Cyber Security Development Services

Cyber security development is building protected computer systems and computer programs, resilient to various threats. There is no contradiction ‘software development vs cyber security’ – developers write programs with safeguarding in mind. Secure software reduces the risk of cyber attacks, unauthorized use, data loss, and other types of security issues.

The entry level cyber security operations usually do not require coding skills. However, more serious actions and cyber security web development will demand a degree in computer science and the knowledge of programming languages like Python, SQL, React, JavaScript, Node, PHP, Java, C, .NET, etc.

A cyber attack is an unauthorized and harmful access to computer systems, personal devices, cloud environments, IoT devices, etc. Typically, third parties want to destroy the security system and take control over all activity or steal confidential information, such as passwords, financial data, etc. Cyber security development, research, and audit allows organizations to protect themselves from cyber criminals or hackers.

The four main types of a cyber attack include phishing, malware, SQL injection, and password stealing.To notice, identify, and prevent different types of threats is a job of security professionals who use all kinds of cyber security applications, programming languages, and latest technology solutions like ML.

Sometimes it is vital to evaluate how the system is performing under a cyber attack. The only way to really do this is penetration testing, also known as ethical hacking. Specialists do simulated attacks on various computer systems to find security issues, weaknesses, and potential threats. Using the same techniques and tools as actual hackers, they discover problems that the usual QA testers may not find.

Companies don’t have to make a choice between software development or cyber security, because there are lots of efficient solutions and protected applications.

Security solutions usually consist of the following elements:

• Physical safety of software and hardware, which includes access control;
• Internal security, including threat and data loss prevention;
• Multi-factor authentication of employees (often includes biometric control);
• Backup and data recovery;
• Continuous remote monitoring of computer systems and other infrastructure;
• A special system for quick response to security issues and threats;
• Encryption and storage of data.

Level one is minimal protection – it is good enough for small companies, enabling protection from phishing attacks, malware, and other common threats. Level two – it allows a cyber security software developer to protect a mid-sized company from serious attacks, which includes email security, intrusion monitoring, and access management. Level three – it provides maximum protection from targeted attacks that larger companies often face.

Software developer and a digital security software developer may work together or independently. The aim of cyber security is to shield the existing software from threats and attacks, while software developers can build applications that enhance a cyber security strategy of an organization.

There are different types of cyber threats, for which the corresponding kinds of security exist:

1. Malware protection – it scans a network for any vulnerability that may cause digital security breaches. Examples: antivirus software, firewalls.
2. Phishing attack protection – safeguarding computer systems from malicious links. Examples: anti-phishing tools, secure password managers.
3. Password attacks prevention – software that keeps your login information safe from third parties. Examples: secure password managers.
4. Man-in-the-middle attacks prevention – protective technology for a client-host session. Examples: encryption of data, secure wi-fi.
5. SQL injection prevention – software protecting databases from unauthorized access. Examples: intruder detection system, user authentication.
6. Cryptojacking prevention – saving individual computers and computer systems from hackers trying to mine cryptocurrency. Examples: advanced security apps and browser extensions that block suspicious activity.
7. Watering holes prevention – security monitoring of all systems and devices for any types of security issues that can make a place for a potential cyber attack. Examples: IPS (Intrusion Prevention System).

Since safety and resilience are crucial for business development, cyber security becomes a must for companies of all sizes. Digital security is not hard to integrate if you start with a strategic approach and thoroughly analyze the vulnerable parts of your organization. Security of your business assets depends on clear protocols and measures before you start implementing IT solutions.

There are lots of challenges in cyber security and web development today. The hardest part is to protect systems in an ever-changing digital world. New threats appear regularly – for example, the ones connected to blockchain and cryptocurrency, AI and ML, cloud solutions, IoT applications, and other latest technology. The safety of computer systems is often compromised by phishing attacks, software vulnerabilities, and outdated hardware.

Python is widely used in cyber security web development. It is one of the best programming languages for security scanning, malware analysis, penetration testing, and other tasks. Digital security professionals choose Python for in-depth investigation of suspicious activity that allows them to take immediate action when necessary.

Cyber security in software development started to evolve in the 1970s with a ‘Creeper’, a new type of a computer program for ARPANET that was moving across this local network leaving breadcrumbs along the way. The creator, Bob Thomas, did some research that led to the invention of the first computer virus. The program called ‘Reaper’ appeared shortly after, to successfully find and delete ‘Creeper’. It was the first antivirus, created by Ray Tomlinson who also invented email. In the 1990s, when computers went online, a lot of phishing programs and malware started to attack users, which led to new developments in cyber security and evolution of safeguarding software.

Today, сyber criminals invent new ways to perform more and more damaging attacks on systems and networks. It drives companies to create complex cybersecurity strategies while digital security professionals build innovative solutions to be at least one step ahead with software development in cyber security. These days, Machine learning (ML) and Artificial Intelligence (AI) have developed a great potential in threat detection and risk mitigation. Specialists say that ML and AI may be the future of cybersecurity for the next decade.

In many cases, cybersecurity is harder than programming because it requires specific and sometimes sophisticated skills. It is not enough for a digital security specialist to know certain programming languages, it is vital to understand how security issues and cyber attacks may happen and how to reduce the risk. Some programmers shift from web development to cyber security when they wish to focus more on subjects like infrastructure monitoring, data recovery, encryption, user authentication, etc.

The cost of cyber security in web development depends on the number of factors, the first of which being the complexity of a new solution and its purpose. Sophisticated systems that include features such as security monitoring, access management, data encryption, etc., will cost much more than, for example, a secure browser extension. In addition, the development team’s location is an important pricing factor, as in East Europe one can hire experienced developers with lower average salaries than in countries like the United States or Canada. If you want to roughly estimate the cost and time it may take to develop your digital security solution, just contact our specialists.