Web application – Raveweb http://raveweb.net/ Sun, 28 Nov 2021 02:57:59 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://raveweb.net/wp-content/uploads/2021/10/icon-35-120x120.png Web application – Raveweb http://raveweb.net/ 32 32 How much does it cost to build a web application https://raveweb.net/how-much-does-it-cost-to-build-a-web-application/ Fri, 26 Nov 2021 14:12:16 +0000 https://raveweb.net/how-much-does-it-cost-to-build-a-web-application/ If you are looking for a short answer, the only correct one is that it depends. The cost of developing a web application depends on several factors, so it is never possible to make an accurate estimate without doing some ultimate business analysis and gathering the software specification requirements. And even when those steps are […]]]>

If you are looking for a short answer, the only correct one is that it depends. The cost of developing a web application depends on several factors, so it is never possible to make an accurate estimate without doing some ultimate business analysis and gathering the software specification requirements. And even when those steps are already late, the cost of building a web application can rarely be fixed. So, let’s get a feel for the average costs to build a website in 2021, taking into account the essential factors affecting the final price.

What factors affect the final cost of developing a web application

The min-max price spread for web application development is too large to get an accurate estimate at a glance. Depending on the strategy you choose, the idea behind the website, the complexity of the features, and other factors, you can both build a web app for free or pay a fortune for it. Let’s compare the options.

  1. The way you build your app

Depending on the development strategy, the final price can vary considerably. Below are four main tactics that business owners can choose from.

Drag and drop development – $ 0 – 400

This is the simplest option that does not require any technical skills. To build a website using drag and drop functionality, you need to choose a suitable platform and build a website using pre-developed blocks and templates. This can be a viable strategy for solopreneurs or those who need to develop a fairly simple website. You can do this even for free, and only pay for the hosting and the domain name, which rarely costs more than $ 100.

WordPress Development – $ 20 – 1000

Those with technical knowledge often choose WordPress to build a semi-custom website. The main advantage of WP is the ability to choose a pre-developed theme based on the specifics of your project, as well as integrate your website with add-ons and plugins for better user experience, reports, payments, SEO. , etc. The cost of building a WordPress website rarely exceeds $ 1,000, and it can be powerful and impressive enough to generate a profit.

No to low-code development – $ 1,000 to $ 5,000

Using a no-code or low-code development platform is a tactic that is becoming particularly popular among companies going through the digital transformation. Typically, they need a lot of custom solutions but aren’t ready to invest a lot. No to low-code development platforms still require an understanding of the development and testing processes, as well as the technical skills and knowledge to precisely match the platform’s capabilities to the needs of the business.

For SaaS solutions, a subscription to such a platform can cost between $ 1,000 and $ 5,000 per month.

Custom development – $ 5,000 to $ 50,000

Custom development is a way to create high-end web applications that are most likely to stand out and meet business needs perfectly. Still, this is the more expensive approach because in this case you have to hire a whole team of business analysts, developers, designers and testers. Most companies understand the opportunities that custom development opens up for their business, so they’re ready to invest in them, and in most cases, custom solutions pay off.

Let’s go over the other factors influencing the price to build a web app that suggests it’s going to be custom built.

  1. The complexity of the design

The more custom design elements you need to use, the more time designers spend creating them. That’s why a highly personalized website with great branding and lots of visual content always costs more than its simpler alternative. This is also the reason why some companies go the route of semi-custom design, using out-of-the-box design elements wherever possible, but creating branding elements from scratch.

  1. The location of the developers

Following the custom development path, you will need to hire a development team which can be large or small depending on the needs of the project. Still, their location matters because the average salaries for programmers vary widely. For example, if an Indian developer makes $ 25-30 an hour, the services of the same American programmer can cost $ 100 an hour on average. This is why many companies look for the best value for money when choosing an outsourcing destination and hiring a remote technical team.

  1. Your field of activity

The industry in which your business operates also affects the end price of building web applications. For example, creating an information portal for a media company is much cheaper than creating a telehealth solution for a hospital since the latter application will use more advanced technologies such as videoconferencing.

Let’s compare:

  • The price to build a news portal – $ 5,000
  • The price to create a telehealth web application – $ 60,000

In addition, the price of building a web application can vary widely, even within the same niche. For example, the cost of building a marketplace is higher than the cost of developing a branded e-commerce website, because in the first case, you also need to build the features for sellers and buyers. .

In comparison:

  • The price to create a market – $ 20,000 – $ 40,000
  • The Price of Building an Ecommerce Website – $ 8,000 – $ 30,000
  1. MVP vs Ready to Market

The cost of developing a web application will also differ depending on whether it is a minimum viable product (MVP) or a ready-to-market solution. The approximate prices above are the costs of developing an MVP, while the final solution can cost two to three times as much depending on the features you want to develop.

The technologies with which you power your final solution are also important. For example, a website with AI features will always be more expensive than others.

Conclusion

The final cost of developing a web application is almost impossible to predict based on the idea of ​​the application alone. Plus, the development strategy you choose largely determines the possible price range – while it’s entirely possible to build a simple website almost for free, the more advanced, custom-developed solutions can cost a fortune. The only ever-green cost optimization tip is to follow the LEAN development methodology, carefully validate each of your new ideas, and invest only in the features that your business or target users actually need.


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Mimecast: Defending Against Common Types of Web Application Attacks https://raveweb.net/mimecast-defending-against-common-types-of-web-application-attacks/ Wed, 17 Nov 2021 08:00:00 +0000 https://raveweb.net/mimecast-defending-against-common-types-of-web-application-attacks/ Learn about the types of web application attacks, how they can affect your business’ websites and applications, and how to defend yourself against them. Key points: Web applications can be vulnerable to attack, which can allow cybercriminals to access sensitive data and other information. Common web application attacks include cross-site scripting, SQL injections, path traversal, […]]]>

Learn about the types of web application attacks, how they can affect your business’ websites and applications, and how to defend yourself against them.

Key points:

  • Web applications can be vulnerable to attack, which can allow cybercriminals to access sensitive data and other information.

  • Common web application attacks include cross-site scripting, SQL injections, path traversal, local file inclusion, and DDoS attacks.

  • Automated vulnerability analysis, web application firewalls, and proper testing can help protect against web application attacks.

Web application attacks are on the rise and studies show they are one of the leading causes of data breaches. Almost half (43%) of the 3,950 data breaches were attributed to attacks on web applications, in one report, a number that doubled from 2019 to 2020.[i]As these attacks become more common, it is important that organizations know what they are up against, how to mitigate risk, and how to secure websites against them.

What is a web application?

A web application is software that runs on a web server and that a user can access through a web browser with an active internet connection. This differs from local software applications, which run directly on a user’s device. Web applications are generally easy to install on the user side and can often be customized to meet a company’s specifications. Examples of web applications include hosted messaging and messaging, content management systems, and e-commerce services.

When a user accesses a web application, it triggers a request to the web server over the Internet. The web application queries a content database and then generates content based on the request from the client (user’s machine). The web application server sends the results back to the web server, which interprets and executes the scripts and displays the requested content on the user’s screen.

Why are web applications vulnerable to attack?

Web applications can be exposed to attacks for a variety of reasons, including system faults resulting from incorrect coding, misconfigured web servers, application design flaws, or failed form validation. These weaknesses and vulnerabilities allow attackers to access databases that may contain sensitive information. Because web applications must be available to customers at all times, they are an easy target for attackers to exploit.

Cloud containers, which bundle application software with the things they need to run, have recently been identified as particularly vulnerable when they are not properly secured or contain insecure items.[ii]The use of open source code and the reliance on application programming interfaces (APIs) have also exacerbated security concerns.[iii]

Common types of web application attacks

Web applications can be attacked by various vectors. Common types of web attacks include cross-site scripting, SQL injection, path traversal, local file inclusion, and distributed denial of service (DDoS) attacks.

  • Cross-site scripts (XSS): In an XSS attack, an attacker injects a piece of malicious code into a trusted website or web application. Since the user’s browser thinks the script is from a trusted source, it will run the script. XSS attacks can be used to steal data or perform other malicious acts on the visitor’s computer. Although this method is considered unsophisticated, it is common and can cause significant damage.
  • SQL injection (SQLI): SQLIs occur when an attacker interferes with requests that a Web application sends to its database. An SQLI can allow intruders to obtain sensitive data from the database. An attacker could modify or delete this data, or inject code that could modify the content or behavior of the web application.
  • Crossing the path: This attack, also known as directory traversal, allows the wrong actor to manipulate paths to folders outside of the web root folder, which can then be used to access web application files, directories, and commands.
  • Inclusion of local files: This technique prompts the web application to expose or run its files on the web server. These attacks occur when the web application treats a malicious attack as a “trusted entry.” An attacker can use a path or directory traversal to find out more about files on the server, and then invite the Web application to run the local file. Local file inclusions can result in information disclosure, XSS, and remote code execution.
  • DDoS attacks: These attacks occur when an attacker bombs a web request server. Attackers can use a network of compromised computers or robots to mount this attack, which can cripple a server and prevent legitimate visitors from accessing your services.
  • Cross-Site Request Infringement (CSRF): CSRFs occur when an attacker deceives or forces an end user to perform unwanted actions on an application in which they are already authenticated. This can be done via an email or chat link and, if successful, may result in a funds transfer or email address change, for example.
  • XML External Entity (XXE): This attack relies on an improperly configured XML parser in the code of an application. This attack can lead to the disclosure of confidential data such as passwords, denial of service, server side request forgery, and other system impacts.

Tips for Protecting Against Website Attacks

While there are a variety of web application attacks, there are also processes, technologies and methods to protect against them. Different approaches to web application security address different vulnerabilities.

  • Automated vulnerability analysis and security testing help organizations find, analyze, and mitigate vulnerabilities and configuration errors – hopefully before the attack happens. These tests help organizations identify security weaknesses that need to be addressed.
  • Web Application Firewall are hardware and software solutions that protect against application security threats by filtering, monitoring, and blocking malicious traffic from traveling to the web application. These tools are continually updated with new rules designed to detect the latest attack and exploitation techniques.
  • Secure development tests is a practice in which security teams look at threats and attacks that could impact an application or product in order to make it as secure as possible. Secure development testing can uncover the latest security risks and attack vectors early in the product lifecycle. It also helps develop effective approaches to prevent website attacks and minimize the consequences of violations.

The bottom line

Web application attacks can be devastating events for organizations, which is why it is crucial to understand the types of attacks that can occur as well as how best to secure web applications. With appropriate development, testing, and security processes and programs in place, businesses can mitigate risk and protect their web applications from harm.

[i]“2020 Data Breach Investigation Report,” Verizon

[ii]“96% of third-party container applications deployed in the cloud infrastructure contain known vulnerabilities,” ZDNet

[iii]“The State of Application Security, 2021,” Forrester

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Disclaimer

Mimecast limited published this content on November 18, 2021 and is solely responsible for the information it contains. Distributed by Public, unedited and unmodified, on November 18, 2021 01:12:05 PM UTC.


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Mid-Senior Front End Web Application Developer (CPT / JHB) at Datafin Recruitment https://raveweb.net/mid-senior-front-end-web-application-developer-cpt-jhb-at-datafin-recruitment/ Wed, 17 Nov 2021 02:06:53 +0000 https://raveweb.net/mid-senior-front-end-web-application-developer-cpt-jhb-at-datafin-recruitment/ ENVIRONMENT: A leading FinTech company seeks the coding expertise of an intermediate front-end web application developer who takes pride in delivering pixel-perfect UI designs and always strives to ensure an experience Exceptional UX. You will convert design ideas into HTML and CSS, determine the structure and design of web pages while balancing functional and aesthetic […]]]>

ENVIRONMENT: A leading FinTech company seeks the coding expertise of an intermediate front-end web application developer who takes pride in delivering pixel-perfect UI designs and always strives to ensure an experience Exceptional UX. You will convert design ideas into HTML and CSS, determine the structure and design of web pages while balancing functional and aesthetic design. You must have more than 5 years of experience in web design and development, more than 5 years in HTML, CSS3, SASS, Angular 10+ and 3-5 years of experience in C #. Your tech toolset should also include JavaScript, XS, Photoshop, Illustrator, InDesign, .NET Core, RESTful Services, Git, Visual Studio & Visual Code, Azure, and DevOps. You will also need experience with Responsive and Adaptive [URL Removed] design ideas in HTML and CSS.

  • Determine the structure and design of web pages.
  • Make sure the user experience determines the design choices.
  • Develop features to improve the user experience.
  • Find a balance between functional and aesthetic design.
  • Make sure the web design is optimized for smartphones.
  • Create reusable code for future use.
  • Optimize web pages for maximum speed and scalability.
  • Use a variety of markup languages ​​to write web pages.
  • Maintain brand consistency throughout the design.
  • CONDITIONS:

    • More than 5 years of experience in web design and development.
    • Strong understanding of front-end website development including 5+ years HTML5, CSS3 / SASS, JavaScript.
    • 5+ years angular 10+.
    • Manuscript.
    • Adobe Creative Suite experience (XS, Photoshop, Illustrator, InDesign).
    • 3-5 years C #.
    • 1-3 years of .NET Core experience with RESTful services.
    • Experience with responsive and adaptive design.
    • Git.
    • 1 year of experience with Visual Studio, Visual Studio Code, Azure and DevOps.
    • Excellent written and verbal communication skills.

    While we would really love to respond to every application, if you are not contacted for this position within 10 business days, please consider your application unsuccessful.COMMENTS: When applying for jobs, make sure you have the minimum requirements for the job. AloneCitizens of South Africa will be considered for this role. If you are not at the location listed for any of the jobs, please note your relocation plans in all job applications and correspondence. Please send a Word copy of your CV to [Email Address Removed] and mention the reference numbers of the jobs. We have a list of jobs on [URL Removed] Datafin IT Recruitment – Jobs in Cape Town.

    Desired skills:

    Find out more / Apply for this position


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    6 Web Application Security Best Practices to Prevent Cyber ​​Attacks https://raveweb.net/6-web-application-security-best-practices-to-prevent-cyber-%e2%80%8b%e2%80%8battacks/ Sat, 13 Nov 2021 22:00:00 +0000 https://raveweb.net/6-web-application-security-best-practices-to-prevent-cyber-%e2%80%8b%e2%80%8battacks/ It would be great to go about your business online without worrying about the world, wouldn’t it? But unfortunately, cybercriminals won’t sit idly by and watch you have fun. Call attackers a killjoy if you will, but one thing’s for sure: they’re not here to play, and you have to be careful with them. Otherwise, […]]]>

    It would be great to go about your business online without worrying about the world, wouldn’t it? But unfortunately, cybercriminals won’t sit idly by and watch you have fun.

    Call attackers a killjoy if you will, but one thing’s for sure: they’re not here to play, and you have to be careful with them. Otherwise, they would compromise your web application and take you to where they want you to be.

    It’s up to you to secure your web application with best practices.

    What is web application security?

    WP logo illustration

    When one of your valuables is in danger, what do you do? The most logical thing is to secure it and keep it out of harm’s way. The same goes for web application security.

    The security of your web application, or the lack of it, determines the level of risk you are exposed to. If your application, its services, and its servers are in good hands, cyber threats cannot easily penetrate them. The reverse is the case when there is little or no resistance; it will be free movement for the attackers to come together and have a busy day at your expense.

    Today’s web applications are nothing like they were in the past. Today’s web applications are more interactive than ever. The old Web 1.0 was a basic web application with a lot of text and little to no channels for user engagement. While it didn’t offer much in terms of user engagement, it posed little to no cyberthreats.

    VIDEO OF THE DAY MAKEUSE

    It’s a different story with evolved Web 2.0, which allows users to interact with the website by entering their personal information.

    Why you need effective web application security

    Illustration of a laptop

    Hackers thrive in the presence of sensitive information on a network. They use malicious techniques to gain unauthorized access to information entered by users into a web application. Suffice to say that if you use web 2.0, you must prioritize your cybersecurity.

    Let’s take a look at some of the reasons why an effective web application is needed.

    1. Sensitive data

    Data is an invaluable currency in today’s digital world. If you don’t recognize the value of your sensitive data and protect it accordingly, cyber attackers will teach you the hard way. They will steal it and make you pay for it.

    Sensitive data can be your own personal information as an individual. And if you are running a business, that could include the personal information of your clients or clients. The compromise of their personal information on your system greatly damages the reputation of your business.

    2. Income

    If you have an active website, that’s one of your assets. Interacting your audiences with your website brings you sales or helps you close business. If there is an attack on your system and your website is not working, the downtime will cost you money.

    In the event of a ransomware attack where the attacker hijacks your system and demands that you pay a ransom before authorizing yourself again, not only will you experience downtime, but you will also lose money if you make payment.

    3. Regulatory compliance

    User privacy is now a big issue. This is a major requirement for all businesses operating on the web to protect the privacy of their public. If you don’t, you will face the consequences provided by law.

    The lack of a strong cybersecurity framework on your web application can expose it to cyberthreats, compromising user privacy. If that happens, it’s no longer about you or your business. You will have to respond to the law.

    The 6 Best Practices for Web Application Security

    Photo of a person using their smartphone

    While your web application’s technology is vital to its security, it’s not the only component. The policies and procedures you implement are also part of security because they determine how your network is used.

    The following web application practices will help you create a more secure system.

    1. Conduct regular safety audits

    If you are aware of your cybersecurity needs, you may have cybersecurity measures in place. One way to ensure that the measures you have in place are effective is to perform regular security audits. By doing this, you are able to detect vulnerabilities or cyber threats around your web application.

    While it is acceptable to perform the security audit in-house, you should consider hiring a third-party specialist to do it. In addition to having solid expertise for the task, they also have the advantage of not being familiar with your system. This way, they can see the full picture without any influence.

    2. Adopt real-time security monitoring

    A web application security audit helps you identify vulnerabilities in your system. Such vulnerabilities may have been around for a long time, and if you don’t audit early enough, they will get worse.

    Adopting real-time security monitoring helps you keep tabs on your network 24 hours a day. If a problem arises, you can resolve it immediately without a break to escalate.

    Consider implementing a Web Application Firewall (WAF) to meet the real-time monitoring needs of your system. It offers strong resistance to XSS attacks, SQL injections, Distributed Denial of Service (DDoS) attacks, etc.

    3. Encrypt your data

    The high engagement on Web 2.0 means that your website visitors can enter their personal information for their browsing needs. It is your responsibility to protect your visitors’ confidential information from attackers who want to access it.

    Encryption of your web application secures the information shared between the user’s browser and your server. Make sure that data is not only encrypted at rest but also in transit. You can use SSL / TLS encryption to secure your web application interactions over HTTPS.

    4. Maintain standard connection practices

    Web application security tools such as firewalls and scanners are effective in detecting cyber threats. But sometimes, they are unable to detect threats until they become significant.

    Implementing standard sign-in practices will keep you informed of what happened, how it happened, and when it happened. You can only have such security details when you adopt effective logging tools that can provide the history of an incident. If for some reason you are attacked, you can trace it back to its root case to prevent it from happening again.

    5. Cultivate a strong password culture

    In the past, if an unauthorized user could not guess your password, it was difficult for them to access it. But with a growing number of hacking techniques, finding a password isn’t that difficult. It becomes a question of password complexity.

    Cultivating a strong password culture encourages you to create passwords that are difficult to understand. Make sure you have a unique password for each account you have online. Rather than using single words as passwords, use phrases with a combination of numbers and characters.

    Creating and remembering complex passwords can be a daunting task. You can make it easier for yourself by adopting a password management tool to help you generate, store, and secure your passwords.

    6. Provide web application security training

    Beyond all the measures you put in place to secure your web application, what you know and how you implement what you know is the strength of your web application security.

    If you’re not the only member of your team, the way others engage with your web application can either compromise its security. Is there a healthy culture of cybersecurity within your team? As the owner or project manager, it is your responsibility to make everyone aware of sound web application practices.

    Focus on the benefits of enhanced cybersecurity

    The thought of being subjected to a cyberattack can be overwhelming. But rather than letting that stop you from reaching the full potential of your web application, you can see it as an opportunity to build a more powerful web application.

    Attackers are not the only ones who can breach the security of your network. Sometimes an honest mistake on your part or that of a member of your team can compromise your network.

    When you cultivate web application best practices, your network will be secure in the event of a security breach, no matter where it comes from.


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    Akamai brings together web application and API security https://raveweb.net/akamai-brings-together-web-application-and-api-security/ Thu, 11 Nov 2021 17:42:04 +0000 https://raveweb.net/akamai-brings-together-web-application-and-api-security/ Akamai Technologies, Inc. this week launched a service that consolidates the process of securing web applications and application programming interfaces (APIs). Amol Mathur, vice president of product management and strategy at Akamai, said that with the launch of App & API Protector, the managed security service provider is making it easier for IT teams to […]]]>

    Akamai Technologies, Inc. this week launched a service that consolidates the process of securing web applications and application programming interfaces (APIs).

    Amol Mathur, vice president of product management and strategy at Akamai, said that with the launch of App & API Protector, the managed security service provider is making it easier for IT teams to adopt DevSecOps best practices through Converged Web Application and Service API (WAAP). rather than using separate tools and services to secure them individually.

    The service is also designed to continuously discover API requests which are then automatically inspected for malicious code. Optional API security controls can be applied based on policies defined by internal IT teams.

    In addition, the company provides access to a multidimensional threat assessment model, called Adaptive, which combines the data Akamai collects with the data and metadata from every web and API request to help organizations better understand which threats require attention. immediate attention. Security events are also continuously analyzed using machine learning algorithms to provide very precise policy-by-policy tuning recommendations that can be implemented with just one click.

    Akamai security researchers also use machine learning and data mining techniques to continuously analyze over 303TB of daily attack data which is used to automatically update protections. Companies can also choose to manually evaluate this data themselves to minimize the unintended impacts these updates could have on their applications.

    Other features include built-in bot mitigation tools that are informed by a directory of over 1,500 known bots, integrations with Akamai Command Line Interface (CLI), Terraform, or scripts used to drive automated pipelines covering continuous integration / continuous delivery (CI / CD platform).

    A recent report released by Akamai found that between January 2020 and June 2021, more than 11 billion attempted attacks in total were made over an 18-month period. The most common attack vector was SQL injection (SQLi) with 6 billion attacks, followed by local file inclusion (LFI) with 3.3 billion attacks and cross-site scripting (XSS ) with 1.019 billion attacks.

    The report also found that credential stuffing attacks reached over a billion attacks and peaked between January 2021 and May 2021. Distributed Denial of Service (DDoS) attacks peaked from 90 in January 2021.

    Akamai advocated for the outsourcing of web application security management and APIs through the content delivery network (CDN) it created. Its CDN provides an isolation layer between web applications and the rest of the business. The challenge that organizations now face on a regular basis is that, as they migrate to deploying cloud-native, microservice-based applications, the responsibility for security has become more decentralized. Security services provided by Akamai create an opportunity to better manage application security through a single window at a time when the focus is more than ever on securing software supply chains, said Mathur.

    It is not clear to what extent organizations will rely more on managed security services as part of a larger effort to adopt DevSecOps best practices. However, in an age when application security expertise is hard to come by, it is becoming evident that in many cases relying on an external service provider to secure application environments is the easiest way. rapidly improve the overall security posture of any organization.


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    Akamai Launches Next Generation Web Application and API Protection Solution https://raveweb.net/akamai-launches-next-generation-web-application-and-api-protection-solution/ https://raveweb.net/akamai-launches-next-generation-web-application-and-api-protection-solution/#respond Wed, 10 Nov 2021 02:39:00 +0000 https://raveweb.net/akamai-launches-next-generation-web-application-and-api-protection-solution/ Akamai Technologies announced the launch of App & API Protector, a next-generation web application and API Protection Solution (WAAP). It is designed to provide a set of protections designed for modern applications and APIs, championing smart automation and simplicity. With App & API Protector, Akamai customers have a single integrated WAAP solution for enhanced security […]]]>

    Akamai Technologies announced the launch of App & API Protector, a next-generation web application and API Protection Solution (WAAP).

    It is designed to provide a set of protections designed for modern applications and APIs, championing smart automation and simplicity.

    With App & API Protector, Akamai customers have a single integrated WAAP solution for enhanced security outcomes.

    According to the company, the main advantages are as follows.

    Automatic API discovery and security: Users can mitigate API risks and vulnerabilities through continuous discovery of known, unknown, and evolving APIs.

    API requests are automatically discovered and inspected for malicious code; and optional API security controls can be applied at the edge to enable positive API security models.

    Adaptive and more precise detections: The ability to detect up to twice as many attacks compared to traditional rule sets.

    In addition, the solution offers adaptive threat-based detection with a multidimensional threat assessment model that combines the intelligence of Akamai’s platform with data / metadata from every web and API request.

    This data is processed with decision-making logic that accurately identifies and stops stealth attacks with precision, the company says.

    Continuous self-adjustment: Akamai’s Adaptive Security Engine keeps pace with evolving threats and reduces false positives by up to five times to reduce the effort required to maintain and adjust policies, Akamai says.

    Security triggers, whether real attacks or those mistakenly identified as attacks, are automatically and continuously analyzed with machine learning to provide very precise policy-by-policy tuning recommendations with an in-depth implementation. a click.

    Integrated bot mitigation: Users can automatically detect and mitigate unwanted bots with built-in bot visibility and mitigation capabilities.

    Akamai’s bot technology offers a repository of over 1,500 known bots and offers customers the ability to create and define bots to proactively monitor scans and prevent attacks.

    For more persistent and antagonistic bot operators, Akamai offers its Bot Manager solution to mitigate this threat.

    Automatic updates: The new solution allows a hands-off approach to WAAP with adaptive protections fully managed by Akamai.

    The company’s security researchers use machine learning and data mining techniques to continuously analyze more than 303 TB of daily attack data and automatically update protections against the latest threats.

    Customers can also opt for manual / evaluation mode of operation to minimize any unexpected impact from new updates.

    DevOps integration: Users can integrate WAAP functionality using Akamai CLI, Terraform, or scripts into the CI / CD automation pipeline.

    Rapid application integration ensures uniform management of security policies across large application and API portfolios, and centralizes security enforcement across hybrid and multi-cloud infrastructures, the company says.

    Akamai VP of Product Management Amol Mathur says, “As the online threat landscape continues to evolve, the need for a holistic and adaptive approach to web application security and APIs is clear.

    “With the introduction of our new App & API Protector, Akamai customers now have a single, comprehensive solution that makes sophisticated protection extremely simple.

    “This builds on Akamai’s proven security technologies, introducing new levels of sophisticated and automated intelligence to keep our customers one step ahead of cybercriminals. “


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    Akamai Launches Next Generation Web Application and API Protection Solution https://raveweb.net/akamai-launches-next-generation-web-application-and-api-protection-solution-2/ Wed, 10 Nov 2021 02:39:00 +0000 https://raveweb.net/akamai-launches-next-generation-web-application-and-api-protection-solution-2/ Akamai Technologies announced the launch of App & API Protector, a next-generation web application and API Protection Solution (WAAP). It is designed to provide a set of protections designed for modern applications and APIs, championing smart automation and simplicity. With App & API Protector, Akamai customers have a single integrated WAAP solution for enhanced security […]]]>

    Akamai Technologies announced the launch of App & API Protector, a next-generation web application and API Protection Solution (WAAP).

    It is designed to provide a set of protections designed for modern applications and APIs, championing smart automation and simplicity.

    With App & API Protector, Akamai customers have a single integrated WAAP solution for enhanced security outcomes.

    According to the company, the main advantages are as follows.

    Automatic API discovery and security: Users can mitigate API risks and vulnerabilities through continuous discovery of known, unknown, and evolving APIs.

    API requests are automatically discovered and inspected for malicious code; and optional API security controls can be applied at the edge to enable positive API security models.

    Adaptive and more precise detections: The ability to detect up to twice as many attacks compared to traditional rule sets.

    Additionally, the solution offers adaptive threat-based detection with a multidimensional threat assessment model that combines the intelligence of Akamai’s platform with data / metadata from every web and API request.

    This data is processed with decision-making logic that accurately identifies and stops stealth attacks with precision, the company says.

    Continuous self-adjustment: Akamai’s Adaptive Security Engine keeps pace with evolving threats and reduces false positives by up to five times to reduce the effort required to maintain and adjust policies, Akamai says.

    Security triggers, whether real attacks or those falsely identified as attacks, are automatically and continuously analyzed with machine learning to provide highly accurate policy-by-policy tuning recommendations with insight. one-click implementation.

    Integrated bot mitigation: Users can automatically detect and mitigate unwanted bots with built-in bot visibility and mitigation capabilities.

    Akamai’s bot technology offers a repository of over 1,500 known bots and provides customers with the ability to create and define bots to proactively monitor scans and prevent attacks.

    For more persistent and antagonistic bot operators, Akamai offers its Bot Manager solution to mitigate this threat.

    Automatic updates: The new solution enables a hands-off approach to WAAP with adaptive protections fully managed by Akamai.

    The company’s security researchers use machine learning and data mining techniques to continuously analyze more than 303TB of attack data daily and automatically update protections against the latest threats.

    Customers can also opt for manual / evaluation mode of operation to minimize any unexpected impact from new updates.

    DevOps integration: Users can integrate WAAP functionality using Akamai CLI, Terraform, or scripts into the CI / CD automation pipeline.

    Rapid application integration ensures uniform management of security policies across large application and API portfolios, and centralizes security enforcement across hybrid and multi-cloud infrastructures, the company says.

    Akamai VP of Product Management Amol Mathur says, “As the online threat landscape continues to evolve, the need for a holistic and adaptive approach to web application security and APIs is clear.

    “With the introduction of our new App & API Protector, Akamai customers now have a single, comprehensive solution that makes sophisticated protection extremely simple.

    “It builds on Akamai’s proven security technologies, introducing new levels of sophisticated and automated intelligence to keep our customers ahead of cybercriminals.


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    Reblaze Launches New Web Application Security Partner Program https://raveweb.net/reblaze-launches-new-web-application-security-partner-program/ https://raveweb.net/reblaze-launches-new-web-application-security-partner-program/#respond Fri, 05 Nov 2021 20:00:12 +0000 https://raveweb.net/reblaze-launches-new-web-application-security-partner-program/ His training follows the increased interest of the first members of the partner program. Israel-based Reblaze, the provider of cloud-native application security solutions, has just announced a new global channel partner program. The company designed it to help mutual customers get the most out of their current security infrastructure. Reblaze claims the program enables a […]]]>

    His training follows the increased interest of the first members of the partner program.

    Israel-based Reblaze, the provider of cloud-native application security solutions, has just announced a new global channel partner program. The company designed it to help mutual customers get the most out of their current security infrastructure.

    Reblaze claims the program enables a partner to build a more robust web application security ecosystem.

    The company touts several benefits of joining the Reblaze Partner Program. These include priority access to sales and marketing tools, training and co-marketing opportunities; business conditions based on a combination of certifications, value-added services and business results; and new income opportunities by providing implementation services, support and training.

    Eyal Adanya from Reblaze

    “With the escalation of cyber threats – from ransomware to DDoS and takeover attacks – organizations need a shield for all digital properties that can block whatever happens to them,” said Eyal Adanya, vice-president. -President of Channels and Partnerships, Reblaze. “Our goal is to secure our customers’ web platforms by default. By launching our Reblaze Partner Program, we want to extend this value proposition and partner with some of the most innovative security and cloud native providers in the industry. “

    Types of partners

    The Reblaze Partner Program enables cloud resellers, MSSPs and other security service providers to build and deploy Reblaze solutions wherever they are already located. You can deploy Reblaze in large public clouds – AWS, Azure, GCP – and through the cloud provider’s marketplace. Channel partners have access to the protection of Reblaze sites, web applications, services and APIs.

    “Reblaze is an important partner for DoiT customers, providing comprehensive web application and API protection to businesses that want to thrive in the public cloud. Reblaze enables our customers to build a cost effective cloud infrastructure for CDN and security, ”said Yoav Toussia-Cohen, CEO of DoiT.


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    Network firewall vs. web application firewall (WAF) https://raveweb.net/network-firewall-vs-web-application-firewall-waf/ https://raveweb.net/network-firewall-vs-web-application-firewall-waf/#respond Mon, 01 Nov 2021 23:25:33 +0000 https://raveweb.net/network-firewall-vs-web-application-firewall-waf/ When the world closed its doors and started spending more time online, hackers saw a clear opportunity. The costs of data breaches continue to rise and attacks are increasingly difficult to detect. Attackers are getting more and more sophisticated and creative. According to a 2020 report by IBM, it took an average of 228 days […]]]>

    When the world closed its doors and started spending more time online, hackers saw a clear opportunity. The costs of data breaches continue to rise and attacks are increasingly difficult to detect. Attackers are getting more and more sophisticated and creative. According to a 2020 report by IBM, it took an average of 228 days to identify a violation. Companies are taking a closer look at the capabilities of their firewalls and are considering combining and combining technologies to fill new security gaps.

    If you are wondering what the differences are between your traditional network firewall (the most common firewall) and the newer web application firewall (WAF), this article is for you.

    Media source: Giphy

    A network firewall acts as a border providing protection between internal and external network traffic.

    It has predefined rules that define the allowed traffic on the network. It then examines the source and destination IP addresses and ports to determine whether incoming and outgoing data packets are allowed or not.

    A web application firewall (WAF) specializes in protecting website applications and APIs. A WAF protects HTTP (s) traffic and applications in Internet areas of the network.

    WAF and Network Firewall serve different purposes and protect different network layers.

    Physical differences

    Media source: netstraining.com

    The WAF and the network firewall are located in different places on the network. The network firewall is located at the edge of the network while the WAF is located directly between the user and the web server.

    Source: networkstraining.com

    Functional differences

    How it works

    WAF protects websites and APIs. It is configured as a reverse proxy and examines all HTTP (s) requests before they reach the web server. It blocks or tests irregular traffic with CAPTCHA tests to ensure that the traffic is coming from a human and not from a bot.

    The network firewall protects the network perimeter and filters traffic using protocol information. You can set rules to allow traffic based on things like IP ranges, ports, Internet Control Message Protocol (ICMP) types, and more. It monitors activity from opening a connection to closing.

    WAF Firewall
    Strengths Customizable rules, conditional filtering, limited download sizes, can decrypt and inspect SSL traffic, IDS and IPS can be integrated, visibility into packet data Blocks unauthorized protocols, ports and IP addresses, provides VPN support
    Weaknesses False positives and false negatives, not very effective in stopping zero-day exploits, not enough protection for publicly accessible websites. Shared servers can cause re-infections. Has only accept / reject rules, cannot decrypt traffic, slows down during SSL inspection, IDS and IPS are deployed separately, not very effective at stopping “client side” attacks, only has visibility on packet headers creating a vulnerability for SQL injection attacks

    Their functional differences are also illustrated in the OSI model, a universal set of 7 abstract layers that describe how network systems communicate and operate. WAF and network firewall address different network layers.

    The WAF focus on layer 7 (application)

    The network firewall focuses on layers 3 and 4 (network and transport),

    Layer 7 Application Human-machine interaction layer, where applications access network services
    Layer 6 Presentation Data formatting and encryption location
    Layer 5 Session Check ports and sessions and maintain connections
    Layer 4 Transport Transmits data using TCP and UDP and other protocols
    Layer 3 Network Determines the path taken by the data
    Level 2 Data binding Defines how data is formatted on the network
    Level 1 Physical Transmission of raw binary streams on a physical medium

    Operational differences

    They repel different attacks

    WAFs and network firewalls deal with different threats.

    Network firewalls defend themselves against

    • Unauthorized network access
    • Man-in-the-Middle Attacks
    • Escalations of privileges
    • Network-level DDoS attacks

    The WAF defend themselves against

    • SQL injection
    • Cross-site scripts (XSS)
    • Counterfeiting between sites
    • Website-level DDoS attacks
    • Directory traversal

    They run different algorithms

    Firewalls run stateless / stateful inspection algorithms, packet filtering algorithms, and proxy algorithms.

    WAF performs signature-based algorithms, heuristic algorithms, and anomaly detection algorithms.

    Deployment options

    WAF and firewall are defined with rules that block or allow traffic accordingly. Depending on the type of deployment you have, it can be preloaded with these rules, or you can create the rules yourself.

    Network-based

    A hardware deployment is installed locally on the local area network (LAN). This allows optimal latency and the creation of custom protocols and rules. It is the most expensive due to hardware installation, physical storage requirements, and maintenance.

    Host based

    This software-based deployment is very similar to a network-based deployment, but the firewall is built directly into the application code. These deployments allow for customizable security rules, but require several hours of implementation.

    There is no latency because the firewall is installed directly in the application. However, it uses significant local server resources, which can slow down the web application if there is not enough capacity or space.

    Cloud based

    A cloud-based deployment is fully installed in the cloud and is typically managed by a third party as a SaaS product. This option is the most affordable of the 3 types. The setup is simple and only requires a DNS change.

    Ask your supplier

    Be sure to ask the vendor questions before accepting your firewall or WAF. There may even be a full package that includes the functionality of both. You will want to know:

    • What does it protect from?
    • What features are included?
      • If this is a network firewall, find:
        • VPN (encrypts all traffic) or Proxy Server (changes the IP address to hide the origin of the traffic)
        • Stateful Inspection or Deep Packet Inspection (DPI) which can examine inside the packet its contents and headers
      • If this is a WAF, look for:
        • Content Delivery Network (CDN) – caches website and increases speeds
        • API endpoint security
        • PCI DDS compliance out of the box , HIPAA or ISO 27001
        • An Intrusion Detection System (IDS) or Intrusion Prevention System (IPS) included

    Sucuri WAF

    The Sucuri firewall is a cloud-based WAF that ticks all the boxes. It integrates an intrusion prevention system (IPS), protects against DDOS attacks and functions as a reverse proxy. Sucuri WAF uses virtual patching and hardening to deal with evolving security threats and is built on a CDN that improves website speed by 70% on average. Tell us about your needs to know if the Sucuri WAF meets your needs. Learn more.

    Conclusion

    Mixing and matching hardware and software firewalls is a good idea, but firewalls can’t protect you against everything, especially the human factor. Identity theft and phishing rely on human trust as a way to gain legitimate entry or trick you into clicking a malicious link. Put your I’s and cross your T’s to stay ahead of malicious intent. Try our 30-day free trial and see how a firewall can improve the security of your website.

    The only way to stay completely protected from opportunistic attackers is to make sure that you and your employees have basic cybersecurity training. The National Institute of Standards and Technology (NIST) has compiled a list of free training courses, and Sucuri offers fe-mail course to increase your cyber IQ.


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    What is continuous web application security? https://raveweb.net/what-is-continuous-web-application-security/ https://raveweb.net/what-is-continuous-web-application-security/#respond Mon, 01 Nov 2021 11:54:33 +0000 https://raveweb.net/what-is-continuous-web-application-security/ The term continuous security in the context of web application security is best understood when combined with well-known terms Continuous integration and continuous deployment (CI / CD). Continuous security means that security is part of an ongoing process – DevSecOps or, better yet, SecDevOps. Confusion around the word continued What makes the term continuous security […]]]>

    The term continuous security in the context of web application security is best understood when combined with well-known terms Continuous integration and continuous deployment (CI / CD). Continuous security means that security is part of an ongoing process – DevSecOps or, better yet, SecDevOps.

    DevOps experience

    Confusion around the word continued

    What makes the term continuous security slightly confusing is the fact that the word continued can have several meanings in the context of cybersecurity. Dictionary definition of continued is to form an uninterrupted whole; without interruption. Therefore, in the web application security space, the term continuous security is most often associated with real-time security solutions and continuous monitoring systems such as web application firewalls (WAFs) and web application firewalls. Runtime Application Self-Protection (RASP), which are designed to mitigate existing information security risks.

    However, to protect your web applications from malicious hackers, you can’t just rely on real-time activity. To avoid cyber attacks and data breaches, you need to know your attack surface and eliminate the issues that create information security risks in the first place, not just mitigate them. This involves using a security scanner to discover known vulnerabilities such as SQL injections and cross-site scripting (XSS), as well as configuration errors. Testing should then be followed by effective vulnerability management, remediation and validation.

    It obviously makes no sense to perform 24-hour web application analysis. Therefore, the word continuous in the sense of web application security testing, just as in the case of continuous integration and deployment. continuous, means that security is embedded in the entire software development lifecycle (SDLC), not just a single vulnerability scan for security issues just before release.

    The evolution of security continues

    To understand continuous security, it is best to compare today’s development practices with existing project methodologies and observe the evolution of quality assurance and software testing in general.

    In legacy methodologies such as the waterfall, there is a dedicated step for software testing. At this stage, the tests are designed and then carried out manually. Any errors discovered are then corrected by the developers. Security testing in legacy methodologies is most often part of the manual testing phase and only involves manual penetration testing.

    With the shift to agile methodologies, software testing is now part of the software development lifecycle. Any new or updated functionality is developed and immediately tested thereafter. However, for this to be possible, testing can no longer be manual. Businesses need to automate software quality assurance processes using tools like Selenium.

    Unfortunately, security checks are often overlooked and treated as in old methodologies. Security testing is often done manually by pen testers before the release phase instead of being part of the automation, although today’s modern security analysis applications are well suited for integration. In such not-so-agile configurations, security teams are kept in silos away from development teams.

    How to achieve continuous security?

    It is only with the introduction of solutions that support continuous security that software development can become truly agile. However, due to a large number of false positives, which require manual management and retesting for security vulnerabilities, most solutions meant to be designed for continuous security (like SAST tools) make it difficult to perform true automation.

    To enjoy continuous security, you need a modern web application security solution, not just a simple vulnerability scanner. You need a solution that you can fully integrate with your existing systems, that won’t overwhelm you with false positives, and that will allow you to effectively integrate security into your agile environment. And these are exactly the ideas behind the development of Acunetix.

    THE AUTHOR

    Tomasz Andrzej Nidecki
    Technical content writer

    Tomasz Andrzej Nidecki (also known as tonid) is a technical content writer working for Acunetix. Journalist, translator and technical writer with 25 years of IT experience, Tomasz was editor-in-chief of hakin9 IT Security magazine in its early days and used to run a large technical blog dedicated to email security.


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