Enhanced Protection with WiFi-Free Camera Systems

1. Reliability in Challenging Environments

Various factors can affect WiFi signals, such as distance, interference from other devices, or physical barriers like walls. In certain situations, relying on WiFi connectivity for security cameras may result in signal loss or intermittent connections, leaving blind spots and compromising the overall effectiveness of the surveillance system. WiFi-free camera systems eliminate these concerns by operating independently of WiFi signals, ensuring a reliable and uninterrupted monitoring experience.

2. Reduced Vulnerability to Hacking

WiFi-enabled security cameras are not immune to cyber threats, as hackers can exploit vulnerabilities in WiFi networks to gain unauthorized access to the cameras. In contrast, WiFi-free camera systems provide an additional layer of security by eliminating the potential entry point through WiFi connections. This significantly decreases the risk of unauthorized access, enhancing the overall security of your premises.

Connecting to Phones without WiFi

1. Direct Connection via Mobile Networks

Security camera that connects to phone without wifi often leverage mobile network technologies, such as 4G or 5G, to establish a direct connection with smartphones. By utilizing cellular networks, these cameras can transmit live video feeds and alerts directly to your phone, regardless of location, as long as you have cellular coverage. This feature ensures you can monitor your property remotely without relying on WiFi availability.

2. Dedicated Mobile Apps

Many WiFi-free camera systems come with dedicated mobile apps that allow users to access and control their cameras directly from their smartphones. These apps provide a user-friendly interface for viewing live video feeds, adjusting camera settings, and receiving motion detection alerts. With the convenience of mobile apps, you can stay connected to your security cameras wherever you are, ensuring constant vigilance over your property.

3. Cloud Storage and Remote Playback

Despite not relying on WiFi, security cameras without WiFi can still provide convenient cloud storage options. Recorded footage can be securely uploaded to the cloud, enabling you to access and review it remotely from your phone. With this capability, you can conveniently playback and analyze recorded videos, enhancing the investigative capabilities of your security system.

Cost-Effective Solution with Long-term Savings

1. No WiFi Infrastructure Requirements

Traditional WiFi-enabled security camera systems often require installing and maintaining a robust WiFi infrastructure. This includes setting up routers, access points and ensuring adequate coverage throughout the premises. However, with WiFi-free camera systems, you can bypass these additional costs and complexities. These cameras operate independently, eliminating the need for extensive WiFi infrastructure and associated expenses.

2. Lower Installation Costs

WiFi-free camera systems are typically easier and faster to install than WiFi-enabled systems. Since they don’t rely on WiFi connectivity, there is no need for extensive wiring or configuring network settings. This streamlined installation process saves time and labor costs, making WiFi-free camera systems a more cost-effective option.

Conclusion

While WiFi connectivity has revolutionized how we connect and control devices, there are scenarios where relying solely on WiFi for security camera systems may present challenges or vulnerabilities. Security camera that connects to phone without wifi offer enhanced protection by providing reliable monitoring in challenging environments and reducing the risk of hacking. Additionally, these cameras can connect to phones without WiFi through direct mobile network connections, dedicated mobile apps, and cloud storage options. By opting for a WiFi-free camera system, you can ensure a secure and reliable surveillance solution that offers peace of mind and convenience for your home or business.

The post Offline Security: WiFi-Free Camera Systems for Enhanced Protection appeared first on Proche.

What Things Should You Consider While Choosing Your Vendor?

Many of the OTT platform vendors are not able to provide you with the platform for IPTV. The first thing that you need to check when choosing the best platform for IPTV is whether it supports OTT as well. Even though you maybe don’t need OTT today, which is unlikely as providing streaming on mobile devices is almost a must, for sure you will need it in the near future. The same goes for the support for DVB-C, DVB-T, or DVB-S services. If you see that you will need to connect STBs over satellite, cable, or terrestrial networks in the future, select a platform that supports this as well.

It Does Matter Which Device Model You Choose, And Here Is Why…

For IPTV, as you will be using multicast streams for your Linear TV channels, most likely you will be using STB devices. You could use Smart TVs as well, but support for multicast in combination with the DRM is very limited on Smart TVs, so you need to be careful about which model to choose. For STB devices, today everybody is choosing Android STBs. Nobody is buying Linux STB anymore. So this is an easy choice, but regardless if you choose Android TV or Android AOSP STB, the complication comes with support for multicast and DRM. Vendors have several references from such an environment, but many don’t have experience, and many OTT Android STBs will have issues with multicast and DRM.

But, Why Do Android STBs Actually Face Issues?

The main reason why Android STBs have issues with IPTV is that the main driver for STB vendors is OTT streaming. Already on the chipset level, they are primarily testing combinations with HLS / DASH streaming with Widevine and FairPlay DRMs. IPTV projects with Android STB are not so common and consequently not tested so well. However, for the Telco or ISP with their own managed IP network, IPTV makes sense, because it will save a lot of bandwidth compared to OTT streaming. The best guarantee to avoid integration issues is to select an IPTV platform and vendor or system integrator that has several references and can demonstrate to you the fully working solution with Android STB, multicast, and IPTV DRM.

After We Have Chosen The Right Device…

You also need to decide what streaming protocol you want to use for Video on Demand and Catch Up TV services. If you want to keep the RTSP that was traditionally used in IPTV, your selected platform needs to support it. However, I would recommend using HLS for these services, as it is more future-proof. This means you will need to get OTT transcoders if you don’t have them already, but in this way, you will have the same streams for mobile and web devices and for STBs. Otherwise, you will have RTSP servers for STBs and OTT streaming servers for mobile, web, and other OTT devices when you introduce them in your service. As already mentioned, the important thing is that you select a platform that will provide streaming and CDN parts as well.

Pay Attention To FCC Functionality

Another very important thing to consider for IPTV is support for fast channel change (FCC) functionality. Zapping time is one of the most important features for your users and having a short zapping time can differentiate your service from competitors. In traditional IPTV solutions, the FCC server was an almost standard thing, but with Android STB, you need to check which vendor or which IPTV platform can provide you FCC and has already integrated, working Android STB that is used in production.

Remember, You Should Think About Your Users As Well

The last thing to consider is other features that are used in both IPTV and OTT worlds, such as Catchup TV, TV Guide, support for Series, binge-watching, etc. The key thing to consider on the client applications is whether it provides a premium UX. This is very important to get new subscribers and to keep existing ones. The user interface should be easy to use, with smooth and responsive navigation. An additional indicator that shows how good the UX is, is if client applications are providing video thumbnails when doing trick play actions. There are also other anti-churn features that will help you reduce churn and attract new users.

Before Taking The Deep Dive To IPTV/OTT World…

My recommendation is, first, carefully verify the technical and IPTV network requirements of multicast, DRM, and streaming. When you are sure these parts are covered, continue testing the UX and other features. Otherwise, you could lose time testing something that will not even work in the IPTV environment.

The post Choosing The Best IPTV Platform In 2023 appeared first on Proche.

Read on to learn more.

What to Look for When Choosing an Internet Plan

Choosing the right Internet plan for your family should start with knowing what to look for when you’re shopping for an Internet plan. When researching different Internet providers and plans, you should consider the following factors.

Speed

Different types of Internet connections offer different speeds. Some Internet connections are faster than others, so it’s important to consider the speed of the Internet connection when choosing an Internet plan.

Cost

The cost of an Internet plan is an important factor to consider. Different Internet plans have different monthly costs, so it’s important to compare different plans and find the one that fits your budget.

Data Cap

Many Internet plans have a data cap, which is the maximum amount of data you can use in a given month. If you plan on using the Internet for a lot of streaming or downloading, it’s important to find an Internet plan with a data cap that fits your needs.

Contract Length

Many Internet plans require a contract, which is an agreement between you and the provider. It’s important to read the contract carefully and make sure you understand the terms and conditions before signing up for an Internet plan.

Type of Internet Connection

Different types of Internet connections offer different speeds and features, so it’s important to consider the type of Internet connection you’ll need for your family’s needs.

There are several different types of Internet connections available including those listed below.

DSL

DSL (Digital Subscriber Line) is a type of Internet connection that uses telephone lines to connect to the Internet. It’s a popular option for many households because it’s widely available and relatively affordable.

Cable

Cable is another type of Internet connection that uses coaxial cables to connect to the Internet. It’s a popular option for many households because it offers fast speeds and reliable connection.

Satellite

Satellite is a type of Internet connection that uses a satellite dish to connect to the Internet. It’s a popular option for rural areas because it’s widely available and offers fast speeds.

Fiber

Fiber is a type of Internet connection that uses fiber-optic cables to connect to the Internet. It’s a popular option for many households because it offers the fastest speeds and reliable connection.

Number of Devices

The number of devices in your home will also have an impact on your Internet plan. If you have several devices that need to be connected to the Internet, you’ll need an Internet plan with enough speed and bandwidth to accommodate them.

Location

The location of your home will also affect your Internet plan. If you live in a rural area, you may have limited options when it comes to providers and plans.

Service

The quality of service you receive from your provider should also be taken into consideration. Make sure to read reviews and do your research before signing up for an Internet plan.

Tips for Choosing the Best Internet Plan for Your Family

Once you’ve compared different providers and plans, there are a few tips to keep in mind when choosing the best Internet plan for your family.

Consider Your Needs

When choosing an Internet plan, it’s important to consider your family’s needs. Think about how much you plan to use the Internet and what type of activities you’ll be doing online. This will help you determine the speed and data cap you need for your family.

Read Reviews

Make sure to read reviews about different providers and plans before making a decision. This will help you make sure you’re getting the best quality of service from your provider.

Ask Questions

Don’t be afraid to ask questions when researching different Internet plans. Many providers are more than happy to answer any questions you may have.

Compare Prices

When comparing different Internet plans, make sure to compare the prices of different plans to find the one that fits your budget.

Conclusion

Choosing the right Internet plan for your family can be daunting, but it doesn’t have to be. By knowing what to look for when choosing an Internet plan, you’ll be able to find the best Internet plan for your family.

The post How to Choose the Best Internet Plan for Your Family appeared first on Proche.

SD-WAN provides smoother network functionality and greater security, saves money by reducing bandwidth and consolidating networking and security products, and uses the internet to replace expensive WAN technologies.

Here is a summary of SD-WAN, how it works, and what it can do for you.

What Does SD-WAN Stand For?

So, what does SD-Wan stand for? SD-WAN stands for “software-defined WAN.” That is a fancy way of saying that software will help you set the controls for your WAN(s) and will do so via one set of commands that manage several different types of network connections.

How SD-WAN Works

SD-WAN allows for controlling the command plane of a WAN and streamlining its processes to allow for easier development and distribution of WAN control commands.

Rather than having separate control protocols for different WANs for internet connectivity and private networks, SD-WAN takes individual WANs like broadband, LTE, T1, and MPLS and puts them under one encrypted network framework. That allows for a single, widely applied command versus configuring each WAN for every WAN connection.

Practically, a network manager can save time and money and reduce troubleshooting errors quickly and easily by issuing one command from a central management point. A single command, a central management point, is opposed to the current process of having to configure every WAN connection separately.

For example, if your organization has 50 different locations, each with random and multiple methods of communicating, to update the command page, the network manager or team must update each site manually. SD-WAN lets the network manager update all 50 sites from one location using a single command that converts to each WAN communications backbone.

The Real Power of SD-WAN – 6 Advantages

Multiple benefits of an SD-WAN range from logistical advantages to financial gains. Here are a few.

Streamlined, Error-Free Controls

Having to input a single command at the command plane instead of multiple for each communication method reduces the chances of user error. A single command across the entire network avoids troubleshooting lines of code when an error is made, saving both time and money.

It also saves time because it is a streamlined process of one command versus having to input many lines of commands. SD-WAN’s use of automation to help facilitate connectivity across mixed communications environments lets network administrators manage all their WAN links from one place using one protocol.

Better Management

That one point of communication makes things easier and ensures more coherent and uniform management. For example, restricting access to certain websites is no longer a process of figuring out multiple protocols and troubleshooting when those protocols interfere with access users need.

One command across the entire WAN means instant restrictions. If troubleshooting is needed, it all comes from one point on the network. The system also allows for application prioritization if restrictions are not feasible. That means apps that potentially hog bandwidth but are not needed to do work can be prohibited, freeing up space for less bulky apps.

For instance, suppose you wanted to restrict access to social media because it used up your bandwidth and slowed down your network. However, you do not want to prohibit access outright because some users need access to social media networks to do their work.

With SD-WAN, you can prioritize the apps allowed to use the network and make social media a lower priority without an outright prohibition. Thus, employees that need access to social media have it at a fair distribution rate, while users who need to run other apps can do so without penalty.

Better Analytics

SD-WAN also allows for WAN-wide analytics. Rather than having to run multiple analysis tools across multiple protocols, SD-WAN converts one analysis tool across multiple protocols and converts them to fit each type. That allows for WAN analysis of performance metrics at the touch of a button and more readily identified system metrics because everything is uniform.

Smoother End User Experience

Users can connect to networks, data centers, and multiple clouds more easily via SD-WAN. Under a single protocol, apps load and run faster, allowing employees to get their work done quicker and with less frustration.

This benefit becomes apparent during high-volume periods on your WAN. The streamlined management and administration processes run with less interference, so load and execution times are improved during those periods. Waiting for the proper amount of bandwidth or competing against other users is eliminated.

Enhanced Security

All communications across your WAN become encrypted with SD-WAN. Additionally, all security begins at one point, and only one protocol is needed for a system-wide application. That reduces vulnerabilities unique to each connectivity channel and makes controlling access to the network easier and more streamlined.

Permissions, for example, are no longer a single line of code replicated over and over via manual input. Instead, one command affects all WAN communications. That makes security administration quicker and more secure because errors can be quickly identified and remedied.

Connectivity Prioritization

SD-WAN allows for intelligence-based routing when connecting to different types of transport services. You no longer need the same connection types at each point on your network but can customize connectivity based on throughput performance. The software identifies the best way to route traffic and directs that traffic through that point.

Intelligent software-based routing eliminates bottlenecks or overuse of one transport service. The software will route traffic to even out the load across all transport services if a service is under-utilized. The user is not aware of any of this. They only see throughput speeds that exceed the performance they were used to experiencing.

Final Thoughts

SD-WAN solutions not only make an organization more efficient, but they also make it more secure while improving the overall user experience. The entire organization benefits from administration to end users even as management costs get reduced. SD-WAN is a win-win for all involved.

The post Why SD-Wan Offers More Bandwidth And Is Cost-Effective appeared first on Proche.

If you’re not sure which type of cable to purchase, read on to learn about the different options available. After you’ve read this article, you’ll be well on your way to choosing the right industrial USB Cable for your needs. Here are some examples:

Light-Duty vs. Heavy-Duty

There are two types of industrial Ethernet or LAN cables: light and heavy. Light duty industrial cables often feature higher-quality jacketing than heavy-duty industrial cables. Heavy-duty cables are more durable and are constructed of thicker, more complex jackets and metals. As a result, they are generally more expensive.

They should only be used when the environment requires them. Light duty industrial LAN cables are typically less expensive than their heavy-duty counterparts. When purchasing an industrial LAN cable, make sure to check the durability of the wires. Usually, these cables are made of solid copper or stranded copper.

However, there are some manufacturers who manufacture cheap versions of these cables using Copper Clad Aluminum, which is actually an aluminum conductor coated with copper. While this may be cheaper to produce, it results in a weaker cable that is not as durable as a solid copper cable. Heavy-duty industrial Ethernet cables are typically designed for harsher environments and noise.

These cables may require stronger locks and connectors due to their size and weight. Heavy-duty industrial Ethernet cables can withstand high temperatures and may be prone to data collisions. The connectors used for these cables like the ones here: https://enableit.com may be more resistant to corrosion. Besides heavy-duty industrial LAN cables, light-duty industrial LAN cables are also made of a flexible, lighter material.

Industrial LAN cables are also available in stranded and solid construction. Solid-duty industrial Ethernet cables are ideal for patch cords in the commercial environment, while stranded cables are designed for ruggedness and flexibility. For example, industrial environments often involve bending and flexing cables, including robotics. A stranded cable will withstand repetitive motion and bending and the length of the cable is also a factor.

Shielded vs. Unshielded

Whether you need a shielded or unshielded industrial Ethernet cable depends on the situation in which you will use it. The most common environment is a building, and most LAN cables are used indoors.

Unshielded industrial LAN cables, on the other hand, can be used outdoors. Shielded cables are waterproof and animal resistant, but unshielded ones are not buried. Shielded industrial LAN cables are more expensive than unshielded cables, but they have a number of advantages.

They have longer life expectancies and can be used for large scale installations, and their reduced overall costs are beneficial in terms of total cost of ownership. In addition to shielding, these cables can also be used in next-generation cabling systems that exceed 10 gigabits per second.

There are several pros and cons to shielded industrial LAN cables. The main difference is the type of shielding material. Shielded cables can be up to 10 Gbps, while the same length of an unshielded cable will experience higher data transmission errors. In addition, shielded cables provide more protection against electromagnetic interference (EMI).

In addition to shielding, industrial Ethernet cables are less susceptible to the harmful effects of electromagnetic interference, which you can learn about here: https://en.wikipedia.org/EMI. Because of the nature of factory floors, electrical noise from power lines and large magnets can interfere with sensitive electronic equipment. Shielded cables reduce or eliminate EMI.

Cat 6 and Cat 8 industrial Ethernet cables are shielded to reduce electromagnetic interference (EMI). They also perform better throughout expansive business networks. They are convenient for upgrading from un-shielded to Cat6 compatible devices. Shielded industrial LAN USB and other cables

X-Coded vs. A-D-Coded

There are two types of connectors available on industrial LAN networks, A-D-Coded and X-Coded. D-coded cables are typically used in network connections, providing three to five pins. X-coded cables, on the other hand, have a cross configuration that reduces crosstalk and maintains signal integrity.

X-Coded connectors are more durable than A-D-Coded cables. They are also available in more colors. Industrial Ethernet cables made of A-D-Coded connectors are compatible with both A-D-Coded and X-Coded equipment. The difference between A-D-Coded and X-Coded connectors can be frustrating but luckily, there are a number of good solutions to the problem.

When choosing industrial LAN cable, it’s important to select the proper coding. A-D-coded cables are recommended for applications that need low-bandwidth connections. X-coded cables are more expensive. A-D-Coded cables are suitable for low-speed industrial applications. X-Coded cables are suited for high-speed industrial LAN.

X-Coded industrial LAN cables are better for demanding applications where long-range data transmission is essential. X-Coded connectors have higher data-rates than A-D-coded cables. X-Coded cables also feature better signal-quality and are more durable. Some cables use both types of connectors for industrial automation applications.

Solid-Conductor vs. Stranded

When you’re choosing a cable, solid conductor or stranded construction is a key consideration. Stranded cable consists of multiple strands of wire wrapped around one another, while solid cable has a single solid copper wire per conductor.

While each has its advantages, there are some key differences between the two types. You can continue on to discover the differences between these two types of cables. Solid conductor cables are designed for longer, horizontal runs and are ideally used for backbone installations.

These cables provide superior electrical performance and are more stable than stranded ones, enabling them to support higher data rates and longer distances. However, this increased flexibility does come with some disadvantages. Solid conductor cables are not flexible and cannot be bent repeatedly, limiting their application and network performance. Another main difference between solid and stranded cables is the way they route. Stranded cables are easy to route, while solid cables are more difficult. Stranded cables are also more flexible, allowing them to withstand tremendous vibrations without breaking. They also don’t need frequent replacements, unlike solid cables.

The post How to Choose the Right Industrial Ethernet and USB Cables appeared first on Proche.

Fortunately, a reliable laptop repair professional can do the job excellently at a reasonable cost, ensuring your system works well for a long time. These experts know how a computer works and encounter various problems every day, gaining further experience and a wealth of information.

Those contemplating whether or not to invest in professional IT repair and support services will find the following crucial information helpful. It is a comprehensive list of undeniable reasons people should hire these seasoned experts to deal with their laptops and desktop computer troubles.

A major advantage of hiring professionals to repair your electronic equipment is that it can save you an enormous amount of time. These individuals can troubleshoot and find the root cause of a problem considerably quickly, giving them a great headstart to fixing the issue.

Time and money-saving

This can be massively helpful for those who need to submit assignments or work projects before deadlines and need the system fixed as soon as possible.

Furthermore, expert repair services can also save you money as they can solve the problem in one go. Also, most of them do not charge extra, except when it comes to part replacements.

Data remains safe

The revenue from computer repairs goes into millions of dollars each year since many people are now opting for professionals to repair their systems. An undeniable reason many folks trust professionals is that they can ensure data protection during the repair work. If necessary, they extract sensitive data into a different system while your device is under repair.

In contrast, when you try to fix your laptop yourself, you may unwittingly wipe out vital information that cannot be recovered.

Diverse services

A professional computer repair technician can fix all kinds of problems, be it installations, part replacements, and power jack or power supply repairs. They are adept at identifying the issue and know exactly what needs to be done to fix it.

This way, you can rely on a team of dependable technicians whenever you come across glitches or problems in your home or office setup. The professionals will invariably do an excellent job since they can manage arrangements of any size.

Choosing the right company matters

It is fundamentally critical to hire reputable professionals to ensure you’re getting the best possible laptop repair service in your city. These tasks cannot be entrusted to amateurs or freelancers with little to no experience, as laptops are extremely vital for most businesses.

Therefore, look for legitimate and trustworthy professionals who provide on-site repair and remote assistance for all types of home and commercial system setups. Also, ensure the experts provide regular maintenance and essential IT support besides repairs, enabling you to work without hassles from anywhere you want to.

Ideally, it is best to trust companies that openly list their services, experience, customer testimonials, contact information, and other critical details on their official websites. Check out for computer repairs Maryborough if you are looking for a trusted partner to get your personal computer repaired.

The post Reasons to Hire Professionals to Repair Your Laptop appeared first on Proche.

What most WordPress users don’t know is that it also supports the creation of proxy through plugins. But, before that, let’s understand what a proxy is and how proxies work. 

What Is a Proxy Server

A proxy server is a valuable layer of security that uses a system of routers to forward your web requests to the websites that you are trying to access. It does a plethora of things, but mostly it ensures that the user doesn’t get tracked by their IP address. 

Although most proxy servers are designed for privacy, you can choose between different ones to make use of improved security and to access blocked content. In addition to accessing block content, you can also prevent access to websites for your employees by using proxies designed for that. 

Proxies are also important if you are yet to scale up your servers but need something that can handle the growing traffic for the time being. 

Residential proxies – that use physical servers to direct your request – are considered best for any business due to privacy concerns; but can be expensive. 

Types of Proxy Servers

There are several types of proxy servers that you can choose from.

Reverse Proxy

Reverse proxies generally represent the servers that forward the client request to the websites. It’s called reverse proxy because it works with the users and not the websites. Reverse proxies also keep your audience from accessing sensitive website data. 

Datacenter Proxy

Datacenter proxies are shared by many users and are generally much cheaper than other dedicated proxy servers. The best datacenter proxies are the ones that rotate their IP addresses after a certain predefined period and keep your connections safe from other users. 

Free Proxies

If content is being prohibited based on your geolocation, a free proxy list is one of several options for getting around the limitations. They hide your real location by routing your traffic through a server in another nation.

Web Server Proxy

Only the URL is passed instead of the path in the case of web server proxies. Web server proxies forward the HTTPS requests. Apache, HAPProxy are examples of such proxies.

Anonymous Proxy

Anonymous Proxies try to conceal the activities of the users from malicious hackers. 

Transparent Proxy

Transparent proxies only hide your IP address from those who you choose to. These kinds of proxies are typically used by companies that don’t want to let the employees know that they are using one. 

Distorting Proxy

The WordPress proxy that we discussed in this article can be categorized into distorting proxies. Because these kinds of proxies change your IP address depending on the website you are visiting. 

Forward Proxy

Forward proxies are generally used between a group of employees or companies that use an internal network for their operations. The proxy servers assess the data following predefined policies to forward or form a complex connection. 

Why Do You Need Your Own Proxy

A proxy is quite important for any online business that needs privacy and data scraping. But if you aren’t unwilling to pay a hefty monthly fee for proxies that don’t cater to your particular needs, or utilize free proxies that sell your data to show ads, the only option you’re left with is making your own. 

The benefits of using a proxy designed with WordPress are:

• Total control over the actions the proxy server
• Incorporating firewalls for your and your employees’ security
• Storing website cache to load content faster for your audience
• Ensuring that email campaigns don’t end up in the spam folder

Using WordPress to Create a Proxy Server

It’s not very difficult to set up a proxy server using WordPress. All you need is:

• A website that’s running WordPress.org software
• Free plugins that support proxy creation, like RePress

If you’ve all the prerequisites covered, let’s start. 

Step 1:

Enable permalink for your WordPress installation. 

Step 2:

Choose the permalink format according to your choice from the WordPress dashboard and go through settings → Permalinks.

Step 3:

Now go to the plugin from the same dashboard and search for RePress within the repository and install the same. 

Step 4: 

Go to the settings of RePress and choose the sites that you want to be redirected through your website. Add them to the whitelist.

Step 5: 

Try visiting the websites that you whitelisted and see if they work. You can access the websites through your new proxy website by using:

“http://yourdomain.com/proxy/website_you_want_to_visit.com”

It’s wise to keep your main website separate from the proxy server website that you created as it can put more weight on your website due to proxy requests. 

As RePress installed pages are forwarded with NoFollow and NoIndex, it’s unlikely for search engines to notice them.

Benefits of Using a Proxy Server

Protecting Personal Data

Even if your company policy enforces using strong passwords, you can’t stop data stealing from their personal devices if their IP is hacked. To prevent that, proxy servers are used to hide your IP address from cybercriminals. 

User Filtration 

It’s possible that you might need to block some users from accessing your website for the sake of keeping your website data safe. 

Suppose you have uploaded an article that still hasn’t been indexed yet. If your competitor steals that and uploads the content from their website, and by chance, if that gets through before your one did, you’ll be penalized for violating DMCA policies by search engines.

Website Caching

The most critical aspect of increasing bounce rate is slow loading websites. Your website needs to load faster, or your customers are not going to return back to your website anytime soon. For that, you can use proxy servers to cache web pages for them to load faster. 

Examining Packet Headers

Your social media accounts are hard to track. To analyze the performance of those accounts, you need to use a proxy server. 

The Bottom Line

This article goes through a detailed description of how you can create a proxy server using WordPress. You need a proxy server to stay safe from the malicious intent of cybercriminals or to keep your employees away from certain sites like social media platforms.

To create a proxy server using WordPress, you need to install a plugin of your choice and follow the instructions mentioned above; almost all of the plugins behave almost the same.

The post How to Create a Proxy Server Using WordPress appeared first on Proche.

This article reveals the features behind this powerful gadget and explains who can benefit from them the most.

Desklab 101

We can describe the Desklab monitor asa mid-price range portable device that comes with premium features. Some of the features are only available from competitors at costs that are twice as much. But let’s discuss each of these features in more detail.

Brilliant 4K Resolution

One of Desklab’s most noteworthy features is the high-end 4K resolution with LED backlighting. The 15.6-inch display can transform any smartphone into a game or workstation for an unparalleled user experience.

When combined with a 20-millisecond response time, 1200:1 intensity contract, and a 16.7 million color range, you get incredible value for money.

Limitless Compatibility and Connectivity

This ultralight portable monitor also comes with plenty of connectivity and compatibility options. On the left and right sides of the device is a combination of slots: two USB-C, one HDMI, a micro-USB, and a 3.5mm audio jack for connecting just about any device.

What’s more, this monitor doesn’t require any drivers or installations – the Plug-and-Play technology makes for instantaneous connection with all types of devices:

• PCs and laptops (Mac, Windows, Linux)
• Smartphones and tablets (iOS, Android)
• Smart TVs
• PlayStation 4
• Wii
• Cameras and video recorders
• Nintendo Switch
• Xbox

Ultra-Responsive Touchscreen

As if universal compatibility and advanced display features weren’t enough, this 4k gaming monitor also has an ultra-responsive touchscreen. This means enhanced accessibility, faster and smoother operation, and less dependence on external hardware such as keyboards and mice. Remote workers can take their projects anywhere without worrying about having to also lug all the extra equipment. Meanwhile, gamers can enjoy uninterrupted sessions anytime and anywhere.

Portable and Lightweight Design

The portability and lightweight design mean Desklab can serve as a play or workstation for people on the move. This 0.23-inch-thick and 1.3-pound device can easily make it into backpacks, travel bags, or car backseats. There’s no longer a reason to miss submitting important projects, doing homework, or even playing games due to commuting or going on a trip. Simply connect your phone to the monitor and enjoy a 15.6-inch workspace in 4K.

Dual Hi-Fi Speakers

Desklab isn’t only a pleasure for the eyes – it also comes with robust sound features. This compact monitor has dual hi-fi speakers to make quality audio streaming less dependent on external speakers.

To avoid disturbing others, users who prefer loud music can always plug in their earphones or headphones to get the most out of their experience with this portable monitor.

Who Is Desklab For?

Anyone who loves spending time in front of the screen playing games or other online leisure time activities can benefit from Desklab. This 4k monitor is a great choice for Netflix or YouTube video streaming for those who lack a big screen and are tired of relying on their smartphones. It’s also an excellent replacement for small phone screens for sending emails and browsing the internet.

Gamers can purchase Desklab to enjoy their games in 4K resolution. They can also use it as a dual-screen replacement to watch video walkthroughs while keeping their productivity levels high thanks to multitasking.

Due to advanced screen specs, photographers and other visual content editors can use Desklab to create and manage their designs with greater precision and clarity.

Finally, remote workers can rely on this monitor to replace their smartphones when attending meetings, sending emails, working on spreadsheets, and performing other work-related tasks.

Looking for a Robust 4K Monitor? Give Desklab a Try

Portable 4K monitors are still a rarity on the market, especially ones in Desklab’s price range. This highly functional device also comes with plenty of compatibility options, a lightweight and portable design, and great sound. What more is there to ask from a portable monitor?If you’re interested to learn more, visit the official website – https://desklabmonitor.com/. You may even run across some valuable discounts.

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Best Laptops for Coding: Reviewed

MacBook Pro 2021

The MacBook Pro has long been a favorite among programmers and developers. And the latest model is no exception. With its powerful Apple M1 Pro processors and 16GB of RAM, this laptop can handle any coding task you throw at it. Plus, the retina display is simply stunning, making it perfect for watching those all-important code tutorials.

The Liquid Retina XDR display has a peak brightness of 1600 nits, making it one of the brightest screens on any laptop. This means you can use your MacBook Pro in almost any lighting condition and still see what’s going on with ease. The display is also larger than ever before at 16 inches, giving you plenty of screen real estate to work with.

Another great feature of the Macbook Pro is its portability. At just over four pounds, it’s easy to take with you wherever you go. And with up to 21 hours of battery life, you can work all day without having to worry about running out of power.

HP Spectre x360 13T

The HP Spectre x360 13T is another great option for programmers. This laptop comes with an 11th Gen Intel Core i7-series processor and a whopping 16GB of RAM, making it perfect for heavy coding tasks. Plus, the 360-degree hinge makes it easy to switch between tablet mode and laptop mode as needed.

Programmers all over the world love the x360’s sleek design. It’s made of aluminum and carbon fiber, which not only looks good but also feels great in your hands. What is more, this laptop has a fingerprint sensor built into the power button for added security against hackers or other malicious users.

If you’re looking for a laptop with a great screen, the Spectre x360 13T is it. The display measures in at 13 inches and has an impressive 4K resolution. Plus, the touch screen makes it easy to navigate through different programs while coding or editing photos and videos on your computer.

Dell XPS 15

For a powerful laptop from Dell, look no further than the Dell XPS 15. This laptop offers some of the most advanced specs on the market, including a 10th Gen Intel Core i7-series processor and16GB of RAM. Plus, you can choose between two different screen sizes: 13 or 15 inches.

A feature of the Dell XPS 15 that sets it apart from other laptops is that it comes with an NVIDIA GeForce GTX 1650 Ti graphics card and 512GB of SSD storage. This combination makes this laptop a great option for 3D animation and video rendering, as well as programming.

The Dell XPS 15 also has a fine-tuned keyboard that makes it comfortable to use. The keys are backlit and have a soft-touch finish, which makes them easy to find in the dark.

The only downside of the Dell XPS 15 is that it’s quite expensive. But if you’re looking for a powerful laptop that can handle any programming task, it’s worth the investment.

The post The 3 Best Laptops for Programming: Get the Most Out of Your Coding appeared first on Proche.

Types of Network Devices

A computer network uses different types of network devices;some of these include:

• Modem
• Access Point
• Network Hub
• Switch
• Bridge
• Router

Modem

Transmission of digital signals over analog telephone lines is done by modems (modulators-demodulators). Hence, the modem converts digital signals into analog signals at different frequencies that are transmitted to another modem at the receiving site. Receiving modems perform reverse transformations and provide a digital output to a linked device, usually a computer. RS-232 is an industry-standard interface that is usually used to transfer digital data between the modem and the host. Many cable operators and phone companies offer DSL services, and most use modems as end terminals for identifying and recognizing individual home and personal users. They function both at the physical and data link layers.

This is the primary device that you need in order to connect to the internet. If you want your internet connection to be reliable and fast, make sure to choose a great modem. You must also invest in a good internet service provider. For instance, Cox internet is not just reliable but offers affordable plans every now and then. Do your research so that you never go wrong with either of these.

Access Point

The term access point or (AP) can technically refer to either a wireless or wired connection, but most commonly, it refers to a wireless device. The Access Point operates at the second OSI layer, the Data Link layer. It can either act as a bridge to connect wired networks to wireless devices or as a router, passing data from one point to the next one.

Wireless access points (WAPs) are the devices that use a transmitter and receiver for forming a wireless LAN (WLAN). Typically, access points consist of a separate network device with an antenna, adapter, and transmitter. They also have several ports, which allow you to expand the network to support additional clients. APs connect WLANs and wired Ethernet LANs in the wireless infrastructure network mode. In order to provide full coverage, one or more access points may be needed, depending on the size of the network. Additional Access Points are used to expand the wireless network’s range and offer access to more wireless clients. There is a maximum range to which an AP can transmit a signal and still keep up with the data rate. Based on wireless standards, obstacles, and environmental conditions between the client and the access point, the actual distance varies. High-end access points have powerful antennas that allow them to extend the range of the wireless signal.

In addition to supplying many ports, APs can also provide DHCP service and firewall capabilities to increase the network’s capacity. Therefore, we have APs that act as switches, DHCP servers, routers, and firewalls.

Hub

Computer networks are connected through hubs. Hubs also act as repeaters as they amplify deteriorating signals transmitted over long distances over connected cables. Hubs are known to be the most simplified network-connecting devices since they connect components that use the same procedures.

If a hub’s settings have been configured for data formatting, it can be used with both analog and digital data. The hub, for example, must transmit digital data as packets if it is incoming; otherwise, it must transmit analog data via signals.

There is no packet filtering or addressing done by hubs; they just forward‘data packets’ to all devices that are connected.

Switch

The role of switches is usually more intelligent than that of hubs. In a network, switches are used to improve performance. They maintain routing information regarding nodes within an internal network, as well as allowing networks to systems, including hubs or routers. Switches connect LANs together. In general, switches can determine the appropriate destination based on the hardware address of arriving packets.

The virtual circuit capability of switches makes them more effective than routers or hubs. By having switches, network security is improved as virtual circuits can be tough to examine with network monitors. Switches combine some of the finest features of hubs and routers. Switches can be used at either the Network layers of the OSI model or the Data Link. Multilayer switches are switches that can act as both switches and routers, so that they can work at both layers. Multilayer switches support similar routing procedures as routers and are high-performance devices.

Router

In an ocean of interlocked networking devices using different network topologies, routers map a path for packets to reach their destinations. Routers are intelligent devices that stockdata about connected networks. Access control lists (ACLs) can be used with most routers to operate as a packet-filtering firewall. Routers also work in conjunction with channel service units (CSU) and data service units (DSU) to convert LAN frames into WAN frames. Since WANS  and LANs operate on different protocols, this is essential. Such routers are called border routers. A LAN bridge connects to a WAN, and it operates at the edge of your network.

Routers can also be used to split a network into2 or more subnetworks. The routers can also be interconnected internally to create independent zones. To establish communication, the routers maintain a table of destinations and local connections.

Bridge

Bridges join2 or more segments or hosts of a network. A bridge’s primary role in network architecture is to stock and transfer frames between segments or sections that the bridge connects. The frames are transferred by using MAC addresses. The bridge can determine whether data should be forwarded or blocked based on the MAC address of each device linked to each section. In addition to connecting two physical LANs, bridges can also be used to create a logical LAN.

Hubs and bridges are almost the same in multiple ways. They join LAN components using similar protocols. Data packets, or frames, are filtered by bridges for addresses before being forwarded. Bridges do not modify the incoming data packets’ content or format as it screens the packets. A dynamic bridge table filters and sends ahead frames using the bridge on the network.

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