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OpenAI podría lanzar pronto un lanzador de herramientas proxy de IA

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AbiertoAI Podría lanzar su propia herramienta de inteligencia artificial que, en teoría, podría realizar tareas de forma autónoma controlando su dispositivo.

Los informes indicaron que la herramienta está a punto de lanzarse. TechCrunch Libros, por ejemplo.La herramienta, denominada Operador, parece estar “a punto de ser lanzada”, según Tibor Blaho, un ingeniero de software que a menudo filtra o revela noticias sobre IA. Blaho Escrito en X Señaló que “la aplicación de escritorio ChatGPT macOS tiene opciones ocultas para definir accesos directos al operador de escritorio para 'Alternar operador' y 'Forzar salida del operador'”.

La información que ella tiene mencioné OpenAI ha fijado enero como fecha de lanzamiento del lanzador. Según se informa, primero lanzará una vista previa de búsqueda y una herramienta para desarrolladores. La fecha exacta de lanzamiento aún se desconoce.

Velocidad de la luz triturable

La idea detrás de esta herramienta es que puede funcionar de forma independiente para hacerle la vida más fácil; en otras palabras, puede tomar el control de su computadora y realizar tareas por usted. Eso significa Podrían ser cosas como reservar vuelos o escribir código.. Por supuesto, también puede el hace errores Por tu parte, lo cual es un poco preocupante.

Sin embargo, para bien o para mal, es posible que esté aquí pronto.



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El grupo de hackers Midnight Blizzard está secuestrando servidores proxy RDP para lanzar ataques de malware

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  • Trend Micro detecta una sofisticada campaña de phishing dirigida a objetivos militares y gubernamentales
  • Utiliza casi 200 servidores proxy RDP para llegar a los puntos finales
  • El número total de víctimas asciende a cientos

Una amenaza persistente avanzada, conocida como Midnight. ventiscaHAS lanzó un ataque de phishing a gran escala dirigido a gobiernos, organizaciones militares e investigadores académicos de Occidente.

Los investigadores de ciberseguridad de Trend Micro revelaron que el grupo aprovechó las metodologías del equipo rojo y las herramientas de anonimización, extrayendo datos confidenciales de la infraestructura de TI del objetivo.

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Security flaw in popular proxy service leaves 50,000 hosts vulnerable

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More than half of Tinyproxy service hosts are running a flawed version which hackers could use in remote code execution attacks, a new report from researchers from Cisco Talos has claimed.

Tinyproxy is a lightweight HTTP/HTTPS proxy server commonly used to improve internet access speed by caching frequently accessed web pages, filtering out unwanted content, and providing anonymity. 

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News

VPN vs. SOCKS 5 Proxy

In the ever-evolving landscape of the internet, website and mobile application testing have become crucial steps in ensuring a seamless user experience. However, geographical restrictions can often hinder this process. In this article, we’ll explore two powerful tools for overcoming these restrictions: Virtual Private Networks (VPNs) and SOCKS 5 Proxies. vclub login

What Is a VPN?

A Virtual Private Network (VPN) is a versatile internet application or software designed to provide a secure connection to remote locations via the internet. VPNs are renowned for their ability to grant users access to restricted websites and ensure online security and privacy.

Use Cases for VPNs

VPNs find applications in various scenarios. For example, they are invaluable to businesses looking to test their services in different geographical locations. A mobile app developer, for instance, can deploy VPN software to simulate browsing activity from a different country or state, gaining valuable insights into how their app performs in specific target areas.

What Is a SOCKS 5 Proxy?

A SOCKS 5 Proxy, which stands for Secure Socket, operates in a manner similar to VPNs by redirecting web traffic through HTTP proxy servers. Over the years, providers like VClubshop have established themselves as top-notch vendors, offering cutting-edge SOCKS 5 proxy extensions capable of rerouting web traffic across multiple channels simultaneously.

Advantages of SOCKS 5 Proxies

While VPNs and SOCKS 5 proxies share similarities, there are key differences to consider.

Differences Between VPN and SOCKS 5 Proxy

Speed

One of the primary distinctions between VPNs and SOCKS 5 proxies is speed. SOCKS 5 proxies are generally faster, offering quicker website load times, upload and download speeds, and lower ping times. This makes them an excellent choice for those who prioritize website speed, such as online entrepreneurs. vclub tel

Safety

However, this speed advantage comes with a trade-off in safety. VPNs excel at encrypting data packets as they travel through virtual tunnels, prioritizing online safety and privacy over speed. Some VPN services may engage in logging, which raises concerns about the security of user data.

Efficiency

VPNs mask your local IP and encrypt all internet traffic universally, providing an extra layer of privacy. In contrast, SOCKS 5 proxies are application-specific, meaning they only work for the specific application you are using them with. To enhance SOCKS 5’s efficiency, you need to activate the service on all relevant software.

Number of IPs Provided

Another distinction is the number of Internet Protocols (IPs) each software can support. VPNs typically offer a single IP address, which may require contacting the provider for changes. In contrast, many SOCKS 5 proxies provide multiple IP addresses, reducing the risk of all your proxies being restricted by specific websites.

Considerations for Choosing Between VPN and SOCKS 5 Proxy

The choice between a VPN and a SOCKS 5 proxy ultimately depends on your individual needs, considering factors like speed, safety, efficiency, and the number of IPs required.

Application Integration and Compatibility

One significant factor to consider when choosing between VPNs and SOCKS 5 proxies is how they integrate with applications and platforms. VPNs generally operate at the system level, affecting all internet-connected applications on a device. This universal approach is beneficial for users seeking a one-size-fits-all solution. On the other hand, SOCKS 5 proxies are more granular, allowing for a targeted approach. For developers or users working with specific applications, this flexibility can be advantageous, as they can customize their browsing experience per application without affecting other processes.

Future of Digital Privacy and Geographical Restrictions

As the internet continues to evolve, the importance of digital privacy and the ability to bypass geographical restrictions will only grow. Geoblocking, cyber-attacks, and data theft have become more prevalent, emphasizing the need for tools like VPNs and SOCKS 5 proxies. Both tools will likely see innovations in terms of speed, security, and efficiency, making it essential for users to stay updated on the latest advancements. As user demands change and global internet dynamics shift, the tools we use to navigate the digital realm must also adapt, ensuring an open, safe, and seamless online experience.

Conclusion

In conclusion, both VPNs and SOCKS 5 proxies are valuable tools for browsing anonymously and overcoming geographical restrictions. Your choice should align with your specific requirements and priorities.

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News

How to Get the Client IP in ASP.NET Core Even Behind a Proxy

When building web applications with ASP.NET Core, it is often useful to know the IP address of the client/user making the HTTP request. The client IP address can be used for various purposes like implementing IP address based access restrictions, analytics, logging, security etc.

However, determining the actual client IP can be tricky if the requests are going through a proxy server or load balancer. The proxy server handles all the external requests, and the request reaching the ASP.NET Core development Company application will contain the proxy server IP instead of the actual client IP.

In this blog post, we will look at different ways to retrieve the actual client IP address in ASP.NET Core even when requests are coming through a proxy server or load balancer.

ASP.NET Core provides the RemoteIpHeaderAttribute attribute that can be used to tell ASP.NET Core which HTTP request header contains the actual client IP address. If the requests are coming through a proxy, the proxy typically populates the X-Forwarded-For header with the client IP address.

To use RemoteIpHeaderAttribute, first add it to the IHttpContextAccessor service in the Startup.ConfigureServices 

method:

Source {csharp}

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services.AddHttpContextAccessor();

services.Configure<ForwardedHeadersOptions>(options =>

{

  options.ForwardedHeaders = 

    ForwardedHeaders.XForwardedFor | ForwardedHeaders.XForwardedProto;

});

Then access the client IP address via HttpContext.Connection.RemoteIpAddress property:

Source {csharp}

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public class HomeController : Controller 

{

  private readonly IHttpContextAccessor _httpContextAccessor;

  public HomeController(IHttpContextAccessor httpContextAccessor) 

  {

    _httpContextAccessor = httpContextAccessor;

  }

  public IActionResult Index()

  {

    var remoteIpAddress = _httpContextAccessor

                         .HttpContext

                         .Connection

                         .RemoteIpAddress;

    // remoteIpAddress will contain actual client IP  

  }

}

This works for common proxy servers and load balancers that populate the standard X-Forwarded-For header.

Some proxies may use custom HTTP headers to carry client IP instead of X-Forwarded-For. In such cases, you can configure ASP.NET Core to read client IP from multiple request headers using ForwardedHeadersOptions:

Source {csharp}

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options.ForwardedHeaders = 

  ForwardedHeaders.XForwardedFor | ForwardedHeaders.XProxyUserIp;

This tells ASP.NET Core to check X-Forwarded-For and then X-Proxy-User-Ip headers for client IP address.

You can also configure it to read IP from a specific custom header:

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options.ForwardedHeaders = ForwardedHeaders.MyProxyHeader;

Using Middleware

An alternative to RemoteIpHeaderAttribute is to write custom middleware that reads client IP address from request headers and stores it in the HttpContext.

For example:

Source {csharp}

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public class GetClientIpMiddleware

{

  private readonly RequestDelegate _next;

  public GetClientIpMiddleware(RequestDelegate next) 

  {

    _next = next;

  }

  public async Task Invoke(HttpContext context) 

  {

    string ipAddress;

    if (context.Request.Headers.ContainsKey(“X-Forwarded-For”))

    {

      ipAddress = context.Request.Headers[“X-Forwarded-For”].FirstOrDefault();

    }

    else

    {

      throw new Exception(“Could not determine client IP address”);

    }

    context.Connection.RemoteIpAddress = IPAddress.Parse(ipAddress);

    await _next(context);

  }

}

Register this middleware before your other middleware:

Source {csharp}

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app.UseMiddleware<GetClientIpMiddleware>(); 

Now client IP will be available via RemoteIpAddress property.

Instead of storing client IP in the HttpContext, you can also directly read it from the request headers wherever needed:

Source {csharp}

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string ipAddress;

if (context.Request.Headers.ContainsKey(“X-Forwarded-For”)) {

  ipAddress = context.Request.Headers[“X-Forwarded-For”].FirstOrDefault();

}

This avoids polluting the HttpContext and allows reading IP flexibly on per-request basis.

Issues Behind Multiple Proxies

If the request passes through multiple proxies, the client IP will be stored in X-Forwarded-For header as a list separated by comma. In that case you need to parse this header to extract the first (left-most) IP address which is closest to the client:

Source {csharp}

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var ipList = context.Request.Headers[“X-Forwarded-For”].Split(“,”).ToList();

ipAddress = ipList.FirstOrDefault();

Also note that some proxies may spoil X-Forwarded-For header by adding their own IP incorrectly. In those cases, it may not be possible to reliably determine the client IP.

Diesel is an open-source .NET middleware that tries to normalize HTTP headers coming from various proxies and load balancers. It rewrites headers like X-Forwarded-For to a standard format.

To use Diesel in ASP.NET Core:

Source {csharp}

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services.AddDiesel(options => {

  options.ForwardedForHeader = “X-Forwarded-For”;

});

This helps abstract away differences between various proxies and provides a consistent way to retrieve client IP.

Conclusion

Hire Dot NET Core Developers involves finding individuals who can implement various methods for retrieving the actual client IP address in ASP.NET Core applications, even when requests pass through proxies and load balancers. The RemoteIpHeaderAttribute offers a straightforward mechanism but relies on proxies correctly populating standard headers. Custom solutions, such as middleware, provide greater flexibility but require more code. Using Diesel to normalize proxies helps mitigate differences between various proxy implementations. Understanding how proxies function is essential for choosing the appropriate approach for a specific scenario or proxy configuration.