle physics research and public outreach. The technical infrastructure is modern, leveraging Drupal 10 CMS and open-source technologies, with good performance and mobile optimization. Security posture is strong with HTTPS enforcement and domain transfer protections, though DNSSEC is not enabled and explicit security policies are not publicly visible. Privacy and cookie policies are not clearly presented, indicating room for compliance improvement. Overall, the website is professional, trustworthy, and content-rich, reflecting CERN's authoritative status in science.