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I have a website running on a Samsung TV browser and I would like to inspect its network. Couldn't do it through Tizen Studio because it's not a project I'm working on, it's just a website running on Samsung Internet app. Is there a way to inspect it remotely?

What are the existing client-side architectures to access a local Smart Card thru a PC/SC Smart Card reader (ISO 7816-3, ISO 14443) from a generic browser (connected to a server through http(s)), preferably from Javascript, with the minimum installation hassle for the end user? The server needs to be able to at least issue APDUs of its choice to the card (or perhaps delegate some of that to client-side code that it generates). I am assuming availability on the client side of a working PC/SC stack, complete with Smart Card reader. That's a reasonable assumption at least on Windows since XP, modern OS X and Unixes.

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Also: is there some way to prevent abuse of whatever PC/SC interface the browser has by a rogue server (e.g. presenting 3 wrong PINs to block a card, just for the nastiness of it; or making some even more evil things).

Creating, distributing and maintaining your own shall be a blast, because browsers release every month or so and every new release changes sanboxing ir UI tricks, so you may need to adjust your code quite often.

Addressing the future (mobile etc) is another story, where things like W3C webcrypto and OpenMobile API will probably finally somehow create something that exposes client-side key containers to web applications. If your target with smart cards is cryptography, my suggestion is to avoid PC/SC and use platform services (CryptoAPI on Windows, Keychain on OSX, PKCS#11 on Linux)

For your first question I have little hope: either you are satisied with a very small subset of smart card functionality (like signing e-Mail or PDFs), then you may use some ready-made software (like PKCS), ideally maintained by the smart card company, or you want broader functionality and need to invest considerable effort on your own. Surely PCSC is the starting point to choose.

There is another browser plugin similar to the one proposed by @cslashm available at Is also open source and can be installed with "minimum installation hassle" as required in the original question. You can see an example of use visiting

As chrome and firefox going to stop the support of NPAPI Plugin, there is no secure solution available to maintain the session for the smart card reading instead your certificate of the card have support for mutual ssl ,I answered for the similar question source,It might help

Its dirty, but if its acceptable / viable to install a bridge daemon/service on the client machine, then you can write a local bridge service (e.g. in python / pyscard) that exposes the smartcard via a REST interface, then have javascript in the browser that mediates between that local service (facade) and the remote server API.

Clients,clients,clients...plugins,..JSApis..Well..For certain we know this : All browsers, when communicating to an Apache or IIS servers, are actually signing "something" when a https/SSL handshake process is needed.

I have a setup where a smartcard reader is scanned to login a user. The PC/SC library work great on desktop. Somebody had mentioned to use Emscripten ( ) compiler which compiles c++ into JavaScript code. But that didn't work well because some of the functions being used by PC/SC are only available server side. After much research. I finally gave up on a client side solution, chrome web usb API also couldn't recognize the reader.

I then decided to give signalR a try and set up a hub on the PC connected to the smartcard reader and this approach worked out very well.

We rely on browser vendors to provide robust extension infrastructure for us to hook into. Without that, we are left with some pretty ugly hacks that are very unreliable and can cause some unintended behavior. The other obstacle is that 1Password doesn't store any data in the extension, so we would need 1Password running on the TV as well or available and accessible nearby in a way that would allow us to instruct the extension what to do in the browser.

Thanks. This certainly isn't critical. It was just there so I thought I would see if I could use it. Entering login info is terrible. You have to point at a virtual keyboard with your remote and it takes forever. 1Password's point-and-click avoids any keying on my computers. I have other smart TVs and don't use any of the "smartness." I will do the same with this one.

Indeed, with very few exceptions, I need the specific mobile apps from the different brands of, for example, bulb, outlet, or light switch. Or I have to use the main smart home ecosystem apps, such as Amazon Alexa, Apple Home, or Google Home.

I do a lot of work sitting at my desktop so I definitely prefer to have web interfaces. Fortunately, Home Assistant is my smart home hub and I have a good web interface for my smart home. But, this is more than a smart home issue. Some services beyond the smart home only have app interfaces or have features that only work in the apps.

If a version of OpenSC less than 0.20.0 is used, users will encounter errors when performing mTLS with servers that offer TLS 1.3. This can include browser errors like ERR_SSL_CLIENT_AUTH_SIGNATURE_FAILED.

Brave is available as a fast, free, secure web browser for your mobile devices. Complete with a built-in ad blocker that prevents tracking, and optimized for mobile data and battery life savings. Get the Brave Browser (mobile) for Android or iOS.

Smart Forms created in desktop web browser do not show certain initial characteristics and later changes in the Field Maps mobile app. This is inconsistent, currently happening about 90% of the time, and therefore replicable across different feature services and maps.

It seems as though changes made in Field Maps desktop browser aren't making it to the mobile app-- again, about 90% of the time. I've had one work perfectly, so I know it's possible, and I know the Required fields and conditional visibility expressions can work.

I just found a solution for my problem, maybe you want to try it for yours. I normally use the maps with mapviewer classic, but that seemed to cause the problem with the Field Maps Mobile App. As soon as I created the map again with the same layers in the new mapviewer I was perfectly capable of displaying all fields in the smartform on my mobile.

Best, Marcus

Got a big phone and normal sized thumbs? No problem. Firefox for Android lets you move the search bar from the top to the bottom making it easier to use with one hand. You can also choose your own search engine within the browser, and set Firefox as your default browser if you want.

If your default browser is Microsoft Internet Explorer, drill-through and web launch are fully supported and require no additional add-on. However, note that starting with Oracle Enterprise Performance Management System Release 11.2.2 and the Oracle Enterprise Performance Management Cloud 20.09 update, Internet Explorer is no longer supported.

To use Google Chrome with Smart View, install the Oracle Smart View for Office web extension from the Chrome Web Store. You can get the extension by searching on "smartview" in the Chrome Web Store or by going directly to this link:

There are a ton of browsers available for Android TV, but not all of them can do everything that you need. For example, if you want to play games on your TV, then your browser has to support HTML5. There are lots more reasons why it's important to have the right browser installed on your device. In this post we're going to look at five of the best browsers available right now: Google Chrome, Mozilla Firefox, Puffin Browser, Dolphin Browser and Opera Browser.

For a consistent and speedy browsing experience, Google Chrome is hard to beat. It's one of the most popular browsers on the market, so it has been optimized for Android TV. It's fast, responsive and easy to use. Plus, it has a clean UI that makes it easy to navigate between tabs and on-screen controls that help you find what you're looking for quickly. In addition, Google Chrome for Android TV is secure because it uses features like Google Safe Browsing to block dangerous sites and keep your information safe. You can also add an extra layer of security by enabling two-step verification through your Google account.

Chrome's big advantage over other browsers on Android TV is that it supports Google Cast, which means you can stream content from your phone or tablet directly to your TV. It's easy to use: just open up your favorite streaming service on your phone or tablet, then cast it right over to your TV screen!

Mozilla Firefox is a great browser for Android TV. It's easy to use and has a great user interface. You can easily switch between tabs by using the remote control or your finger if you are using an Android device as your controller.

The browser also brings with it some of the features that were introduced on other platforms, like support for extensions (as long as they are compatible), private browsing mode, and other features that make it more user friendly than most other browsers out there.

The browser supports HTML5 and JavaScript, but it doesn't support WebGL or video playback. You'll need Chrome if you want to be able to watch videos on YouTube or other sites that use Flash or Silverlight.

Dolphin Browser is a fast, free browser that lets you search the web and access your favorite websites. It includes a built-in ad blocker and data compression technology to help save your mobile data plan, so you can browse at full speed without worrying about running up the bill.

While you may not know it, Opera Browser should definitely be on your radar that is free to download on Google Play Store. This browser is fast, lightweight and has built-in ad blocking. It also comes with a wide range of features that make it easy to use without having to spend hours fiddling with settings or add-ons. 2351a5e196