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Domain > data.matr.io
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More information on this domain is in
AlienVault OTX
Is this malicious?
Yes
No
DNS Resolutions
Date
IP Address
2020-04-30
13.224.215.86
(
ClassC
)
2024-06-11
99.84.66.102
(
ClassC
)
2025-01-12
99.84.66.61
(
ClassC
)
Port 80
HTTP/1.1 301 Moved PermanentlyServer: CloudFrontDate: Sun, 12 Jan 2025 01:52:55 GMTContent-Type: text/htmlContent-Length: 167Connection: keep-aliveLocation: https://data.matr.io/X-Cache: Redirect from cloudfrontVia: 1.1 000f4a2f631bace380a0afa747a82482.cloudfront.net (CloudFront)X-Amz-Cf-Pop: HIO50-C1X-Amz-Cf-Id: DYooJ-hpdQT_u7E_QHD4ujCJJsPvTck8t0vO7FfGElJ7N0EIPQpE_w html>head>title>301 Moved Permanently/title>/head>body>center>h1>301 Moved Permanently/h1>/center>hr>center>CloudFront/center>/body>/html>
Port 443
HTTP/1.1 200 OKContent-Type: text/htmlContent-Length: 8633Connection: keep-aliveDate: Sun, 12 Jan 2025 01:52:56 GMTLast-Modified: Fri, 09 Jul 2021 01:02:11 GMTx-amz-version-id: nullETag: 30d3eae8921046808d31df4edee33802Server: AmazonS3X-Cache: Miss from cloudfrontVia: 1.1 d1151317ba32afe0e6370fd69fed222e.cloudfront.net (CloudFront)X-Amz-Cf-Pop: HIO50-C1X-Amz-Cf-Id: hs7biRYLuO35_u_2phIiiyY_Lfsl7sRuTyS1mrzmoi99Vr7y8jKqPw !DOCTYPE html>html> title>data.matr.io/title> meta charsetUTF-8 /> meta nameviewport contentwidthdevice-width, initial-scale1 /> link relstylesheet hrefstyle.css /> link relshortcut icon hrefimages/tri-favicon.png /> body> !-- Navbar (sit on top) --> div classtop> div classbar white wide padding card> a href#home classleft bar-item button> img srcimages/matrio.png width48 height48 /> /a> !-- a href#home classbar-item button>mab>tr.i/b>o/a> --> !-- Float links to the right. Hide them on small screens --> a hrefhttps://www.tri.global/ classright bar-item button> img srcimages/tri_logo_portrait.svg width60.45 height48 /> /a> /div> /div> !-- Header --> header classdisplay-container wide idhome> div styleheight: 40rem; width: 100%;> img classimage srcimages/bg.jpg altLaboratory styleobject-fit: cover; width: 100%; height: 100%; /> /div> div classdisplay-middle margin-top center> h1 classxxxxlarge text-white> span classpadding black opacity-min>data.mab>tr.i/b>o/span> span classhide-small text-light-grey>/span> /h1> /div> /header> !-- Page content --> div classcontent padding stylemax-width: 1564px;> !-- D3Batt: Battery Cycling --> div classcontainer padding-32 idprojects> h3 classborder-bottom border-light-grey padding-16> a hrefhttps://data.matr.io/1/>D3Batt: Battery Cycling/a> /h3> /div> div classrow-padding row-height> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding> Data-driven prediction /div> a hrefhttps://data.matr.io/1/projects/5c48dd2bc625d700019f3204> div classbrightness fill-height> img classimage-cover srcimages/EP_icon.png altHouse /> /div> /a> /div> /div> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding> Closed-loop optimization /div> a hrefhttps://data.matr.io/1/projects/5d80e633f405260001c0b60a> div classbrightness fill-height> img classimage-cover srcimages/CLO_icon.png altHouse stylewidth: 100%; /> /div> /a> /div> /div> /div> !-- Battery Materials --> div classcontainer padding-32 idprojects> h3 classborder-bottom border-light-grey padding-16> Battery Materials /h3> /div> div classrow-padding row-height> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding> Aqueous electrolytes /div> a hrefhttps://data.matr.io/5/> div classbrightness fill-height> img classimage-cover srcimages/cmu_aqueous.png altHouse stylewidth: 100%; /> /div> /a> /div> /div> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding> Correlative x-ray/electron beam imaging and analysis of LFP /div> a hrefhttps://data.matr.io/6/> div classbrightness fill-height> img classimage-cover srcimages/team_lfp.png altHouse stylewidth: 100%; /> /div> /a> /div> /div> /div> !-- Simulation --> div classcontainer padding-32 idprojects> h3 classborder-bottom border-light-grey padding-16> Simulation /h3> /div> div classrow-padding row-height> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding> Network of synthesizable materials /div> a hrefhttps://data.matr.io/2/> div classbrightness fill-height> img classimage-cover srcimages/network.png altHouse stylewidth: 100%; /> /div> /a> /div> /div> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding>CAMD and OQMD/div> a hrefhttps://data.matr.io/3/> div classbrightness fill-height> img classimage-cover srcimages/camd.png altHouse stylewidth: 100%; /> /div> /a> /div> /div> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding> XANES for random forest models /div> a hrefhttps://data.matr.io/4/> div classbrightness fill-height> img classimage-cover srcimages/xanes.png altHouse stylewidth: 100%; /> /div> /a> /div> /div> /div> !-- Electrocatalysis --> div classcontainer padding-32 idprojects> h3 classborder-bottom border-light-grey padding-16> Electrocatalysis /h3> /div> div classrow-padding row-height> div classcol l3 m6 margin-bottom fill-height> div classdisplay-container fill-height> div classdisplay-topleft black padding> OER catalysis (ACE-I) /div> a hrefhttps://data.matr.io/ACE-I> div classbrightness fill-height> img classimage-cover srcimages/ace.png altHouse stylewidth: 100%; /> /div> /a> /div> /div> /div> !-- About Section --> div classcontainer padding-32 idabout> h3 classborder-bottom border-light-grey padding-16>About/h3> p> The b>data.matr.io/b> materials research platform is designed to accelerate materials research so that a sustainable energy infrastructure may be realized in the twenty-first century. Here, we highlight our internal and external projects which use the data.matr.io platform to assist researchers in designing batteries for electric vehicles, optimize fuel cell catalysts, and discover never-before synthesized crystal structures. In addition, we demonstrate collaborative efforts between the matr.io development team and external research partners, including network analysis for synthesizeability, text mining for material prediction, automated property derivation, and multi-element corrosion analysis. /p> /div> !-- End page content --> /div> !-- Footer --> footer classcenter black padding-16> p> Created and maintained by a hrefhttp://tri.global titleTRI target_blank classhover-text-green >Toyota Research Institute/a >, Copyright 2020 /p> /footer> /body>/html>
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