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Download NVD Driver

  1. Download Nvd Drivers
  2. Download Nvidia Drivers 210
  3. Download Nvd Driver Printer
  4. Download Nvd Database
  5. Download Nvidia Driver Ubuntu

It is time for a change!

Windows 7/Vista/XP Server 2008/2003 32-bit PCL6 driver. This driver uses the Add Printer Wizard and offers full support of the printer specific features for the Xerox WorkCentre 6505. For all movements requiring a NVD/waybill, call the LPA program on 1800 683 111 or visit www.mla.com.au for information on how to become accredited with LPA to access NVD waybills. Pig movements A PigPass NVD is the commercially required waybill for the movement of pigs to a saleyard, abattoir or export depot, for sales to other producers. Click Download File to download the file. When the File Download window appears, click Save to save the file to your hard drive. Browse to the location where you downloaded the file and double-click the new file. Read over the release information presented in the dialog window.

The amount of data breaches with massive impact is continously growing. Breaches at enterprises like Facebook, Twitter or Marriott alone did lead to hundreds of millions of data records compromised.

Harness the technology of the future today

Raise safety awareness

Protect your investment

Open up new business opportunities

In 2014, several expert minds from the fields of cryptography and international software consulting gathered to address the question why the entire software industry is using “medieval” methods to safeguard data and files against outside access. Quite like in the middle ages, they practice still is to build the highest possible “safety walls” around data, yet in order to transfer or edit the data, its protection must be stripped, or an access key must be shared. Yet instead of solving this fundamental issue, the industry is trying to raise ever taller walls – unsuccessfully.

All involved parties agreed that it must be possible to find a truly safe – and therefore, completely novel – way to secure our data.

In 5 years of painstaking programming, development and testing, the team successfully formulated, created, and patented a whole new technology (NVD). It is no longer based on ‘locking’ data into secure systems, but rather integrating the protection into the data itself. This allows for entirely new dimensions in data protection, in the way we handle, distribute, control and store our data.
This technology is considered a secure solution for our networked future.

No matter which industry or IT-related field, whether it is the Cloud, IoT (Internet of Things), smart devices or autonomous driving – data has never been so valuable and yet as vulnerable as today.

NVD Technology

You cannot touch NVD technology, you cannot put it into simple words and you cannot see it, but: NVD is an essential factor to solve the problems we described to the left!

We will take the time to explain this technology of the future to you.Don’t miss out on the eye-opening experience of discovering the game changer in data security technology!

The solution to reach your information protection goals
(authenticity, integrity, privacy and resiliency)

Cyberattacks!!

Digitization is the future without any doubt.
However, the increasing complexity (networking, billions of devices) has pushed current protection technologies to their limits, and as a result the number of cyberattacks have increased dramatically!

NVD leads to the necessary
quantum leap in data security
to prevent those!

NVD lifts products and applications to a new quality level, generates confidence and fulfils legal requirements – with reduced complexity and OPEX.

While debating the future …

The digital world is living in the middle ages!

Download nvd

Current technologies build protections AROUND data!

1

Download NVD Driver

Loss of control

As soon as you share data, you lose control over what happens to it next. There is no way to actively withdraw data privileges afterwards.

2

Insufficient protection

Building protection around data using encryption or encapsulation is the wrong strategy, because data needs to be unencrypted to be processed – which means protection must be removed beforehand.

3

Non-compliant

Not only your data, but in particular, additional information (meta data) is critical, since analytical systems can process this info, potentially identifying personal info associated with this data.

4

Complexity

An increasing number of devices and the need to securely connect them escalates complexity (key management), weakening security. Current technologies are doomed to lead into an impasse!

You can’t attack data you can’t see.

This is what the future looks like!

NVD integrates protection INTO the data as it is created!

1

Control

NVD access procedures and genuine end-to-end protection guarantee that you stay in control of your data – permanently.

2

Digital immunity

We integrate protection and privacy directly into your data, making them immune to attacks and manipulation. Even insider attacks or compromised systems cannot harm them.

3

Compliance

We remove all personally identifiable information, which eases to comply with today’s and tomorrow’s legal requirements.
NVD does not contain any metadata and no personally identifiable information. Therefore NVD protected data ensures privacy, for what you can’t see can’t be stolen or manipulated.

4

Scalability

Efficient protection is applied right as the data is generated, providing uniform protection for anything, whether it is a smart electricity meter or a full-fledged industrial plant.

You alone decide who will have access to your data and you will never surrender control over it! You will always have the option of withdrawing access information retroactively.

Classical protection- and access control systems are outdated. We created solutions which integrate the protection into the data and make todays log in procedures obsolete. Known attack vectors become unusable and data authenticity, integrity, privacy and resiliency are provided by design.

Remaining in control is very costly or almost impossible – or do you know what happend with your shared data?

Your advantage with NVD

Re-gain control of your data! You retain exclusive control over your own data! You decide about access and viewing privileges!

Disadvantage without NVD

No control over your data whatsoever! Others are in charge!

Integrated protection inside the data, eliminated weak points: This is digital immunity.

Data manipulation and data theft are no longer possible, not even with quantum computers. Your data content is immune to cyberattacks, right away, and more importantly, in the future.

Keys, locks, and gates have been common points of attack for centuries. As our computer systems become more powerful, these obstacles are ever easier to overcome. Integrated protection and privacy inside the data ensure your immunity.

Your advantage with NVD

Perfect defense against data theft and manipulation! You will be lightyears ahead of any cyberattack!

Disadvantage without NVD

Growing complexity leads to more frequent attacks. Quantum computers will leave today’s protections even less secure. A collapse is looming!

We remove all personally identifiable information, which makes us compliant with today’s and tomorrow’s legal requirements.

NVD does not contain any metadata and no personally identifiable information. You don’t have to worry about any legal restrictions in terms of privacy, for what you can’t see can’t be stolen or manipulated.

Metadata and especially personal information provide excellent cues for attackers to find weak spots. NVD does not use any meta data at all and ensures compliance.

Your advantage with NVD

Your key supporter to ease legal compliance, today and in the future!

Disadvantage without NVD

High complexity and cost to fulfill legal requirements, however loss of goodwill and harsh penalties might occur without complying!

We don’t have a weak link. Seamless data protection from the very start.

Plug-and-play, easy-to-use privacy for any device. For us, security and performance are both must-haves to give IoT solutions the security and performance they need to boost innovative business models.

Billions of devices will be communicating and sharing data in the IoT, without sufficient protection. We establish perfect end-to-end protection, without increasing the effort, regardless of application or device.

Your advantage with NVD

Download Nvd Drivers

Uniformly high protection level, regardless of type or number of networked devices or applications!

Disadvantage without NVD

Traditional protection methods are too complex, expensive, and rigid to be fully integrated!

Not only secure, but truly unique.000bVarious experts confirmed the innovations of NVD technology, also reflected in our awards and patents.

Today’s data security technologies are already reaching their limits and in no way meet the requirements of autonomous driving, the IoT or the healthcare sector!

Your advantage with NVD

You can benefit from a patented, revolutionary technology with enormous potential!

Disadvantage without NVD

A competitor could beat you to it and win the market using NVD!

The Decision-Makers’ Top Concerns

according to Gartner’s CIO agenda

4 exemplary fields of application

Internet of Things

Industrial Cloud, SmartGrid, Connected-/Autonomous Cars

Issues
All possible IoT scenarios are facing similar challenges – how do you secure billions of different devices, network and server components? Since every single device is a possible attack point, each one must have a similar level of protection, whether it is an electricity meter or a nuclear plant.
Rising complexity makes it virtually impossible to control and secure all connected devices.
Wie kann man die Flut dieser wertvollen Daten/Informationen kontrollieren?
Und wie kann man ausschließen, dass Informationen manipuliert werden?
Mit heutigen Sicherheitslösungen sind diese Herausforderungen nicht zu lösen!
Solutions
We make sure that data on all devices is made immune to attacks or manipulation. We achieve this by applying an extremely efficient procedure right when the data is first created, and this immunity is permanent – which makes it completely irrelevant if data later runs on insecure or even compromised devices. NVD not only solves the challenges we described, but vastly simplifies and reduces the complexity of IoT architectures, since immediate protection eliminates the complex need to secure every single device in the chain.
Example CarSharing
Personal contacts, GPS destinations or other personal settings follow the driver. Future drivers can‘t see this info in the rental vehicle.

Healthcare

Legally compliant, Electronic patient files

Issues
Huge amounts of medically relevant data are captured digitally, from Fitbits to doctors or hospitals entering patient data, to insurance providers storing and analyzing medical information.
It is currently virtually impossible to ensure legally compliant long-term storage of complete data and conduct a targeted analysis of this data at a later point in time.
Eine rechtskonforme langfristige Speicherung der kompletten Daten und zielgerichtete Auswertung auch zu späteren Zeitpunkten ist derzeit rechtlich nahezu unmöglich.
Solutions
NVD gives patients full control over their data as well as the flexibility to decide if, when, what, and how long they want to release their data (e.g. providing certain information to a doctor for specific treatments). NVD access control prevents data from being used outside of the defined scope or beyond the duration of use – the data simply won’t be retrievable.
Of course, additional protections such as (partial) anonymization can be implemented as well, but they do not affect the original raw data – and thanks to NVD, even this newly generated anonymized data can only be used in a targeted fashion.
abgestimmten Nutzungsbereiches oder nach der Nutzungsdauer wird durch das NVD Zugriffsverfahren verhindert, da die Daten nicht auffindbar wären.

Natürlich können zusätzliche Schutzmechanismen, wie beispielsweise eine (Teil-)Anonymisierung genutzt werden, davon sind aber die ursprünglichen Roh-Daten nicht betroffen – und selbst diese neu generierten anonymisierten Daten könnten durch NVD wieder nur zielgerichtet genutzt werden.

Example Electronic patient files
In the event of an accident, medical data can be released to the hospital automatically and case-based for the duration of treatment.

Financial services providers / FinTechs

Data control and new, data-based business models

Issues
Banks are under enormous cost pressure, but for fear of safety breaches, they rely on old and expensive technologies. FinTechs are on the offensive, and they are using the Cloud.
In addition, new regulations such as PSD2 require these old systems to open up so financial institutions can share customer information. This leads to the aforementioned loss of control over a precious banking asset – their data.
Solutions
NVD makes it possible to use the Cloud while enjoying greater data security. In addition, (client) data can now be shared usage-based (e.g. for a credit check) and fully withdrawn at any time.
Legal requirements are met without the dreaded loss of control. This raises whole new cost-saving potentials and opportunities for new business models in the area of data trade – as Amazon, Facebook and Google are already doing with great success.
Es werden also die gesetzlichen Verpflichtungen erfüllt, ohne den gefürchteten Kontrollverlust, und es ergeben sich vollkommen neue Einsparpotentiale und Geschäftsmodelle im Bereich des Datenhandels, wie es heute schon Amazon, Facebook und Google mit großem Erfolg praktizieren.
Example Banking Cloud
Massive, risk-free savings in operating costs (OPEX).

Cloud providers

Creating goodwill for Cloud providers

Issues
Embracing the Cloud is a step that many companies consider a loss of control and a source of insecurity: Is their data really safe from third-party access and, not least, from the providers themselves?
Today’s Cloud providers often circumvent encryption in order to be able to offer cheap B2C and B2B storage solutions. This is what makes space-saving deduplication possible in the first place.
Heutige Cloud-Anbieter umgehen häufig die Verschlüsselung, um kostengünstige Speicherlösungen dem B2C und B2B Markt anbieten zu können. Nur so ist heute die platzsparende Deduplizierung möglich.
Solutions
NVD protects your data seamlessly, no matter where it is stored. Selective access to partial information allows for anonymized processing without the need to remove any data protections (as is the case with encryption).
Also, NVD-protected data is stored de-duplicated on any server, globally and with high performance, fortifying your level of protection and greatly accelerating access speed.
Desweiteren werden die NVD-geschützten Daten von Anfang an dedupliziert auf beliebigen Servern, weltweit und performant abgelegt.

So steigern Sie Ihren Schutz, und die Zugriffsgeschwindigkeit wird extrem erhöht.

Beispiel Public wird zur Private Cloud
Vastly more secure and scalable than your Private Cloud, at the price of a Public Cloud.

1

Immediate, automatic protection

As the data is generated, it is analyzed and, based on the results, converted into binary fragments without any visible information (distorted, encrypted, disjointed etc.). Data is thus immune to any attack or manipulation. It can now be transferred or stored at will, no further protection necessary.

2

Dynamic address calculation

Instead of verifying users and passwords based on existing information, as we do today, a number (address) is calculated based on various entry values that depend on the application, i.e. timeframe, purpose. Based on this address, the method can retrieve the data fragments generated in the first step and reconstruct the data.

3

Quantum-cryptographic access

The addresses generated in the second step are valid only one single time. Each access involves calculating a new address, which is completely different from the previous one. This makes any information that attackers may intercept utterly useless. This means even future attacks using quantum computers stand no chance of calculating NVD-protected data.

We are building the foundation for solutions of the future!

Mentioned enterprises benefit from NVD!

Safe
(autonomous) driving

Apple, BMW, Bosch, Continental, Daimler, Ford, GM, Google, Honda, Infineon, Tesla, Toyota, Uber, VW

Tamper-proof
Smart Grids

ABB, Deutsche Telekom, EON, Gazprom, GDF, Landis+Gyr, KEPCO, Schneider El., SGCC, SMA Solar, S&T

Burglary-proof
Smart Homes

Amazon, Apple, AT&T, GE, Deutsche Telekom, Google, Samsung, Siemens

Data
at your fingertips

AT&T, AWS, BT, China Mobile, EMC, Hitachi, IBM, Microsoft, NetApp, Telefonica, Telekom, Verizon, Vodafone

Replacing asymmetrical encryption

AMD, Apple, Broadcom, EMC, Foxconn, Google, IBM, Intel, Microsoft, Oracle, Qualcom, SAP

High-security
smartphones

Apple, BBK Electronics, China Mobile, Huawei, Lenovo, LG, Samsung, TCL/Alcatel, Xiaomi, ZTE

Anonymous
digital lockers

BNP Paribas, Credit Suisse, Deutsche Bank, HSBC, ICBC, JP Morgan Chase, Mitsubishi, Financial Group, UBS

Controlled data
trade/-rental

BNP Paribas, Credit Suisse, Deutsche Bank, HSBC, ICBC, JP Morgan Chase, Mitsubishi. Financial Group, UBS

Nvd

Blockchain
Optimization

Google, IBM, Microsoft, Unilever, Visa, Walmart

Anonymous,
highsecurity collaboration

Government: Department of Defence, Homeland Security, Army

Tamper-proof and
anonymous voting systems

Governments

Cost-reduced
cyber insurance

Allianz, Axa, MetLife, Nippon Life Insurance, Ping an Insurance, Prudential

Safe (autonomous) driving
Apple, BMW, Bosch, Continental, Daimler, Ford, GM, Google, Honda, Infineon, Tesla, Toyota, Uber, VW
Tamper-proof Smart Grids
ABB, Deutsche Telekom, EON, Gazprom, GDF, Landis+Gyr, KEPCO, Schneider El., SGCC, SMA Solar, S&T
Burglary-proof Smart Homes
Amazon, Apple, AT&T, GE, Deutsche Telekom, Google, Samsung, Siemens
Data at your fingertips
AT&T, AWS, BT, China Mobile, EMC, Hitachi, IBM, Microsoft, NetApp, Telefonica, Telekom, Verizon, Vodafone
Replacing asymmetrical encryption
AMD, Apple, Broadcom, EMC, Foxconn, Google, IBM, Intel, Microsoft, Oracle, Qualcom, SAP
High-security smartphones
Apple, BBK Electronics, China Mobile, Huawei, Lenovo, LG, Samsung, TCL/Alcatel, Xiaomi, ZTE
Anonymous digital lockers
BNP Paribas, Credit Suisse, Deutsche Bank, HSBC, ICBC, JP Morgan Chase, Mitsubishi, Financial Group, UBS
Controlled data trade/-rental
BNP Paribas, Credit Suisse, Deutsche Bank, HSBC, ICBC, JP Morgan Chase, Mitsubishi. Financial Group, UBS
Blockchain Optimization
Anonymous, highsecurity collaboration
Government: Department of Defence, Homeland Security, Army
Tamper-proof and anonymous voting systems
Cost-reduced cyber insurance
Allianz, Axa, MetLife, Nippon Life Insurance, Ping an Insurance, Prudential

Think like us
outside of the box!

Think BIG! Think NVD!

NVD Data Feeds

NOTICE

It is assumed that users of the data feeds provided on this page have a moderate level of understanding of the XML and/or JSON standard and XML or JSON related technologies as defined by www.w3.org. Currently, the NVD provides no other specific tools or services for processing vulnerability data.

The entire NVD database can be downloaded from this web page for public use. All NIST publications are available in the public domain according to Title 17 of the United States Code, however acknowledgement of the NVD when using our information is always appreciated.

Download NVD DriverThe following feeds are available:
  • JSON Vulnerability Feeds – Each vulnerability in the file includes a description and associated reference links from the CVE® dictionary feed, as well as CVSS base scores, vulnerable product configuration, and weakness categorization.
  • CPE Match Feed – A feed that provides the product/platform applicability statement to CPE URI matching based on the CPEs in the official CPE dictionary.
  • RSS Vulnerability Feeds – An eight day window of security related software flaws.
  • Vulnerability Translation Feeds – Translations of vulnerability feeds.
  • Vulnerability Vendor Comments – Comments provided by vendors regarding a particular flaw affecting within a product.
  • CPE Dictionary – dictionary containing a list of products.
  • Common Configuration Enumeration (CCE) Reference Data – Reference data for common configuration items.
  • National Checklist Program (NCP) Checklists – A list of all of the checklists categorized by the NCP.
How to keep up-to-date with the NVD data

The main vulnerability feeds provide CVE® data organized by the first four digits of a CVE® identifier except for the 2002 feeds which include vulnerabilities prior to and including 'CVE-2002-'. Each feed is updated only if the content of that feed has changed. For example the 2004 feeds will be updated only if there is an addition or modification to any vulnerability with a starting CVE® identifier of 'CVE-2004-'. In addition, the 'recent' feeds are a list of recently published vulnerabilities and the 'modified' feeds are a list of recently published and modified vulnerabilities where 'recently' and 'modified' are defined as the previous eight days. These feeds are updated approximately every two hours.

If you are locally mirroring the NVD data, the data feeds should be used to stay synchronized. After performing a one-time import of the complete data set using the compressed XML/JSON vulnerability feeds, the 'modified' feeds should be used to keep up-to-date. The META file should be used to determine if a given feed has been updated since your last import. This helps prevent unnecessary downloads of the .zip or .gz files and should result in a reasonable use of less than 200 requests per day.

META Files

In addition, each of the data feeds is described by an associated plain text file with the same name as the .xml file with a .meta extension. These files are updated approximately every two hours to reflect changes within their respective feed file. For example, if the name of the file is nvdcve-2.0-Modified.xml then the .meta file name will be nvdcve-2.0-Modified.meta. The .meta file contains information about the specific feed including the last modified date and time, the size of the file uncompressed, and a SHA256 value of the uncompressed file:

lastModifiedDate:2015-09-10T08:40:09-04:00
size:1273382
zipSize:91619
gzSize:91477
sha256:ac782e2db403e2b09ad5dd676501e8755fda3f2bef347b7503491700c6c5eaff

JSON Feeds

NVD is now offering a vulnerability data feed using the JSON format. This data feed includes both previously offered and new NVD data points. Changes made throughout the BETA phase are visible by viewing the changelog .

Version 1.1
NVD JSON 1.1 Schema
FeedUpdatedDownloadSize (MB)
CVE-Modified02/13/2021; 10:02:30 AM -0500 META
GZ 0.31 MB
ZIP 0.31 MB
CVE-Recent02/13/2021; 10:00:45 AM -0500 META
GZ 0.09 MB
ZIP 0.09 MB
CVE-202102/13/2021; 3:01:12 AM -0500 META
GZ 0.24 MB
ZIP 0.24 MB
CVE-202002/13/2021; 3:18:47 AM -0500 META
GZ 3.85 MB
ZIP 3.85 MB
CVE-201902/13/2021; 3:38:01 AM -0500 META
GZ 3.99 MB
ZIP 3.99 MB
CVE-201802/13/2021; 3:51:59 AM -0500 META
GZ 3.68 MB
ZIP 3.68 MB
CVE-201702/13/2021; 4:03:36 AM -0500 META
GZ 3.38 MB
ZIP 3.38 MB
CVE-201602/12/2021; 4:11:09 AM -0500 META
GZ 2.42 MB
ZIP 2.42 MB
CVE-201502/04/2021; 4:10:17 AM -0500 META
GZ 2.01 MB
ZIP 2.01 MB
CVE-201402/09/2021; 3:53:32 AM -0500 META
GZ 2.14 MB
ZIP 2.14 MB
CVE-201302/13/2021; 4:06:35 AM -0500 META
GZ 2.11 MB
ZIP 2.11 MB
CVE-201202/13/2021; 4:08:50 AM -0500 META
GZ 1.80 MB
ZIP 1.80 MB
CVE-201102/10/2021; 4:03:25 AM -0500 META
GZ 1.58 MB
ZIP 1.58 MB
CVE-201002/06/2021; 4:16:08 AM -0500 META
GZ 1.69 MB
ZIP 1.69 MB
CVE-200902/13/2021; 4:10:21 AM -0500 META
GZ 1.76 MB
ZIP 1.76 MB
CVE-200802/06/2021; 4:19:12 AM -0500 META
GZ 1.99 MB
ZIP 1.99 MB
CVE-200702/03/2021; 4:35:26 AM -0500 META
GZ 1.96 MB
ZIP 1.96 MB
CVE-200602/03/2021; 4:36:43 AM -0500 META
GZ 2.00 MB
ZIP 2.00 MB
CVE-200501/15/2021; 3:55:58 PM -0500 META
GZ 1.24 MB
ZIP 1.24 MB
CVE-200402/03/2021; 4:37:18 AM -0500 META
GZ 0.78 MB
ZIP 0.78 MB
CVE-200301/15/2021; 3:56:50 PM -0500 META
GZ 0.39 MB
ZIP 0.40 MB
CVE-200202/03/2021; 4:38:18 AM -0500 META
GZ 1.35 MB
ZIP 1.35 MB

XML Vulnerability Feeds

WARNING

Per XML Vulnerability Feed Retirement Update the XML vulnerability data feeds are no longer displayed on this page.

CPE Match Feed

This data feed provides a list of all CVE applicability statement match criteria (CPE match strings and CPE match ranges) and the CPE URIs from the official CPE dictionary that match. If a CPE URI expected to match a given criteria is missing, please contact cpe_dictionary@nist.gov as those CPEs may need approved to the official CPE dictionary. This feed is updated on a daily basis.

Version 1.0
NVD CPE Match Feed 1.0 Schema
FeedUpdatedDownloadSize (MB)
CPE-Match02/13/2021; 12:30:13 AM -0500 META
GZ 16.29 MB
ZIP 16.29 MB

RSS Vulnerability Feeds

NVD provides two RSS 1.0 data feeds. The first feed, nvd-rss.xml ( zip or gz ), provides information on all vulnerabilities within the previous eight days. The second feed, nvd-rss-analyzed.xml ( zip or gz ), provides only vulnerabilities which have been analyzed within the previous eight days. The advantage of the second feed is that we are able to provide vulnerable product names in the title. The advantage of the former is that you learn about new vulnerabilities as soon as possible.

NVD provides a service whereby software development organizations can submit 'Official Vendor Comments' on the set of CVE vulnerabilities that apply to their products. Organizations can submit comments by contacting NVD staff at nvd@nist.gov . More information is provided on the vendor comment page.

All of the vendors comments can be downloaded from the following XML feed which is updated every 2 hours:

FeedUpdatedDownloadSize (MB)
Vendor Comments02/13/2021; 12:45:08 AM -0500 META
GZ 0.07 MB
ZIP 0.07 MB

NVD/CVE Translated XML Feed (version 1.0)

NVD provides an XML feed for translations of CVE vulnerabilities into other languages.

Download Nvidia Drivers 210

Currently, INCIBE (Spanish National Cybersecurity Institute) is translating vulnerabilities into Spanish. INCIBE is solely responsible for the Spanish translation content.

Version 1
NVD/CVE Translation XML Schema
FeedUpdatedDownloadSize (MB)
CVE-Modified02/13/2021; 12:40:03 AM -0500 META
GZ 0.07 MB
ZIP 0.07 MB
CVE-202102/13/2021; 12:35:10 AM -0500 META
GZ 0.11 MB
ZIP 0.11 MB
CVE-202002/13/2021; 12:36:35 AM -0500 META
GZ 1.49 MB
ZIP 1.49 MB
CVE-201902/13/2021; 12:38:01 AM -0500 META
GZ 1.44 MB
ZIP 1.44 MB
CVE-201802/13/2021; 12:39:24 AM -0500 META
GZ 1.32 MB
ZIP 1.32 MB
CVE-201702/13/2021; 12:40:49 AM -0500 META
GZ 1.26 MB
ZIP 1.26 MB
CVE-201602/13/2021; 12:41:38 AM -0500 META
GZ 0.72 MB
ZIP 0.72 MB
CVE-201502/13/2021; 12:42:20 AM -0500 META
GZ 0.63 MB
ZIP 0.63 MB
CVE-201402/13/2021; 12:43:03 AM -0500 META
GZ 0.65 MB
ZIP 0.65 MB
CVE-201302/13/2021; 12:43:36 AM -0500 META
GZ 0.54 MB
ZIP 0.54 MB
CVE-201202/13/2021; 12:44:06 AM -0500 META
GZ 0.47 MB
ZIP 0.47 MB
CVE-201102/13/2021; 12:44:31 AM -0500 META
GZ 0.41 MB
ZIP 0.41 MB
CVE-201002/13/2021; 12:44:58 AM -0500 META
GZ 0.45 MB
ZIP 0.45 MB
CVE-200902/13/2021; 12:45:27 AM -0500 META
GZ 0.48 MB
ZIP 0.48 MB
CVE-200802/13/2021; 12:46:05 AM -0500 META
GZ 0.64 MB
ZIP 0.64 MB
CVE-200702/13/2021; 12:46:44 AM -0500 META
GZ 0.63 MB
ZIP 0.63 MB
CVE-200602/13/2021; 12:47:09 AM -0500 META
GZ 0.39 MB
ZIP 0.39 MB
CVE-200502/13/2021; 12:47:13 AM -0500 META
GZ 0.04 MB
ZIP 0.04 MB
CVE-200402/13/2021; 12:47:18 AM -0500 META
GZ 0.06 MB
ZIP 0.06 MB
CVE-200302/13/2021; 12:47:24 AM -0500 META
GZ 0.07 MB
ZIP 0.07 MB
CVE-200202/13/2021; 12:47:30 AM -0500 META
GZ 0.07 MB
ZIP 0.07 MB

Download Nvd Driver Printer

National Checklist Program (NCP) Checklists

Note: As of April 2017, the checklist schema was revised to make the SHA-1 element optional in accordance with NISTSP-131Ar1 .
Note: As of July 2017, tier has been made optional to support changes in the current draft of 800-70 Rev 4 .

Download Nvd Database

checklist-0.1-feed.xml includes all checklists contained within the NCP repository. checklist-0.1-feed-modified.xml includes all recently modified checklists within the NCP repository.

Download Nvidia Driver Ubuntu

Version 0.1
NCP/Checklist XML Schema
FeedUpdatedDownloadSize (MB)
NCP-Complete02/13/2021; 12:00:52 AM -0500 META
GZ 0.61 MB
ZIP 0.61 MB
NCP-Modified02/13/2021; 12:00:53 AM -0500 META
GZ < 0.01 MB
ZIP < 0.01 MB