linkd.in website information.
linkd.in domain name is registered by .IN top-level domain registry. See the other sites registred in .IN domain zone.
Following name servers are specified for linkd.in domain:
- ns1-42.azure-dns.com
- ns2-42.azure-dns.net
- ns3-42.azure-dns.org
- ns4-42.azure-dns.info
- dns1.p09.nsone.net
- dns2.p09.nsone.net
- dns3.p09.nsone.net
- dns4.p09.nsone.net
and probably website linkd.in is hosted by AMAZON-02 - Amazon.com, Inc., US web hosting company. Check the complete list of other most popular websites hosted by AMAZON-02 - Amazon.com, Inc., US hosting company.
According to Alexa traffic rank the highest website linkd.in position was 24952 (in the world). The lowest Alexa rank position was 998548. Now website linkd.in ranked in Alexa database as number 28656 (in the world).
Website linkd.in Desktop speed measurement score (81/100) is better than the results of 71.91% of other sites and shows that the page is performing great on desktop computers.
linkd.in Mobile usability score (100/100) is better than the results of 100% of other sites and means that the page is mobile-friendly.
Mobile speed measurement score of linkd.in (64/100) is better than the results of 64.03% of other sites and shows that the landing page performance on mobile devices is poor and can be improved.
Weekly Rank Report
| Date | Rank | Change |
|---|---|---|
| Nov-06-2024 | 28,656 | -260 |
| Nov-05-2024 | 28,396 | 87 |
| Nov-04-2024 | 28,483 | -277 |
| Nov-03-2024 | 28,206 | 541 |
| Nov-02-2024 | 28,747 | -344 |
| Nov-01-2024 | 28,403 | 184 |
| Oct-31-2024 | 28,587 | -398 |
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linkd.in Rank History
Alexa can identify the popularity of a website as well as its competitors. It is important for website owners and bloggers to know their Alexa ranking because it shows how many visitors have viewed their web page. It gives them a clear idea of how popular their website is on the internet and the ranking of their competitors.
linkd.in whois
WHOIS is a query and response protocol that is widely used for querying databases that store the registered users or assignees of an Internet resource, such as a domain name, an IP address block, or an autonomous system, but is also used for a wider range of other information.
linkd.in server information
linkd.in desktop page speed rank
Last tested: 2017-06-03
linkd.in Desktop Speed Test Quick Summary
priority - 10 Eliminate render-blocking JavaScript and CSS in above-the-fold content
Your page has 6 blocking script resources and 2 blocking CSS resources. This causes a delay in rendering your page.
None of the above-the-fold content on your page could be rendered without waiting for the following resources to load. Try to defer or asynchronously load blocking resources, or inline the critical portions of those resources directly in the HTML.
Remove render-blocking JavaScript:
https://static.licdn.com/scds/concat/common/js?h=e…913qahq3mh0ac0lh0twk9v
https://static.licdn.com/sc/h/4tcd0mh70bs89zecpaumh27p1
https://static.licdn.com/sc/h/45xj22djwratc92bmcasdu83t
https://static.licdn.com/scds/concat/common/js?h=a…bcg4u1cj0em4yissh5mfxu
https://static.licdn.com/scds/concat/common/js?h=3…z9sra5co9la7ogqyesywin
Optimize CSS Delivery of the following:
https://static.licdn.com/sc/h/60r5559yi300f9funsfxd74ey
priority - 7 Avoid landing page redirects
Your page has 2 redirects. Redirects introduce additional delays before the page can be loaded.
Avoid landing page redirects for the following chain of redirected URLs.
http://www.linkedin.com/
https://www.linkedin.com/
priority - 2 Prioritize visible content
Your page requires additional network round trips to render the above-the-fold content. For best performance, reduce the amount of HTML needed to render above-the-fold content.
The entire HTML response was not sufficient to render the above-the-fold content. This usually indicates that additional resources, loaded after HTML parsing, were required to render above-the-fold content. Prioritize visible content that is needed for rendering above-the-fold by including it directly in the HTML response.
priority - 2 Optimize images
Properly formatting and compressing images can save many bytes of data.
Optimize the following images to reduce their size by 15.1KiB (11% reduction).
Compressing https://static.licdn.com/sc/h/95o6rrc5ws6mlw6wqzy0xgj7y could save 1.1KiB (58% reduction).
priority - 1 Leverage browser caching
Setting an expiry date or a maximum age in the HTTP headers for static resources instructs the browser to load previously downloaded resources from local disk rather than over the network.
Leverage browser caching for the following cacheable resources:
https://platform.linkedin.com/js/px.js?ch=1 (24 hours)
https://platform.linkedin.com/js/px.js?ch=2 (24 hours)
priority - 0 Minify HTML
Compacting HTML code, including any inline JavaScript and CSS contained in it, can save many bytes of data and speed up download and parse times.
Minify HTML for the following resources to reduce their size by 1.8KiB (19% reduction).
priority - 0 Enable compression
Compressing resources with gzip or deflate can reduce the number of bytes sent over the network.
Enable compression for the following resources to reduce their transfer size by 536B (58% reduction).
linkd.in Desktop Resources
| Total Resources | 39 |
| Number of Hosts | 12 |
| Static Resources | 21 |
| JavaScript Resources | 17 |
| CSS Resources | 2 |
linkd.in Desktop Resource Breakdown
linkd.in mobile page speed rank
Last tested: 2017-05-20
linkd.in Mobile Speed Test Quick Summary
priority - 32 Eliminate render-blocking JavaScript and CSS in above-the-fold content
Your page has 3 blocking script resources and 1 blocking CSS resources. This causes a delay in rendering your page.
None of the above-the-fold content on your page could be rendered without waiting for the following resources to load. Try to defer or asynchronously load blocking resources, or inline the critical portions of those resources directly in the HTML.
Remove render-blocking JavaScript:
https://static.licdn.com/scds/concat/common/js?h=7…8d303rtd0n9wj4dcjbnh2c
https://static.licdn.com/scds/concat/common/js?h=e…913qahq3mh0ac0lh0twk9v
Optimize CSS Delivery of the following:
priority - 26 Avoid landing page redirects
Your page has 2 redirects. Redirects introduce additional delays before the page can be loaded.
Avoid landing page redirects for the following chain of redirected URLs.
http://www.linkedin.com/
https://www.linkedin.com/
priority - 1 Leverage browser caching
Setting an expiry date or a maximum age in the HTTP headers for static resources instructs the browser to load previously downloaded resources from local disk rather than over the network.
Leverage browser caching for the following cacheable resources:
https://platform.linkedin.com/js/px.js?ch=2 (24 hours)
priority - 0 Optimize images
Properly formatting and compressing images can save many bytes of data.
Optimize the following images to reduce their size by 1,004B (62% reduction).
priority - 0 Minify HTML
Compacting HTML code, including any inline JavaScript and CSS contained in it, can save many bytes of data and speed up download and parse times.
Minify HTML for the following resources to reduce their size by 649B (12% reduction).
linkd.in Mobile Resources
| Total Resources | 27 |
| Number of Hosts | 8 |
| Static Resources | 15 |
| JavaScript Resources | 13 |
| CSS Resources | 1 |
linkd.in Mobile Resource Breakdown
linkd.in mobile page usability
Last tested: 2017-05-20
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linkd.in Ping
Ping is a networking utility tool to test if a particular host is reachable. It is a diagnostic that checks reachability of a host on an Internet Protocol (IP) network. In a computer network, a ping test is a way of sending messages from one host to another. Aside from checking if the host is connected to a network, ping also gives indicators of the reliability and general speed of the connection.
linkd.in TRACEROUTE
Traceroute is a network diagnostic tool used to track the pathway taken by a packet on an IP network from source to destination. Traceroute also records the time taken for each hop the packet makes during its route to the destination. Traceroute uses ICMP (Internet Control Message Protocol) echo packets with variable time to live values. The response time of each hop is calculated. To guarantee accuracy, each hop is queried multiple times (usually three times) to better measure the response of that particular hop.