fellowship smart card Introduction. 1.1. The OpenPGP card. 2. Installation for GNU/Linux. 2.1. Prerequisites. 2.1.1. Installation of GnuPG. 2.2. Required Hardware. 2.2.1. A List of tested . $12.99
0 · SMART Scholarship: DoD STEM Scholarships & Grants
1 · How to use the Fellowship Smartcard
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Introduction. 1.1. The OpenPGP card. 2. Installation for GNU/Linux. 2.1. Prerequisites. 2.1.1. Installation of GnuPG. 2.2. Required Hardware. 2.2.1. A List of tested .Starting with version 1.3.3 GnuPG supports smart cards to save your keys. This Howto desc. Starting with version 1.3.3 GnuPG supports smart cards to save your keys. This Howto describes how to use GnuPG with a smart card distributed to fellows of the Free .
The SMART Scholarship Program provides STEM students with full tuition, annual stipends, & employment with the Department of Defense (DoD) after graduation. The SMART Program .
Introduction. 1.1. The OpenPGP card. 2. Installation for GNU/Linux. 2.1. Prerequisites. 2.1.1. Installation of GnuPG. 2.2. Required Hardware. 2.2.1. A List of tested Readers. 2.3. Installation of Card Reader. 2.3.1. CCID (Chip Card Interface Description) 2.3.2. PC/SC (Personal computer/Smart Card) 3. Administrating the Card. 3.1. Starting with version 1.3.3 GnuPG supports smart cards to save your keys. This Howto describes how to use GnuPG with a smart card distributed to fellows of the Free Software Foundation Europe. In general cards that implement the OpenPGP card specification in version 1.0 or higher are supported by GnuPG.The SMART Scholarship Program provides STEM students with full tuition, annual stipends, & employment with the Department of Defense (DoD) after graduation. The SMART Program was established to increase the DoD workforce with civilian scientists, engineers and researchers.
In October 2017, the FSFE stopped issuing SmartCards for new supporters. Here you can find our howtos for setting up your computer to use your the Fellowship smart card. Basic setup: Of course, you need GnuPG, either gpg or gpg2 will do. We recommend to install gpg-agent and scdaemon as well. The FSFE Fellowship Card is an OpenPGP smartcard to hold GnuPG signature, encryption, and authentication keys. The fundamental idea of OpenPGP smartcards is to store your key material securely on the card, where all cryptographic operations are executed, maybe after entering the card’s PIN. The FSFE overview page about the fellowship card misses the information, that this is a OpenPGP V2 card, which might be handy when choosing key sizes later on. I still don’t know, whether the card is version 2.0 or 2.1, but for my usecase it doesn’t really matter. So, what exactly is a smart-card and what CAN I actually do with it? I am considering to use a smart card for important PGP keys, such as keys used for code signing (the rationale being that even if my computer is compromised, the signing keys would not be accessible to malware). So I am trying to .
They refer to the "Fellowship Smartcard" you get by joining the FSFE, but it's the same OpenPGP card. Debian wiki Smartcards/OpenPGP . Has links showing how to put a 4096-bit key on the card.
SMART Scholarship: DoD STEM Scholarships & Grants
The OpenPGP Card is an ISO/IEC 7816-4/-8 compatible smart card implementation that is integrated with many GnuPG functions. Using this smart card, various cryptographic tasks (encryption, decryption, digital signing/verification, authentication etc.) can be performed. I'm searching a smart card for storing (PKI) certificates. The certificates on the smart card need to be retrieved on Windows (supporting Active Directory login), Linux, and Mac OS X. I found some like the Feitian PKI smart card but from what understand it's .
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Introduction. 1.1. The OpenPGP card. 2. Installation for GNU/Linux. 2.1. Prerequisites. 2.1.1. Installation of GnuPG. 2.2. Required Hardware. 2.2.1. A List of tested Readers. 2.3. Installation of Card Reader. 2.3.1. CCID (Chip Card Interface Description) 2.3.2. PC/SC (Personal computer/Smart Card) 3. Administrating the Card. 3.1. Starting with version 1.3.3 GnuPG supports smart cards to save your keys. This Howto describes how to use GnuPG with a smart card distributed to fellows of the Free Software Foundation Europe. In general cards that implement the OpenPGP card specification in version 1.0 or higher are supported by GnuPG.The SMART Scholarship Program provides STEM students with full tuition, annual stipends, & employment with the Department of Defense (DoD) after graduation. The SMART Program was established to increase the DoD workforce with civilian scientists, engineers and researchers.
In October 2017, the FSFE stopped issuing SmartCards for new supporters. Here you can find our howtos for setting up your computer to use your the Fellowship smart card. Basic setup: Of course, you need GnuPG, either gpg or gpg2 will do. We recommend to install gpg-agent and scdaemon as well. The FSFE Fellowship Card is an OpenPGP smartcard to hold GnuPG signature, encryption, and authentication keys. The fundamental idea of OpenPGP smartcards is to store your key material securely on the card, where all cryptographic operations are executed, maybe after entering the card’s PIN. The FSFE overview page about the fellowship card misses the information, that this is a OpenPGP V2 card, which might be handy when choosing key sizes later on. I still don’t know, whether the card is version 2.0 or 2.1, but for my usecase it doesn’t really matter. So, what exactly is a smart-card and what CAN I actually do with it?
How to use the Fellowship Smartcard
I am considering to use a smart card for important PGP keys, such as keys used for code signing (the rationale being that even if my computer is compromised, the signing keys would not be accessible to malware). So I am trying to . They refer to the "Fellowship Smartcard" you get by joining the FSFE, but it's the same OpenPGP card. Debian wiki Smartcards/OpenPGP . Has links showing how to put a 4096-bit key on the card.
The OpenPGP Card is an ISO/IEC 7816-4/-8 compatible smart card implementation that is integrated with many GnuPG functions. Using this smart card, various cryptographic tasks (encryption, decryption, digital signing/verification, authentication etc.) can be performed.
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fellowship smart card|How to use the Fellowship Smartcard