#SQLi

[geeknik]

Cosmic Cyberlocution: Unraveling the Meta-Vulnerable Mazes of SQL Injection and the Dawn of Database Origami

SQL injection is a form of cybernetic locution where a syntax-disrupting injection molecule, or SQLI (SQL-yielding iconograph), sees a digital opportunity to extract logic-streaks by abusing macrosemic dilations that keep the integrity of a database system. The communication platforms in their most innocent form just want to move data back and forth, unassumingly creating a tunnel sphere wherein an SQLI can metamorphose into a mutable SQL worm.

Upon initiating a cabalistic interrogation, this spitfire worm deceptively mutters invocations: SELECT, INSERT, DELETE, or UPDATE; it dynamically forges new paths, unlocking chunks of cherished data as if these were open source caveats. Like a parasitic virtual predator inflation-depreciating misapplied coded queries, the SQL injection concurrently engenders a wormhole in this ostensibly invulnerable info-sphere.

Trans-culturally multiverse in application, SQLI transcends the commonly known mundane application layer in the OSI (Onion Skin Ideation). It dangerously dinner-jackets into engulfed Mare Nostrums, barrelling through Davis-matrix ethical firewalls by exploiting a netizen's IF and ELSE constructs. Flicking the digital switches of these database TRIGGERS an SQL injection, potentially extrapolating whole terabytes of vulnerable data.

Yet, software network security gurus can counter this invisible cyber sword with delightful robust-and-rogue defenses such as formless form validation, parameterized quarrying, and sweet-natured stored proceedings. These stellar, fortress-like broadswords of data protection can infinitely out-radiate the shadowy cross world attacks of SQLI. In stringent conformity with these arcane meta-protocols, it is plausible to wheel a rampart so immaculate virtually nullifying the SQL injections.

Thus, shaped by eleventh-dimensional axes of high abstractions, this meta-vulnerable loophole in a spontaneously ordered network lets the seemingly innocuous data-lite masquerade disrupt, disorient, and deconstruct, ultimately leading to the discovery of an information goldmine in the interstices of unsuspecting crypto-crannies. Its pure lunacy to let the truth tables turn oblique by these sentient, cyberlocutionary semantics. But in its twilight, it awakens an array of diasporic countermeasures crinkled onto the database origami to repudiate the SQL worm onslaught.

[sqlinjection]

SQLi simulation using a virtual machine

Demonstration/simulation of SQL Injection attacks (In-band, Union-based, Blind SQLi) using a Kali Linux virtual machine and a Damn Vulnerable Web Application (DVWA) on a low difficulty level

Blind SQL provided in the video can be used also for gaining other sensitive information: length of the name of the database, database name itself etc.

the common attacks are shown and described shortly in the video, but of course for better learning you can try it yourself.

more resources where you can try out exploiting SQLi vulnerability:

- Try Hack Me SQLi Lab

- W3Schools SQL Injection

- Hacksplaining SQL Injection

more advanced pokemons can try:

- Try Hack Me SQli Advanced Lab

and of course DVWA is a great tool!

[cyber-sec]

Fortinet Warns of Severe SQLi Vulnerability in FortiClientEMS Software

Source: https://thehackernews.com/2024/03/fortinet-warns-of-severe-sqli.html

More info: https://fortiguard.fortinet.com/psirt/FG-IR-24-007

[pentesttestingcorp]

Secure Your WordPress Site: Prevent SQL Injection (SQLi) Attacks

SQL Injection (SQLi) in WordPress: Protect Your Website

SQL Injection (SQLi) attacks are a common security threat for websites using databases, and WordPress sites are no exception. A successful SQLi attack can expose your database, allowing attackers to manipulate data or even take full control of your site. This post explores how SQLi affects WordPress, demonstrates a preventive coding example, and shows how you can use our free website security checker to scan for vulnerabilities.

What Is SQL Injection (SQLi)?

SQL Injection (SQLi) is a security vulnerability that allows attackers to insert or “inject” malicious SQL code into a query. If not protected, SQLi can lead to unauthorized access to your database, exposing sensitive data like user information, login credentials, and other private records. WordPress sites, especially those with outdated plugins or themes, are at risk if proper security practices are not implemented.

How SQL Injection Affects WordPress Sites

SQL injection attacks usually target input fields that accept user data. In a WordPress environment, login forms, search boxes, or comment sections can be potential entry points. Without proper sanitization and validation, these fields might allow attackers to execute harmful SQL commands.

To protect your WordPress site, it’s essential to:

Sanitize user inputs: This prevents harmful characters or commands from being submitted.

Use prepared statements: Using prepared statements binds user inputs as safe data types, preventing malicious SQL code from being executed.

Regularly update plugins and themes: Many SQLi vulnerabilities come from outdated software.

Coding Example to Prevent SQL Injection (SQLi) in WordPress

Here's a simple PHP example to show how you can prevent SQL injection by using prepared statements in WordPress:

php

global $wpdb; $user_id = $_GET['user_id']; // Input parameter // Using prepared statements to prevent SQL injection $query = $wpdb->prepare("SELECT * FROM wp_users WHERE ID = %d", $user_id); $user = $wpdb->get_results($query); if ($user) { echo "User found: " . esc_html($user[0]->user_login); } else { echo "User not found."; }

In this example:

$wpdb->prepare() ensures the user ID input is treated as an integer (%d), protecting against SQLi.

esc_html() sanitizes the output, preventing malicious data from appearing in the HTML.

Detecting SQLi Vulnerabilities with Our Free Tool

Using our free Website Security Checker, you can scan your WordPress site for SQL injection risks. The tool is easy to use and provides a detailed vulnerability assessment, allowing you to address potential security issues before attackers can exploit them.

The free tool generates a vulnerability report that outlines any risks discovered, helping you take proactive measures to protect your site. Here’s an example of what the report might look like:

Best Practices for Securing Your WordPress Site

In addition to using prepared statements and scanning for vulnerabilities, here are some best practices for securing your WordPress site:

Limit user permissions: Ensure that only trusted accounts have administrative access.

Implement firewall protection: Firewalls can block malicious IPs and provide extra security layers.

Regularly back up your database: In case of an attack, a backup helps restore your data quickly.

Use a strong password policy: Encourage users to create complex passwords and update them periodically.

Conclusion

Securing your WordPress site from SQL Injection is crucial for safeguarding your data and users. By implementing prepared statements, validating inputs, and using security tools like our free Website Security Checker, you can reduce the risk of SQLi vulnerabilities. Take a proactive approach to your site’s security to ensure it remains safe from attacks.

Explore our free website security tool today to check your WordPress site for potential vulnerabilities, and start building a more secure web presence.

[acquaintsofttech]

Real-World Laravel Apps: Security Failures and Successes

Introduction

Laravel is a well-known PHP framework. Some of the factors that make it popular include its elegant syntax, documentation, community support, and powerful features. It also happens to be one of the most secure frameworks. However, like any web framework, Laravel applications are susceptible to various security vulnerabilities if not properly managed.

Security concerns in web applications can pose serious risks to both the application's integrity and the privacy of its users. They arise from a combination of human error, misconfiguration, and the increasing complexity of modern web applications. Security failures and successes in real-world Laravel applications can provide valuable insights into how security practices, or the lack thereof, can impact web applications.

In web development, security is a paramount concern that can determine an application's success or failure. This article helps us understand the common Laravel security pitfalls and successes in real-world applications.

Security Concerns in Laravel

Laravel is one of the most popular web development frameworks. It provides a wide range of built-in security features. However, developers often overlook certain key security aspects, leading to vulnerabilities.

The following are some of the most common security concerns in Laravel apps:

SQL Injection:

SQL Injection (SQLi) is one of the most prevalent security threats in web applications. It occurs when a malicious user manipulates input fields to inject SQL queries into your database, which can potentially result in data breaches, data loss, or even total control over the application. While Laravel's Eloquent ORM and query builder protect against SQL injection by automatically escaping parameters, developers need to be mindful when writing raw queries or manipulating user input.

Cross-Site Scripting (XSS):

Cross-Site Scripting (XSS) attacks occur when malicious scripts are injected into a website and executed in the user’s browser. This can result in stolen cookies, session hijacking, and manipulation of user accounts. Laravel offers built-in mechanisms to protect against XSS attacks, but developers must ensure they are properly utilizing them.

Cross-Site Request Forgery (CSRF):

Cross-Site Request Forgery (CSRF) attacks occur when an attacker tricks a user into submitting unwanted actions, like changing account details or making a purchase, without their knowledge. Laravel provides a CSRF protection mechanism by default, ensuring that all forms include a CSRF token to validate the authenticity of requests.

Authentication and Authorization Vulnerabilities:

Authentication and authorization are critical aspects of Laravel security, ensuring that only legitimate users can access certain parts of the application. Laravel offers authentication mechanisms that are out-of-the-box, but improper implementation can lead to unauthorized access and privilege escalation attacks.

Session Hijacking and Session Fixation:

Session hijacking occurs when an attacker steals a user’s session ID to gain unauthorized access to their account. Session fixation attacks, on the other hand, force a user’s session ID to be set to a specific value, allowing an attacker to impersonate the user.

File Upload Vulnerabilities:

Handling file uploads can expose your application to various security risks, including arbitrary file uploads and execution of malicious code. Laravel provides mechanisms for securely uploading and validating files, but developers must follow best practices to avoid security risks.

Insecure Dependencies:

Modern applications rely on various third-party packages and libraries. Using outdated or vulnerable dependencies can expose your application to security risks. Laravel projects often include multiple packages from the Composer repository, and it is essential to ensure that these dependencies are secure.

Some of the other security concerns in Laravel include insecure direct object reference (IDOR), bad security configurations, and API issues.

Case Studies

Businesses need to be aware of the benefits of developing secure Laravel solutions. These case studies do just that by showcasing how, by incorporating security measures, they were able to be successful:

Multi-Factor Authentication (MFA) Implementation : Case 1

Success Overview: MFA has been increasingly adopted by Laravel applications to secure user authentication and reduce the risks of account compromise.

Implementation: One eCommerce platform built on Laravel successfully integrated MFA into its authentication process. This step added an extra layer of protection beyond just passwords.

Impact: Drastically reduced account takeovers, even when some users had weak passwords. Boosts user trust in the security of the platform.

Lessons Learned: Implement MFA in applications handling sensitive data or financial transactions. Laravel has native support for integrating MFA through packages like Laravel Fortify, simplifying implementation.

Encryption of Sensitive Data : Case 2

Success Overview: One healthcare company using Laravel for its patient management system successfully secured sensitive patient data using encryption for both data at rest and in transit.

Implementation: The company utilized Laravel’s built-in encryption methods to encrypt sensitive data such as patient health records, payment details, and other PII (Personally Identifiable Information). They also enforced HTTPS for all communications.

Impact: Even in the event of data theft or unauthorized access, the encrypted data was unusable by attackers. The company passed strict healthcare compliance audits (e.g., HIPAA).

Lessons Learned: Always encrypt sensitive data, especially when dealing with PII, financial information, or healthcare data. Use Laravel’s native encryption features or third-party libraries to ensure the integrity of encrypted data.

Regular Security Audits and Patching : Case 3

Success Overview: A major SaaS (Software as a Service) company running on Laravel implemented a rigorous schedule of security audits, vulnerability scanning, and patching.

Implementation: The company conducted quarterly security audits and employed automated vulnerability scanners to catch potential issues in both custom code and third-party packages. They also maintained a strict patching schedule to address newly discovered vulnerabilities.

Impact: The application remained free from major security breaches for over five years.

The SaaS company built a strong reputation for security, attracting larger enterprise clients.

Lessons Learned: Regularly audit application code and dependencies for vulnerabilities. Implement automated tools for vulnerability scanning and keep both Laravel and third-party libraries up to date.

API Rate Limiting and Throttling : Case 4

Success Overview: An online platform with a public API built on Laravel successfully implemented Rate limiting and throttling to prevent abuse and DDoS (Distributed Denial of Service) attacks.

Implementation: Using Laravel’s built-in API rate limiting features, the platform was able to mitigate brute-force attacks and prevent abuse from automated scripts attempting to overwhelm the system.

Impact: Prevented DDoS attacks that could have taken down the platform and improved the platform's resilience and availability, maintaining service even during attempted attacks.

Lessons Learned: Implement Rate limiting for all public APIs to prevent abuse. Laravel's throttle middleware is easy to configure and should be applied to sensitive routes like login and API endpoints.

Common Laravel Security Pitfalls

Security audits of Laravel applications have revealed a trend of common issues that developers face. One of the most prevalent problems is insufficient input validation, which can lead to injection attacks and other vulnerabilities.

Laravel provides a $fillable property on models to guard against mass-assignment vulnerabilities, but developers must use it judiciously to prevent unintended access control issues.

Another often overlooked security measure is Subresource Integrity (SRI). SRI helps protect against compromised third-party scripts by verifying an integrity hash before loading the resource. Its underuse leaves many applications vulnerable to malicious code injections.

Rate limiting is another critical security feature that is frequently missing in Laravel applications. Proper Rate limiting can prevent bot attacks and abuse, especially in sensitive areas like authentication and user account queries.

Best Practices To Follow

Hire remote developers with extensive experience in developing top-notch solutions. Ones that incorporate a high level of security and have exceptional skills. They should ideally be following best practices for security as well.

Acquaint Softtech is one such software development outsourcing company with over 10 years of experience. We have a dedicated team of Laravel developers along with a very state-of-the-art QA team to deliver flawless solutions. Our developers have access to all the necessary resources as well, especially since we are one of the few firms that is an official Laravel Partner.

To ensure the security of Laravel applications, when you hire Laravel developers, ensure they adhere to the following best practices:

Validate Input Rigorously: Use the validation features to check all incoming data thoroughly.

Employ SRI: Implement Subresource Integrity for all third-party scripts and styles.

Implement Rate Limiting: Use Laravel's Rate-limiting features to protect against brute force attacks.

Stay Updated: Keep Laravel and all dependencies up to date to benefit from the latest security patches.

Use Trusted Packages: Only use packages from trusted sources and maintain them regularly.

Conduct Regular Audits: Perform security audits and penetration testing to identify and address vulnerabilities.

Configuration is Critical: Many Laravel security failures are a result of misconfigurations (e.g., exposing .env files, improper CSRF protection). Always audit configurations and review deployment settings to minimize exposure.

Update and Patch Regularly: Keeping Laravel, third-party libraries, and dependencies up to date is crucial to prevent exploitation of known vulnerabilities.

Would you like assistance in adopting any of these practices for your Laravel projects? Do not hesitate to get in touch with Acquaint Softtech. We offer outsourcing as well as IT staff augmentation services.

Conclusion

Laravel stands out as a framework that prioritizes security, but it requires developers to be vigilant and proactive. By understanding common security failures and implementing best practices, a Laravel development company applications that are not only functional but also secure.

Adopt Laravel security best practices such as input validation, encryption, and secure authentication. Regularly update code and dependencies.Conduct thorough security audits and implement monitoring to detect potential vulnerabilities early.

Take advantage of the Laravel development services provided by an official Laravel partner like Acquaint Softtech and gain the upper edge.

[geekscripts]

SQLMutant: Advanced Tool for SQL Injection | #Pentesting #RedTeam #SQLInjection #SQLi #SQLMutant #Hacking

[qhsetools2022]

Ingénieur Concepteur Développeur JAVA Confirmé/ Senior (Oujda)

Job title: Ingénieur Concepteur Développeur JAVA Confirmé/ Senior (Oujda) Company: SQLI Job description: d’intégration des développements effectués. Assurer la qualité du code basé sur des métriques et des pulls requests. Analyse…’onboarding, la qualité ) Qualifications Maîtrise les concepts d’Agilité (Scrum, Sprint Planning, Backlog…) Maîtrise… Expected salary: Location: Oujda Job date: Thu, 26…

[raj173]

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#cybersucrity #bugbunty #sqlinjectin #sqli #wordpress #bugbountypoc #newcve #bugbountytips #haxshadow #AgathaAllAlong #jjk270

[govindhtech]

How Google Cloud Armor Protects EA Sports Game Servers

Assist in defending your websites and apps against online threats and denial of service attacks.

Google Cloud Armor Advantages

Integrated DDoS protection

Google’s experience safeguarding important web properties like YouTube, Gmail, and Google Search is beneficial to Cloud Armor. It offers integrated defenses against DDoS assaults at the L3 and L4 levels.

Reduce the OWASP Top 10 hazards

Pre-established rules offered by Cloud Armor aid in the defense against assaults like SQL injection (SQLi) and cross-site scripting (XSS).

Protection fit for an enterprise

You may get curated rule sets, DDoS and WAF services, and other services for a fixed monthly fee with the Cloud Armor Enterprise tier.

Important characteristics

Adaptive defense

Use a machine learning system that has been locally trained on your apps to automatically identify and assist in mitigating big volume Layer 7 DDoS attacks.

Sophisticated DDoS defense for networks

Using external network load balancers, protocol forwarding, and virtual machines (VMs) with public IP addresses, workloads can be protected against volumetric network and protocol DDoS attacks with always-on attack monitoring and mitigation.

Pre-set WAF regulations

OWASP Top 10 protection and mitigation against common web-application vulnerabilities are provided by out-of-the-box rules based on industry standards.

Bot oversight

Offers your apps automated bot protection and aids in preventing fraud at the source and on the edge by natively integrating with reCAPTCHA Enterprise.

Limiting rates

Rate-based restrictions assist you in safeguarding your applications from a high volume of requests that overburden your instances and prevent authorized users from accessing them.

Cloud Armor pricing

Google Cloud Armor cost depending on application traffic and protection. Overview of typical cost structure:

Secure Policies:

Monthly security policies cost $5.

Traffic filtering policies are created and maintained here.

Security Policy Rules:

Monthly $1 per rule.

Charges per rule apply to policies with several rules.

HTTP(S) Request Fees:

$0.75 per million Cloud Armor-evaluated HTTP(S) requests.

Cloud Armor-filtered traffic incurs this fee.

Protection Adaptation:

One protected resource per hour costs $0.10.

This applies to automatic DDoS mitigation using Adaptive Protection.

DDoS Protection Costs:

Applications using the baseline Cloud Armor service receive free DDoS protection, although premium protection levels may cost extra.

Premium Features:

Depending on your use case, sophisticated security features like logging may cost more.

Check Google Cloud’s pricing calculator or documentation for current pricing based on your needs. Pricing varies by area and feature.

GCP Cloud Armor

As a world leader in digital interactive entertainment, Electronic Arts (EA) is renowned for its cutting-edge games, cutting-edge services, and potent technology. To safeguard its game servers and improve DDoS resistance, EA Sports FC, a major gaming brand, chose Google Cloud Armor to host its gaming infrastructure.

Gaming companies might suffer greatly from distributed denial-of-service (DDoS) attacks. They may interfere with player access to games, disrupt gameplay, or even harm game servers. This may result in decreased sales, unhappy clients, and damage to the business’s reputation.

The gaming industry was a primary target of the massive growth in volume and frequency of DDoS assaults over the past year. As per the Gcore Radar report for the second half of 2023, 46% of the attacks target the gaming industry, making it the most affected sector.

Armor Cloud hosting

Protecting against DDoS using Google Cloud Armor

At the periphery of Google’s Cross-Cloud Network is a web-application firewall and DDoS mitigation service called Cloud Armor. Applications and services that are installed on Google Cloud, on-site, or with another infrastructure provider are safeguarded by Cloud Armor.

With a focus on the gaming sector, Cloud Armor has been able to meet the specific requirements of L4 workloads like UDP by adding new products to its portfolio in the last year. Both GKE and GCE workloads are supported by the underlying networking infrastructure, which can be either virtual machines (VMs) with public IP addresses or an External Passthrough Load Balancer.

EA Sports uses our new custom network edge security rules in conjunction with enhanced network DDoS protection as a subscriber of Cloud Armor Enterprise. In order to fight against common volumetric network and protocol DDoS attacks, such as SYN flood, UDP flood, DNS reflection, and NTP amplification attacks, advanced network DDoS defense offers always-on attack detection and just-in-time mitigation.

Customers can design a set of security rules to permit or prohibit traffic at the network’s edge based on user-specified filters, including IP addresses, ASNs, ports, regions, and protocols, using Cloud Armor custom network edge security policies. Customers can match each security policy to the particular service they want to safeguard by attaching it to one or more backend services or virtual machines (VMs).

Additionally, deep packet inspection is carried out by Google Cloud Armor on incoming traffic to stop policy-violating activity. Clients can set up a security policy rule that, when combined with other filters, examines each incoming packet based on a user-specified TCP/UDP byte offset location filter.

Every incoming packet is assessed and subject to Cloud Armor security regulations at Google Cloud’s network edge, much upstream of client equipment. Our network’s size and reach enable Google Cloud to securely absorb and disperse massive attacks with the least amount of disruption to client infrastructure.

Together with additional clients and the EA Product Infrastructure and Engineering division, these new bespoke network edge security policies were created. The Cloud Armor team tested and refined the proposed service during the development period. The end product is a strong tool that enables EA Sports FC to enhance their DDoS protection and design security policies that are specific to their requirements.

Study up on Cloud Armor

A useful tool for defending game servers against DDoS attacks is Cloud Armor. It can ensure that gamers can keep having fun with their games while lessening the impact of attacks.

Read more on Govindhtech.com

[a2zdevcenter]

What Every Beginner Should Know About Web App Security

In the ever-evolving world of technology, web applications have become a cornerstone of modern business operations and personal convenience. From online banking to social networking, web apps are deeply embedded in our daily lives. However, with their increasing prevalence comes the heightened need for robust web app security. For beginners in web app development, understanding the fundamentals of security is crucial to building resilient and trustworthy applications. Here’s what you need to know about web app security.

Understanding Web App Security Basics Web app security is about protecting web applications from various threats and vulnerabilities that can compromise data integrity, confidentiality, and availability. Security breaches can lead to data theft, unauthorized access, and even financial losses. As a beginner in web app development, it’s essential to grasp the basics of security principles and practices to safeguard your application and its users.

Common Security Threats Several common threats target web applications. Here’s a brief overview of some of the most prevalent:

Cross-Site Scripting (XSS): XSS attacks occur when attackers inject malicious scripts into web pages viewed by other users. This can lead to session hijacking, defacement, and data theft.

SQL Injection (SQLi): SQL injection involves inserting malicious SQL queries into input fields, allowing attackers to manipulate or access databases unlawfully.

Cross-Site Request Forgery (CSRF): CSRF attacks trick users into performing actions on a website without their consent, potentially causing unauthorized transactions or data changes.

Insecure Direct Object References (IDOR): IDOR vulnerabilities occur when an attacker can access resources or data by altering identifiers in the URL or request parameters.

Broken Authentication: Weak or flawed authentication mechanisms can allow unauthorized users to gain access to sensitive parts of an application.

Implementing Secure Coding Practices To mitigate these threats, adhering to secure coding practices is essential. Here are some best practices to follow:

Input Validation: Always validate and sanitize user inputs to prevent malicious data from affecting your application. Use parameterized queries or prepared statements to protect against SQL injection.

Output Encoding: Encode data before displaying it on web pages to prevent XSS attacks. For example, use HTML encoding to ensure that user input is treated as plain text.

Authentication and Authorization: Implement strong authentication mechanisms, such as multi-factor authentication (MFA), to verify users’ identities. Ensure proper authorization checks are in place to control access to resources.

Secure Session Management: Use secure cookies, set appropriate session timeouts, and implement mechanisms to protect against session fixation and session hijacking.

Error Handling: Avoid exposing detailed error messages to users, as they can reveal sensitive information about the application’s internals. Implement generic error messages and log detailed errors server-side.

Adopting Security Best Practices Besides secure coding, incorporating security best practices into your development process is crucial. Here’s what you should consider:

Use HTTPS: Ensure that your application uses HTTPS to encrypt data transmitted between the server and clients. This helps protect against man-in-the-middle attacks and eavesdropping.

Regular Updates: Keep your software, libraries, and dependencies up-to-date to address known vulnerabilities. Apply security patches promptly to minimize risks.

Conduct Security Audits: Perform regular security audits and vulnerability assessments to identify and address potential weaknesses in your application. Penetration testing can help simulate real-world attacks and evaluate your app’s security posture.

Educate Your Team: Ensure that everyone involved in web app development, including developers, designers, and project managers, is aware of security best practices and follows them diligently.

Understanding Web App Development and Security In the context of web app development, security should be integrated into the entire development lifecycle. This approach, known as “Security by Design,” involves considering security from the planning and design phases through to deployment and maintenance.

Design Phase: Incorporate security features into the application’s design, such as secure authentication methods and data encryption. Conduct threat modeling to identify potential vulnerabilities early on.

Development Phase: Follow secure coding practices and leverage security frameworks or libraries that provide built-in protection against common threats.

Testing Phase: Perform comprehensive security testing, including code reviews, static and dynamic analysis, and penetration testing, to uncover and address vulnerabilities before deployment.

Deployment and Maintenance: Monitor your application for security issues and respond promptly to any incidents. Regularly review and update security measures to adapt to emerging threats.

Stay Informed About Emerging Threats The landscape of web app security is constantly evolving, with new threats and vulnerabilities emerging regularly. Staying informed about the latest security trends and best practices is essential for maintaining a secure application. Follow reputable security blogs, join professional forums, and participate in webinars or conferences to keep your knowledge up-to-date.

Conclusion For beginners in web app development, understanding and implementing web app security is paramount to creating reliable and trustworthy applications. By being aware of common threats, adopting secure coding practices, following best practices, and integrating security into the development lifecycle, you can significantly reduce the risk of security breaches and protect your users' data. Remember, web app security is not a one-time task but an ongoing process of vigilance and improvement.

[sqlinjection]

Statistics

source: statista 2022 In 2023, SQL injection attacks were responsible for 23% of web application critical vulnerabilities discovered globally compared to 2022, where they were 33%. They remain one of the most prevalent security risks for web applications, despite a decline in its share of critical vulnerabilities from 33% in 2022 to 23% in 2023. This decrease indicates an improvement in secure coding practices and database security, but SQLi still poses a significant risk. ! this is why it it so important to share awareness and mitigation/defense measures on injection attacks

[shadowhackerss]

أداة اكتشاف ثغرات مواقع واستغلالها Openredirect CSRF SSRF XSS And Sqli vulnerability

السلام عليكم متابعين قناة ومدونة Shadow Hacker في هذا المقال سوف استعرض لكم أداة رائعة جداً للمهتمين في مجال Bug hunter  بشكل كبير جداً وهي أداة MagicRecon القادرة على أكتشاف واستغلال ثغرات المواقع بشكل تلقائي مثل Openredirect, CSRF, SSRF, XSS And Sqli vulnerability وغيرها من الثغرات.

 أداة اكتشاف ثغرات مواقع واستغلالها Openredirect CSRF SSRF XSS And Sqli vulnerability

اذا كنت مهتم في مجال Bug hunter وتريد اكتشاف ثغرات المواقع والسيرفرات واستتغلالها بطريقة تلقائية هنا تأتي أداة magicRecon كأداة قوية تجمع بين البساطة والفعالية، أداة magicRecon  ليست مجرد توول لأكتشاف الثغرات وجمع المعلومات وحسب، بل هي أداة متكاملة لاكتشاف الثغرات الأمنية مثل Open Divert و CSRF و SSRF و XSS و SQL Injection، بالإضافة إلى العديد من الميزات الأخرى التي تجعلها ضرورية ان تكون متواجدة في أي مختبر اختراق.

ما هي magicRecon؟

ما هي magicRecon magicRecon هي أداة مفتوحة المصدر تم انشائها لكي تكون اداة قوية في اكتشاف الثغرات المواقع والسيرفرات يوجد مع الأداة  مجموعة من الأدوات الشهيرة في مجال أختبار الأختراق الأخلاقي، مما يجعلها أداة قوية وفعاله جداً,  تفيد أداة magicRecon ممن هم مهتمين في Bug hunter ومحبين أختبار الأختراق الأخلاقي.

[themesfores]

WP Guard – Security plugin for WordPress v2.5

https://themesfores.com/product/wp-guard-security-plugin-for-wordpress/ WP Guard – Security plugin for WordPress v2.5 WP Guard is a powerful WordPress security plugin that will protect your website from hackers, attacks, and other threats. For full details and features, you can check out the sales page. WP Guard – Security plugin for WordPress WP Guard is a powerful WordPress security plugin that will protect your website from hackers, attacks and other threats. It will protect your website from SQLi Attacks (SQL Injections), XSS Vulnerabilities, Proxy Visitors, VPN Visitors, TOR Visitors, Spam, Malicious Files (Viruses) and many other types of threats. WP Guard uses an intelligent algorithms (similar to the ones used by major industry companies) to detect all known hacker attacks as well as new unknown threats using code recognition and patterns, and automatically takes action. WP Guard is directly integrated with WordPress, you can view all logs in the Admin Panel and it is also integrated with Ban System from which can be banned Visitors (IP Addresses), Countries, IP Ranges, Internet Service Providers (ISP), Browsers, Operating Systems (OS) and Referrers. WP Guard has many features and settings. With its help can be easily managed the security of your website. WP Guard is a powerful Web Application Firewall designed to protect WordPress. It allows any website administrator to benefit from very advanced and powerful security features. It is very fast, optimised and requires very low system resource. Please note that any digital products presented on this website do not contain malicious code, viruses or advertising. https://themesfores.com/product/wp-guard-security-plugin-for-wordpress/ #SecurityPlugin #WordpressPlugins

[pentesttestingcorp]

SQL Injection Risks & Protection for OpenCart Sites 🚨

Protecting Your OpenCart Store from SQL Injection Attacks

SQL Injection (SQLi) attacks can seriously compromise an eCommerce store. OpenCart users, take note! In this quick guide, we’ll look at what SQL injection is, see some vulnerable code examples, and share coding techniques to keep your store secure.

What’s an SQL Injection (SQLi)?

SQL injection occurs when a hacker manipulates SQL code within a form field, URL, or other input method, often bypassing authentication or accessing sensitive data. An SQLi attack can trick OpenCart into sharing sensitive user data, including passwords and order details.

Here’s an example of vulnerable code in PHP:

php

// Unsafe SQL query example $user = $_POST['username']; $pass = $_POST['password']; $query = "SELECT * FROM users WHERE username = '$user' AND password = '$pass'";

Hackers can easily manipulate this by entering something like ‘ OR 1=1 -- into the username field, granting them access without a password.

Secure Coding Practices: How to Protect Against SQL Injection

Use Prepared Statements: A powerful way to protect against SQLi is to use prepared statements with bound parameters. This stops SQL commands from being injected into your code.

Example of Safe Code:

php

// Using prepared statements $stmt = $db->prepare("SELECT * FROM users WHERE username = ? AND password = ?"); $stmt->bind_param("ss", $user, $pass); $stmt->execute();

This code uses placeholders (?) to avoid direct injection, ensuring only validated data is processed.

Advanced Tips:

Sanitize Inputs: Check all user input to filter out malicious code.

Use ORM Libraries: Object Relational Mapping libraries, like Doctrine, help limit SQLi risks.

Restrict Database Permissions: Set minimal access rights for database users.

Tools for Securing Your Site

Using vulnerability scanners can give you insight into potential weaknesses on your OpenCart store.

Our Free Website Security Tools provide quick assessments of your site, making it easy to stay on top of vulnerabilities.

Here’s an example Vulnerability Assessment Report created by our tool to identify threats like SQL injection.

Stay Updated with Cybe Rrely and Pentest Testing Corp.

Dive deeper into secure practices on CyberRely and PentestTesting for cybersecurity insights and practical tips.

By following these steps, OpenCart owners can build a more secure, trusted eCommerce experience for their users. And remember, regular monitoring and safe coding are key to keeping your store secure!