tirup.in
Category: Technology
Description of tirup.in
tirup.in appears to be a personal portfolio website for Tirup Mehta, presenting him as a designer, front-end developer, and cybersecurity enthusiast based in Gujarat, India. The homepage highlights his work at the intersection of UI/UX design, front-end engineering, and secure software architecture, with navigation sections for work samples, skills, and writing.
Based on the visible content, the site functions primarily as a professional profile and contact hub rather than a commercial service. It also links out to external profiles and platforms such as developer and social channels, which is typical for an individual portfolio intended to showcase experience, projects, and online presence.
Safety Assessment for tirup.in
The available scan results are broadly reassuring at the time of this scan. The domain was not flagged by any of 91 security engines, the malware scan reported no flagged files, and the checked threat-database and blacklist sources did not report listings associated with malware, phishing, or other web threats. The screenshot also appears consistent with a straightforward personal portfolio page rather than a login portal, download page, or storefront.
A few neutral context points are still worth noting. The domain is relatively new at about 280 days old and does not appear to have a traffic ranking, which can simply reflect a small personal site rather than a widely visited service. The page also references a Cloudflare challenge URL, suggesting protective anti-bot infrastructure may be in use, but this alone is not an indicator of harm.
Based on available data, no threats were detected at the time of this scan.
Technical Description
The site is served through Cloudflare infrastructure on IP address 188.114.97.2, with nameservers ace.ns.cloudflare.com and paislee.ns.cloudflare.com. It uses a valid SSL/TLS certificate issued by Google Trust Services, with the certificate shown as valid until 2026-08-16. The web server is identified as Cloudflare, which may provide CDN, caching, and protective filtering features.
DNSSEC appears to be unsigned, which is not uncommon but means DNS responses may not benefit from DNSSEC validation. No immediate technical security issues were evident from the provided scan data, although the exact TLS protocol details were not available in this snapshot.
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