web-based collaborative environment for materials design, modeling and informatics
cloud-based high-performance computing platform, up to 2-3x faster than incumbents
integrated support for high-fidelity multi-scale models and associated workflows
more virtual tests for materials discovery,
innovate faster than competition
shorter turnaround time for prototyping,
reduced time = direct savings
Emerging memory technology and TCAD can use high-fidelity and high-throughput first-principles modeling to speed up the selection of materials for next generation semiconductor devices.
Materials scientists in high productivity research area demonstrate how to use our scalable infrastructure to predict and assess the stability of lightweight metallic alloys.
Our end-to-end platform lets infastructure engineers, materials scientists and data scientists collaborate more efficiently and helps speed up the design of new compounds from atoms up.
Exabyte.io drives the adoption of materials modeling for the design and discovery of advanced materials and chemicals from nanoscale. We combine high fidelity simulations, large-scale data analytics and machine intelligence into a hosted environment for public and private cloud deployments.
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Timur conceived Exabyte.io in 2014, after obtaining a Ph.D. degree in physics at UC Berkeley under Marvin L. Cohen. Timur published 15 peer-reviewed articles on computational studies of materials cited over 200 times. His research was focused on high-fidelity first-principles simulation techniques for semiconductors and superconductors. Timur graduated with honors from Moscow Institute of Physics and Technology, is a regular reviewer of Physical Review Letters, speaks Russian and Tatar.
Mohammad is leading the development of the computational infrastructure since 2015, when he decided to merge his entrepreneurial efforts in building cloud supercomputers with Exabyte.io. He holds a Ph.D. degree in Telecommunication Engineering and has 10 years of experience in cloud computing including large-scale grid computing and on-premise infrastructure. His prior research was in resource management and allocation. Speaks Persian and plays Badminton.
Professor of Physics at UC Berkeley. Author of over 800 technical publications and one of the world's most cited physicists. Recipient of numerous awards and distinctions. Shares wisdom on nanoscale simulation techniques.
Senior faculty scientist in the Materials Sciences Division at Lawrence Berkeley Laboratory. Professor of Physics at UC Berkeley. Globally recognized expert with h-index 124. Assists in developing methods for materials modeling.
Founder and leading mind behind OpenStack. Previously - CTO of NASA, founder and CEO of Nebula, Escapia and Netran. Providing guidance on business and technological aspects of cloud computing.
Founder and CTO of MemSQL. Previously at Facebook and Microsoft. Expert in distrubuted systems. Computer Science Ph.D., ACM ICPC winner. Providing guidance on business and technological aspects of big data. More here.
Professor of Materials Science at UT Dallas and one of the pioneers of multiscale modeling for nanomaterials. Co-founder of 3 material design companies. Published over 250 journal articles, with some highlighted in US President's Council of Advisors On Science And Technology.
Business incubator focused on accelerating startups whose revenue comes from enterprises, backed by: Draper Fisher Jurvetson, Khosla Ventures, US Venture Partners, Foundation Capital, Cisco Systems, SAP Ventures, and Salesforce.com.
Impulse VC is a seed stage venture capital firm headquartered in Moscow, Russia, with a global focus on technological internet companies. The set of limited partners of the firm includes well-known engineers and highly successful international businessmen.
Breakout Labs is a grant-making body operating as part of the Thiel Foundation (a philanthropic organization created by Peter Thiel). Breakout Labs gives grants for early-stage scientific research of radical or offbeat nature .
"We extract electronic band gaps and band structures with high precision for a diverse set of 71 semiconductors, from pure elements to ternary oxides and alloys. We find that for HSE and G0W0, the average relative error fits within 20%, whereas for conventional GGA it is 55%."
A team of researchers from Intermolecular Inc. compressed what would otherwise be 10 years of computing into under 2 days and screened 296 promising structural alloys for potential applications in automotive and aerospace fields.
Professor Adelstein at the San Francisco State University benchmarked Exabyte.io platform against a set of incumbents using atomistic simulations of solid-state lithium electrolytes, and found a 2-3x improvement in speed.
ITOCHU Techno-Solutions Corporation offers a comprehensive service package ranging from platform on-boarding and technical support to helping optimize the product utilization and consulting on specific research topics. More information is here.
Below is the list of institutional affiliations as submitted by users attempted to register in our platform. This list is included for informational purposes only and has no implication about any potential relationship between our company and the organizations included.
Security and privacy of your data is our first priority. We designed our product to the highest standards of data protection. Below we highlight some of the features that we adopt to keep your data safe.
Encryption in transfer with high-grade SSL/TLS
Encryption at rest with 256-bit AES and kernel-encrypted hard drives
Private simulations on isolated clusters protected by firewall
Secure and comprehensive key management system
Security features inherited from our cloud datacenters
Complete Data backups
Redundant highly-available storage system
Distributed high-performant systems architecture
and identity verification
Collection and Use of Personal Information
Personal information is data that can be used to uniquely identify or contact a single person.
Here are some examples of the types of personal information Exabyte may collect and how we may use it.
What personal information we collect
- When user creates a profile and registers to use our products, purchases a product, downloads a software update, books a tour with a registered Guide, or participates in an online survey, we may collect a variety of information, including users name, mailing address, phone number, email address, contact preferences, credit card information and usage information.
- When users share content with family and friends or invite others to join them for Exabyte activities, Exabyte may collect the information users provide about those people such as name, mailing address, email address, and phone number.
How Exabyte may use its clients personal information
- The personal information we collect allows us to keep users posted on latest product announcements, software updates and upcoming events. It also helps us to improve our services, content, and advertising. If users don't want to be on our mailing list, they can opt out anytime by updating their preferences and settings.
- We also use personal information to help us develop, deliver, and improve our products, services, content, and advertising.
- If you enter into a sweepstake, contest, or similar promotion we may use the information you provide to administer those programs.
Collection and Use of Non-Personal Information
We also collect non-personal information, which is defined as data in a form that does not permit direct association with any specific individual. We may collect, use, transfer, and disclose non-personal information for any purpose. The following are some examples of non-personal information that we collect and how we may use it:
- We may collect information such as occupation, language, zip code, area code, unique device identifier, location, and the time zone where an Exabyte product is used so that we can better understand customer behavior and improve our products, services, and advertising.
If we do combine non-personal information with personal information the combined information will be treated as personal information for as long as it remains combined.
As is true of most websites, we gather some information automatically and store it in log files. This information includes Internet Protocol (IP) addresses, browser type and language, Internet service provider (ISP), referring and exit pages, operating system, date/time stamp, and clickstream data.
We use this information to understand and analyze trends, to administer the site, to learn about user behavior on the site, and to gather demographic information about our user base as a whole. Exabyte may use this information in our marketing and advertising services.
Disclosure to Third Parties and Service Providers
At times Exabyte may make certain personal information available to strategic partners that work with Exabyte to provide products and services, or that help Exabyte to market to customers. Personal information will only be shared by Exabyte to provide or improve our products, services and advertising; it will not be shared with third parties for their marketing purposes. These companies are obligated to protect your information and may be located wherever Exabyte operates.
It may be necessary - by law, legal process, litigation, and/or requests from public and governmental authorities within or outside your country of residence - for Exabyte to disclose your personal information. We may also disclose information about you if we determine that for purposes of national security, law enforcement, or other issues of public importance, disclosure is necessary or appropriate.
We may also disclose information about you if we determine that disclosure is reasonably necessary to enforce our terms and conditions or protect our operations or users. Additionally, in the event of a reorganization, merger, or sale we may transfer any and all personal information we collect to the relevant third party.
Protection of Personal Information
Exabyte takes precautions - including administrative, technical, and physical measures - to safeguard your personal information against loss, theft, and misuse, as well as against unauthorized access, disclosure, alteration, and destruction.
Integrity and Retention of Personal Information
Access to Personal Information
You can help ensure that your contact information and preferences are accurate, complete, and up to date by logging in to your account. For other personal information, we make good faith efforts to provide you with access so you can request that we correct the data if it is inaccurate or delete the data if Exabyte is not required to retain it by law or for legitimate business purposes. We may decline to process requests that are unreasonably repetitive, require disproportionate technical effort, jeopardize the privacy of others, are extremely impractical, or for which access is not otherwise required by local law. Access, correction, or deletion requests can be made to the regional Privacy email addresses.
We do not knowingly collect personal information from children under 13. If we learn that we have collected the personal information of a child under 13 we will take steps to delete the information as soon as possible.
Third-Party Sites and Services
Exabyte websites, products, applications, and services may contain links to third-party websites, products, and services. Our products and services may also use or offer products or services from third parties. Information collected by third parties, which may include such things as location data or contact details, is governed by their privacy practices. We encourage you to learn about the privacy practices of those third parties.
Our Companywide Commitment to Your Privacy
To make sure your personal information is secure, we communicate our privacy and security guidelines to Exabyte employees and strictly enforce privacy safeguards within the company.