Army Cac Software Download Mac
Note: Before you can access DC3 Remote Access Portal, you must perform the required DoD CA certificates and VMware Horizon Client (Horizon 8) software installations. This is a one time installation.
Army Cac Software Download Mac
For detailed Installation instructions, see DC3 Remote Access - MAC User GuideNote: Before you can access DC3 Remote Access Portal, you must perform the required DoD CA certificates and Citrix Web Receiver software installations. This is a one time installation.
All readers include Smart Card Utility software Bluetooth ReaderSmart Card Utility Bluetooth Reader for iPhone and iPad is a powerful smart card reader and app, allowing for managing and enabling smart card use on iPhone and iPad. With Smart Card Utility, you can use smart cards with built-in apps like Safari, Mail, and more. Smart Card Utility has out-of-the-box support for most US Government smart cards.
HID ActivID ActivClient 184.108.40.206 CAC and PIV Middleware for MacThis package includes 1 license for 1 user - ActivIdentity Part Number: ACCXXXXLAThis package does not include a smart card nor a smart card reader.ActivClient supports standard US government-issued smart cards such as CAC and PIV. ActivClient is the main DoD CAC software.ActivClient is the smart card middleware from ActivIdentity that allows government organizations to easily use smart cards and USB tokens for a wide variety of desktop, network security and productivity applications. ActivClient enables usage of PKI certificates and keys, one-time passwords and static passwords on a smart card or USB token to secure desktop applications, network login, remote access, web login, e-mail and electronic transactions.Supported Mac OS X: - Sierra - High Sierra - Mojave - Catalina - NOT SUPPORTED - Big Sur - NOT SUPPORTED - Monterey - NOT SUPPORTED
If you want to do it yourself just make sure the computer that had Office before is not online anymore or dead and then install Office on the new computer you want it on using the product key and download link you got when you first purchase Office.
This article was co-authored by wikiHow staff writer, Nicole Levine, MFA. Nicole Levine is a Technology Writer and Editor for wikiHow. She has more than 20 years of experience creating technical documentation and leading support teams at major web hosting and software companies. Nicole also holds an MFA in Creative Writing from Portland State University and teaches composition, fiction-writing, and zine-making at various institutions.There are 12 references cited in this article, which can be found at the bottom of the page. This article has been viewed 39,978 times.Learn more...
The DoD Antivirus Software License Agreement with McAfee gives active DoD employees a free one-year subscription to McAfee Internet Security for home use on their PC or Mac systems. This subscription provides proactive security that can prevent malicious attacks and keeping users safe while they surf, search, and download files online. The service also continuously delivers the latest software to ensure that protection is never out of date.
Note: For US Department of Defense users, most websites require users to install several trust roots and intermediaries. These are available as official downloads from IASE Tools > Trust Store > PKI CA Certificate Bundles: PKCS#7 > For DoD PKI Only bundle. Once you download that bundle on ChromeOS, go to the Files app, double click to mount the zip and then drag and drop the contents of the mounted zip into the downloads folder. Then follow the import instructions in Step 3 for the following two files, checking all boxes when configuring trust
The most current DoD certificates bundles can be downloaded from the DoD Cyber Exchange website. This zip file contains the DoD PKI CA certificates in PKCS#7 certificate bundles containing either Privately Enhanced Mail (PEM)-encoded or Distinguished Encoding Rules (DER)-encoded certificates. Separate PKCS#7 certificate bundles are also included for each root CA, for relying parties who may wish to accept only certificates issued with the key and signature hash combinations (for example, RSA-2048/SHA-256) issued by a given root. Instructions for verifying the integrity of all p7b files using the signed SHA-256 hashes file are included in the README.
- Multi-pin prompts: Users experiencing multiple pin prompts are encouraged to download Active Client 7.2 to their home computers. Software and instructions are available via the AF Portal at AF Middleware to Use CACs from Home-Updated 20 Mar 2020 (opens in new window). This link can also be found as one of the main headlines on the Air Force Portal Homepage.
- S/MIME software is required to open encrypted email in OWA for both home and work computers. This was previously pushed to AF devices for Edge/Chrome, but requires manual installation for personal devices. Of note, there is not an S/MIME solution for Chrome home use.
The S/MIME control is necessary to verify the signatures of digitally signed messages, but a certificate is not. If you receive a message that's been encrypted or digitally signed and you haven't installed the S/MIME control, you'll see a warning in the message header notifying you that the S/MIME control isn't available. The message will direct you to the S/MIME options page where you can download an S/MIME control installer for the web browser you're using. If you use more than one web browser, you might have to install the S/MIME control for each web browser you use.
This page is an educational resource for government employees and government contractors to understand the policies and legal issues relating to the use of open source software (OSS) in the United States Department of Defense (DoD). The information on this page does not constitute legal advice and any legal questions relating to specific situations should be referred to legal counsel. References to specific products or organizations are for information only, and do not constitute an endorsement of the product/company.
Careful legal review is required to determine if a given license is really an open source software license. The following organizations examine licenses; licenses should pass at least the first two industry review processes, and preferably all of them, else they have a greatly heightened risk of not being an open source software license:
In practice, nearly all open source software is released under one of a very few licenses that are known to meet this definition. These licenses include the MIT license, revised BSD license (and its 2-clause variant), the Apache 2.0 license, the GNU Lesser General Public License (LGPL) versions 2.1 or 3, and the GNU General Public License (GPL) versions 2 or 3. Using a standard license simplifies collaboration and eliminates many legal analysis costs.
No. At a high-level, DoD policy requires commercial software (including OSS) to come with either a warranty or source code, so that the software can be maintained when necessary by the supplier or the government. Since OSS provides source code, there is no problem.
Open source software that has at least one non-governmental use, and is licensed to the public, is commercial software. If it is already available to the public and is used unchanged, it is usually COTS.
It is important to understand that open source software is commercial software, because there are many laws, regulations, policies, and so on regarding commercial software. Failing to understand that open source software is commercial software would result in failing to follow the laws, regulations, policies, and so on regarding commercial software.
An agency that failed to consider open source software, and instead only considered proprietary software, would fail to comply with these laws, because it would unjustifiably exclude a significant part of the commercial market. This is particularly the case where future modifications by the U.S. government may be necessary, since OSS by definition permits modification.
Only some developers are allowed to modify the trusted repository directly: the trusted developers. At project start, the project creators (who create the initial trusted repository) are the trusted developers, and they determine who else may become a trusted developer of this initial trusted repository. All other developers can make changes to their local copies, and even post their versions to the Internet (a process made especially easy by distributed software configuration management tools), but they must submit their changes to a trusted developer to get their changes into the trusted repository.
This enables cost-sharing between users, as with proprietary development models. However, this cost-sharing is done in a rather different way than in proprietary development. In particular, note that the costs borne by a particular organization are typically only those for whatever improvements or services are used (e.g., installation, configuration, help desk, etc.). In contrast, typical proprietary software costs are per-seat, not per-improvement or service. However, it must be noted that the OSS model is much more reflective of the actual costs borne by development organizations. It costs essentially nothing to download a file. Once software exists, all costs are due to maintenance and support of software. In short, OSS more accurately reflects the economics of software development; some speculate that this is one reason why OSS has become so common.
No, OSS is developed by a wide variety of software developers, and the average developer is quite experienced. A Boston Consulting Group study found that the average age of OSS developers was 30 years old, the majority had training in information technology and/or computer science, and on average had 11.8 years of computer programming experience.
Many DoD capabilities are accessible via web browsers using open standards such as TCP/IP, HTTP, and HTML; in such cases, it is relatively easy to use or switch to open source software implementations (since the platforms used to implement the client or server become less relevant). As noted by the OSJTF definition for open systems, be sure to test such systems with more than one web browser (e.g., Google Chrome, Microsoft Edge and Firefox), to reduce the risk of vendor lock-in.