[2020 Updated] Download USB Drivers for Any Android (Samsung/ Motorola /Sony/ LG/ HTC/ ASUS/ Huawei and others): .Here we are sharing all the latest Android USB Drivers for Windows and Mac. You can download them from the download section below and install them on your PC or Mac
USB Drivers are one of the must-have tools to be installed on your PC or Mac. Because of that, your mobile device interacts with your PC.These work as Bridge between your Phone and your computer. The USB drivers help us to connect our phone to the computer and perform tasks like transferring data, syncing your device with a PC. They help us to connect our Android devices to tools like Odin, Sony Flash tool, and SuperOneClick.
Below, we are sharing the links to USB drivers for most of the popular Android device manufacturers like Samsung, LG, Sony, Google, HTC, Motorola, Dell, etc. These USB drivers are safe to use as they are from their respective manufacturers. All the links are valid and official. We recommend you to download the latest USB drivers
[note type=”important”]It is highly recommended to Enable USB debugging on android smartphones before performing any task in the fastboot mode. [/note]The second pathway, usually a phone, is used to transmit a passcode or pin code. Additionally, a user can generate a One Time Password on the spot via his or her mobile device, PDA or computer. The platform offers users 10 different authentication methods, and costs less than competitors’ products, says Waller.
- Note: The Apple Mobile Device USB Driver has not been updated. If you have installed the Apple Mobile Device USB Driver and enabled the services, but still get 'Device not detected' error, this problem may be caused by Apple Mobile Device USB Driver has not been updated. To fix it, right-click on on My Computer/This PC icon on the desktop.
- Netheos eKeynox software suite facilitates deployment and maintenance of secure and mobile applications on Smart Devices (such smart cards, smart USB tokens or smart phones) by providing a single interface for the life cycle management of application code, digital certificates and data. KOT France Private Design and distribution specialist.
- The package provides the installation files for Xiring USB Smart Card Reader Driver version 3.0.0.4. If the driver is already installed on your system, updating (overwrite-installing) may fix various issues, add new functions, or just upgrade to the available version.
Download USB Drivers for Android
Samsung USB Drivers
| Latest Samsung Drivers | Download |
| Download Latest Samsung Kies | Download |
| Samsung Android ADB Interface Driver v2.9.510.0 | Download |
OnePlus USB Drivers
| Latest OnePlus USB Drivers (Windows and Mac) | Download |
For MediaTek VCOM Driver
| MediaTek VCOM MTK Drivers (Updated) | Download |
Motorola USB Driver
| Latest Motorola USB Drivers (Win & Mac) | Download |
Google USB Drivers
| Latest Google USB Drivers | Download |
HTC USB Drivers
| Latest HTC USB Drivers 4.17.0.001 | Download |
| HTC Sync Manager | Download |
Sony USB Drivers
| Latest Sony USB Drivers | Download |
| Sony PC Companion | Download |
| Sony Bridge for Mac | Download |
LG USB Drivers
| Latest LG USB Drivers | Download |
| LG Flash and LG UP Tool | Download |
| LG UpperCut Tool | Download |
- LG United Drivers for Verizon | Mirror
Dell USB Drivers
| Latest Dell USB Drivers | Download |
Go to the link and choose your mobile device or tablet to download the specific version USB drivers.
Intel Android USB Drivers
| Latest Intell Android USB Drivers | Download |
ZTE USB Drivers
| Latest ZTE USB Drivers | Download |
LeEco USB Drivers
| Latest LeEco USB Drivers | Download |
ASUS USB Drivers
| Download Asus PC suite PC Link (drivers included) | Download |
Huawei USB Drivers
| Latest Huawei USB Drivers | Download (Check below) |
- Download HiSuite (drivers included) || Windows | Mac
Acer USB Drivers
| Latest Acer USB Drivers | Download |
Sharp USB Drivers
Amazon USB Drivers
| Latest Amazon USB Drivers | Download |
Pantech USB Drivers
| Latest Pantech USB Drivers (PC Suit) | Download |
XIAOMI USB Drivers
- Download Mi Phone Manager (PC Suite) | Mirror
Lenovo USB Drivers
| Latest Lenovo USB Drivers | Download |
Micromax USB Drivers
| Latest Micromax USB Drivers | Download |
Video Guide: Enable Developer Options, USB Debugging and OEM Unlock On Android
[note type=”important”]In case the above drivers do not work for you, do as described below:
- Go to the official site of the manufacturer
- Type the name and model of your device in the search box.
- Select your device and click the Support tab/button.
- You will get the download link for the specific USB Drivers for your device.
- Download the drivers and install onto your computer. [/note]
If you have any question, feel free to ask in the comment below.
Rootmygalaxy a.k.a RMG was started in 2015 with a solo goal of Helping users with easy How-to guides. Slowly the website started sharing exclusive Leaks and Tech News. In these 5 years, we have been credited by the likes of Forbes, CNBC, Gizmodo, TechCrunch, Engadget, Android Authority, GSM Arena and many others. Want to know more about us? Check out ourAbout Us pageor connect with us ViaTwitter, Facebook, YoutubeorTelegram.
From Wikipedia, the free encyclopedia
An authentication factor is a piece of information and process used to authenticate or verify the identity of a person or other entity requesting access under security constraints. Two-factor authentication (T-FA) is a system wherein two different factors are used in conjunction to authenticate. Using two factors as opposed to one factor generally delivers a higher level of authentication assurance.
Using more than one factor is sometimes called strong authentication. However, strength is always bound to secrecy under which the factors are kept and protected against any third party challenge.
|
[edit]Summary
Authentication factors apply for a special procedure of authenticating a person as an individual with definitively granted access rights. There are different factor types for authentication:
- Human factors are inherently bound to the individual, for example biometrics ('Something you are').
- Personal factors are otherwise mentally or physically allocated to the individual as for example learned code numbers. ('Something you know')
- Technical factors are bound to physical means as for example a pass, an ID card or a token. ('Something you have')
Each of the types may apply independently for demanding access according to given rules and procedures. The presenting of a factor proves compliance with access rules and therefore has to be effected in a specified procedure. In two factor authentication a minimum of two factors compliance is required. For details on authentication factors see authentication.
[edit]Two-factor authentication methods
Often a combination of methods is used, e.g., a bankcard and a PIN, in which case the term two-factor authentication (or multi-factor authentication) is used. In 2006, several scientists at RSA Laboratories published a paper exploring social networking as a fourth factor of human authentication. In principle, extension to more than two factors to create a multi-factor authentication would increase security and should thus be desirable, but the consequent additional complexity has been found to affect users' comfort, and is therefore not currently recommended in place of simply manual operation and routine access controls.
It should be remembered, however, that strong authentication and multi-factor authentication are fundamentally different processes. Soliciting multiple answers to challenge questions may be considered strong authentication but, unless the process also retrieves 'something you have' or 'something you are', it would not be considered multi-factor. The FFIEC has issued supplemental guidance on this subject in August 2006, in which they clarified, 'By definition true multifactor authentication requires the use of solutions from two or more of the three categories of factors. Using multiple solutions from the same category ... would not constitute multifactor authentication.'
Xiring Mobile Phones & Portable Devices Driver Download For Windows 8
According to proponents, T-FA could drastically reduce the incidence of online identity theft, and other online fraud, because the victim's password would no longer be enough to give a thief access to their information. However, T-FA is still vulnerable to trojan and man-in-the-middle attacks.[1]
Deployment of T-FA tools such as smart cards and USBtokens appears to be increasing. More organizations are adding a layer of security to the desktop that requires users to physically possess a token, and have knowledge of a PIN or password in order to access company data. However, there are still some drawbacks to two-factor authentication that are keeping the technology from widespread deployment. Some consumers have difficulty keeping track of one more object in their life. Also, many two-factor authentication solutions are proprietary and protected by patents. The result is a substantial annual fee per person protected and a lack of interoperability.
[edit]Cost effectiveness
Adding a second factor in the authentication mechanism will lead to increase in costs for implementation and maintenance. Most systems are proprietary and charge an annual fee per user in the $50-100 USD range. Deployment of hardware tokens is logistically challenging. Hardware tokens may get damaged or lost and issuance of tokens in large industries such as banking or even within large enterprises needs to be managed. Note: Virtual tokens typically cost considerably less ($0.50 to $1.50 USD) and have no loss or damage costs.
[edit]Market acceptance
Despite the security advantages of strong authentication its adoption is not yet widespread. An increasing count of recent undesired disclosure of governmentally protected data [1][2] or private data [3][4] will change this image in concordance with new legal requirements, especially in the European Union.
A 2007 study by Celent reports that the year 2006 was dismal in terms of getting multifactor authentication (MFA) solutions out the door. Only 50% of banks were up and running for retail online banking, 40% for small business, and 60% for corporate banking. In 2007, 90% of banks are expected to be up and running for retail and small business online banking and 95% live for corporate banking, with nearly all banks deploying solutions by year end 2008. [2]
There are several factors that contribute to this lack of pervasiveness.
[edit]Product proliferation
The first challenge to face is the difficulty of deploying the clientPCsoftware required to make T-FA systems work. Most vendors have created separate installation packages for network login, Web access credentials and VPN connection credentials. In other words, there may be four or five different software packages to push down to the client PC in order to make use of the token or smart card. This translates to four or five packages on which version control has to be performed, and four or five packages to check for conflicts with business applications. If access can be operated using web pages, it is possible to limit the overheads outlined above to a single application.
[edit]Authentication factor options
[edit]Tokens
The most common forms of the 'something you have' are smart cards and USB tokens. Differences between the smart card and USB token are diminishing; both technologies include a microcontroller, an OS, a security application, and a secured storage area.
[edit]Biometrics
In both cases, vendors are beginning to add biometric readers on the devices, thereby providing multi-factor authentication. Users biometrically authenticate via their fingerprint to the smart card or token and then enter a PIN or password in order to open the credential vault. However, while this type of authentication is suitable in limited applications, this solution may become unacceptably slow and comparatively expensive when a large number of users are involved. In addition, it is extremely vulnerable to a replay attack: once the biometric information is compromised, it may easily be replayed unless the reader is completely secure and guarded.
For all biometric identifiers, the actual biometric image is not stored and checked against - a scanning algorithm extracts critical information from the image and stores the result as a string of data. Comparison is therefore made between two data strings, and if there is sufficient commonality a pass is achieved. It may be appreciated that choice of how much data to match, and to what degree of accuracy, governs the accuracy/speed ratio of the biometric device. All biometric devices, therefore, do not provide unambiguous guarantees of identity, but rather probabilities, and all may provide false positive and negative outputs. If a biometric system is applied to a large number of users - perhaps all the citizens in a country, the error rate may make the system impractical to use.
[edit]Threat and advantage
Above all, biometric information can not be changed, that is a key advantage. However, though biometrics cannot be reproduced in a growth process, a biometric identifier may be mechanically copied. And a bio-identifier can be faked: Apart from forcing a valid user to operate a reader, fingerprints can easily be captured on sticky tape and false gelatine copies made, or simple photos of eye retinas can be presented. However, intelligent biometrics sensors should be capable to distinguish between live original and dead replicas. It is likely that, as biometric identifiers become widespread, more sophisticated techniques to spoof them will be developed. The race between biometrics security means and threatening and challenging biometrics is steady as with technical alternatives.
[edit]History
Historically, fingerprints have been used as the most authoritative method of authentication, but recent court cases in the US and elsewhere have raised fundamental doubts about fingerprint reliability[citation needed]. Other biometric methods such as retinal scans are promising, but have shown themselves to be easily spoofable in practice. Hybrid or two-tiered authentication methods offer a compelling solution, such as private keys encrypted by fingerprint inside of a USB device.
[edit]Phones
A new category of T-FA tools transforms the PC user's mobile phone into a token device using SMS messaging or an interactive telephone call. Since the user now communicates over two channels, the mobile phone becomes a two-factor, two-channel authentication mechanism.
Some methods simply place a traditional telephone call to the end user's phone, prompting the user to press a key or sequence of keys. These solutions can be used with any telephone, not just mobile devices.
While such a method can simplify deployment, reduce logistical costs and remove the need for a separate hardware token devices, there are trade-offs. Users may incur fees for text/data services or cellular calling minutes. In addition, there is a latency involved with SMS services especially during peak SMS usage periods like the holidays.
There is a newer method of using the mobile phone as the processor and having the Security Token reside on the mobile as a Java ME client. This method does not include data latency or incur hidden costs for the end user.
[edit]Smart cards
Xiring Mobile Phones & Portable Devices Driver Download For Windows 7
Smart cards are about the same size as a credit card. Some vendors offer smart cards that perform both the function of a proximity card and network authentication. Users can authenticate into the building via proximity detection and then insert the card into their PC to produce network logoncredentials. They can also serve as ID badges. The downside is that the smart card is a bigger device, the card reader is an extra expense.
Additionally, many banks and financial institutions are implementing Chip Authentication Program technology which pairs a banking smart card with an independent, unconnected card reader. Using the card, reader and ATMPIN as factors, a one-time password is generated that can then be used in place of passwords. The technology offers support against man-in-the-middle attacks by facilitating Transaction Data Signing, where information from the transaction is included in the calculation of the one-time password - this is proving to be strong protection when making bank transfers or other financial transactions. During 2008, this method of two-factor authentication will be made available in the e-commerce environment through the 3D Secure architectures managed by MasterCard (SecureCode) and VISA (Verified by Visa).
[edit]Universal Serial Bus
A USBtoken has different form factor; it can't fit in a wallet, but can easily be attached to a key ring. A USB port is standard equipment on today's computers, and USBtokens generally have a much larger storage capacity for logoncredentials than smart cards.
[edit]Other types of factors
Some manufacturers also offer a One Time Password (OTP) token. These have an LCD screen which displays a pseudo-random number consisting of 6 or more alphanumeric characters (sometimes numbers, sometimes combinations of letters and numbers, depending upon vendor and model). This pseudo-random number changes at pre-determined intervals, usually every 60 seconds, but they can also change at other time intervals or after a user event, such as the user pushing a button on the token. Tokens that change after a pre-determined time are called time-based, and tokens that require a user event are referred to as sequence-based (since the interval value is the current sequence number of the user events, i.e. 1, 2, 3, 4, etc.). When this pseudo-random number is combined with a PIN or password, the resulting passcode is considered two factors of authentication (something you know with the PIN/password, and something you have from the OTP token). There are also hybrid-tokens that provide a combination of the capabilities of smartcards, USB tokens, and OTP tokens.
[edit]Organizational effort
Security does not happen without organizational embedding. This applies as well to structures as to individuals and their training and motivation.
[edit]User password management
Users have natural problems retaining a single authentication factor like a password. It is not uncommon for users to be expected to remember dozens of unique passwords. T-FA where one factor is a password or PIN code, does not eliminate this problem. One possible solution is to have the second factor be a biometric, instead of an entity that the user needs to memorize.
[edit]Interoperability of authentication mechanisms
Two-factor authentication is not standardized. There are various implementations of it. Therefore, interoperability is an issue.
[edit]Password security
Xiring Mobile Phones & Portable Devices Driver Download For Windows 10
Another concern is the security of the T-FA tools and their systems. Several products store passwords in plain text for either the token or smart cardsoftware or its associated management server. In either case this largely negates one factor of the authentication since although an intruder could easily find the password/PIN used to authenticate to the device, they still need to be in possession of the relevant token or smart card for this type of attack to work.
There is a further argument that purports that there is nothing to stop a user (or intruder) from manually providing logon credentials that are stored on a token or smart card. For example to show all passwords stored in Internet Explorer, all an intruder has to do is to boot the Microsoft WindowsOS into safe mode (with network support) and to scan the hard drive (using certain freely available utilities). However, making it necessary for the physical token to be in place at all times during a session can negate this.
[edit]Software security
Another concern when deploying smart cards, USBtokens, or other T-FA systems is the security of the software loaded on to users' computers. A token may store a user's credentials securely, but the potential for breaking the system is then shifted to the software interface between the hardware token and the OS, potentially rendering the added security of the T-FA system useless.
[edit]Market segments
Market segments in regards to two-factor authentication are:
- Enterprise
- B2B transactions
- Consumer
- Government
- Common authentication
[edit]Related technologies
Two-factor authentication solutions sometimes includes technologies to generate one-time passwords, a few solutions also include single sign-on (SSO) technology.
[edit]References
- ^The Failure of Two-Factor Authentication (Bruce Schneier, March 2005)
- ^ According to estimates released by research and consulting firm Celent on .
Xiring Mobile Phones & Portable Devices Driver Download For Windows 8.1
[edit]External links
- Microsoft to abandon passwords, Microsoft preparing to dump passwords in favour of two-factor authentication in forthcoming versions of Windows (vnunet.com, 14 Mar 2005)
- PHP full implementation (LGPL) of a token grid authentication, including generation and authentication.
- Banks to Use Two-factor Authentication by End of 2006, (slashdot.org, 20 Oct 2005)