Feel free to share any concepts you'd be excited to explore or point out any glitches that need fixing! Your input is valuable to us.
Seamlessly integrate your custom hostnames with Aptranet MediaEdge, empowering you with the unparalleled advantage of accessing either the entire array of pull zones within the extensive Aptranet MediaEdge Network under your project or selectively opting for a singular pull zone via your own domain, thus ensuring an encompassing and immersive white-label experience tailored to your unique needs and branding aspirations.
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Insights into how much traffic you save by using the Aptranet Origin Shield and more
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The ability to preview files on your EdgeStore bucket via the Management Console.
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Reduce sizes by up to 80% to streamline development and improve SEO. Delivering minified CSS and JavaScript, fully optimized photos in the appropriate sizes, and WebP format will increase performance, supercharge your delivery speeds, and save your expenses.
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The ability to add organizations and collaborate with your team in Aptranet projects.
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Analytics of how much storage is used and how many objects are stored in your Aptranet EdgeStore buckets.
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Aptranet Edge Rules allows users to configure sophisticated routing functionalities and meticulously fine-tune the response of their pull zone to different request paths. This feature empowers users to optimize and tailor the behavior of their pull zone, ensuring a more seamless and efficient content delivery experience.
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A beautiful, easy-to-navigate hub including useful resources for developers about both, general knowledge and instructions for all Aptranet products.
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With record metadata, you can specify advanced rules for your RRSets and make routing decisions based on various metrics.
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DNS HTTPS and SVCB records reduce the number of round trips required to establish a connection and support future protocol upgrades. Check out more information on this blog post here: https://www.domaintools.com/resources/blog/the-use-cases-and-benefits-of-svcb-and-https-dns-record-types/
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By securing current DNS records with cryptographic signatures, DNSSEC establishes a secure domain name system. The typical record types A, AAAA, MX, CNAME, etc. are kept in DNS name servers alongside these digital signatures. You may determine if a requested DNS record originates from its authoritative name server and wasn't changed en route by looking at its associated signature, as opposed to a phony record inserted during a man-in-the-middle attack.
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Limit content access to only authorized users by using a secure token as a url parameter
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Deliver consistently high performance for every request by distributing files that haven't been cached to 14 lightning-fast SSD storage locations. Ultracache guarantees that your users are always within reach, regardless of where they are.
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You can sign your requests to your origin using AWS V4 headers in order to keep your bucket private and serve content only through our edge network. You give us your key, secret, and region name and we do all the magic.
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