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The malicious assaults and Internet security vulnerabilities can affect any website or online application, whether it’s a large online bank handling millions of dollars in daily transactions or a shop for tiny local enterprises. It’s has become a huge responsibility for an enterprise app development company to protect the app or website from cyberattacks.

Hackers frequently select their victims based on their susceptibility rather than their scale or notoriety. Smaller systems, which may or may not include sensitive data, can be more appealing targets simply because they are easier to break into.

Because the number of attacks has grown, and data has gotten more personal and valuable, enterprise application cybersecurity has now become increasingly crucial. Businesses cannot afford to ruin their brand even once in today’s relatively open and inclusive society.

Organizations, especially, enterprise app development companies should integrate cybersecurity considerations into the development phase of web applications to offer effective protection against web application cybersecurity issues. Sadly, most developers put it off until the last possible moment.

This blog discusses the numerous areas of vulnerability that corporations must secure for total enterprise application development, as well as the alternative approaches that can be used to accomplish so.

7 most important cloud security issues and threats for enterprises

 

 1. Brute force attack

In a brute force attack, the hacker tries many password possibilities in various permutations until one is successful (typically with the assistance of automation). Consider it as attempting every conceivable combination of numbers to unlock a combination padlock.

Enterprise app development company

How to prevent:

Several CMS and popular programs have software that analyzes your machine for recurring login failures or provides this information through a plugin system.

These programs and plugins are the finest anti-brute-force defences since they significantly limit the number of attempts that may be made.

2. Injection attacks

An injection-vulnerable web application takes unknown data from an input field without sanitizing it. By entering code into an input field, the attacker can persuade the server to perceive it as a system command, leading the server to behave in the attacker’s favour.

SQL injections, Cross-Site Scripting, Email Header Injection, and other injection threats are common. Unauthorized disclosure to databases and the leveraging of administrative access could be the result of these attacks.

How to prevent:

Aside from hosting or network-level cloud security solutions, dealing with this security issue from a development standpoint is equally critical. But still, we can have precautions against these cyber-attack issues.

Update any framework, CMS, or development platform with cybersecurity fixes regularly. When programming, use the best input sterilization procedures. All user input, no matter how minor, should be evaluated against a fundamental set of guidelines for what is anticipated.

Several scripting languages provide built-in capabilities to sanitize input and ensure safe SQL execution to assist avoid SQL injections. Use these utilities to generate database queries using any variables.

3. Broken authentication

Broken authentication refers to a vulnerability in which encryption and key control credentials have a wrong implementation. These can lead to cyber threats.

Hackers can assert a valid user’s identity, access their sensitive data, and potentially leverage the assigned ID privileges because of this incorrect implementation.

How to prevent:

Wherever possible, use two-factor authentication in order to avoid cyber security threats. Even if the hackers obtain or guess the right password, this can safeguard a login.

Also, update your passwords on a regular basis (every 60 or 90 days, for example), and never use the same one multiple times.

Further Reading: AWS vs Azure: How Did The Cloud Computing War For Enterprise App Development Begin?

4. Cross-site scripting (XSS)

It’s a client-side injection-based attack. At its essence, this attack is injecting malicious code into a website application for it to be executed on the victims’ web pages. Such threats can affect any program that does not sufficiently check malicious files.

User session IDs are stolen, websites are defaced, and users are sent to fraudulent sites if the implementation is successful (thereby allowing phishing attacks).

How to prevent:

Adjust your site’s comprehensive cloud security policies to limit the source URLs of remote modules and pictures to only your domain and any external URLs you need. This simple and quite often technique can stop many XSS attacks before they even start.

The majority of XSS attacks rely on the site developer’s failure to take any precautions. If you’re a coder, you can avoid these online security issues by appropriately escaping HTML tag characters, such as converting and > to and > on any user input that JavaScript processes. Small precautions can add up to a lot of protection.

5. Sensitive data leak

When data leaks, like ransomware, happen, they usually make the news. Customer information or proprietary intellectual property, such as source code, might be exposed as a result of data leaks.

Hackers find interest in anything that is in hidden mode. The majority of the time, this material is well-protected, and compromise is usually achieved through other means, such as insider threats or social engineering.

How to prevent:

Keep the confidential information hidden behind network cyber security and login limitations. Limit the number of people who have access. Ensure that all user access has strong passwords and, where possible, multi-factor authentication and that users update their passwords on a regular basis.

To avoid phishing and harmful links, consider adopting a secure managed email platform. The developers should restrict physical access to critical systems as well.

6. Credential stuffing attack

Hackers that abuse the re-use of credentials across several accounts are now known as credential stuffers. If a hacker gets their hands on one of your account passwords, you can bet they’ll try to get into dozens of other popular services using the same login and password.

How to prevent:

The simplest and most straightforward approach to avoid this cyber security problem is to never use the same login or password for numerous services. Multi-factor verification also aims to mitigate this by securing the login even if one compromises the primary password.

7. Data breach

A data breach occurs when an unknown individual acquires access to your personal information. They may not have a copy of the data or control over it, but they can examine it and make modifications if necessary.

You might not even be aware of a breach right away. For example, the attacker may know the password to an administrative account but hasn’t utilized it yet to make any modifications.

How to prevent:

This Cyber security problem might be difficult to solve since cyber attackers at this point are usually taking precautions to remain undetected.

Several programs will print the connection details from your last session when you log in. When this information is available, be aware of it, and be cautious of unfamiliar activities.

These notifications are available natively or through plugins in the most popular content management systems and open-source applications. Other plugins automate the process of checking your website’s files for new additions or changes.

The more you use these tools, the better you’ll be able to spot any potentially questionable activities. You have the best alternatives for cleanup and prevention if you notice security vulnerability early.

Further Reading: The Best Technology Stack For Enterprise-level Application Development

Strategies to improve application security during the software development lifecycle (SDLC):

Introduce security guidelines and recommendations during the product development stage of the application. For example, Integrate penetration testing at the initial phases of development.

Secure programs in production environments by enforcing security processes and structures. For example, Carry out periodic security checks to ensure less amount of cloud security risks.

Programs should use Robust authentication that contains sensitive information or are mission-critical.

Use firewalls, web application firewalls (WAF), and intrusion prevention systems (IPS) as surveillance systems.

Further Reading: How Do You Create The Best HIPAA Compliant Mobile Application?

Conclusion

It’s a fool’s errand to guarantee 100 percent computer security and zero breaches against cyber attacks. The technical world is constantly changing, and change brings new threats.

The Internet of Things (IoT) is becoming more commonplace in businesses throughout the world, and with such high levels of connectivity, we expose ourselves to more digital dangers.

An enterprise app development company must recognize that security, like profit and client-level SLAs, is a strategic goal that the IT team must address as a KPI.

Security is a shared duty of the company and its personnel against cyber attacks. Finally, security entails doing all possible to assure safety, as well as monitoring all systems so that the company may adopt preemptive and quick-response measures.

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