Trending February 2024 # Why Security Distributions Use Debian # Suggested March 2024 # Top 7 Popular

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What do distributions like Qube OS, Subgraph, Tails, and Whonix have in common? Besides an emphasis on security and privacy, all of them are Debian derivatives — and, probably, this common origin is not accidental.

At first, this trend seems curious. After all, other distributions ranging from Slackware and Gentoo to Arch Linux all emphasize security and privacy in their selection of tools. In particular, Fedora’s SE Linux can be so restrictive that some users would rather disable it than learn how to configure it. By contrast, while Debian carries many standard security and privacy tools, it has seldom emphasized them.

Similarly, Debian’s main branch consists of only free and open source software, its contrib and non-free branches not being official parts of the distribution. With many security experts favoring the announcement of vulnerabilities and exploit code rather than relying on security through obscurity, the way that many pieces of proprietary software do, this transparency has obvious appeal.

Another answer might be that security distributions build on Debian because everyone else does. Of the several hundred active distributions listed on Distrowatch, about two-thirds are based on Debian or Ubuntu. Under these circumstances, the dependency on Debian could be no more than random chance.

However, looking at how Debian both assembles a release and operates on a daily basis, an even simpler answer suggests itself. Debian may not talk a lot about security, but then fish rarely talk about water, either.

In other words, security and privacy are built into Debian policy and procedure. From a strict perspective, Debian can be improved, since, like any distribution, it sometimes compromises for the sake of user convenience, but it remains one of the best foundations for improvement — and, very plausibly, the best.

Creating Consistency

This statement is undoubtedly controversial. However, to evaluate it properly, you have to understand that most discussion about security and privacy is based on reactive solutions such as virus protectors or SE Linux — that is, tools that detect a possible security or privacy breach, and then act to contain or eliminate it.

But to most security and privacy experts, reactive tools are secondary lines of defense. Much of their time is spent on what is sometimes called architectural security. Instead of designing reactions to intrusions, they try to design software so that intrusions do not occur in the first place.

To give a simple example, instead of running a virus scan, architectural security relies on design elements such as user accounts and permissions to ensure that viruses never get a chance to run in the first place.

In the same way, Debian relies on a detailed procedure to eliminate vulnerabilities. It does not ignore updates, bug-fixes, or backports, but, to a far greater degree than other distributions, Debian does its best to prevent them being necessary in the first place.

None of Debian’s procedure or policy is new, yet, despite Debian’s popularity, few users seem aware of how tightly controlled the distribution’s construction really is. However, you can catch a glimpse of Debian’s procedures in the Debian Policy Manual.

Debian is not the only distribution to have a policy manual about how to build packages and how they are processed through the project. None of the others, however, are nearly as complete. Debian policy details virtually every aspect of building a package, from where libraries, log files, and help should be placed in the file hierarchy, to the types of scripts that can be included in a package and how to add a package to desktop menus. These details are reviewed first by package maintainers, then by the Debian security team. As a result, by the time a package enters the Stable branch for a general release, it is almost guaranteed to be high-quality.

Mistakes do happen, of course, even with such rigorous planning. But when they do, Debian is ready with an equally thorough explanation of what is expected of maintainers when a bug is reported in the Debian Maintainer Reference. The Maintainer Reference covers such topics as how to test a package and report a bug, when confidentiality about problems should be considered, and the procedure when a bug is security-related and needs to be added to the Debian Tracker, the database of reported bugs.

Sometimes, fixing a bug may require working with non-Debian projects, but, overall, this structure allows Debian to respond both quickly and thoroughly to problems.

From an architectural perspective, Debian offers a consistent structure that minimizes bugs (so far as that is possible) and responds quickly when they do occur. Although Debian cannot guard completely against human error or the interactions of one piece of software with another, it provides what is almost certainly the most solid foundation for improving security and privacy that is likely to be available.

Linux Security vs. Newness

Debian’s suitability for security and privacy improvements does come at a price. Notoriously, Debian Stable, the branch for the current release, is often several versions behind other distributions. For example, while Ubuntu 16.10 uses a 4.8 kernel, Debian stable is still using a 3.16 kernel.

For users who want the newest possible software, this lag is often unacceptable. In fact, many users and derivative distributions, including Ubuntu, borrow from the less thoroughly vetted Debian Testing and Unstable in order to offer more recent software that developers are likely to get.

However, for the purposes of security and privacy, newness is not a priority. If anything, newer packages are more apt to have vulnerabilities than older, frequently patched ones. From this perspective, Debian’s stability remains as ideal a starting point for improvements.

You're reading Why Security Distributions Use Debian

Why You Should Use Ubuntu Lts

One of the most common issues I see among newer Linux users is the desire to upgrade their distribution needlessly to a new bleeding-edge version. This is especially true with those who use Ubuntu and its derivatives. In this article, I’ll explain why most people would be much better off sticking to stable distribution releases that have been “in the wild” for six months or longer.

I’ll be among the first to toss a brand spanking new release of my favorite distro onto a test rig. It’s fun getting to see what’s new. But to do this blindly with a production box is just asking for trouble. To be fair, I’ve had perhaps three show-stopping issues with Ubuntu-based derivatives – ever. By show-stopping, I mean issues that nothing I did provided me with a workaround solution to a serious bug.

I’ve had oodles of minor issues that were fixable but also proved to be a time suck when stacked on top of one another. Ten minutes here, twenty minutes there — after a while I found that using bleeding-edge releases wasn’t really where I wanted to spend my time. To be clear, these issues were incredibly minor, and for most folks would be annoying at most. But I have a desktop experience I like and changes to it bother me deeply.

This also meant that “rolling release” distros weren’t a good fit for my desktop expectations either. Unlike fixed releases, rolling releases have both bug fixes and new bugs with greater speed and frequency because updates happen more often. These issues aren’t insurmountable, but making “minor tweaks” every few days wasn’t a great match for my desktop needs.

So who should upgrade to the latest release of Ubuntu and its derivatives? Certainly not most people in my opinion. Unless you purchasing bleeding-edge hardware on a regular basis or find a bug in a desktop environment that is fixed in a newer release, most people should stick to what’s currently working.

To be completely clear – do try out the latest and greatest, but don’t do so on a production PC. For me, it’s simply a matter of how I want to spend my free time: Restore a previous distribution release or hang out with friends and family?

As a side note, one could argue that taking a snapshot of one’s current setup would allow them to have their cake and eat it too. I’d argue that would require one to take said snapshot accurately or configure their system to do so automatically…with a degree of accuracy. For many folks, this would be a leap of faith.

Over the years I’ve found that XFCE and GNOME 2 (now MATE) have provided me with the most bulletproof user experience. This has allowed me to stick with a Ubuntu LTS derivative longer because I’m not looking to “fix” desktop environment bugs that one might define as show-stopping.

I honestly can’t say the same of other desktop environments. I completely agree that KDE and GNOME 3 are very attractive, feature-rich desktop environments. However, I’ve also found over the years that they’re hit and miss in terms of issues that bother me. A bug here, a broken extension there. Sure, they are fixed a few months later, but they disrupt my expectation of how my desktop should function.

Now to be fair, I’ve had very positive KDE experiences with OpenSuSE Leap and PCLinuxOS. This makes sense as both of these distributions focus on stability. By contrast, KDE on bleeding-edge distros tends to be where I’ve experienced my hit-or-miss moments. Same with GNOME 3 – using it on a stable branch of Debian feels great, but using it on a freshly released distribution leaves me open to the common issue of “GNOME extension catch up.” This is a fun game where you install GNOME 3 and see which extensions have been disabled or broken with the desktop update. Again, some of you won’t care – others like myself depend on many of those extensions for a fluid desktop experience. The single worst offender with broken extensions after upgrading to a new release was Linux Mint with Cinnamon.

Why Don’T Phones Use A Laptop Configuration Model?

Phone configuration doesn’t make business sense

Adam Molina / Android Authority

Phones sell in much, much higher volumes than computers. Gartner researchers noted that companies sold over 366.6 million smartphones in the third quarter of 2023 alone. Comparatively, there were roughly 71.4 million PC shipments — and that’s in a pandemic-struck market in which laptops are faring better than they have in a long time.

Those kinds of manufacturing scales make it considerably harder to offer a custom phone configuration. More choices add more steps to manufacturing. That can slow down production that frequently needs to move as quickly as possible. Fewer shipped phones, in turn, leaves companies recouping their costs with higher prices. If you don’t like paying a premium for a phone like the Galaxy S21 or iPhone 12, you’ll like it even less if you have to pay extra for the privilege of choosing your screen resolution or processor.

And let’s not forget the logistics of supporting these options. The fewer phone configurations there are, the easier it is to develop software updates and offer customer service. OS upgrade schedules and device repairs can already take a long time now. It won’t get any easier if there’s a myriad of bugs that only appear with specific part combinations.

It’s technically difficult

The very nature of smartphone design makes customization very challenging. While laptops are frequently large enough to have swappable modules (if just at the factory), phones are small, tightly-packed devices with little to no breathing room. Processors, graphics, memory, and storage are soldered in, and companies have removed features like headphone jacks just to free up space. Even making 5G optional could require a different set of antennas. As such, modular components are a tough sell. They tend to occupy more real estate as a matter of course.

Standards pose a problem as well — or rather, the lack of them. It’s relatively easy for laptop makers to offer configuration options when they’re built on established standards like CPU sockets, RAM slots, and storage interfaces. Phone builders, however, don’t have those luxuries. They either have to develop their own processes for swappable parts or hope the industry will move to common formats. Unfortunately, neither is very likely.

There are technical hurdles for both hardware and software.

Let’s not forget software, either. Android doesn’t have a PC-like approach to drivers. The kernel has to be configured for specific hardware, and offering a wide range of component choices could make those kernel tweaks nightmarishly complex. That’s not including firmware updates, or accommodating varying hardware specs in apps — how would a hybrid zoom feature adapt to multiple camera choices? You could expect significant delays in OS updates, and you might get fewer of those updates.

Google illustrated many of the difficulties involved with its ill-fated Project Ara. Prototypes suggested the fully modular phone concept could work. However, the company had to develop a module standard from scratch, marshal support from partners, and explore many iterations. It’s not surprising that Google delayed and eventually killed the project when there was little to show after years of development. It would get somewhat easier to configure phones without user-replaceable modules, but vendors would still have more work ahead of them than if they simply went with static designs.

Related: We ranked 50 failed Google products from best to worst

Would you even make use of it?

David Imel / Android Authority

There’s also the looming question of whether or not custom phone configuration would make a difference. Phones are quickly becoming powerful enough that even a mid-priced phone like the Pixel 4a 5G can satisfy the needs of many people. Why customize your phone with a faster CPU or a sharper display if the improvements would be negligible, especially if there’s a higher-end phone model available?

Why Does Java Use Both Compiler And Interpreter?

Let’s begin this article with a basic question.

What do you mean by Language Translator?

You may imagine a tool or piece of software that can translate between languages as needed so that both parties can understand. You are totally correct.

Compilers and interpreters are simply language translators in computer programming. These are the software programs/tools that translate the source code of a programming language into machine code, bytecode, or any other intermediate code. Or, to put it simply, it transforms code from High Level Language to Low Level Language, making it machine understandable code.

Every programmer is aware that interpreter and compiler are used separately in various languages. But the Java programming language employs an interpreter as well as a compiler. Java programming language uses both the compiler and an interpreter because the source programming code is first transformed into binary programming code. And, this code is run by the JVM, which is usually a software-based interpreter.

By using compiled byte code, the interpreter can be small and useful. This binary code also aids in the functionality of Java because, when used correctly, it will execute on any JVM, regardless of equipment or software setup. Java makes use of an interpreter as well as a compiler.

Therefore, we will give you more information about, What is Java compiler and java Interpreter.

Java Compiler

The Java compiler is also known as javac. It converts source code into an intermediate file known as a bytecode file. The fact that every type of OS uses a different bytecode file allows for platform independence.

A Java compiler converts the entire source code into a machine-code file or other intermediate code, which is then executed. It is independent of platforms. A bytecode is primarily a transitional code that is created by the compiler after the source code has been compiled.

The “Javac.exe” command can be used from the command line to launch the Java compiler.

How does the Java compiler work in Java?

It quickly scans the entire source code before highlighting the error.

More memory is consumed during the bytecode creation process.

It checks to see if there are any typographical or syntactical errors to ensure that the program is correct.

Additionally, if necessary, it adds some extra code to our program.

Java Interpreter

Java is compatible with every Operating system, and the Java interpreter converts bytecode into machine code. According to the Operating system, this machine code will change.

An interpreter is a computer program that performs a similar function by translating high-level program statements into Assembly-level programming language. When you run the program, the binary code (binary programming language) is converted into machine code (machine programming language).

How does Java Interpreter work in Java?

It translates the binary code into the machine’s native code.

The interpreter translates language one line by one line.

The process ends when an error occurs in line.

Difference between a Java Compiler and a Java Interpreter

The program is completely compiled by the compiler before being converted to machine code, which the interpreter then interprets line by line.

The compiler shows all errors and warnings at once, whereas the interpreter only shows one error at a time.

Unlike the compiler, which scans the entire program, the interpreter finds errors after reading each line.

An interpreter is faster to debug than a compiler.

Compared to the compiler, the interpreter takes longer to run.

Conclusion

Any programming language can be used to generate the machine code. Any programming language, a group of languages, or a language of languages.

Like many other modern programming languages, Java uses an interpreter and compiler in tandem. The goal is to combine the best features of both worlds.

Java compiled and interpreted flawlessly. A Java application runs entirely on a computer using the Java compiler and JVM, a software-based interpreter.

Java employs a compiler as well as an interpreter. This is so that the interpreter can use the Java code, which the compiler first converts to bytes before using. The interpreter then converts the bytes to additional machine code, such as Linux, Microsoft word, Windows 10, etc.

How To Use Security Keys For Apple Id On Iphone, Ipad, And Mac

What is Security Keys for Apple ID?

A security key is a physical device or USB flash drive that provides an additional layer of authentication when logging in to your Apple ID account. The protection comes in the form of two-factor authentication (2FA) and aids in preventing unauthorized access. It is usually a set of random numbers and letters that are used to confirm your identity.

By connecting this device to your system, you can verify your identity and securely access your account without the need for additional passwords or key phrases. This prevents most forms of account hijacking, phishing, and other malicious attempts to access your account.

These keys are considered one of the most secure forms of authentication and are recommended by Apple to keep your account safe. For added security, you can use a combination of your password and a physical security key when signing in.

Requirements to use Security Keys on iPhone, iPad, and Mac

I hope the brief explanation on the importance and use of a security key has interested you in trying one out for yourself. But wait, there are some things you must consider before exploring security keys for your device.

Your iOS or iPadOS device must be updated to 16.3 or later.

If you’re a Mac user, you must operate Ventura 13.2 and later.

You must have access to a minimum of two FIDO® Certified security keys before you get started.

Your Apple ID must have two-factor authentication turned on.

In case you are using a web browser to sign in to your Apple ID, make sure it’s updated with the latest version.

If you’re trying to log in to your Apple TV, HomePod, or Apple Watch via a security key, you must have the necessary software in your iPhone or iPad supporting the same.

Security Keys recommended by Apple

It’s very natural to get lost in the search for the best security key out there. It’s an aspect of security one cannot compromise on.

Hence, I bring you the best security keys you can choose based on your preference and budget. Furthermore, these keys are FIDO® U2F Certified and recommended by Apple, so don’t hesitate to have a look.

In any case, if you go out of your way to buy a security key on your own, make sure it’s FIDO® Certified and not a knockoff, as it might compromise your data. For more on that, go through our detailed review of Yubico Security Key.

How to add a security key to Apple ID on iPhone, iPad, or Mac

If you’ve checked on all boxes of prerequisites and are ready to secure your Apple ID, let’s have a peek through the steps of setting up security keys for your Apple device.

On iPhone and iPad

Launch the Settings app.

Select your Apple ID → navigate to Passwords and Security. 

Enter your Passcode if prompted.

Now, follow the on-screen instructions to complete the setup. Make sure to review all devices associated with your Apple ID.

Ensure to cross-verify the devices and sign out from the devices you want to prevent access in the future.

On Mac

At last, you’ll be prompted to review all connected devices to your Apple ID. You can remove the devices you don’t want to access.

You can pair up to six security keys with compatible software to your Apple ID. However, it’s wise to have at least two keys just in case you lose one.

Note: Devices paired with your Apple ID that have been inactive for 90 days will automatically log out. In this scenario, you’ll have to log back in with the following method of your preference.

How to use security keys to sign in to your Apple ID on iPhone

Now that you’ve got the gist of setting your security key to your preference, let’s understand the steps to make the most of this security service.

Use security keys to sign in to a website, device, or app

If you’re trying to sign in to a new device, plug your security key on the login page.

Now, follow the instructions as prompted.

Unlock your Apple ID using Security Key

In any hope of remembering your password, there is a high chance that you may have entered an incorrect password for your Apple ID six times in a row. In this situation, you’re barred from entering or changing your password manually. But the security key can help you get there.

Simply plug in your security key and tap Unlock Account.

If you believe your password has been stolen or leaked, I’d recommend changing it.

Reset your Apple ID password using Security Key

If you’ve forgotten the password to your Apple ID, you can reset the same using the security key. Below, I am showing the method for Mac.

Navigate to System Settings → Your account → Password and Security.

If you can’t remember the password of your Apple ID, use the security key to log in.

How to remove security keys on iPhone

As mentioned above, a maximum of six keys can be paired through one Apple ID. If you want to pair a new key, you’ll have to remove an old one.

Head over to Settings on iPhone → tap on your account → Password and Security → Security Keys. 

Select the key you desire to remove → tap Remove.

Alternatively, if you want to remove all keys simultaneously, tap Remove All. 

Remember that if you remove all keys at once, your device will automatically return to passcode verification for two-factor authentication.

Note: While making changes to your Apple ID via a security key, ensure that the key is already paired with a trusted device.

Troubleshooting common issues with Security Keys

There is no ultimate solution to every problem. Unfortunately, the same applies to security keys, as specific issues can arise while accessing certain features. The good news is, troubleshooting these problems is relatively simple.

Ensure that the security key is compatible with the device. Security keys may not work if your device is not updated as required.

Ensure that the security key is correctly inserted into the iPhone’s lightning port.

If you are using a USB security key, ensure the USB port is clean and free of dust and debris.

If you are using an NFC security key, ensure your iPhone is within the range of the NFC signal.

If the above steps do not work, there may be an issue with the hardware of the security key itself. In this case, replacing the key with a new one may be necessary.

Security keys can’t be used for Child accounts and Managed Apple IDs. 

In addition, if you cannot address a particular issue on your own, contact your security key manufacturer for further assistance.

FAQs 

What kind of security keys are supported by Apple devices?

Apple devices support security keys that comply with the FIDO2 or U2F standards, such as YubiKey, and FEITIAN.

How do I use a security key to log in to a website or app?

Whenever you’re asked to log in to a website or app, plug your security key into your Apple device’s Lightning or USB-C port, and wait for a few moments for your identity to be verified.

What should I do if my security key is lost or stolen?

If your security key is lost or stolen, you should remove it from your accounts and replace it with a new security key. You should also consider changing your passwords and enabling two-factor authentication on your accounts for added security.

Are security keys required for all online accounts?

No, not all online accounts support security keys. However, many popular websites and services, such as Google, YouTube, and Docs, support security keys as an optional form of authentication.

Protect and play!

In conclusion, security keys are a great way to protect your data. They provide strong authentication, help prevent phishing attacks, and are more secure than passwords. Generating a habit of using security keys on an iPhone, iPad, or Mac is simple and straightforward. Once you ensure that your devices are compatible with security keys, you can plug in and secure your entire online presence to your preference.

Thank you for reading. In case of any doubts, drop your concerns below, and I’ll be at your service.

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10+ Best Budget Security Cameras

10+ best budget security cameras [In Home, Outdoor]

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Home security is crucial and usually, the best way to protect your home is to install an alarm or a security camera.

Security cameras are relatively easy to set up, so today we’re going to show you the best security cameras for your home.

What are the best security camera deals?

1080P HD indoor

Alerts on your smartphone

Sets up in minutes

Motion detection

No individual camera arm/disarm scheduling

Check price

If you want to protect your home with a security system, you might want to consider the Blink Mini security camera. The system comes with a motion detection feature that supports both day and night vision, thanks to its built-in infrared.

This security camera, and you can use it to watch recorded or live video from your smartphone anytime you want.

Blink Mini Compact indoor plug-in smart security camera offers amazing features and it will be perfect if you want to protect your home.

Lets you see, hear and speak to visitors from your phone, tablet and PC

1080HD video

Infrared night vision and Live View

Includes built-in LED light strips and a siren

Some issues by the motion detection feature

Check price

Ring Spotlight Cam Battery HD security camera allows you to c see, hear and speak to visitors from your phone, tablet and PC.

This security system has an a1080HD video as well, and you can add voice control by combining it with a screen Alexa device.

Also, good to mention is that if your camera gets stolen, it will be replaced for free, because it benefits from lifetime theft protection.

Wireless battery-powered HD security camera

Long-lasting battery life

Live view in real time

Works with Alexa devices

Complaints about the motion sensing

Check price

All-new Blink Outdoor security camera offers two-year battery life and is built to withstand the outdoor elements.

You are able to see what’s happening at home with the Blink app using HD live view and infrared night vision. There is no need for professional installation because it has an intuitive setup.

And it also works with Alexa devices. You can now view live streams, motion clips, arm and disarm your system through Alexa devices.

1080p -1080p Full HD

Motion/sound recording with free cloud storage

Night vision

Works with Alexa and Google Assistant (US only)

Unclear instructions

Check price

The Wyze Cam v2 offers you fast and clear, live stream footage direct to your smartphone. You can check your home via the Wyze App (iOS and Android), day or night (night vision up to 30 feet).

 Wyze Cam v2 also works with Alexa, and it can automatically record a 10-15 second alert video when it detects motion or sound.

This security camera is easy to install, there is no need for professional technicians thanks o its small size.

1080 high resolution

360° pan/tilt & easy to set up

Smart motion detection & secure two way storage

IP65 waterproof & dustproof

Poor documentation

Check price

Protecting your home with a security camera doesn’t have to be a complicated process, and if you want a simple and fast solution you might want to consider this camera.

The Goowls 1080P Pan/Tils security camera is very easy to install. It only takes 5 minutes to complete the setup.

This great security camera has a lot of features like 1080P HD 110° wide view for better screening and also has IR night vision. It works with Alexa Echo Show, and you can use it with IOS, Android, or Windows.

Customizable privacy zones

Audio privacy

Live view

Easy setup

Poor motion detection zone coverage

Check price

This is an outdoor camera and it offers a weather-resistant and wireless design. The camera allows you to set up zones that will trigger the alerts, and it also supports two-way communication.

Of course, the camera comes with infrared LEDs so it fully supports night vision. It’s worth mentioning that the camera also supports cloud video recording so you can easily view any previous recordings online.

Regarding cloud storage, you can store up to 6 months of activity online. We have to mention that the cloud recording feature isn’t free, but you can subscribe to it on a yearly or monthly basis.

Regarding the camera, it supports HD video and it has an 80-degree field of view. The camera has a built-in battery that can last up to 6-12 hours with regular usage. 

Works with Alexa for voice control

Powerful HD camera with night vision

Indoor / outdoor HD security

116° wide-angle lens

Connection drops on and off

Check price

Canary Flex can work as an indoor or outdoor camera since it’s completely weatherproof. This camera delivers 1080p video, and since it comes with a built-in 6700 mAh lithium-ion battery it can work without any wires.

We also have to mention that this camera has an amazing design with a 360-degree magnetic swivel base. The camera has a 116-degree wide-angle lens and it offers high-quality automatic night vision.

The camera uses dual-band Wi-Fi to provides reliable signal and performance, so no cables are required. Canary Flex comes with a dedicated encryption chip and it offers AES 256-bit data encryption and encrypted web storage.

Just like all other security cameras on our list, this one will send you mobile alerts along with recorded video whenever motion is detected.

Outdoor Wi-Fi camera

130-degree wide angle view

1080p HD

Night vision illuminates

No memory card slot

Check price

The Nest Cam Outdoor Security Camera is a weatherproof security camera and it requires a power supply in order to work. The camera connects directly to the power outlet thus ensuring that you don’t miss a thing.

We have to mention that this camera supports continuous recording and it will record up to 30 days of video and store it in the cloud.

The camera supports notifications so you’ll receive a notification if a motion or sound is detected. If you receive a notification you’ll get pictures from the camera that will be stored in the application for three hours.

With Nest Aware subscription you can get alerts only if a person is detected or if somebody enters a predefined activity zone.

Full HD 1080p camera with a 147-degree lens view

Built-in alarm system

Canary Home Security System

Works using Wi-Fi

No two-way audio

Check price

This camera has a built-in 90dB siren and you can sound the alarm using the dedicated application. In addition, you can also connect directly to your emergency services using the app.

The installation process is quite simple and you just need to place the camera where you want and connect it to the Internet.

Canary All-in-One Home Security Device has a 1080p HD camera with a wide-angle lens so you can easily keep an eye on your home. We also have to mention that this camera has audio and night vision support as well as a motion detector.

It’s also worth mentioning that free cloud storage is included, so you can view the recorded video at any time. This is a solid security camera for your home, and it’s available on Amazon.

Wi-Fi 2.4 and 5 GHz

135-degree wide angle viewing

Auto night vision up to 15 feet

Advanced motion detection

8x digital zoom

Red LED lights can be seen at night

Check price

Logitech Circle is a security camera that comes with a simple and low-profile design. The camera has a 135-degree wide-angle glass lens and it supports 1080p HD video.

Expert tip:

Every Logi Circle camera comes with 24-hours of free encrypted cloud storage thus allowing you to check previous recordings with ease. It’s also worth mentioning that this camera supports a two-way conversation feature which can be rather useful.

2-way audio

Night vision

130-degree field of view

24/7 continuous recording

Motion detection is super sensitive

Check price

Another simple security camera for your home is Arlo Q. This is a 1080p camera and it will record video in HD quality.

The camera stores all recordings that are triggered by motion or sound in the cloud for seven days so you can easily view any missed alerts and recordings.

In addition, there’s an option to store 24/7 recordings on the cloud. It’s also worth mentioning that this is a night vision camera so it comes with integrated infrared lights.

The camera has a 130-degree wide-angle lens that will ensure that you don’t miss a thing. This camera also allows you to back up your recordings using the micro USB port.

Unlike previous entries on our list, this one supports Power over Ethernet, so you can power the camera and transfer data using a single cable.

1080p rotating camera

2 window/door sensors

Two-way audio

Zmodo mobile app

Doesn’t have any siren or alarm

Check price

Zmodo Pivot is another security camera for your home, but unlike other cameras on our list, this one comes with door and window sensors.

This camera supports remote rotation, and you can rotate it automatically or manually. The camera can rotate automatically to the door sensor as soon as the door or window is open.

It’s worth mentioning that Zmodo Pivot can work with other smart devices such as door sensors, smart lighting and doorbells. Regarding the camera, it records 1080p video and it has a 135-degree wide-angle.

The camera has 360-degree motion detection and an automatic 360 pans when motion is detected.

Wide 90° viewing angle

IR LED night vision up to 32 ft

Two-way audio

Pan, tilt and intelligent digital zoom

Doesn’t tilt below horizontal

Check price

If you want a security camera that is simple to use, you might want to try Amcrest 1080P. This is a full HD camera and it supports 1920×1080 resolution at 30 frames per second.

The camera has a 90-degree viewing angle and it supports remote panning, tilting, and zooming. Another feature of this camera is night vision, and this camera supports night vision up to 32 feet.

The camera also supports two-way audio, which can be rather useful. Regarding the connectivity, the device supports both Wi-Fi and Ethernet.

Amcrest 1080P comes with a dedicated app that will give you a notification whenever a motion is detected.

16 feet of night vision

Remote viewing (iPhone, iPad, Android, or Windows phones)

Motion detection

Wi-Fi or Ethernet connection

Stops streaming in app after a certain amount of time

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D-Link DCS-932L is a simple security camera and you can use it to secure your home or a small office. The camera supports night vision along with motion and sound detection.

Similar to other entries on our list, you can remotely check your camera on any device over the Internet. The camera will send you a snapshot along with an email notification whenever it detects a sound or motion.

The camera features night vision up to 5 meters thanks to the built-in infrared LEDs. It has a VGA CMOS sensor so it offers 640 x 480 resolution at 20fps.

D-Link DCS-932L is a simple security camera, and if you’re looking for an affordable camera with humble specifications this model can be perfect for you.

Full HD 1080p

130° field of view

Infrared night vision

Video sensor 4MP

Pricey

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Unlike other security cameras on our list, this one comes with face recognition technology. Thanks to this feature you’ll get a notification whenever a familiar person appears on the camera.

Thanks to the facial recognition feature you can disable notifications or recordings for specific people. This camera comes with a sleek minimalistic design and it can record videos at 1080p resolution.

Thanks to the high-power infrared LED you can also use this camera in the dark. The camera will record video only if motion is detected,  and it offers amazing design along with facial recognition technology.

Pan 350 degrees / Tilt 155 degrees

1080p Full HD

Auto tracking

Motion Zone Select

Night Vision to 16ft (5m)

No SD card included

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Samsung SmartCam is an HD security camera and it can record 1080p video at 30fps. The camera supports remote panning and tilting so you can easily adjust it at any time.

Another useful feature of this device is auto-tracking. The camera also supports motion zones, and you can set up three motion zones. If any movement is detected in the motion zone you’ll immediately get an alert.

The camera stores all recordings to the microSDXC card, and you can use up to 128 GB of cards with this device. Regarding recording, the camera supports event recording, manual recording, and continuous recording.

1080p Full HD video

100° field of view

IR night vision: 15 m/50 ft

Encrypted microSD card included

Motion detection area cannot be freely drawn

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Netatmo Smart is an outdoor security camera and it comes with a mechanism that can detect cars, people or animals. The camera has a 4MP sensor with a 100-degree field of view and it can support resolutions up to 1920×1080.

This camera supports night vision thanks to the infrared LEDs, but there’s also a built-in floodlight that you can use. You can turn on the floodlight from the application or you can configure it to turn itself on if any movement is detected.

The camera comes with a dedicated app that will show notifications if any movement is detected.  Regarding the storage, this camera uses a memory card of up to 32GB for storage, but you can also use Dropbox or FTP server.

CMOS sensor (5 mega pixels)

12x zoom

Two-way communication

Compatible with iOS or Android devices

Motion detection is very sensitive

Check price

Unlike other security cameras on our list, this one comes with creative design and it should fit in your living room perfectly.

This device has a 5Mpx sensor and it supports 1080p resolution, x12 zoom and night vision. You can always see the camera feed over Wi-Fi or 3G/4G.

The application also supports event tracking and customizable alerts. It’s also worth mentioning that this camera has 135-degree viewing angle and high-quality night vision.

Regarding recording, event recorder feature is supported as well as 48h time-lapse. There’s also a premium plan that allows you to save your recordings for up 30 days.

Security camera is probably one of the best ways to protect your home.

There are all sorts of different security cameras on the market, and almost all cameras on our list allow you to view the camera feed over the Internet and to receive alerts on your smartphone.

Choosing the best security camera for your home isn’t an easy task, but we hope that you found an appropriate camera for you on our list.

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