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Archiv from www.asure.io

We can now also determine the server speed better. For this purpose it is necessary to download this file and upload it on the web or root folder of your website. If this file is detected, the server speed can be better determined.

https://www.asure.io has a Pagespeed 48

Score- performance of the 20 last tests

Pagespeed performance of Domain https://www.asure.io

Do the Test again!


Last test from 25.10.2018 16:21 Uhr

Server-Data (35/60)

20/30
2,468 Sek.

2/10
Data: 1,946 MB (2,417 MB without compression)

1/5
Speed: 39,423 KB/s

5/5
Ping: 15.343 ms

7/10
Erster Connect nach 16,612 ms
Transfer start after Connect: 103,981 ms (Latenz*)

The Server uses Compression. The server returns the data from completely or at least partially compressed. The volume of data is saved 481,907 KB.

Website-Data (13/40)


2/20
1,802 MB with 42 Images

3/8
91,967 KB with 7 JavaScript-Files (301,101 KB not compressed)

3/7
39,978 KB with 6 CSS-Files (237,511 KB not compressed)

5/5
15,436 KB reiner HTML-Code (62,164 KB not compressed)

Loaded Images

1. /logo/asure-logo.svg (599,000 B)
2. /../content/img/flags/us.svg (0,732 KB)
3. /../content/img/flags/de.svg (162,000 B)
4. /../content/img/flags/ru.svg (202,000 B)
5. /logo\asure-logo.svg (5,107 KB)
6. /content/img/made-in-germany.png (2,929 KB)
7. /content/img/introLoginEmpty.png (438,164 KB)
8. /content/img/google_play.png (8,321 KB)
9. /content/img/asure_whitepaper.png (9,562 KB)
10. /content/img/flags.jpg (61,444 KB)
11. /content/img/blockchain.jpg (69,148 KB)
12. /content/img/generations.jpg (61,345 KB)
13. /content/img/world.jpg (37,365 KB)
14. /content/img/customer-centric.svg (1,404 KB)
15. /content/img/blockchain.svg (2,945 KB)
16. /content/img/automation.svg (3,150 KB)
17. /content/img/platform.svg (2,185 KB)
18. /content/img/team/pmizel.jpg (57,224 KB)
19. /content/img/team/fraetz.jpg (64,166 KB)
20. /content/img/team/gschmuck.jpg (62,655 KB)
21. /content/img/team/akuchaev.jpg (58,512 KB)
22. /content/img/team/klorenz.jpg (58,406 KB)
23. /content/img/team/rkunas.jpg (53,185 KB)
24. /content/img/team/sweiss.jpg (57,611 KB)
25. /content/img/team/igutjahr.jpg (58,198 KB)
26. /content/img/team/efalkenstein.jpg (57,753 KB)
27. /content/img/team/wlipp.jpg (61,371 KB)
28. /content/img/team/skirienko.jpg (63,301 KB)
29. /content/img/team/syaremchuk.jpg (56,077 KB)
30. /content/img/team/ascherbakova.jpg (63,143 KB)
31. /content/img/team/agruenke.jpg (59,182 KB)
32. /content/img/team/pmoeller.jpg (60,889 KB)
33. /content/img/team/adroganova.jpg (59,875 KB)
34. /content/img/team/wstelle.jpg (52,763 KB)
35. /content/img/team/ekuceradis-bw.jpg (33,002 KB)
36. /content/img/team/aboehner-bw.jpg (33,714 KB)
37. /content/img/team/mlurz-bw.jpg (33,142 KB)
38. /content/img/icons/labs.png (6,338 KB)
39. /content/img/icons/start.png (6,457 KB)
40. /content/img/icons/dev.png (8,659 KB)
41. /content/img/icons/launch.png (7,479 KB)
42. /content/img/icons/ops.png (7,790 KB)

Loaded Javascript

1. https://www.asure.io/cdn-cgi/scripts/5c5dd728/cloudflare-static/email-decode.min.js (655,000 B - 1,210 KB)
2. https://platform.twitter.com/widgets.js (27,265 KB - 92,726 KB)
3. https://code.jquery.com/jquery-3.3.1.min.js (29,578 KB - 84,890 KB)
4. https://cdnjs.cloudflare.com/ajax/libs/popper.js/1.14.0/umd/popper.min.js (7,086 KB - 20,015 KB)
5. https://stackpath.bootstrapcdn.com/bootstrap/4.1.0/js/bootstrap.min.js (13,709 KB - 49,488 KB)
6. https://www.asure.io/js/libs/slick/slick.min.js (10,316 KB - 41,858 KB)
7. https://ajax.cloudflare.com/cdn-cgi/scripts/2448a7bd/cloudflare-static/rocket-loader.min.js (3,373 KB - 10,914 KB)

Loaded CSS

1. https://stackpath.bootstrapcdn.com/bootstrap/4.1.0/css/bootstrap.min.css (20,531 KB - 137,130 KB)
2. https://fonts.googleapis.com/css?family=Roboto:300,400,500,700,900&subset=cyrillic (1,105 KB - 1,105 KB)
3. https://use.fontawesome.com/releases/v5.0.10/css/all.css (9,000 KB - 35,741 KB)
4. https://www.asure.io/content/css/style.css (4,380 KB - 20,261 KB)
5. https://www.asure.io/js/libs/slick/slick-all.css (1,035 KB - 3,471 KB)
6. https://www.asure.io/js/libs/html5-device-mockups/dist/device-mockups.min.css (3,926 KB - 39,803 KB)

Summary (48/100)

Score: 48 / 100

Server

Country is us

Load time: Good!

Connection: sufficient!

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Note: The speed of a web server can be determined only good if at least 10 MB can be transferred to compute a good average of it.. Therefore, this value should be used only as a rough guide.

On Mass Hosting you can not do much in the rule, because the is the responsibility of the web host. Sites hosted abroad, usually have worse ping times and poorer speed. Who hosts on a discount , the server notifies usually with several hundred others and thereby servers are almost always congested.

Data: Very much. A visitor has approximately 2,5 MB download until the page has finished!
.

Ping: 15.343 ms is a perfect Ping time!

Latency: Good!
The server returns very fast the requested data!

Webseite

Images: Very much, but still under 2,0 MB with 42 graphics. Thats really much!
Thats ok, if a photo-site has been tested. If not, you should think about optimizing Images. Less is more...

JavaScript: Goes below 100 KB!

CSS: Goes below 50 KB!

HTML: Super, under 30 KB!

Pagespeed only measures the main domain (https://yourdomain.de)
(not https://yourdomain.de/anyelse.html or https://yourdomaindomain.de/whatelse/).
Subfolders or the submission of certain files are being filtered out.

Google ™ Tests have shown that pages with a loading time of > 4 Sek. are left instantly 90% more often. The speed tests are conducted by a dedicated server in Germany with a 120 GigaBit connection.

What is measured and how?

Pagespeed only measures the direct loading time of the page, JavaScripts which are embedded in the header and embedded graphics. Images who are opened via CSS are not measured! So this consists only of short tests of performance and they constitute about the same what a Google-Bot does.

The results are displayed in colour. Green values are basically good, red values signify high loading/latency times and might indicate a high data volume and/or a slow reaction time. In addition, a too high data volume in certain areas is indicated.

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