RINGOLAB.COM RingoLab リンゴラボは早稲田情報技術研究所に


ringolab.com website information.

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No name server records were found.

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According to Alexa traffic rank the highest website ringolab.com position was 48647 (in the world). The lowest Alexa rank position was 996902. Now website ringolab.com ranked in Alexa database as number 540070 (in the world).

Website ringolab.com Desktop speed measurement score (95/100) is better than the results of 93.41% of other sites and shows that the page is performing great on desktop computers.

ringolab.com Mobile usability score (67/100) is better than the results of 18.73% of other sites and shows that the page mobile usability is poor and can be improved.

Mobile speed measurement score of ringolab.com (89/100) is better than the results of 92.4% of other sites and shows that the landing page performance on mobile devices is excellent.

Weekly Rank Report

DateRankChange
Jan-15-2025 540,070-4,163
Jan-14-2025 535,907-7,653
Jan-13-2025 528,25421,285
Jan-12-2025 549,5391,437
Jan-11-2025 550,9764,887
Jan-10-2025 555,863-10,091
Jan-09-2025 545,77211,616

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ringolab.com Rank History

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ringolab.com 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.


Domain Name: RINGOLAB.COM
Registry Domain ID: 92154694_DOMAIN_COM-VRSN
Registrar WHOIS Server: whois.discount-domain.com
Registrar URL: http://gmo.jp
Updated Date: 2022-08-19T00:46:04Z
Creation Date: 2002-11-13T04:01:26Z
Registry Expiry Date: 2023-11-13T04:01:26Z
Registrar: GMO Internet, Inc. d/b/a Onamae.com
Registrar IANA ID: 49
Registrar Abuse Contact Email: abuse@gmo.jp
Registrar Abuse Contact Phone: +81.337709199
Domain Status: ok https://icann.org/epp#ok
Name Server: NS1.DNS.NE.JP
Name Server: NS2.DNS.NE.JP
DNSSEC: unsigned
URL of the ICANN Whois Inaccuracy Complaint Form: https://www.icann.org/wicf/
>>> Last update of whois database: 2022-12-13T17:29:06Z

ringolab.com server information

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ringolab.com desktop page speed rank

Last tested: 2019-02-23


Desktop Speed Good
95/100

ringolab.com Desktop Speed Test Quick Summary


priority - 2 Eliminate render-blocking JavaScript and CSS in above-the-fold content

Your page has 1 blocking CSS resources. This causes a delay in rendering your page.

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priority - 0 Minify CSS

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ringolab.com Desktop Resources

Total Resources13
Number of Hosts1
Static Resources3
CSS Resources1

ringolab.com Desktop Resource Breakdown

ringolab.com mobile page speed rank

Last tested: 2019-02-23


Mobile Speed Good
89/100

ringolab.com Mobile Speed Test Quick Summary


priority - 8 Eliminate render-blocking JavaScript and CSS in above-the-fold content

Your page has 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.

Optimize CSS Delivery of the following:

http://ringolab.com/ringolab.css

priority - 2 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:

http://ringolab.com/ringolab.css (expiration not specified)
http://ringolab.com/ringolab_bk.jpg (expiration not specified)
http://ringolab.com/top_header_r.gif (expiration not specified)

priority - 1 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 5.1KiB (66% reduction).

Compressing http://ringolab.com/ could save 4.3KiB (66% reduction).
Compressing http://ringolab.com/ringolab.css could save 836B (67% 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 701B (11% reduction).

Minifying http://ringolab.com/ could save 701B (11% reduction).

priority - 0 Optimize images

Properly formatting and compressing images can save many bytes of data.

Optimize the following images to reduce their size by 238B (27% reduction).

Compressing http://ringolab.com/ringolab_bk.jpg could save 238B (27% reduction).

priority - 0 Minify CSS

Compacting CSS code can save many bytes of data and speed up download and parse times.

Minify CSS for the following resources to reduce their size by 143B (12% reduction).

Minifying http://ringolab.com/ringolab.css could save 143B (12% reduction).

ringolab.com Mobile Resources

Total Resources13
Number of Hosts1
Static Resources3
CSS Resources1

ringolab.com Mobile Resource Breakdown

ringolab.com mobile page usability

Last tested: 2019-02-23


Mobile Usability Medium
67/100

ringolab.com Mobile Usability Test Quick Summary


priority - 40 Use legible font sizes

The following text on your page renders in a way that may be difficult for some of your visitors to read. Use legible font sizes to provide a better user experience.

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早稲田情報技術研究所(旧リンゴラボ)のWebページは、 and 5 others render only 5 pixels tall (13 CSS pixels).

www.wit.jp and 1 others render only 5 pixels tall (13 CSS pixels).

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www.ringolab.com/note/ and 1 others render only 5 pixels tall (13 CSS pixels).

daiya renders only 5 pixels tall (13 CSS pixels).

since 2003,  A….   www.wit.jp and 1 others render only 4 pixels tall (10 CSS pixels).

priority - 10 Configure the viewport

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ringolab.com Ping

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ringolab.com 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.