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Domain > diydyno.com
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AlienVault OTX
Is this malicious?
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DNS Resolutions
Date
IP Address
2025-01-01
138.68.0.52
(
ClassC
)
Port 80
HTTP/1.1 301 Moved PermanentlyServer: nginx/1.18.0 (Ubuntu)Date: Wed, 01 Jan 2025 09:47:51 GMTContent-Type: text/htmlContent-Length: 178Connection: keep-aliveLocation: https://diydyno.com/ html>head>title>301 Moved Permanently/title>/head>body>center>h1>301 Moved Permanently/h1>/center>hr>center>nginx/1.18.0 (Ubuntu)/center>/body>/html>
Port 443
HTTP/1.1 200 OKServer: nginx/1.18.0 (Ubuntu)Date: Wed, 01 Jan 2025 09:47:51 GMTContent-Type: text/html; charsetutf-8Transfer-Encoding: chunkedConnection: keep-aliveSet-Cookie: f5a4cd1963b5302ba2ab2073b2bc884f0pulv249p4n19h6smp4f11f2sm; path/; HttpOnlyx-frame-options: SAMEORIGINreferrer-policy: strict-origin-when-cross-origincross-origin-opener-policy: same-originExpires: Wed, 17 Aug 2005 00:00:00 GMTLast-Modified: Wed, 01 Jan 2025 09:47:51 GMTCache-Control: no-store, no-cache, must-revalidate, post-check0, pre-check0Pragma: no-cache !DOCTYPE html>html langen-gb dirltr>head> meta charsetutf-8> meta nameauthor contentDeeEmm> meta nameviewport contentwidthdevice-width, initial-scale1> meta namegenerator contentJoomla! - Open Source Content Management> title>DIY Dyno - Home/title> link href/media/system/images/joomla-favicon.svg relicon typeimage/svg+xml> link href/media/system/images/favicon.ico relalternate icon typeimage/vnd.microsoft.icon> link href/media/system/images/joomla-favicon-pinned.svg relmask-icon color#000> link href/media/system/css/joomla-fontawesome.min.css?da6e6845661e3725e97f2cd4135ab27b rellazy-stylesheet />noscript>link href/media/system/css/joomla-fontawesome.min.css?da6e6845661e3725e97f2cd4135ab27b relstylesheet />/noscript> link href/media/templates/site/cassiopeia/css/global/colors_standard.min.css?da6e6845661e3725e97f2cd4135ab27b relstylesheet /> link href/media/templates/site/cassiopeia/css/template.min.css?da6e6845661e3725e97f2cd4135ab27b relstylesheet /> link href/media/templates/site/cassiopeia/css/vendor/joomla-custom-elements/joomla-alert.min.css?0.2.0 relstylesheet /> style>:root { --hue: 214; --template-bg-light: #f0f4fb; --template-text-dark: #495057; --template-text-light: #ffffff; --template-link-color: #2a69b8; --template-special-color: #001B4C; }/style> style>#mod-custom111{background-image: url(/images/banners/banner.jpg);}/style> script src/media/mod_menu/js/menu-es5.min.js?da6e6845661e3725e97f2cd4135ab27b nomodule defer>/script> script typeapplication/json classjoomla-script-options new>{joomla.jtext:{ERROR:Error,MESSAGE:Message,NOTICE:Notice,WARNING:Warning,JCLOSE:Close,JOK:OK,JOPEN:Open},system.paths:{root:,rootFull:https:\/\/diydyno.com\/,base:,baseFull:https:\/\/diydyno.com\/},csrf.token:cce90a963a75c7808fd69e71a7e50c18}/script> script src/media/system/js/core.min.js?576eb51da909dcf692c98643faa6fc89629ead18>/script> script src/media/templates/site/cassiopeia/js/template.min.js?da6e6845661e3725e97f2cd4135ab27b defer>/script> script src/media/system/js/messages-es5.min.js?44e3f60beada646706be6569e75b36f7cf293bf9 nomodule defer>/script> script src/media/system/js/messages.min.js?7425e8d1cb9e4f061d5e30271d6d99b085344117 typemodule>/script> script typeapplication/ld+json>{@context:https:\/\/schema.org,@type:BreadcrumbList,itemListElement:{@type:ListItem,position:1,item:{@id:https:\/\/diydyno.com\/index.php,name:Home}}}/script>/head>body classsite com_content wrapper-static view-article no-layout no-task itemid-101 has-sidebar-right> header classheader container-header full-width> div classgrid-child> div classnavbar-brand> a classbrand-logo href/> span titleDIY Dyno>DIYDyno.com/span> /a> /div> /div> /header> div classsite-grid> div classcontainer-banner full-width> div idmod-custom111 classmod-custom custom> p> /p>p> /p>p> /p>p> /p>p> /p>p> /p>/div> /div> div classgrid-child container-top-b> div classtop-b card > div classcard-body> div idmod-custom109 classmod-custom custom> p styletext-align: right;>a titleDIY Dyno hrefhttps://www.facebook.com/groups/diydyno/ target_blank relnoopener noreferrer>img src/images/images/86ba0d_2354598a0b0342d9a1baf3ed12215e36.gif width131 height40 loadinglazy data-pathlocal-images:/images/86ba0d_2354598a0b0342d9a1baf3ed12215e36.gif />/a> a titleDIY Dyno hrefhttps://github.com/DeeEmm/DIY-Dyno target_blank relnoopener>img src/images/images/github.jpg width123 height50 loadinglazy data-pathlocal-images:/images/github.jpg />/a>/p>/div> /div>/div> /div> div classgrid-child container-component> nav classmod-breadcrumbs__wrapper aria-labelBreadcrumbs> ol classmod-breadcrumbs breadcrumb px-3 py-2> li classmod-breadcrumbs__here float-start> You are here: /li> li classmod-breadcrumbs__item breadcrumb-item active>span>Home/span>/li> /ol> /nav> div idsystem-message-container aria-livepolite>/div> main> div classcom-content-article item-page itemscope itemtypehttps://schema.org/Article> meta itempropinLanguage contenten-GB> div classpage-header> h1> Home /h1> /div> div itemproparticleBody classcom-content-article__body> p>The DIY Dyno project is an open source dyno controller and data acquisition system based on the ESP32 wifi enabled microcontroller./p>p>The project consists of an ESP32 microcontroller and a PCB shield that interfaces to the necessary field sensors (load cell / tacho etc)./p>p>The ESP32 crunches the maths and then displays the data to the user via web browser as a graph that displays torque and power. /p>p>Data can be saved to your local device and extracted for later comparison or printing./p>p> /p>h4>Software/h4>p>The software code is developed in C++ and runs on an ESP32 microprocessor. The ESP processes sensor data and uses the results to calculate torque and power, which is then displayed via web browser on any web enabled device. The system can be used to display results to various reference standards, for example SAE J1394 or ISO 1584./p>p>The software also includes provision for data recording, allowing tests to be saved for later viewing and analysis./p>p>The software supports both brake and inertia style dynos./p>p>The code is open source and is available under the GNU GPL V3 license./p>p> /p>h4>Hardware/h4>p>The hardware aspect of the project comprises of a PCB (commonly known as a shield) which connects to the ESP processor. The PCB includes environmental sensors to measure temperature, humidity and barometric pressure. The PCB also contains load cell bridges to connect to the load cells mounted to the dyno and tacho inputs for speed monitoring./p>p>The circuit schematics are also open source which allows people to develop their own shields should they wish./p>p>Both the software and hardware aspects of the project are available for free from the projects GitHub repository. The GitHub repo also contains all of the information needed to build your own volumetric flow bench in the form of a WIKI and Support forum./p>p>The DIYDyno system can theoretically be used on any dyno and makes an ideal retrofit for older dynos as well as being the perfect choice for new builds./p>p> /p>h4>Project Goals/h4>ul>li>Validated software and hardware design./li>li>Affordable & easy to source components./li>li>Can be built & operated by a layman./li>li>Generates results comparable with commercial dyno systems./li>li>Open source software and hardware design./li>li>DIY Shield kits available to purchase./li>/ul>p> /p>h4>Licenses/h4>p>The project code is open source and released under the GNU GPLV3 license./p>p>The project hardware is open source and released under the CERN–OHL–W license/p>p> /p>h4>strong>Further Information/strong> /h4>ul>li>a hrefhttps://github.com/DeeEmm/DIY-Dyno/wiki target_blank relnoopener>Project WIKI/a>/li>li>a hrefhttps://github.com/DeeEmm/DIY-Dyno target_blank relnoopener>Github repository/a>/li>li>a hrefhttps://github.com/DeeEmm/DIY-Dyno/discussions target_blank relnoopener>Support forums/a>/li>li>a hrefhttps://discord.gg/9YpKxp5ctV target_blank relnofollow noopener>Discord/a>/li>li>a hrefhttps://www.facebook.com/groups/diydyno/ target_blank relnofollow noopener>Join our project community/a>/li>/ul>p> /p> /div> /div> /main> /div> div classgrid-child container-sidebar-right> div classsidebar-right card > h3 classcard-header >Main Menu/h3> div classcard-body> ul classmod-menu mod-list nav >li classnav-item item-101 default current active>a href/index.php aria-currentpage>Home/a>/li>/ul> /div>/div> /div> /div> /body>/html>
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