Application Security Solutions

We offer application security solutions designed to help protect web applications and software systems from various types of cyber security threats.


Protect Your Online Business with Application Security Solutions

Our web application security solutions focus on preventing hackers from gaining access to important information and jeopardising your online business. We implement end-to-end app security solutions to deliver highly-secured web applications.

Our security team experts provide a holistic approach to web app vulnerability prevention by combining industry-leading security tools with technical experience in security analysis and consulting services. We also specialise in developing complex CRM software, where user-level roles and user permissions are critical when information is confidential and must be kept safe.

We provide a wide range of application security solutions that cover the entire application lifecycle. We can identify your app’s threats and vulnerabilities from the development process to the deployment stage to ensure the protection of the whole app’s lifespan.

Common Web Application Vulnerabilities

We can keep your online business safe from application security threats or create a secure application from scratch. Most security vulnerabilities open a door for hackers and cybercriminals to exploit the weaknesses and flaws in web apps. If left unaddressed, attackers can exploit your system to steal sensitive information, manipulate or compromise the entire application. Understanding and mitigating common vulnerabilities is critical to ensure your web app’s health and security.

  • Injection Attacks

    Injection attacks occur in various contexts, such as databases, network protocols and operating systems, when an attacker sends malicious code as input to a web application. We can protect your application from injection attacks by following the coding best practices, validating user input and implementing competent security measures.

  • SQL Injection

    SQL injection attacks happen when hackers exploit vulnerabilities of a web app and inject SQL code into a database query, getting access to sensitive data. They can modify and delete it, bypass the web app’s authentication, and gain administrative privileges. We prevent SQL injections by implementing validation, sanitisation, and using prepared statements and parameterised queries.

  • Cross-site Scripting (XSS)

    XSS vulnerabilities occur when a malicious code is injected into a web app and executed by a gullible visitor. Hackers steal sensitive data when users click on a malicious URL in an error message or search result. We prevent XXS attacks through proper input validation, sanitisation and use of security features (Content Security Policy (CSP) and HTTP-only cookies).

  • Broken Authentication

    Broken authentication arises when a bad actor gains access to a user’s authentication information or session. They bypass the authentication and access a legitimate user’s account or sensitive data by brute force attacks, session hijacking or password cracking. We prevent this malicious activity by implementing robust multi-factor authentication mechanisms and password encryption.

  • Session Management

    Session management vulnerabilities occur when a system does not manage user sessions properly. These vulnerabilities happen through session fixation, session hijacking and session replay attacks, and hackers access the user’s account or sensitive information. We prevent these vulnerabilities by implementing secure session management practices (solid session IDs, secure session cookies and encrypting session data).

  • Insecure Direct Object References (IDOR)

    IDOR vulnerabilities arise when a web app allows users to directly access an internal object like a database or file record without secure authorisation or authentication checks. We prevent IDOR vulnerabilities through server-side validations and ensure that object restrictions and access comply with the user roles and permissions.

  • Security Misconfiguration

    Security misconfiguration happens through default or weak passwords, unpatched software, improper permissions, and unused or unnecessary enabled services or features. Insecure communication protocols lead to data breaches, compromised systems and unauthorised access. Our application security solutions for these vulnerabilities follow security guidelines, best practices, CIS controls and regularly update and review configurations.

  • Cross-Site Request Forgery (CSRF)

    CSRF security risks occur when hackers trick users into executing an action on a website or web application without their knowledge or consent. Cross-site request forgery happens when users visit a malicious website or click on malicious links that contain forged or manipulated requests that look like they are coming from a legitimate source. We implement CSRF tokes in all requests, which are unique and randomly generated for each user session, to prevent web app vulnerability.

  • Insufficient Authorisation

    Insufficient authorisation vulnerability happens when a web application uses a one-size-fits-all approach to authorisation. All users have the same level of access regardless of their stats and role. We implement accurate authentication and authorisation checks, such as assigning specific permissions based on the user’s role and using strong passwords and multi-factor authentication.

  • File Inclusion Vulnerabilities

    File inclusion vulnerability can occur in various parts of an app and happens when an input is not correctly validated. Our web application security solutions to prevent file inclusion vulnerabilities are restricting file inclusion to trusted files and directories, limiting user-supplied input for file paths and file names, and validating and sanitising all user input.

  • Broken Access Controls

    Broken access control happens when a web application does not restrict access to resources and functionalities based on the user’s permissions and roles. These security events occur when the restricted areas of a web app have poor authentication and authorisation protocols. We prevent broken access controls by implementing solid authentication and authorisation controls and assigning permissions based on user roles.

  • Insecure Cryptographic Storage

    Insecure cryptographic storage refers to failing to encrypt sensitive data correctly. It occurs when a system or web app uses insecure cryptographic algorithms or key management practices. We implement security controls such as modern industry-standard encryption algorithms, solid key lengths and secure key management practices.

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Web application checklist

Software security and vulnerability prevention for web applications should be integrated as early as possible in the application development process so that any security issue can be detected and resolved promptly. We have compiled a web application security solutions checklist to protect your online business.

  • Access Control

    Proper authentication and authorisation controls ensure the reliability and security of a web application and system. We recommend using strong passwords and multi-factor authentication to ensure only authorised individuals can access, modify, or view sensitive information or resources.

  • Secure Coding Practices

    Following coding best practices and standards keep your web app safe. We recommend regular manual or automated source code reviews and testing for immediate identity and fixing any security flaws as soon as possible in the development process.

  • Up-to-Date Software

    Software and security updates are mandatory to keep your web application safe and prevent vulnerabilities from being exploited. We recommend updating your software and security patches regularly.    

  • Encrypt Files

    it is mandatory to encrypt sensitive files and data in transit to ensure their protection against hackers. We recommend using HTTPS and SSL/TLS encryption to keep your files and data safe.

  • Web API Security

    To protect the integrity of your web application, prevent data breaches and transfer data in a safe way, we recommend using secure APIs and web services to prevent data breaches, unauthorised access and safely transfer data.

  • Input validation and sanitisation

    Validating all input data prevents web apps from injection attacks and cross-site scripting attacks. We recommend using secure input fields, implementing server-side validation and regularly testing input validation and sanitisation.

  • Secure Session Management

    To protect your web application from being hijacked and to keep it safe from common security vulnerabilities, we strongly recommend using HTTPS for session communication, implementing session timeouts and invalidating them properly.

  • Securely Store, Manage and Backup Data

    Frequent automatic backups of your database and files are vital, especially on the production server. We recommend using file encryption and secure storage to keep sensitive data secure from unauthorised access.

  • Regular Security Checks

    A highly secure web app is essential for your business and customers. We recommend performing regular deep security testing to identify potential threats as early as possible. If in need, we advise calling our white hacking partners to ensure our web apps' security is unbreachable.

  • Monitor and Log Activity

    Keeping an eye on user activity and logging the requests and responses will prevent security breaches. We recommend you perform these activities to identify anomalies and suspicious activity patterns, which can signal security risks.

Top Industries Where Web Security Is Decisive

Certain industries that deal with highly sensitive information need web application security solutions to ensure the safety of their online activities. Our development teams have experience in multiple industries where safeguarding their assets and maintaining customer trust is decisive to their business success.

Dedicated and professional development team right at your disposal.

What influences our cost

The final price of our custom software development depends on plenty of criteria from project to project. You can find the main elements that influence the total cost down below:

  • Team Composition

  • Team Size Required

  • Project Duration

  • Speciality Level

  • Project Complexity

  • Cooperation Model

Why choose Flowmatters for application security solution

We have the knowledge and technology to work with various industries and provide top-notch application security solutions. As every business is different, so are the services we provide regarding security. We offer custom backup solutions to help our partners with suitable options.

  • High responsiveness

    We offer reliable application security tools and speedy response times to effectively address issues and identify solutions through the entire software development lifecycle.

  • Proven experience

    We have built strategic business partnerships from various industries for nearly two decades. We empower our partners to achieve their security goals by leveraging our industry-specific knowledge and cutting-edge technologies. 

  • Business oriented thinking

    We are dedicated to ensuring that the project adds value to users, stakeholders, and your business by safeguarding sensitive data and complying with legal and regulatory requirements. We aim to provide high-quality application security solutions that protect your online business from cyber threats.

  • Technical expertise

    Our skilled and dedicated development team will guarantee that your web application is secure for customers and employees. With an average of 5 years of technical expertise, our developers possess the know-how to deliver reliable solutions for your project.

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As a full-service digital agency, we take pride in delivering top-notch development solutions, creative designs and everything else in between.

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    CEO, Maradent
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    CEO, Get Set Clean
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Frequently Asked Questions

  • In cyberspace, a lack of security brings many security risks. The most common five are cross-site scripting, SQL injections, cross-site request forgery, broken authentication, and insecure direct object references. The outcomes of an attack lead to data and identity theft, financial fraud and other cybercrimes.

  • Yes! Regardless of your web app's phase, application security solutions can be integrated into existing software development processes. We combine a series of automated security testing tools with manual security code reviews to identify security issues and vulnerabilities. We recommend security testing throughout the entire software development lifecycle.

  • We recommend regularly testing and validating the web application security solutions to establish their effectiveness against cyber threats. Moreover, we advise staying up-to-date with the latest security trends and updating your security solutions, implementing a risk-based approach to security and first addressing the most vulnerable areas. Also, ongoing employee training on security best practices and robust access controls are critical to ongoing protection against cyber threats.

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    What happens next?

    • Step 1
      We will get back to you to detail your project needs and sign an NDA.
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      We draft a project proposal, including the scope of work, team size, time and cost estimates.
    • Step 3
      We arrange a meeting to go over the offer and come to an agreement.
    • Step 4
      We sign a contract and start working on your project as quickly as possible.