ecard.claim.cards
Category: Content Delivery
Description of ecard.claim.cards
ecard.claim.cards appears to be a specialized subdomain under the claim.cards domain, likely used for card-related digital delivery, claim processing, or backend content distribution. Based on the available categorization data, it is associated with web infrastructure and content delivery rather than a consumer-facing website with broad public content.
The domain has been registered since 2017 and uses cloud infrastructure in the United States. Its naming pattern suggests it may support a specific service function such as electronic card access, redemption, or distribution workflows, potentially as part of a larger platform rather than a standalone branded website.
Safety Assessment for ecard.claim.cards
At the time of this scan, no security engines reported detections for this domain, with 0 out of 91 engines flagging it. Malware scanning also indicated a clean result, with no flagged files, no flagged external links, no flagged referenced domains, and no iframes observed during analysis. In addition, the domain did not appear on the checked blacklist and threat database sources based on the available data.
Contextual indicators are also relatively stable: the domain has an established registration age of about eight years, which may reduce the likelihood of it being a throwaway domain used for short-term abuse. The site is categorized as infrastructure/content delivery, which can sometimes mean limited visible content and a more technical role rather than direct end-user interaction.
Based on available scan data, no significant threats were detected at the time of this scan.
Technical Description
The domain uses a valid SSL/TLS certificate issued through Amazon infrastructure, with certificate validity extending to 2026-10-17. It resolves to an AWS EC2 IP address in the us-east-1 region (Ashburn, United States), and its nameservers are hosted through AWS DNS services. The web server software and supported protocol details were not identified in the provided scan data.
DNSSEC appears to be unsigned, which is not uncommon but means DNS responses may lack an additional layer of authenticity protection. No technical indicators of malware delivery, suspicious third-party dependencies, or blacklist-related issues were reported at the time of this scan.
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