jsginvitational.ca
Category: Sports
Description of jsginvitational.ca
jsginvitational.ca appears to be a Canadian sports-related website, based on the domain name and its web-classification category. The term "invitational" is commonly associated with tournaments, competitions, or organized sporting events, which suggests the site may be connected to a specific event, league, or athletic program rather than a broad commercial platform.
Based on the available domain details, the site has been registered for several years and uses a standard Canadian domain extension. No evidence in the provided scan data suggests that it is a parked, expired, or suspended domain. The available information indicates it likely serves as an informational or promotional website for a sports event or organization.
Safety Assessment for jsginvitational.ca
The scan results appear favorable overall. At the time of this scan, the domain was flagged by 0 out of 91 security engines, the malware scan did not identify any threats, and the checked blacklist and threat-database sources did not report the site as malicious. No suspicious external links, referenced domains, or iframes were identified in the provided scan data.
Additional context also supports a lower-risk assessment: the domain has been registered for about three years, uses a valid SSL certificate, and there were no DNS-based blocklist hits in the supplied results. While no automated scan can guarantee ongoing safety, based on available scan data, no significant threats were detected at the time of this scan.
Technical Description
The domain is using a valid Let's Encrypt SSL certificate with an expiry date of 2026-08-31, which indicates that HTTPS encryption is in place. DNSSEC appears to be unsigned, which is fairly common but means DNS responses may not benefit from that additional layer of authenticity protection. The domain uses GoDaddy-managed nameservers (ns13.domaincontrol.com and ns14.domaincontrol.com).
The site resolves to IP address 72.60.124.134 and appears to be hosted through infrastructure identified as Sprint Harrison POP in Boston, United States. The web server software and supported TLS protocol details were not available in the provided scan, so a deeper server-hardening assessment is not possible from this dataset alone.
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