Softskills is the key to career opportunities in technology

In the tech world, it's not all about writing code, knowing languages or programmes. That's only part of it, what we would call technical skills or hardskills. The other is the softskillswhich play a fundamental role. Many tend to focus exclusively on the technical, neglecting these skills that are fundamental to professional success.

According to Harvard Business Review, the 58% of technology managers have dismissed technically sound candidates for lack of communication skills. 

What are softskills?

They are more than just a means to get a job. It is the key to our professional self-knowledge. If we know what we excel at, we will know what sectors and roles we should focus on. our professional career. For this reason, we make available the softskills in technology more valuable in each role.

Softskills in Cybersecurity

The world of cyber security is not just about detecting vulnerabilities or responding to incidents. It requires a critical thinking The role is also a strong one for analysing threats, identifying suspicious patterns and making decisions under pressure. In addition, a fundamental part of this role is the communication. Risks often need to be explained to non-technical people, such as managers or customers, so the ability to translate complex information into simple terms is key.

A softskill innate fundamental in this field is the self-confidence. Cybersecurity professionals must rely on their judgement to make quick decisions at critical moments and take responsibility for protecting sensitive data.

Softskills in DevOps

DevOps is the union of development and operations, which is why the teamwork is at the heart of the discipline. DevOps practitioners collaborate with multiple teams, from developers to system administrators, which demands a communication and the ability to facilitate working together. In addition, the DevOps environment is constantly changing, with new tools and methodologies emerging all the time, so that the adaptability is crucial.

This is in addition to the success orientationa softskill innate that enables DevOps professionals to stay focused on continuous improvement, process optimisation and efficient task automation.

Softskills in Software development

Software development is, at its core, the problem solving through the code. Having the flexibility The ability to approach challenges from different perspectives is what differentiates a good programmer from an exceptional one. In addition, receive feedback is part of day-to-day work, whether in code reviews or team retrospectives, so the ability to accept and apply constructive criticism is indispensable.

The conceptual thinking is key for frontend developers, as it allows them to visualise how different pieces of software fit together in a larger system and to develop innovative solutions. While the analytical thinking is highly valued by backend developers because it allows them to decompose complex problems, optimise code performance and design efficient architectures that ensure system scalability and stability.

Softskills in Data Analytics and Data Science

In the field of data analysis, it is not enough to obtain valuable insights; you need to know how to communicate them effectively. A good analyst does not just present graphs and numbers, but tells a story with the data so that decision-makers understand the information and act on it. In addition, the analytical thinking is essential for accurately cleaning, interpreting and modelling data; and the ability to search for information is what allows analysts to delve deeper into data beyond the obvious, identifying hidden patterns and creating effective predictive models.

Softskills in Cloud Computing and Software Architecture

Software architects and cloud professionals must design solutions that are scalable and sustainable in the long term. This implies a strategic thinking to anticipate potential problems and optimise resources from the outset. In addition, when infrastructure failures do occur, it is crucial to remain calm and crisis management effectively to minimise the impact on the business.

A softskill innate key in this field is the understanding of the organisation. Understanding how business structures work, the power dynamics and the interests of different teams allows you to design solutions that truly align with the needs of the business. In addition, the empathy will be a good ally in this process.

Now that we know our skills, how do we transfer them?

It is important to explain technical concepts in a clear and accessible way. Not all recruiters are going to have the range of technical terms that we have mastered as tech specialists. A good method for structuring responses in interviews is the STAR framework (Situation, Task, Action, Result), which allows us to talk about concrete data and increase the impact of our communication. For example, instead of saying "we optimised the code", you can explain "we reduced the load time by 30%, improving user retention".

Communication, as well as all the common softskills, It gets better with practice. You will see your growth as you accumulate interviews, but you can put it into practice by participating in activities such as hackathons or class groups, even with your friends or sports environment. And get used to receiving constructive feedback and collaborating effectively with others. 

These skills will not only help you excel at work, but also help you build lasting professional relationships.

Boost your Technology Career with the Right Softskills

Success in the tech world depends not only on the mastery of tools and languages, but also on the ability to communicate, adapt and solve problems effectively.

If you want to stand out in the labour market and learn how to apply these skills in real environments, IMMUNE Technology Institute offers you innovative training programmes in cybersecurity, software development, cloud computing and data science.

📍 Find out more about our programmes and take your career to the next level: tech.immune.institute

🔹 Which softskills do you think are most valuable in your sector? Let us know what you think in the comments! 👇

Entrepreneurship in cybersecurity, a transformative experience.

Entrepreneurship in cybersecurity is at the top of the list for our IMMUNE students as future leaders in technology. Discover their experience, awards and their impact on cybersecurity.

From the classroom to innovation in cybersecurity: IMMUNE's student success story

IMMUNE is excited to share an achievement that highlights the talent and dedication of our students. A team of students from IMMUNE's Computer Entrepreneurship Bachelor (CEB) programme has achieved the second place in the prestigious INCIBE Demo Day and its incubator Cybertalent.

This recognition not only validates their efforts, but also the practical and future-oriented approach of our educational model - the clear example of entrepreneurship in cybersecurity!

IMMUNE in the media

This success has attracted the attention of important national media:

Interview in the CEB podcast

To find out more about this experience, we interviewed the students in the CEB podcast 🎙️. In this talk, they shared the challenges they faced, their learnings and how the IMMUNE training helped them to shine. Listen to the full interview here

CiberEmprende: Boosting cybersecurity talent

The programme CiberEmprende from INCIBE (Instituto Nacional de Ciberseguridad España) is an initiative designed to foster entrepreneurial talent in the field of cybersecurity. This programme focuses on supporting startups, innovative projects and entrepreneurs that are developing technological solutions to address the most pressing digital security challenges.

Objectives of the CiberEmprende programme

The impact of CiberEmprende on the technological ecosystem

CiberEmprende not only supports entrepreneursIt also helps to strengthen the cybersecurity ecosystem in Spain by fostering:

For participants, this is a unique opportunity to learn from experts and receive the support of one of the most important national cybersecurity leaders.

IMMUNE and CiberEmprende: A synergy for success

The recognition obtained by CEB students at the INCIBE Demo Day demonstrates how IMMUNE prepares its students to excel in such initiatives. The combination of innovative training and high-level programmes such as CiberEmprende creates a direct bridge to the success in the technological field.

Do you want to be the next big thing in cybersecurity in Spain?

At IMMUNE we are committed to practical learning, the development of key competences and the connection with the main companies in the sector.

If you're ready to make a difference in cybersecurity, explore our programmes and take the next step towards your future. Find out more about our programmes

If you already have a project and want to register in the entrepreneurship incubator Sign up here!


This achievement of our students reaffirms our mission at IMMUNE: to train the future leaders in technology. If you want to be part of this success story, join us!

This is the experience of Miguel, a student of the Master's in Online Cybersecurity

We spoke to Miguel Alvarenga, a student at the Master's in Cybersecurity Online of IMMUNE about your professional experience and what benefits you have gained from this programme.


What was your professional situation before studying for your Master's degree?

Prior to pursuing a Master's degree in cybersecurity, I was as a System Administrator in a regional company here in Latin America called GBM.

I was practically looking at databases, servers, backups in general, but I decided to go a bit deeper into cybersecurity, mostly focused on the compliance area.

I discovered IMMUNE and determined to embark on training in this sector and to have a greater engagement so that I can look for jobs that are more in line with what I am looking for.

How has the MSc in cybersecurity influenced your professional career?

After completing the programme, I changed companies to focus more on a cybersecurity position. I have now held this position for 2 years, as a Cyber Defence Analyst in Aplaudo in El Salvador.

The master's degree in cybersecurity has helped me open quite a few doors to enter the field of digital security.

Which area of cybersecurity interests you most?

I want to focus more on the area of compliance and governance.

The programme gives you a general overview, giving you the basis for deciding which area to focus on most; whether it is being a pen tester, being red team, being ethical hackingamong others.

I feel that the Master's degree has helped me a great deal in focus my professional career and continue to learn about cybersecurity.

Cybersecurity is a fairly broad field that will grow as technologies advance and there will always be a need to cover these vulnerabilities that are present across all technologies.

master_in_cybersecurity_IMMUNE

How has your experience with the IMMUNE methodology been?

The master's degree in cybersecurity has a practical methodology in a virtual format. I am currently in El Salvador and IMMUNE is in Spain. The time difference is wide, but I still managed to adapt.

The classes are very practical and I learned a lot about different subjects that I already had an idea of, but I managed to reinforce them.

Although it covers a bit of theory, the methodology of evaluations, exams and so on is quite practical and you learn a lot.

What do you think about the accompaniment of teachers?

At the level of the accompaniment and the knowledge that each of the teachers had, it was noticeable that they were quite knowledgeable, quite accessible.

We have many channels of communication with teachers and staff, either by Discord, by email, and they are quite open when it comes to clarifying doubts.

At least in the project CapstoneThe support is quite important with each of the professors because at the end of the Capstone project, different topics from different areas that were seen throughout the master's degree are presented.

Depending on the students and the field they want to focus on, they take on this project and are assigned a teacher who is in the knowledge of the assigned project.

How has your experience with the online modality been?

It was quite challenging, especially because of the time difference, but if you are organised and have the discipline to get through the Master's, it is quite easy and you can get ahead and focus on your future career.

It is worth it, of that I have no doubt.

Computer crime: types of fraud under the criminal code

Technological advances have brought with them a considerable increase in the number of cases of computer crime. Fraud poses unique challenges for law enforcement, which is constantly forced to adapt to new forms of cybercrime. Largely due to the complexity of the methods employed by offenders.

This just goes to show how important it is to understand and proactively address cybercrime, both individually and institutionally, so that we can protect the integrity of our systems.

But are you clear what is a computer-related crime? Below we explain the characteristics of this type of fraud, how it is dealt with in the Spanish criminal code and give you some examples.

What is a computer-related crime?

A computer crime is any illegal activity involving the use of computer systems or networks, ranging from malicious intrusions to data theft, manipulation of online information, cyberbullying, online defamation or violation of privacy.

Computer fraud poses a major threat to cyber security, data integrity and trust in digital systems. For this reason, governments around the world, as well as the cybersecurity professionals work tirelessly to improve their defences and protect themselves against such risks.

What are considered computer-related crimes under the Penal Code?

In recent years, digital crimes have not only not increased, but have become more and more common. increasingly sophisticated, forcing the authorities to keep abreast of such threats.

In this context, Spanish legislation sets the legal guidelines for identifying and punishing cyber fraud, having evolved in recent years to adapt to the rapidly changing digital landscape.

Computer-related crime is criminalised in the Cybersecurity Penal Code as an action that undermines the confidentiality, integrity and availability of systems, data or software. A definition that covers a broad spectrum of activities, from unauthorised intrusions to malicious manipulation of digital information. But in addition, unauthorised interference with the operation of computer systems is also an act punishable by law.

Currently, the Criminal Code addresses computer-related crime under the umbrella of several provisions, mainly the cybercrime and the computer fraud offence.

Types of cybercrime and examples

The variety and sophistication of the technological crimes constantly challenge Internet security. It is therefore essential to understand the different threats lurking in cyberspace in order to strengthen our defences.

1. Social engineering pishing

This is a computer fraud that can range from the online identity theft to phishing schemes aimed at tricking users into revealing sensitive information. Typically, cybercriminals disguise themselves as trusted entities to obtain personal information, such as usernames and passwords.

A classic example is the sending of fake emails pretending to be from recognised services, such as the bank or the electricity company, requesting confidential information. These are so sophisticated that they are even difficult for experienced users to detect.

2. Hacking offence

The illegal access to computer systemsHacking, commonly known as hacking, is a cybercrime that can have very serious consequences. Hackers use their skills to infiltrate systems, access sensitive data and, in some cases, disrupt the normal functioning of digital platforms.

A common example is attacks on government databases, where hackers can obtain sensitive information and even compromise national security.

3. Intellectual property offences

The intellectual property theft is another type of cybercrime that has been gaining prominence in recent years. Cybercriminals can copy, distribute or steal IP-related elements, such as software, designs or proprietary data, causing significant losses to both individuals and businesses.

The most common examples include software piracy and unauthorised distribution of copyrighted content, mainly affecting the entertainment and technology industry.

4. Denial of Service Attacks (DDoS)

These cybercrimes aim to disable online services by flooding them with fake traffic. As a result, large platforms and websites can be temporarily disabled, as has happened on some occasions in attacks on financial and government services.

5. Threats of sextortion

Criminals threaten to reveal compromising information, such as intimate images, unless a ransom is paid. This type of crime affects the privacy and emotional security of victims.

Become an expert in cybersecurity and fight online crime

As mentioned above, the Penal Code Spanish law provides a solid legal framework for tackling cybercrime, recognising the importance of protecting the integrity and security of digital systems.

However, it must be borne in mind that constant changes in the technology sector require constant efforts to adapt laws to deal with emerging threats.

In this context, collaboration between different sectors is essential to minimise risks. It is therefore not surprising that, in recent years, the demand for professionals in this field has increased. cybersecurity experts has experienced significant growth, and within this framework IMMUNE is positioned as a key player in the training of experts in this field.

We offer a complete Cybersecurity Bootcampa comprehensive programme designed to acquire professional competences in the technical areas of ethical hackingBecome a cybersecurity expert to fight against cybercrime!

If you are looking for technology training fill in the form for more information.

What is a cyber-attack? Types and examples

In today's digitised world, the cyber attacks have become a constant threat. Organisations and individuals face a multitude of threats that can have serious consequences for their security, privacy and finances.

But do you know what is a cyber-attack And why are they so dangerous? In this article, we explain in detail what a cyberattack is, what it is, the different types of cyberattacks that exist and give you some examples so that you can better understand what these threats consist of.

What is a cyber-attack?

A cyber-attack is a deliberate act of infiltrating computer systems, networks or devices with the purpose of accessing or damaging computer systems, networks, devices or digital data; and stealing or manipulating confidential information or digital resources. Typically perpetrated by malicious individuals, organised groups or even nations with various motivations, ranging from data theft to service disruption, sabotage or espionage actions.

They can be of varying levels of complexity and scope, and use a variety of different attack vectors. From simple threats such as phishing, where cybercriminals trick victims to obtain personal data, to highly sophisticated attacks through powerful malware that can compromise critical societal infrastructures.

In addition, they can contact numerous objectives, including businesses, governments, financial institutions and individuals. Cybersecurity has become essential to protect against these threats and to ensure the integrity, confidentiality and availability of digital systems and data.

Most common types of cyber-attacks

Such threats are constantly evolving and can encompass a wide variety of techniques and approaches. Therefore, in order to understand the dangers to which we are all exposed, in addition to knowing what is a cyber-attackIf you do not know what the most common types are, it is essential that you know what the most common types are. This way, you can be better prepared to protect your business and your privacy.

Below, we explain some of the most common types of cyber-attacks:

  1. Malware: encompasses a huge compendium of malicious software, including viruses, Trojans and ransomware. Designed to infiltrate computer systems and cause serious damage. The virus are replicated and attached to files and programmes; the Trojans masquerade as legitimate software to steal information; and the ransomware files demanding a ransom in exchange for their release.
  2. Phishing: Phishing is a fairly common and increasingly sophisticated technique. Attackers impersonate real banks or companies to deceive victims and obtain confidential data such as passwords, credit card numbers and bank details. To do so, they use fraudulent emails, forged websites and persuasive messages.
  3. Denial of Service Attacks (DDoS): These attacks aim to saturate a system or network with fake traffic, overloading it and making it inaccessible to users. To do this, botnets or manipulated devices are often used to direct huge amounts of traffic to a specific target, causing websites and online platforms to crash.
  4. Social engineering attacks: This type of threat involves manipulating victims through persuasion and psychological manipulation to gain access to different systems or to get them to disclose sensitive data or perform certain actions. Usually through phone calls, emails or online interactions.
  5. Password hacking: This threat is based on the vulnerability of passwords. Cybercriminals use techniques such as brute-force or dictionary techniques to guess passwords and gain access to accounts or systems.
  6. Network attacks: Attackers look for security gaps in computer networks to gain access to sensitive systems and data. This involves, for example, exploiting faulty configurations or looking for weak entry points in the network.
  7. Zero-Day Attacks: these attacks focus on newly discovered vulnerabilities in software before developers can address them. Cybercriminals take advantage of this before security patches are released.

Examples of cyber-attacks

Now you know what a cyber-attack is and which are the most common ones. But, to better understand why they are so dangerous, it is essential that you know a few of them. examples of real cyber-attacks that have had a significant impact on society and cyber security in recent years.

Since the infamous ransomware WannaCry which affected companies around the world until the attack Stuxnet, which highlighted the potential of cyber-attacks as weapons between states, the following examples illustrate the diversity and severity of the cyber threats we face.

  1. Stuxnet (2010): the Stuxnet attack was a milestone in the field of cyber security, being one of the first cyber weapons backed by national governments. It demonstrated that cyber attacks could be used to compromise physical systems, in this case nuclear centrifuges. It exposed the weakness of critical infrastructures to cybercrime.
  2. Attack on Sony Pictures (2014): Through massive data breaches and the destruction of systems, the attack on Sony Pictures showed how cybercrime can affect a company's reputation and operations.
  3. WannaCry (2017): This attack provided a powerful demonstration of the global reach that ransomware attacks can have and the importance of keeping systems and software up to date.
  4. DDoS attack on GitHub (2018): This incident highlighted the weakness of even the largest and most fortified technology platforms in the face of DDoS attacks. It highlighted the need for more robust mechanisms and preparedness to deal with such risks.

Learn how to protect your company thanks to IMMUNE's Master's Degree in Cybersecurity

It should be noted that these examples are just the tip of the iceberg in the world of cyber-attacks. The threat is constant and continues to evolve on a daily basis, which makes the cybersecurity is a growing concern today.

In this regard, education and the adoption of good cybersecurity practices are essential to minimise risks and keep information and systems secure in an increasingly connected world.

Our Master's Degree in Cybersecurity Online will give you the knowledge and skills to identify what a cyber-attack is, the vulnerabilities that affect your code, manage threats, use cyber-intelligence and perform forensic analysis. What are you waiting for to sabotage the malicious plans of cybercriminals?

If you are looking for technology training fill in the form for more information.

 

What a data breach is and why companies should start worrying about it

Alfonso José Fuentes, a 3rd year student of the Software Development Engineering Degree in IMMUNE.

Throughout my academic career, my deepest interests have revolved around the data engineering and cybersecurity because of my conviction that these fields affect people in all professions. Whether you work in the bakery, aerospace engineering or the arts, we live in an increasingly globalised world. hyper-connected world in which our information is constantly exposed.

This impact is particularly evident in the work environment, where the risks and costs associated with IT security are significant. In today's article, I will explain what a leak is. of data, the importance of establishing secure internal systems in companies, as well as exploring the strategies y trends that are shaping this reality.


What is a data breach and when does it occur?

Let's put yourself in this situation: you work for a company that handles tons of data. Customer data, financial data, you name it. Imagine that the company doesn't take the necessary steps to store its information properly and ¡boom! Your worst nightmare comes true: a data leak happens. All that confidential information is accessible to anyone.

A data leakagealso known as DATA GAP or data breach, is an incident in which the confidential or sensitive information of an organisation is intentionally or accidentally disclosed, shared or accessed in an unauthorised manner.

Data leaks can occur at various times and in various situations, such as:

  1. Unauthorised access: When someone without permission gains access to an organisation's systems and obtains confidential data.
  2. Loss or theft of devices: If a device such as a laptopIf an external storage unit, mobile phone or USB memory stick containing confidential data is lost or stolen.
  3. Cyber attacks: They include intrusions into computer systems, such as hacker attacks, malware o ransomware that may lead to data exposure.
  4. Human error: When an employee or individual makes a mistake, such as sending confidential information to the wrong email address or failing to adequately protect data.
  5. Security breaches in third parties: When data is compromised due to security breaches at a supplier or business partner handling the organisation's information.
  6. Internal data leaks: When an employee or collaborator of the organisation intentionally or accidentally discloses confidential information.

Irrespective of the size of the company, large or smallto prevent such incidents The risk of data leakage becomes a priority, and it is precisely here that data engineering and cyber security become of vital importance.

The importance of a reliable internal system

First of all: What is a internal system? Basically it's like the backbone of the digital infrastructure of a company. It is where all your data, applications and applications are stored, know-how and processes. Now, let's talk about why it should be foolproof (or very close to it):

Now, let's get to the good stuff: how do data engineering and cybersecurity teams ensure that these leaks don't happen?

IMMUNE_data_leakage_Blog

What to do in case of information leakage

Trends in Data Engineering and Cybersecurity

To be a good data engineer o cybersecurity professional and to be able to prevent or fight against a data leak, it is essential to be aware of the technology trends. I will tell you some of them:


What we have discussed in this article sheds light on the vital importance of maintaining a secure internal system in companies and how data engineering and cyber security are playing a key role in this area. It's not just about protecting data; it's about safeguarding the trust, reputation and future of the company, as well as the security and confidentiality of its customers. What do you think?