Playing With TLS-Attacker

In the last two years, we changed the TLS-Attacker Project quite a lot but kept silent about most changes we implemented. Since we do not have so much time to keep up with the documentation (we are researchers and not developers in the end), we thought about creating a small series on some of our recent changes to the project on this blog.

We hope this gives you an idea on how to use the most recent version (TLS-Attacker 2.8). If you feel like you found a bug, don't hesitate to contact me via GitHub/Mail/Twitter. This post assumes that you have some idea what this is all about. If you have no idea, checkout the original paper from Juraj or our project on GitHub.

TLDR: TLS-Attacker is a framework which allows you to send arbitrary protocol flows.


Quickstart:
# Install & Use Java JDK 8
$ sudo apt-get install maven
$ git clone https://github.com/RUB-NDS/TLS-Attacker
$ cd TLS-Attacker
$ mvn clean package

So, what changed since the release of the original paper in 2016? Quite a lot! We discovered that we could make the framework much more powerful by adding some new concepts to the code which I want to show you now.

Action System

In the first Version of TLS-Attacker (1.x), WorkflowTraces looked like this:
Although this design looks straight forward, it lacks flexibility. In this design, a WorkflowTrace is basically a list of messages. Each message is annotated with a <messageIssuer>, to tell TLS-Attacker that it should either try to receive this message or send it itself. If you now want to support more advanced workflows, for example for renegotiation or session resumption, TLS-Attacker will soon reach its limits. There is also a missing angle for fuzzing purposes. TLS-Attacker will by default try to use the correct parameters for the message creation, and then apply the modifications afterward. But what if we want to manipulate parameters of the connection which influence the creation of messages? This was not possible in the old version, therefore, we created our action system. With this action system, a WorkflowTrace does not only consist of a list of messages but a list of actions. The most basic actions are the Send- and ReceiveAction. These actions allow you to basically recreate the previous behavior of TLS-Attacker 1.x . Here is an example to show how the same workflow would look like in the newest TLS-Attacker version:


As you can see, the <messageIssuer> tags are gone. Instead, you now indicate with the type of action how you want to deal with the message. Another important thing: TLS-Attacker uses WorkflowTraces as an input as well as an output format. In the old version, once a WorkflowTrace was executed it was hard to see what actually happened. Especially, if you specify what messages you expect to receive. In the old version, your WorkflowTrace could change during execution. This was very confusing and we, therefore, changed the way the receiving of messages works. The ReceiveAction has a list of <expectedMessages>. You can specify what you expect the other party to do. This is mostly interesting for performance tricks (more on that in another post), but can also be used to validate that your workflow executedAsPlanned. Once you execute your ReceiveAction an additional <messages> tag will pop up in the ReceiveAction to show you what has actually been observed. Your original WorkflowTrace stays intact.


During the execution, TLS-Attacker will execute the actions one after the other. There are specific configuration options with which you can control what TLS-Attacker should do in the case of an error. By default, TLS-Attacker will never stop, and just execute whatever is next.

Configs

As you might have seen the <messageIssuer> tags are not the only thing which is missing. Additionally, the cipher suites, compression algorithms, point formats, and supported curves are missing. This is no coincidence. A big change in TLS-Attacker 2.x is the separation of the WorkflowTrace from the parameter configuration and the context. To explain how this works I have to talk about how the new TLS-Attacker version creates messages. Per default, the WorkflowTrace does not contain the actual contents of the messages. But let us step into TLS-Attackers point of view. For example, what should TLS-Attacker do with the following WorkflowTrace:

Usually, the RSAClientKeyExchange message is constructed with the public key from the received certificate message. But in this WorkflowTrace, we did not receive a certificate message yet. So what public key are we supposed to use? The previous version had "some" key hardcoded. The new version does not have these default values hardcoded but allows you as the user to define the default values for missing values, or how our own messages should be created. For this purpose, we introduced the new concept of Configs. A Config is a file/class which you can provide to TLS-Attacker in addition to a WorkflowTrace, to define how TLS-Attacker should behave, and how TLS-Attacker should create its messages (even in the absence of needed parameters). For this purpose, TLS-Attacker has a default Config, with all the known hardcoded values. It is basically a long list of possible parameters and configuration options. We chose sane values for most things, but you might have other ideas on how to do things. You can execute a WorkflowTrace with a specific config. The provided Config will then overwrite all existing default values with your specified values. If you do not specify a certain value, the default value will be used. I will get back to how Configs work, once we played a little bit with TLS-Attacker.

TLS-Attacker ships with a few example applications (found in the "apps/" folder after you built the project). While TLS-Attacker 1.x was mostly a standalone tool, we currently see TLS-Attacker more as a library which we can use by our more sophisticated projects. The current example applications are:

• TLS-Client (A TLS-Client to execute WorkflowTraces with)
• TLS-Server (A TLS-Server to execute WorkflowTraces with)
• Attacks (We'll talk about this in another blog post)
• TLS-Forensics (We'll talk about this in another blog post)
• TLS-Mitm (We'll talk about this in another blog post)
• TraceTool (We'll talk about this in another blog post) 

TLS-Client

The TLS-Client is a simple TLS-Client. Per default, it executes a handshake for the default selected cipher suite (RSA). The only mandatory parameter is the server you want to connect to (-connect).

The most trivial command you can start it with is:

Note: The example tool does not like "https://" or other protocol information. Just provide a hostname and port

Depending on the host you chose your output might look like this:

or like this:

So what is going on here? Let's start with the first execution. As I already mentioned. TLS-Attacker constructs the default WorkflowTrace based on the default selected cipher suite. When you run the client, the WorkflowExecutor (part of TLS-Attacker which is responsible for the execution of a WorkflowTrace) will try to execute the handshake. For this purpose, it will first start the TCP connection.
This is what you see here:

After that, it will execute the actions specified in the default WorkflowTrace. The default WorkflowTrace looks something like this:
This is basically what you see in the console output. The first action which gets executed is the SendAction with the ClientHello.

Then, we expect to receive messages. Since we want to be an RSA handshake, we do not expect a ServerKeyExchange message, but only want a ServerHello, Certificate and a ServerHelloDone message.

We then execute the second SendAction:

and finally, we want to receive a ChangeCipherSpec and Finished Message:

In the first execution, these steps all seem to have worked. But why did they fail in the second execution? The reason is that our default Config does not only allow specify RSA cipher suites but creates ClientHello messages which also contain elliptic curve cipher suites. Depending on the server you are testing with, the server will either select and RSA cipher suite, or an elliptic curve one. This means, that the WorkflowTrace will not executeAsPlanned. The server will send an additional ECDHEServerKeyExchange. If we would look at the details of the ServerHello message we would also see that an (ephemeral) elliptic curve cipher suite is selected:

Since our WorkflowTrace is configured to send an RSAClientKeyExchange message next, it will just do that:

Note: ClientKeyExchangeMessage all have the same type field, but are implemented inside of TLS-Attacker as different messages

Since this RSAClientKeyExchange does not make a lot of sense for the server, it rejects this message with a DECODE_ERROR alert:

If we would change the Config of TLS-Attacker, we could change the way our ClientHello is constructed. If we specify only RSA cipher suites, the server has no choice but to select an RSA one (or immediately terminate the connection). We added command line flags for the most common Config changes. Let's try to change the default cipher suite to TLS_ECDHE_RSA_WITH_AES_128_CBC_SHA:

As you can see, we now executed a complete ephemeral elliptic curve handshake. This is, because the -cipher flag changed the <defaultSelectedCiphersuite> parameter (among others) in the Config. Based on this parameter the default WorkflowTrace is constructed. If you want, you can specify multiple cipher suites at once, by seperating them with a comma.

We can do the same change by supplying TLS-Attacker with a custom Config via XML. To this we need to create a new file (I will name it config.xml) like this:

You can then load the Config with the -config flag:

For a complete reference of the supported Config options, you can check out the default_config.xml. Most Config options should be self-explanatory, for others, you might want to check where and how they are used in the code (sorry).

Now let's try to execute an arbitrary WorkflowTrace. To do this, we need to store our WorkflowTrace in a file and load it with the -workflow_input parameter. I just created the following WorkflowTrace:


As you can see I just send a ServerHello message instead of a ClientHello message at the beginning of the handshake. This should obviously never happen but let's see how the tested server reacts to this.
We can execute the workflow with the following command:

The server (correctly) responded with an UNEXPECTED_MESSAGE alert. Great!

Output parameters & Modifications

You are now familiar with the most basic concepts of TLS-Attacker, so let's dive into other things TLS-Attacker can do for you. As a TLS-Attacker user, you are sometimes interested in the actual values which are used during a WorkflowTrace execution. For this purpose, we introduced the -workflow_output flag. With this parameter, you can ask TLS-Attacker to store the executed WorkflowTrace with all its values in a file.
Let's try to execute our last created WorkflowTrace, and store the output WorkflowTrace in the file out.xml:


The resulting WorkflowTrace looks like this:

As you can see, although the input WorkflowTrace was very short, the output trace is quite noisy. TLS-Attacker will display all its intermediate values and modification points (this is where the modifiable variable concept becomes interesting). You can also execute the output workflow again.


Note that at this point there is a common misunderstanding: TLS-Attacker will reset the WorkflowTrace before it executes it again. This means, it will delete all intermediate values you see in the WorkflowTrace and recompute them dynamically. This means that if you change a value within <originalValue> tags, your changes will just be ignored. If you want to influence the values TLS-Attacker uses, you either have to manipulate the Config (as already shown) or apply modifications to TLS-Attackers ModifiableVariables. The concept of ModifiableVariables is mostly unchanged to the previous version, but we will show you how to do this real quick anyway.

So let us imagine we want to manipulate a value in the WorkflowTrace using a ModifiableVariable via XML. First, we have to select a field which we want to manipulate. I will choose the protocol version field in the ServerHello message we sent. In the WorkflowTrace this looked like this:

For historical reasons, 0x0303 means TLS 1.2. 0x0300 was SSL 3. When they introduced TLS 1.0 they chose 0x0301 and since then they just upgraded the minor version.

In order to manipulate this ModifiableVariable, we first need to know its type. In some cases it is currently non-trivial to determine the exact type, this is mostly undocumented (sorry). If you don't know the exact type of a field you currently have to look at the code. The following types and modifications are defined:

• ModifiableBigInteger: add, explicitValue, shiftLeft, shiftRight, subtract, xor
• ModifiableBoolean: explicitValue, toggle
• ModifiableByteArray: delete, duplicate, explicitValue, insert, shuffle, xor
• ModifiableInteger: add, explicitValue, shiftLeft, shiftRight, subtract, xor
• ModifiableLong: add, explicitValue, subtract, xor
• ModifiableByte: add, explicitValue, subtract, xor
• ModifiableString: explicitValue

As a rule of thumb: If the value is only up to 1 byte of length we use a ModifiableByte. If the value is up to 4 bytes of length, but the values are used as a normal number (for example in length fields) it is a ModifiableInteger. Fields which are used as a number which are bigger than 4 bytes (for example a modulus) is usually a ModifiableBigInteger. Most other types are encoded as ModifiableByteArrays. The other types are very rare (we are currently working on making this whole process more transparent).
Once you have found your type you have to select a modification to apply to it. For manual analysis, the most common modifications are the XOR modification and the explicit value modification. However, during fuzzing other modifications might be useful as well. Often times you just want to flip a bit and see how the server responds, or you want to directly overwrite a value. In this example, we want to overwrite a value.
Let us force TLS-Attacker to send the version 0x3A3A. To do this I consult the ModifiableVariable README.md for the exact syntax. Since <protocolVersion> is a ModifiableByteArray I search in the ByteArray section.

I find the following snippet:

If I now want to change the value to 0x3A3A I modify my WorkflowTrace like this:

You can then execute the WorkflowTrace with:

With Wireshark you can now observe  that the protocol version got actually changed. You would also see the change if you would specify a -workflow_output or if you start the TLS-Client with the -debug flag.

More Actions

As I already hinted, TLS-Attacker has more actions to offer than just a basic Send- and ReceiveAction (50+ in total). The most useful, and easiest to understand actions are now introduced:

ActivateEncryptionAction

This action does basically what the CCS message does. It activates the currently "negotiated" parameters. If necessary values are missing in the context of the connection, they are drawn from the Config.

DeactivateEncryptionAction

This action does the opposite. If the encryption was active, we now send unencrypted again.

PrintLastHandledApplicationDataAction

Prints the last application data message either sent or received.

PrintProposedExtensionsAction

Prints the proposed extensions (from the client)

PrintSecretsAction

Prints the secrets (RSA) from the current connection. This includes the nonces, cipher suite, public key, modulus, premaster secret, master secret and verify data.

RenegotiationAction

Resets the message digest. This is usually done if you want to perform a renegotiation.

ResetConnectionAction

Closes and reopens the connection. This can be useful if you want to analyze session resumption or similar things which involve more than one handshake.

SendDynamicClientKeyExchangeAction

Send a ClientKeyExchange message, and always chooses the correct one (depending on the current connection state). This is useful if you just don't care about the actual cipher suite and just want the handshake done.

SendDynamicServerKeyExchangeAction

(Maybe) sends a ServerKeyExchange message. This depends on the currently selected cipher suite. If the cipher suite requires the transmission of a ServerKeyExchange message, then a ServerKeyExchange message will be sent, otherwise, nothing is done. This is useful if you just don't care about the actual cipher suite and just want the handshake done.

WaitAction

This lets TLS-Attacker sleep for a specified amount of time (in ms).

As you might have already seen there is so much more to talk about in TLS-Attacker. But this should give you a rough idea of what is going on.

If you have any research ideas or need support feel free to contact us on Twitter (@ic0nz1, @jurajsomorovsky ) or at https://www.hackmanit.de/.

If TLS-Attacker helps you to find a bug in a TLS implementation, please acknowledge our tool(s). If you want to learn more about TLS, Juraj and I are also giving a Training about TLS at Ruhrsec (27.05.2019).

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How tO Secure Yourself From Evil Twin Attack

How To Secure Yourself From Evil Twin Attack ?

Hello, in this article you are going to learn how to secure yourself from getting hacked using evil twin attack.

1) Do not connect to any public networks, anyone can sniff your data while you are on a public network.Evil Twin attack will be performed as a public network, so wherever possible restrict connecting to any open or public networks mainly if it wifi name is same as your wifi name

2) When your internet connection suddenly stops working, you might be under DOS attack using evil twin attack, just restart the router and the hacker need to restart the attack and as it takes some time.  Maybe they leave it or continue some other time 

3) Running a VPN to ensure that any browsing and transmitted data is done through an encrypted tunnel that cannot be easily snooped. 

4) Do not always rely on the name of the network, make sure it is a legitimate and trusted network or not. 

Thank You for Reading, Hope It's Useful

@£V£RYTHING NT

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How To Start | How To Become An Ethical Hacker

Are you tired of reading endless news stories about ethical hacking and not really knowing what that means? Let's change that!

This Post is for the people that:

• Have No Experience With Cybersecurity (Ethical Hacking)
• Have Limited Experience.
• Those That Just Can't Get A Break

OK, let's dive into the post and suggest some ways that you can get ahead in Cybersecurity.

I receive many messages on how to become a hacker. "I'm a beginner in hacking, how should I start?" or "I want to be able to hack my friend's Facebook account" are some of the more frequent queries. Hacking is a skill. And you must remember that if you want to learn hacking solely for the fun of hacking into your friend's Facebook account or email, things will not work out for you. You should decide to learn hacking because of your fascination for technology and your desire to be an expert in computer systems. Its time to change the color of your hat 😀

 I've had my good share of Hats. Black, white or sometimes a blackish shade of grey. The darker it gets, the more fun you have.

If you have no experience don't worry. We ALL had to start somewhere, and we ALL needed help to get where we are today. No one is an island and no one is born with all the necessary skills. Period.OK, so you have zero experience and limited skills…my advice in this instance is that you teach yourself some absolute fundamentals.

Let's get this party started.

•  What is hacking?

Hacking is identifying weakness and vulnerabilities of some system and gaining access with it.

Hacker gets unauthorized access by targeting system while ethical hacker have an official permission in a lawful and legitimate manner to assess the security posture of a target system(s)

 There's some types of hackers, a bit of "terminology".
White hat — ethical hacker.
Black hat — classical hacker, get unauthorized access.
Grey hat — person who gets unauthorized access but reveals the weaknesses to the company.
Script kiddie — person with no technical skills just used pre-made tools.
Hacktivist — person who hacks for some idea and leaves some messages. For example strike against copyright.

•  Skills required to become ethical hacker.

1. Curosity anf exploration
2. Operating System
3. Fundamentals of Networking

*Note this sites

• hackquest.de
• hacktissite.org
• www.trythis0ne.com
• www.hackchallenge.net
• hacking-lab.com

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Google And Apple Plan To Turn Phones Into COVID-19 Contact-Tracking Devices

Tech giants Apple and Google have joined forces to develop an interoperable contract-tracing tool that will help individuals determine if they have come in contact with someone infected with COVID-19. As part of this new initiative, the companies are expected to release an API that public agencies can integrate into their apps. The next iteration will be a built-in system-level platform that

via The Hacker News

This article is the property of Tenochtitlan Offensive Security. Verlo Completo --> https://tenochtitlan-sec.blogspot.com

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JoomlaScan - Tool To Find The Components Installed In Joomla CMS, Built Out Of The Ashes Of Joomscan

A free and open source software to find the components installed in Joomla CMS, built out of the ashes of Joomscan.

Features

• Scanning the Joomla CMS sites in search of components/extensions (database of more than 600 components);
• Locate the browsable folders of component (Index of ...);
• Locate the components disabled or protected
• Locate each file useful to identify the version of a components (Readme, Manifest, License, Changelog)
• Locate the robots.txt file or error_log file
• Supports HTTP or HTTPS connections
• Connection timeout

Next Features

• Locate the version of Joomla CMS
• Find Module
• Customized User Agent and Random Agent
• The user can change the connection timeout
• A database of vulnerable components

Usage
usage: python joomlascan.py [-h] [-u URL] [-t THREADS] [-v]
optional arguments:

-h, --help              show this help message and exit

-u URL, --url URL       The Joomla URL/domain to scan.
-t THREADS, --threads   THREADS
                        The number of threads to use when multi-threading
                        requests (default: 10).
-v, --version           show program's version number and exit

Requirements

• Python
• beautifulsoup4 (To install this library from terminal type: $ sudo easy_install beautifulsoup4 or $ sudo pip install beautifulsoup4)

Changelog

• 2016.12.12 0.5beta > Implementation of the Multi Thread, Updated database from 656 to 686 components, Fix Cosmetics and Minor Fix.
• 2016.05.20 0.4beta > Find README.md, Find Manifes.xml, Find Index file of Components (Only if descriptive), User Agent and TimeOut on Python Request, Updated database from 587 to 656 components, Fix Cosmetics and Minor Fix.
• 2016.03.18 0.3beta > Find index file on components directory
• 2016.03.14 0.2beta > Find administrator components and file Readme, Changelog, License.
• 2016.02.12 0.1beta > Initial release

Download JoomlaScan

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Entropy: Netwave And GoAhead IP Webcams Exploiting Tool

About Entropy Toolkit
   Entropy Toolkit is:

• A set of tools to exploit Netwave and GoAhead IP Webcams.
• A powerful toolkit for webcams penetration testing.

Entropy Toolkit's installationEntropy Toolkit's execution

Entropy Toolkit's examples:

• Example of exploiting a single webcam
  entropy -b 1 -i [webcam's ip address and port] -v
  Example: entropy -b 1 -i 192.168.1.100:80 -v
• Example of exploiting webcams from a list
  entropy -b 2 -l [file text] -v
  Example: entropy -b 2 -l iplist.txt -v
• Example of exploiting webcams using shodan
  entropy -b 2 -v --shodan [you shodan api key]
  Example: entropy -b 2 -v --shodan PSKINdQe1GyxGgecYz2191H2JoS9qvgD

Entropy Toolkit disclaimer:
   Usage of the Entropy Toolkit for attacking targets without prior mutual consent is illegal. It is the end user's responsibility to obey all applicable local, state, federal, and international laws. Developers assume no liability and are not responsible for any misuse or damage caused by this program.

Entropy Toolkit license: MIT license.

Download Entropy Toolkit
(Sign up Windscribe for free, get full protection and stay anonymous
with the best free VPN. Read more here)

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Serverless Prey - Serverless Functions For Establishing Reverse Shells To Lambda, Azure Functions, And Google Cloud Functions

Serverless Prey is a collection of serverless functions (FaaS), that, once launched to a cloud environment and invoked, establish a TCP reverse shell, enabling the user to introspect the underlying container:

• Panther: AWS Lambda written in Node.js
• Cougar: Azure Function written in C#
• Cheetah: Google Cloud Function written in Go

This repository also contains research performed using these functions, including documentation on where secrets are stored, how to extract sensitive data, and identify monitoring / incident response data points.

Disclaimer
Serverless Prey functions are intended for research purposes only and should not be deployed to production accounts. By their nature, they provide shell access to your runtime environment, which can be abused by a malicious actor to exfiltrate sensitive data or gain unauthorized access to related cloud services.

Contributors
Eric Johnson - Principal Security Engineer, Puma Security
Brandon Evans - Senior Application Security Engineer, Asurion

Learning More

Download Serverless-Prey

via KitPloit

This article is the property of Tenochtitlan Offensive Security. Verlo Completo --> https://tenochtitlan-sec.blogspot.com

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TERMINOLOGIES OF ETHICAL HACKING

What is the terminologies in ethical hacking?

Here are a few key terms that you will hear in discussion about hackers and what they do:

1-Backdoor-A secret pathway a hacker uses to gain entry to a computer system.

2-Adware-It is the softw-are designed to force pre-chosen ads to display on your system.

3-Attack-That action performs by a attacker on a system to gain unauthorized access.

4-Buffer Overflow-It is the process of attack where the hacker delivers malicious commands to a system by overrunning an application buffer.

5-Denial-of-Service attack (DOS)-A attack designed to cripple the victim's system by preventing it from handling its normal traffic,usally by flooding it with false traffic.

6-Email Warm-A virus-laden script or mini-program sent to an unsuspecting victim through a normal-looking email message.

7-Bruteforce Attack-It is an automated and simplest kind of method to gain access to a system or website. It tries different combination of usernames and passwords,again & again until it gets in from bruteforce dictionary.

8-Root Access-The highest level of access to a computer system,which can give them complete control over the system.

9-Root Kit-A set of tools used by an intruder to expand and disguise his control of the system.It is the stealthy type of software used for gain access to a computer system.

10-Session Hijacking- When a hacker is able to insert malicious data packets right into an actual data transmission over the internet connection.

11-Phreaker-Phreakers are considered the original computer hackers who break into the telephone network illegally, typically to make free longdistance phone calls or to tap lines.

12-Trojan Horse-It is a malicious program that tricks the computer user into opening it.There designed with an intention to destroy files,alter information,steal password or other information.

13-Virus-It is piece of code or malicious program which is capable of copying itself has a detrimental effect such as corrupting the system od destroying data. Antivirus is used to protect the system from viruses.

14-Worms-It is a self reflicating virus that does not alter  files but resides in the active memory and duplicate itself.

15-Vulnerability-It is a weakness which allows a hacker to compromise the security of a computer or network system to gain unauthorized access.

16-Threat-A threat is a possible danger that can exploit an existing bug or vulnerability to comprise the security of a computer or network system. Threat is of two types-physical & non physical.

17-Cross-site Scripting-(XSS) It is a type of computer security vulnerability found in web application.It enables attacker to inject client side script into web pages viwed by other users.

18-Botnet-It is also known as Zombie Army is a group of computers controlled without their owner's knowledge.It is used to send spam or make denial of service attacks.

19-Bot- A bot is a program that automates an action so that it can be done repeatedly at a much higher rate for a period than a human operator could do it.Example-Sending HTTP, FTP oe Telnet at a higer rate or calling script to creat objects at a higher rate.

20-Firewall-It is a designed to keep unwanted intruder outside a computer system or network for safe communication b/w system and users on the inside of the firewall.

21-Spam-A spam is unsolicited email or junk email sent to a large numbers of receipients without their consent.

22-Zombie Drone-It is defined as a hi-jacked computer that is being used anonymously as a soldier or drone for malicious activity.ExDistributing Unwanted Spam Emails.

23-Logic Bomb-It is a type of virus upload in to a system that triggers a malicious action when certain conditions are met.The most common version is Time Bomb.

24-Shrink Wrap code-The process of attack for exploiting the holes in unpatched or poorly configured software.

25-Malware-It is an umbrella term used to refer a variety of intrusive software, including computer viruses,worms,Trojan Horses,Ransomeware,spyware,adware, scareware and other malicious program.

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Need For Speed Games Part 1: The Need For Speed, Need For Speed II

This week on Super Adventures, I've decided to finally write about some Need for Speed. It's the most successful racing game series of all time and it's been around almost as long as Mario Kart, but I haven't written about a single of one them yet!

The trouble with racing games, and the reason I don't write about them much, is that they're all about racing. I mean that's not a problem when you're playing them, many would even consider it a positive, but it makes writing about in detail a bit tricky as all you do is drive down a road, often in circles. Then if you do it right you get to go do the same thing someplace else! I could fill up space by taking lots of screenshots of cars and menu screens, but I'd run out of stuff to say fast as I'm not exactly an expert on the subject.

But I've thought of a clever solution: if I write about lots of Need for Speed games then I don't have to write so much about each one! And seeing as the 25th anniversary game, Need for Speed: Heat, is coming out in four days, I've decided to write four separate parts covering the series' first 10 years, in chronological order, starting with Road & Track Presents The Need for Speed and Need for Speed II!

Read on »

Anthem | Preview, Release Date, Gameplay, News, & More...

Anthem | Preview, Release date, Gameplay, News, & more...

Anthem is the following huge IP from Bioware, the makers of the Mass Effect and Dragon Age series. First revealed at E3 2017, the epic science fiction RPG expects to unite single-player, multiplayer, shooting, and RPG components in a comparative vein to Bungie's Destiny franchise — yet from a third-individual point of view. 
Pro-GamersArena has compiled everything you need to know about the upcoming BioWare's 'Anthem' including all the latest news, release date, gameplay and more...

Quick Facts:

• Initial release date: 22 February 2019
• Developer: BioWare
• Engine: Frostbite 3
• Platforms: PlayStation 4, Xbox One, Microsoft Windows.

Anthem: Releasing On 22 February 2019.

Anthem has officially been deferred to 2019 to prepare for Battlefield 5 in October 2018. The upcoming RPG will now release for PS4, Xbox One and PC on February 22nd, 2019, or, in other words previously the March 2019 release date EA proposed the game would have in a recent earnings report.

Anthem: What is it about?

Anthem's story includes antiquated mythical Gods and a wellspring of fantastic power called the Anthem. What that really is indistinct yet was utilized by the long-missing Gods (aliens?) to make the planet the game happens on, however then left or vanished before it was done. Quick forward to the future and the Anthem's as yet dynamic, making, transforming and defiling life and by and large botching up the planet. You play the job of a Freelancer; a courageous gathering that goes about as humankind's watchmen and scouts past the divider in Iron Man-like suits of reinforcement, known as Javelins.

Anthem: Gameplay Impression

Any individual who's come into contact with Anthem has had their socks knocked off. Each trailer and gameplay exhibit has been unimaginably great. 

Our principle takes a gander at Anthem gameplay so far originates from the first E3 uncover. You can watch that above, however, the fundamental take away is that it's a community science fiction shooter where up to four players play the job of 'Freelancers,' utilizing profoundly upgradable and customizable "Javelin" exosuits to investigate an alien world. Anthem gameplay hopes to take a great deal of prompts from Destiny, with its attention on overcoming adversaries and taking missions to discover better rigging to get to better missions to show signs of improvement adapt... and so on.



Anthem: Javelin Classes?

Your decision of Javelin exosuit will characterize your Anthem diversion class. There are four composes which, from left to up there, are known as the Ranger, Colossus, Storm and Interceptor. You can swap unreservedly between any you may have, and a decent group is tied in with adjusting their capacities.

Ranger - Described by Bioware as "the everyman's Javelin'. This is fundamentally the default suit prescribed for when you don't generally recognize what you're going up against. It has "a pleasant parity", as per amusement chief Jon Warner: "it is very brave, some great capability, it has a fascinating scuffle strike. It's a decent all-rounder." 

Colossus - Unsurprisingly this is a tank alternative, with a substantial shield, rather than an avoid, that can assimilate a lot of harm. It additionally has an unbelievable level mortar which makes it great at ran harm, and there's a railgun too. 

Interceptor - This is as yet one suit we don't have the foggiest idea about that much about. It's quick and softly defensively covered with "ground-breaking cutting edges and a full suite of pulverizing capacities" that clearly implies it "exceeds expectations at getting in near perpetrate harm and debilitate its adversaries, at that point dashing without end before they can respond". We're getting a sort of assassin/rogue vibe from that.

Storm - This is pretty much the enchantment class with an emphasis on natural assaults that apply status impacts. So it's less about managing harm and more about setting up help for the group with buffs and debuffs. It's light on reinforcement, however, gives you a shield when you're noticeable all around. 

Anthem: Trailers







So the above one is the official trailer launched by anthem games four months earlier.

Recently Anthem released another gameplay where you get to know about the games features, story. 




Anthem: Latest News

Anthem's creative chief, Jonathan Warner, has uncovered that Bioware is getting a charge out of taking a shot at gameplay over the account 

"It's critical to us that we make immersive universes, where you can have the friendship, and where you get the chance to be the hero of your own story," he told the magazine. 

"I think those components are especially unblemished with Anthem. We're adding things to it, we're including these fascinating social narrating components to it. Yet, those minutes, that camaraderie and solid characters, those are particularly there."

Drew Karpyshyn's Departs from BioWare: 

BioWare lead author and long-lasting veteran of the advancement studio, Drew Karpyshyn, has declared his takeoff from BioWare by and by. 

The exceptionally respected author has left to center around different activities for the studio Fogbank Entertainment. 

"Please don't email me asking for more information about why I'm leaving – there is no dirty laundry I'm just waiting to air," composed Karpyshyn in a blog. "And please don't ask about any BioWare projects I've been working on – just because I've left BioWare doesn't mean I'm going to start blabbing all their secrets."

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