Learn what the PACT Act means for your VA benefits "; $("body").append(alertMsg); }); VA Office of Small & Disadvantaged Business Utilization Vets First Verification Program Office of Small & Disadvantaged Business Utilization Vets First Verification ProgramVETS FIRST VERIFICATION PROGRAMThe Vets First Verification Program affords verified firms owned and controlled by Veterans and Service-disabled Veterans the opportunity to compete for VA set asides.
After verifying ownership of your organization's domains, a "Verified" badge will display on the organization's profile. If your organization has agreed to the Corporate Terms of Service, organization owners will be able to verify the identity of organization members by viewing each member's email address within the verified domain. For more information, see "About your organization's profile page" and "Upgrading to the Corporate Terms of Service."
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If your organization is owned by an enterprise account, a "Verified" badge will display on your organization's profile for any domains verified for the enterprise account, in addition to any domains verified for the organization. Organization owners can view any domains that an enterprise owner has verified or approved, and edit the domains if the organization owner is also an enterprise owner. For more information, see "Verifying or approving a domain for your enterprise."
To display a "Verified" badge, the website and email information shown on an organization's profile must match the verified domain or domains. If the website and email address shown on your organization's profile are hosted on different domains, you must verify both domains. If the website and email address use variants of the same domain, you must verify both variants. For example, if the profile shows the website www.example.com and the email address info@example.com, you would need to verify both www.example.com and example.com.
After you approve domains for your organization, you can restrict email notifications for activity within the organization to users with verified email addresses within verified or approved domains. For more information, see "Restricting email notifications for your organization."
Examples of process points verified by AMS include but are not limited to: adherence to a recognized standard that is not otherwise required by the quality management system or regulation; a production and/or handling practice that provides specific information to consumers to enable them to make informed decisions on the products that they buy; a service with a characteristic for that type of operation; a quantifiable characteristic such as size, weight, or age; and a characteristic, practice, or requirement that is specifically requested by a customer or consumer.
Applicants with an approved USDA Process Verified Program may develop promotional materials associated with their process verified points, use the USDA PVP shield in accordance with Program requirements and market themselves as "USDA Process Verified". The USDA Process Verified Program does not relieve the company of meeting regulatory requirements.
The Chrome Web Store highlights verified publishers by placing a linked, official URL in the "Offered by:" line of the store listing. This official URL appears under the listing title and is linked to the website, as shown in the following example:
The pull-down for this field contains only those sites that have been verified as belonging to you. To add a verified site that you own, click on Add a new site. This opens the Google Search Console, where you can add and verify a site. See Verify your site ownership for more details.
The following information is provided as a summary of verified diesel emission control strategies. Additional requirements specific to engine compatibility are provided in the Executive Order. The factors outlined in the Executive Order are legal requirements of each verification; therefore, these conditions must be met before determining if a particular device is applicable to the end-users type of engine. CARB recommends that you contact the manufacturer, or their authorized distributor, prior to making any purchasing decision.
Cleaire products have not been available for sale or lease since it ceased operations on January 18, 2013. ESW CleanTech Incorporated (ESW CleanTech) acquired the Cleaire product line on April 18, 2013, and will provide new sales of product under its ownership as well as support for existing Cleaire customers. Vehicles that have the Cleaire devices already installed in a verified configuration will continue to meet applicable in-use fleet rule requirements. Refer to Cleaire Information for additional information.
If your pharmacy is seeking nonresident licensure, VPP allows state boards of pharmacy to access your verified pharmacy licensure details, VPP inspection report, inspection responses, and other important data through the use of a secure information sharing network. The program equips the state boards of pharmacy with quality and timely data that can assist in decreasing the time it takes to make licensing decisions.
As of September 8, 2022, all students need to verify their identity through MyAlberta Digital ID to continue to access the Alberta Student Aid system. Getting a verified account can take up to 10 days.
If you have not verified or upgraded your account by September 8, 2022, you will not be able to login to your Alberta Student Aid account. This will mean you will not be able to submit applications, complete loan agreements, upload documents, and view important notifications about grant payments and tax slips received in your inbox. NOTE: You do not need to reapply for a student loan, and this change will not remove your historical loan information.
When you need interoperable, high-security access control solutions, ask for products bearing the OSDP Verified mark. These products have been tested and verified to meet the stringent SIA OSDP standards.
The authors analyzed 153 cases of histologically verified intracranial germ cell tumors. The histological diagnosis was germinoma in 63 patients (41.2%), teratoma in 30 (19.6%), and other types of tumors in 60 patients (39.2%). The patients were treated by a consistent policy of surgical removal with histological verification followed by radiation therapy with or without chemotherapy. The 10- and 20-year survival rates of patients with pure germinoma were 92.7% and 80.6%, respectively. The 10-year survival rates of patients with mature teratoma and malignant teratoma were 92.9% and 70.7%, respectively. Patients with pure malignant germ cell tumors (embryonal carcinoma, yolk sac tumor, or choriocarcinoma) had a 3-year survival rate of 27.3%. The mixed tumors were divided into three subgroups: 1) mixed germinoma and teratoma; 2) mixed tumors whose predominant characteristics were germinoma or teratoma combined with some elements of pure malignant tumors; and 3) mixed tumors with predominantly pure malignant elements. The 3-year survival rates were 94.1% for the first group, 70% for the second group, and 9.3% for the third group, and the differences were statistically significant. Twenty-six patients with malignant tumors received chemotherapy that consisted of cisplatin and carboplatin combinations with or without radiation therapy. However, chemotherapy was not significantly more effective than radiation therapy alone. From these treatment results, the authors classified tumors into three groups with different prognoses and proposed a treatment guideline appropriate for the subgroups.
While Chromium OS does as much as possible to guard against such remote andlocal breaches, no software system is impervious to successful attacks.Therefore, it is important that the attacker cannot continue to "own" a machinethrough permanent, local changes. To that end, on boot, the firmware and otheraccessible regions of the system internals are verified to be in a known goodstate. If they aren't, then the firmware recovery process will be initiated (orthe user can request permission to proceed, which would make sense in the caseof a development install, for example).
As outlined in the Firmware Boot and Recovery document, verification will occurin several places. Initially, the small read-only stub code will compute a SHA-2hash (either with internal code or using a provided SHA-2 accelerator) of theread-write portion of the firmware. An RSA signature of this hash will then beverified using a permanently stored public key (of,ideally,2048 bits or more).
The read-write firmware is then responsible for computing hashes of any othernon-volatile memory and the kernel that will be executed. It will contain itsown subkey and a list of cryptographic hashes for the data to be verified:kernel, initrd, master boot record, and so on. These additional hashes will besigned by the subkey so that they may be updated without requiring thewrite-protected key to be used for every update. (Note, the kernel+initrd signedhashes may be stored with the kernel+initrd on disk to avoid needing a firmwareupdate when they change.)
Instead of performing full file system verification in advance, it can be doneon demand from a verified kernel. A transparent block device will be layeredbetween the run-time system and all running processes. It will be configuredduring kernel startup using either in-kernel code changes or from afirmware-verified initial ramdisk image. Each block that is accessed via thetransparent block device layer will be checked against a cryptographic hashwhich is stored in a central collection of hashes for the verifiable blockdevice. This may be in a standalone partition or trailing the filesystem on theverifiable block device.
Initially, blocks will be 4KB in size. For a root file system of roughly 75MB,there will be roughly 19,200 SHA-1 hashes. On current x86 and ARM based systems,computing the SHA-1 hash of 4KB takes between 0.2ms and 0.5ms. There will beadditional overhead (TBD) incurred by accessing the correct block hash andcomparing the cryptographic digests. Once verified, blocks should live in thepage cache above the block layer. This will mean that verification does notoccur on every read event. To further amortize time-costs, the block hashes willbe segmented into logical bundles of block hashes. Each bundle will be hashed.The subsequent list of bundle hashes will then be hashed. This layering can berepeated as needed to build a tree. The final, single hash will be hard codedinto the kernel or supplied through a device interface from a trusted initialRAM disk. 2ff7e9595c
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