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In a labor market where, according to the World Economic Forum (Future of Jobs Report 2025), 39% of current skills will become obsolete before 2030, mastering advanced digital skills is no longer optional for company teams: it is a strategic necessity.
Advanced digital skills are the set of abilities, knowledge, and attitudes that enable professionals to use digital tools expertly to solve complex problems, manage technological processes, innovate, and lead in digital environments. These skills not only involve using technology, but also the ability to integrate it strategically within workplace contexts. The European framework DigComp 2.2 (2022) organizes them into five key areas: data literacy, digital communication, content creation, security, and technological problem solving.
Understanding the difference between these two levels is essential for designing an effective corporate training plan. Basic digital skills focus on the functional use of tools for everyday tasks, while advanced skills involve a higher level of specialization, critical analysis, and technological leadership.
| Criteria | Basic Skills | Advanced Skills |
|---|---|---|
| Usage level | Functional and everyday use | Strategic and specialized |
| Examples | Email, word processors, web browsing | AI, big data analytics, cybersecurity, cloud computing |
| Professional profile | All employees | Technical roles, executives, and L&D professionals |
| Organizational impact | Individual efficiency | Innovation and competitive advantage |
| Reference framework | DigComp level 1–2 | DigComp level 3–4 (Advanced/Specialized) |
Advanced digital skills cover a wide spectrum of capabilities organized into key areas that enable professionals to master complex technological environments, innovate, and lead digital transformation. Below are the main development areas:
It goes beyond basic knowledge of digital tools. It involves the ability to interpret and analyze complex information in digital environments, use emerging technologies such as artificial intelligence or blockchain, and critically evaluate information sources in order to make strategic decisions.
This area focuses on the effective management of digital communication across advanced platforms such as cloud collaboration tools, project management applications, and professional social networks. It includes the ability to lead virtual teams and manage digital communities while ensuring cohesion and productivity.
This competency includes the skills required to produce high-quality content in multiple formats —videos, infographics, podcasts, websites, and interactive documents— and to integrate SEO and digital marketing strategies to maximize impact.
With the growing threat of cyberattacks, this competency is essential. It includes advanced knowledge of cybersecurity, risk management, personal data protection, and regulatory compliance such as the GDPR.
This area focuses on the ability to diagnose, analyze, and solve complex technological problems. It includes programming, the development of automated solutions, systems management, and the use of artificial intelligence to optimize processes.
According to the LinkedIn Learning 2024 report, technological skills account for 50% of the most requested competencies in job postings across Europe. These are the advanced skills with the highest demand:
Artificial intelligence (AI) refers to the creation of systems capable of performing tasks that require human intelligence, while Machine Learning enables machines to learn and improve from data. These are crucial skills for the development of autonomous systems, predictive analytics, and personalized experiences, transforming the way companies make decisions.
Big data analytics makes it possible to identify patterns, detect trends, and obtain valuable insights for strategic decision-making. Skills in this area are essential for extracting meaningful insights from the data generated daily and forecasting trends and optimizing processes.
Cybersecurity protects systems, networks, and data against cyber threats. Professionals with skills in this field are essential to safeguard the integrity and confidentiality of information, mitigating risks such as unauthorized access or data theft.
Efficient management of cloud resources is essential for the scalability and flexibility of operations. Developing cloud computing skills involves the ability to deploy, manage, and optimize infrastructures on platforms such as AWS, Azure, or Google Cloud.
This area focuses on designing products and digital services that are intuitive and satisfying for users. UX competencies involve the ability to create friendly, accessible, and efficient interfaces.
A technology that enables the verification and recording of transactions in a secure and transparent way. Having knowledge of blockchain is highly valuable for ensuring the integrity and security of transactions, with applications in smart contracts, supply chains, and data authentication.
Robotic process automation and management (RPA) enables the design, implementation, and management of bots that automate repetitive tasks. Tools such as UiPath, Blue Prism, and Automation Anywhere lead this field. Companies that integrate RPA increase productivity and strengthen their competitive position.
According to the LinkedIn Learning 2024 report, technological skills account for 50% of the most requested competencies in job postings across Europe. These are the advanced skills with the highest demand:
Artificial intelligence (AI) refers to the creation of systems capable of performing tasks that require human intelligence, while Machine Learning enables machines to learn and improve from data. These are crucial skills for the development of autonomous systems, predictive analytics, and personalized experiences, transforming the way companies make decisions.
Big data analytics makes it possible to identify patterns, detect trends, and obtain valuable insights for strategic decision-making. Skills in this area are essential for extracting meaningful insights from the data generated daily and forecasting trends and optimizing processes.
Cybersecurity protects systems, networks, and data against cyber threats. Professionals with skills in this field are essential to safeguard the integrity and confidentiality of information, mitigating risks such as unauthorized access or data theft.
Efficient management of cloud resources is essential for the scalability and flexibility of operations. Developing cloud computing skills involves the ability to deploy, manage, and optimize infrastructures on platforms such as AWS, Azure, or Google Cloud.
This area focuses on designing products and digital services that are intuitive and satisfying for users. UX competencies involve the ability to create friendly, accessible, and efficient interfaces.
A technology that enables the verification and recording of transactions in a secure and transparent way. Having knowledge of blockchain is highly valuable for ensuring the integrity and security of transactions, with applications in smart contracts, supply chains, and data authentication.
Robotic process automation and management (RPA) enables the design, implementation, and management of bots that automate repetitive tasks. Tools such as UiPath, Blue Prism, and Automation Anywhere lead this field. Companies that integrate RPA increase productivity and strengthen their competitive position.
Acquiring advanced digital skills requires a structured approach that combines formal training, hands-on learning, and self-directed learning. Companies that lead the market anticipate the skills gap with well-designed upskilling plans.
With isEazy Skills, companies can access a catalog of more than 600 courses —such as Cybersecurity: work safely in digital environments or Data Mining: the science of exploiting data to make decisions— available in more than 8 languages.
With isEazy Author, organizations can create their own content tailored to each team. And with isEazy LMS, L&D leaders can manage the entire digital upskilling program and demonstrate its impact to leadership.
There are also free resources such as specialized blogs, webinars, and isEazy’s guides and whitepapers with content on digital transformation and emerging skills.
The future points toward mastering emerging technologies such as generative artificial intelligence, blockchain, virtual and augmented reality, and cloud computing. These skills, combined with transversal abilities such as critical thinking, creativity, and adaptability, will be essential in the coming decade.
Adapting to this landscape requires a proactive approach to continuous learning. Companies and professionals must stay up to date through training programs, self-learning platforms, and a mindset open to innovation.
Advanced digital skills are the bridge that connects the present with the future of the workplace. Learn more about how isEazy can help you here.
The most relevant advanced digital skills include areas such as artificial intelligence (AI), which is used to automate processes and analyze large volumes of data; cybersecurity, which ensures data protection and security in digital environments; and user experience (UX), which is essential for designing intuitive interfaces and improving interactions between users and digital products. Other important skills include big data analytics and blockchain, which play a key role in strategic decision-making and ensuring security in digital transactions.
Basic digital skills focus on the functional use of technology for everyday tasks, such as word processing, web browsing, and email communication. Advanced digital skills, on the other hand, require more specialized technical capabilities such as programming, data analysis, digital project management, software development, and leadership in digital transformation initiatives. These skills involve a higher level of expertise and are essential for strategic and technical roles in complex work environments.
Improving advanced digital skills requires continuous learning through training programs and professional certifications in areas such as artificial intelligence, cybersecurity, and digital project management. Self-learning through e-learning platforms like isEazy and participation in practical projects can also help apply knowledge in real-world situations. Joining professional networks and technology communities is another effective way to stay up to date and develop new competencies.
Not all jobs require advanced digital skills, but their importance varies depending on the industry and the professional role. In technology and digital sectors, these skills are essential for activities such as software development, data management, and leading digital transformation projects. However, even in more traditional industries, having advanced digital skills can improve operational efficiency, facilitate innovation, and increase a company’s competitiveness.
Companies play a key role in developing advanced digital skills by offering continuous training programs, implementing incentive policies, and fostering a culture of innovation and lifelong learning. Many organizations also establish strategic partnerships with educational institutions to ensure their employees develop the capabilities needed to face current and future technological challenges.
The DigComp (Digital Competence Framework for Citizens) is the European Union’s reference framework for assessing and developing digital competencies. In its 2.2 version, published in 2022, it organizes digital skills into five areas: information and data literacy, communication and collaboration, digital content creation, safety, and problem-solving. For companies, this framework is particularly useful for designing digital upskilling programs, evaluating the digital maturity of their teams, and aligning training initiatives with widely recognized European labor market standards.
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