In the dynamic realm of IT, where technological evolution sets the pace, the demand for professionals adept at securing digital landscapes has surged exponentially. Consider this: according to recent industry reports, cyberattacks have increased by 67% in the past year alone, underscoring the critical need for robust security practices. It is within this context that the world of DevSecOps comes to the forefront. In this post, we’ll not only explore the dynamic opportunities within DevSecOps but also decipher why this field stands as a formidable fortress against the rising tide of cyber threats.
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Understanding DevSecOps
DevSecOps, a portmanteau of Development, Security, and Operations, represents a paradigm shift in how organizations approach software development. Unlike traditional methodologies where security was often an afterthought, DevSecOps integrates security practices seamlessly into the development and operational processes. This proactive approach ensures that security is ingrained in every phase of the software development lifecycle, fostering a more resilient and secure product.
1. Addressing Growing Cybersecurity Concerns: Firstly, in the face of growing cybersecurity concerns, organizations are placing greater emphasis on securing their applications and infrastructure. DevSecOps professionals play a crucial role in fortifying systems against vulnerabilities and mitigating risks before they escalate.
2. Navigating Regulatory Compliance: Secondly, with the implementation of stringent data protection regulations globally, businesses are compelled to adhere to compliance standards. DevSecOps, with its focus on continuous security, aids organizations in meeting regulatory requirements, making it an indispensable part of the development process.
3. Cloud Services Integration: Moreover, the increased adoption of cloud services has necessitated a shift in security practices. DevSecOps professionals are instrumental in designing and implementing security measures specific to cloud environments, ensuring the safety of data and applications in the cloud.
4. Promoting Collaboration and Integration: Additionally, DevSecOps promotes collaboration among development, security, and operations teams, fostering a culture of shared responsibility. This holistic approach accelerates the development lifecycle while maintaining a robust security posture.
If you want to know more about DevSecOps job opportunities, don’t miss our DevSecOps Engineer job description. You will find a detailed list of the main tasks and responsibilities, education and salary expectation of this professional.
1. Cultivate a Diverse Skill Set: To begin with, equip yourself with a diverse skill set that includes expertise in software development, security protocols, and operations. Certifications such as Certified DevSecOps Engineer can enhance your credibility.
2. Stay Informed Amidst Dynamism: Furthermore, the IT landscape is dynamic, with new technologies and tools emerging regularly. Stay abreast of industry trends, attend webinars, and participate in relevant forums to stay informed and enhance your knowledge.
3. Network, Network, Network: Lastly, networking is key in the IT industry. Attend industry events, join online communities, and connect with professionals in the DevSecOps space. Building a robust professional network can open doors to exciting job opportunities.
In the fast-paced world of IT, DevSecOps emerges as a beacon of opportunity for those seeking a challenging and rewarding career. As businesses prioritize security in their development processes, the demand for skilled DevSecOps professionals continues to grow. By staying informed, acquiring the right skills, and building a strong network, you can position yourself to seize the abundant DevSecOps job opportunities available in the ever-expanding IT job market. So, embark on this exciting journey, and unlock the doors to a fulfilling career in DevSecOps.
Dive into our latest infographic for an illuminating visual journey through the key statistics and benefits of adopting DevSecOps practices.
Use our template to create a compelling and comprehensive DevSecOps Engineer job description to attract top talent.
The field of DevSecOps is experiencing rapid growth, underscored by its commitment to integrating security throughout the entire application lifecycle. This approach leads to the development of higher-quality, more secure code that can be delivered quickly and cost-effectively. Consequently, there is a rising demand for proficient DevSecOps engineers among companies.
This job description aims to present a thorough career path as DevSecOps Engineer, offering guidance for aspiring and current IT professionals seeking to become skilled DevSecOps engineers.
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DevSecOps Engineer Role Overview
The DevSecOps Engineer plays a pivotal role in guiding organizations through the integration of security practices into their software development and operations processes. This professional also brings a wealth of expertise to foster a culture of collaboration, continuous security, and efficiency.
The DevSecOps Engineer collaborates closely with cross-functional teams, offering strategic insights to enhance security measures across the entire software development lifecycle. This role requires a profound understanding of DevSecOps principles, a hands-on approach to implementation, and the ability to navigate the evolving landscape of cybersecurity threats.
The Engineer assesses existing development pipelines, identifying opportunities to embed security measures seamlessly. They work closely with development and operations teams to implement automated security testing, code analysis, and deployment processes. Incident response planning and execution form a critical aspect of the role, ensuring swift and effective resolution in case of security breaches.
Moreover, the Engineer serves as an educator within the organization, providing training sessions and workshops to disseminate DevSecOps best practices. They actively contribute to the development of security policies, ensuring compliance with industry standards and regulatory requirements.
Dive into our latest infographic for an illuminating visual journey through the key statistics and benefits of adopting DevSecOps practices.
Education and Experience
A successful candidate for the DevSecOps Engineer role typically holds a bachelor’s or master’s degree in Computer Science, Information Security, or a related field. Professional certifications such as Certified DevSecOps Professional (CDP) or Certified Information Systems Security Professional (CISSP) are often preferred.
Candidates should possess a robust background in software development and operations, coupled with extensive experience in implementing DevSecOps practices. Strong knowledge of cloud environments, containerization technologies, and security frameworks is essential. You can discover here the Top DevSecOps Certifications to Elevate Your Career.
The salary range for a DevSecOps Engineer varies based on factors such as experience, location, and the organization’s size. On average, salaries for this role typically range from $90,000 to $120,000 per annum. Senior-level engineerwith significant experience and expertise may command higher compensation packages, often exceeding $150,000 annually. Additionally, benefits such as bonuses, healthcare, and retirement plans are commonly offered as part of the overall compensation package.
Summary
In summary, in this DevSecOps Engineer job description we saw how this profile plays a crucial role in shaping the security posture of organizations, combining technical proficiency with strategic insight to fortify software development practices against cybersecurity threats.
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In the hectic world of technology, integrating security into every stage of the development process has become more than a best practice, it is a necessity. Therefore, DevSecOps, the fusion of development, security, and operations, is reshaping the IT recruiting landscape and creating a surge in demand for professionals with DevSecOps skills.
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Understanding the DevSecOps paradigm
DevSecOpsrepresents a cultural shift in the approach to software development. Thus, it emphasizes collaboration, communication, and shared responsibility for security throughout the entire development lifecycle. This departure from traditional methodologies makes security an integral and proactive part of the process, rather than a reactive afterthought.
Certainly, in an era rife with cyber threats and breaches, organizations are increasingly adopting a security-oriented mindset. DevSecOps offers a proactive approach to identifying and mitigating security risks early in development, minimizing the impact of potential vulnerabilities, and improving overall cybersecurity.
Impact on development pipelines
DevSecOps transforms the traditional software development lifecycle by incorporating security practices at every stage. From planning to coding to testing and deployment, this approach streamlines processes, improves efficiency, and ensures that security is not a bottleneck but an integral part of the development pipeline.
To thrive in the DevSecOps era, professionals need a specific skill set. These include experience in automation, knowledge of security best practices, and the ability to collaborate seamlessly with development and operations teams. Organizations are looking for people who can bridge the gap between traditionally isolated departments, promoting a holistic approach to security.
Recruiting in the DevSecOps era
As organizations move toward DevSecOps, IT recruiting strategies must evolve accordingly. Recruiters and hiring managers now look for candidates with a comprehensive understanding of DevSecOps practices. The ability to assess how candidates integrate security into their mindset and workflows becomes a crucial aspect of the hiring process.
Certifications and continuous learning
For professionals who wish to thrive in the DevSecOps industry, certifications play a critical role. Certifications validate skills and demonstrate a commitment to staying current on industry best practices. From the Certified DevSecOps Professional (CDP) to the AWS Certified DevOps Engineer, these certifications can enhance a candidate’s marketability and make them more attractive to employers.
In conclusion, the rise of DevSecOps is not merely a technological evolution but a cultural one. The demand for DevSecOps skills is indicative of a shift towards a more secure, collaborative, and efficient development environment. As the IT recruitment landscape adapts to this change, organizations and professionals alike must invest in continuous learning, collaboration, and a security-first mindset to thrive in the era of DevSecOps.
Dive into our latest infographic for an illuminating visual journey through the key statistics and benefits of adopting DevSecOps practices.
DevSecOps is a collaborative approach to software development that integrates security practices into every phase of the development lifecycle. It emphasizes a cultural shift, breaking down silos between development, security, and operations teams to create a more secure and efficient software delivery process.
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What does DevSecOps stand for?
DevSecOps stands for Development, Security, and Operations. And it signifies the convergence of these three domains to ensure that security is not an isolated concern but an integral part of the entire development and deployment process.
Why is DevSecOps important in software development ?
DevSecOps is crucial because it addresses security challenges early in the development process, reducing vulnerabilities and enhancing the overall security posture of software. Moreover, it promotes a proactive approach, fostering collaboration and communication between traditionally segregated teams.
The benefits of DevSecOps include improved security, faster delivery of software, enhanced collaboration, early detection of vulnerabilities, and a more streamlined and automated development pipeline. Also, it ultimately leads to increased efficiency, reduced risk, and a culture of continuous improvement. More in details:
1. Enhanced Security Posture
Firstly, DevSecOps fundamentally strengthens the security posture of software by integrating security measures at every stage of the development lifecycle. This proactive approach minimizes vulnerabilities, reducing the risk of security breaches and data compromises. It ensures that security is not an afterthought but an integral part of the software’s DNA.
Beyond security, DevSecOps expedites the delivery of software. By automating processes, minimizing manual interventions, and streamlining workflows, development teams can release software faster without compromising on quality. This agility is essential in meeting the demands of a rapidly evolving market.
3. Fostered Collaboration
Then, DevSecOps promotes a collaborative environment by breaking down traditional silos between development, security, and operations teams. Communication flows seamlessly, and teams work together towards common goals. This collaborative spirit not only enhances the quality of the software but also contributes to a positive and innovative organizational culture.
4. Early Detection of Vulnerabilities
One of the standout benefits is the early identification and remediation of vulnerabilities. Through automated testing and continuous monitoring, DevSecOps allows teams to catch and address security issues in their infancy. This prevents security flaws from escalating and reaching production environments, saving both time and resources.
5. Streamlined and Automated Development Pipeline
Also, DevSecOps relies heavily on automation, resulting in a more efficient and streamlined development pipeline. Automated testing, deployment, and monitoring significantly reduce manual efforts and potential errors. This not only accelerates the development process but also ensures a consistent and reliable deployment pipeline.
6. Increased Efficiency and Resource Optimization
Moreover, efficiency is a cornerstone of DevSecOps. By automating repetitive tasks and minimizing bottlenecks, organizations can optimize resource utilization. This efficiency extends beyond the development team to the entire organization, allowing for a more agile response to market demands and a better allocation of human resources.
7. Risk Reduction
Through its security-first approach, DevSecOps actively mitigates risks associated with software development. By addressing security concerns early and continuously monitoring for potential threats, the likelihood of security incidents and their subsequent impacts is significantly reduced. This risk reduction is a critical factor in maintaining the trust of users and stakeholders.
8. Cultural Shift Towards Continuous Improvement
Last but not least, DevSecOps instills a culture of continuous improvement within organizations. Therefore, teams are encouraged to learn from each iteration, share insights, and implement feedback promptly. This cultural shift fosters a mindset of adaptability, innovation, and a commitment to refining processes for ongoing success.
Dive into our latest infographic for an illuminating visual journey through the key statistics and benefits of adopting DevSecOps practices. Image
How does DevSecOps work?
DevSecOps works by integrating security practices seamlessly into the development pipeline. This involves automation of security checks, continuous monitoring, and collaboration between development, security, and operations teams. The goal is to identify and address security issues early, ensuring that security is not a hindrance but an enabler of innovation.
What does a DevSecOps Consultant do?
A DevSecOps Consultant is responsible for guiding organizations in adopting DevSecOps practices. This includes assessing current processes, recommending improvements, implementing security measures, and educating teams on best practices. Also, consultants play a pivotal role in creating a security-conscious culture and ensuring the successful implementation of DevSecOps. Read the entire job description of the DevSecOps Engineer.
What is the DevSecOps culture in software development ?
The DevSecOps culture revolves around collaboration, communication, and shared responsibility for security. Thus, it encourages a proactive mindset, where security is integrated into the daily workflows of all team members. Continuous learning, adaptability, and a commitment to improving security practices are key aspects of the DevSecOps culture.
Best practices of DevSecOps include integrating security early in the development process, automating security checks, fostering collaboration between teams, implementing continuous monitoring, and prioritizing a proactive approach to security. Regular training and knowledge sharing also contribute to a successful DevSecOps implementation.
Following we listed our 10 best DevSecOps best practices:
1. Security as Code
Going beyond merely integrating security, DevSecOps embraces the concept of “Security as Code.” This involves treating security policies, configurations, and controls as integral parts of the codebase. By codifying security measures, teams ensure consistency and traceability throughout the development lifecycle.
2. Shift-Left Approach
The best practices of DevSecOps advocate for a “Shift-Left” approach, meaning that security is introduced as early as possible in the development process. By addressing security considerations from the project’s inception, teams can identify and rectify potential vulnerabilities at a stage when corrections are less resource-intensive.
3. Automation of Security Checks
Also, automation is a cornerstone of DevSecOps best practices. Security checks, including code analysis, vulnerability scanning, and compliance assessments, are automated throughout the development pipeline. This not only accelerates the feedback loop but also ensures that security measures are consistently applied without reliance on manual interventions.
4. Collaboration Across Teams
The essence of DevSecOps lies in breaking down silos between development, security, and operations teams. The consequently best practices emphasize fostering collaboration and communication across these traditionally segregated domains. Also, cross-functional teams collaborate seamlessly, ensuring that security considerations are understood and implemented cohesively.
5. Continuous Monitoring and Feedback
Moreover, DevSecOps emphasizes continuous monitoring of applications and infrastructure in real-time. This involves implementing monitoring tools that detect security incidents, track compliance, and provide feedback to development teams promptly. Also, continuous monitoring ensures a proactive stance against emerging threats.
6. Proactive Threat Modeling
Best practices encourage proactive threat modeling during the design phase. Teams systematically identify and assess potential security threats and vulnerabilities before a single line of code is written. Consequently, this proactive approach allows for the implementation of preventive measures, reducing the likelihood of security issues in the final product.
7. Container Security
With the rise of containerization, DevSecOps best practices extend to securing containerized applications. This involves implementing container security measures, such as scanning container images for vulnerabilities, ensuring secure container orchestration, and applying access controls within containerized environments.
8. Incident Response Readiness
Then, DevSecOps best practices emphasize the importance of being prepared for security incidents. Thus creating and regularly testing incident response plans, ensuring that teams are equipped to respond swiftly and effectively to security breaches. Also, preparedness is key to minimizing the impact of security incidents.
9. Regular Training and Knowledge Sharing
Beyond technology, the human element is critical in DevSecOps. Therefore, regular training sessions and knowledge-sharing initiatives are best practices to keep teams updated on the latest security trends, tools, and techniques. And this continuous learning culture ensures that teams remain well-equipped to address evolving security challenges.
10. Compliance as Code
Compliance requirements are integrated into the development process through the concept of “Compliance as Code.” This approach ensures that regulatory and compliance measures are embedded within the codebase, reducing the burden of compliance checks during later stages of development.
What are the components of DevSecOps?
The components of DevSecOps include people, processes, and technology. Thus, it involves a cultural shift, changes in development and deployment processes, and the implementation of security technologies and practices throughout the software development lifecycle.
What are common DevSecOps tools for software development?
Common DevSecOps tools include version control systems (e.g., Git), continuous integration/continuous deployment (CI/CD) tools (e.g., Jenkins), containerization tools (e.g., Docker), security scanning tools (e.g., SonarQube, OWASP ZAP), and monitoring tools (e.g., Prometheus).
What is DevSecOps in agile development?
In agile development, DevSecOps aligns seamlessly with the principles of iterative and collaborative development. So it ensures that security is not a bottleneck in the agile workflow, allowing for the continuous delivery of secure and high-quality software.
What are the challenges of implementing DevSecOps?
Challenges of implementing DevSecOps include cultural resistance to change, the need for skills development, integration complexities with existing processes, and the potential for increased upfront costs. In order to overcome these challenges it is important a commitment to cultural transformation, continuous learning, and strategic planning.
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In this article we will discuss 5 very useful DevOps good practices to implement in Continuous Development.
DevOps is a software development methodology that integrates development and system administration teams. This methodology allows developers to focus solely on development and to deploy their code in seconds, as many times as necessary.
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DevOps: the new frontier of software development
Since the early days of client-server applications, development teams and operational and system teams have been incompatible.
This represented a major organizational problem. The people writing the code had no connections with those responsible for its implementation and maintenance. More than that, developers and system administrators had different goals and even conflicting departmental guidelines. They also often did not share a common location. The result was a complex if not inexistent communication.
On the other hand, those responsible for systems maintenance and administration also have their vision. Programmers not following security policies in development/test/production environments, borrowed credentials among team members, and deployment schedules not adhered to. And the results are easy to guess. Delayed deliveries, depleted quality, and the inexcusable consequence: unhappy customers.
In 2008, with Agile methodologies in full swing, a Belgian, Patrick Debois, had the idea of applying Agile to the operational environment of IT. And he did it by integrating development and IT in the same context. That’s how DevOps was born.
In fact, DevOps unifies both departments under one Agile umbrella. In doing so, both share goals, values, and premises.
At this point, it is clear how DevOps is a new way of looking at software development.
Let us now see 5 DevOps good practices to implement Continuous Development. This being based on the standard application development life cycle.
1 Continuous integration (CI)
Continuous Integration (CI) stands as one of the fundamental pillars of DevOps. It fosters collaboration, efficiency, and code quality throughout the development process. At its essence, CI is a practice that revolves around the frequent and automated integration of code changes into a shared repository. The significance of CI lies in its ability to catch integration issues early on. This ensures that code from multiple developers meshes seamlessly, all while promoting a culture of continuous improvement.
By using configuration management (CM) tools alongside specific test and development tools, you can know exactly which parts of the code you are creating are ready to go into production with the minimum number of bugs.
To this end, a fluid exchange of information between the test and development teams is vital. This helps to identify and resolve code issues in an agile manner.
Once we have a bug-free code, continuous delivery allows us to automate the introduction of changes in the code to upload it to the pre-production environment.
Continuous delivery is one of the key DevOps good practices. It accelerates the release cycle, and fosters collaboration among development and operations teams. Moreover, it enhances the overall reliability and stability of your software. By automating the introduction of changes, you reduce the risk of human errors and ensure that the latest features and improvements reach your users faster, enhancing their experience.
As with continuous delivery, continuous deployment allows us to automate the release of new code to the production environment, minimizing the risks involved.
This allows to publish code changes several times a day without problems thanks to container technologies, such as Docker and Kubernetes, which make it possible to isolate environments while maintaining code consistency between different staging platforms.
Now, we still need to talk about two practices that, although being the least implemented, are still important: continuous monitoring and infrastructure as code.
4 Continuous monitoring
Continuous monitoring encompasses not only your code but also the infrastructure that sustains it. This ongoing surveillance, often likened to a loop, plays a pivotal role in maintaining the health and performance of your software.
This allows the code to be monitored at all times, even in production, including the infrastructure that maintains it. By means of a loop, errors are detected and notified immediately, allowing the damaged code to return to the development phase and start the CI/CD cycle again.
5 Infrastructure as Code
Infrastructure-as-Code is a very useful practice that cuts across the DevOps phases. It allows automating the infrastructure needs to enable the correct operation of the software. Using machine-readable definition files, instead of physical hardware configuration, it is possible to dynamically scale published software infrastructure requirements. A typical case is the dynamic creation of a new storage volume using Docker or Kubernetes. Which you can remove as soon as you don’t longer need it.
This not only provides an agility in hardware scalability never seen before, it also allows IT teams to monitor the configurations of active environments, record changes and simplify the rollback of configurations by adjusting costs to the real needs of the moment.
Conclusion
In conclusion, it is clear that DevOps is here to stay, and it is a productive collaboration, and good intentions between developers and system administrators to achieve a common good. The delivery of error-free software in the shortest possible time.
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Robotics engineers work on all kinds of robots, with all kinds of functionalities and vocations. They are usually involved in specific stages of designing or optimizing a robot.
Therefore, their missions range from research to creation to maintenance of the robots they have designed. In mechanics, mathematics, computer science, and many other fields, robotics covers a wide range of areas of expertise!
The following is a description of the main tasks of the robotics engineer’s job.
Defining the feasibility of a design and its constraints
When the robotics engineer works on the design of a robot, they begin by noting specific requirements and tasks. They then develops technical proposals and defines the design methods to use. To this end, they produce what they call a data-sheet or specification.
Creating an initial prototype and analyzing the results
This prototype allows them to participate in the development and implementation of tests and validation trials. Then, once the tests and trials are done, they analyze the results and determine where to improve the product or process.
Ensuring follow-up
The robotic engineer must ensure follow-up throughout the process, and once the robot is designed, he or she often provides technical assistance and may work on optimization projects.
Required skills of the Robotics Engineer
What are the required skills to work as Robotics Engineer?
Versatility and good general technical knowledge
A robotics engineer must have a high level of technical competence and in particular good scientific knowledge: mathematics, computer science, mechanical and electrical engineering, etc., and of course familiarity with the various computer and programming tools specific to robotics.
Rigor
This is a job that requires a lot of rigor, as the slightest mistake can often have serious repercussions. This rigor also reflects in their knowledge, which they must update regularly while keeping up with technological developments.
Analytical skills and creativity
The Robotic Engineer must have good analytical skills and be creative. These are, in fact, soft skills that will enable them to find the appropriate solution when a problem arises.
As the robotics industry is growing rapidly, with revenues of more than $100 billion, robotics engineers can work in a research center (public or private), in small companies specializing in robotics, in SMEs, or in innovative start-ups. Therefore, there are many outlets in a wide variety of industries: automotive, medical, aeronautics, etc.
Salary
The average daily rate of a Robotics Engineer depends a lot on the level of experience and expertise, but is generally between 500 and 1000 €.
Education and training
To conclude this job description of the Robotics Engineer, let’s talk about the educational background.
To become a Robotics Engineer, the ideal is to have an engineering degree with a specialization in automation, robotics, mechatronics, and electronics. It is also possible to enter this profession with a master’s degree or a specialized doctorate.
As for the evolution, it can evolve towards project management or team management.
As the term itself suggests, Web Development is about building (developing) the application from scratch for the web. It is therefore about websites, web pages or anything else that runs on the Internet.
So, delving a little deeper into IT & Tech terminology, web development refers to the development of programming source code, the creation and organization of databases and markup languages, network protocols, web servers and computer security.
To start with, we will take a look at how to create a website and when it is necessary and recommended to contact a web developer. Furthermore, we will talk about the different specializations of web development.
Table of Contents
1. How to create a website
Today, creating a website is not as difficult as it used to be. It is not necessary to have a technical or computer background. To create a dynamic website, it is sufficient to be able to install a CMS (Content Management System) software such as WordPress or Joomla on a hosting space and that’s it.
Consequently, anyone can put a simple website online themselves and manage it easily with a publication control panel.
Although CMS software is a perfect solution for creating a blog or a small web magazine, CMSs are not suitable for the development of more complex websites.
If the website is the front-end interface of other corporate information systems, it still requires design (web engineering) and programming (web development) skills.
According to the company’s needs, computer language professionals work on all the website’s functionalities. They then propose tailor-made solutions to fulfil their mission in the company.
A website is a set of hypertext documents and multimedia elements (images, videos, etc.) organized in web pages. In other words, the webmaster uploads the document files onto the web space of a server computer (host) connected to the Internet 24 hours a day.
Today, web developers are increasingly in demand. Indeed, the rapid developments in the IT sector and the digital transformation that all companies must manage have led to a strong demand for new programs, websites and applications. No company can do without a web presence, so it will need an IT professional who can structure and manage it in an appropriate and up-to-date form.
When users (client) connect to the host’s address via their browser, the server sends them the requested hypertext document. In this way, users can navigate between documents on remote computers, even on the other side of the world.
Although people use them as synonyms, internet and web are not the same thing. The Internet was born about twenty years before the web. The Internet (network of networks) is the technological infrastructure, while the web (World Wide Web, better known as WWW) is a protocol.
2.1 From web 1.0 to web 2.0
Over the last twenty years, web development has evolved from the first generation to the second ( web 2.0 ). Web 2.0 is the era of social media, social networks and CMSs.
2.2 What is web 3.0?
In the coming years it will further evolve to the third generation ( web 3.0 ) with the spread of intelligent websites with artificial intelligence. It is a technological revolution that has already begun. Just think of chatbots, online virtual assistants and the recent improvements in the use of the Internet.
Another evolving trend is RPA (Robotic Process Automation) that promotes productivity gains through the automation of business processes.
Also explore the role of RPA Consultant, highly sought-after profile in today’s business world, particularly in digital services companies.
2.3 Responsive and mobile websites
Web development is no longer just about the PC platform, but multiplatform, because users access the web with different devices, including mobile (e.g. tablets, smartphones, consoles). Therefore, it is necessary to develop a responsive website that automatically adapts the layout to the device used by the user.
As mobile technology is growing exponentially, so are IT professions related to app development. The role of the Android Developer is to develop applications for all devices that run on this mobile operating system.
In addition, let’s delve a little deeper into the web development field and see how different IT specialized professionals work to develop a website for the internet.
There are two classifications for the Web Development:
Frontend Development
Backend Development
Frontend Development refers to the part of a website that the user interacts directly. For this reason developers call it the ‘client side’ of the application.
Backend Development is the server side of a website (the part of the website that users cannot see and interact). The portion of software that does not come in direct contact with the users and where developers store and arrange data.
The front end developer is the IT professional figure who is responsible for creating the graphical interface of a website or web portal, inserting the elements in the page, styling them (colours / fonts) and animating them.
Furthermore, in the modern web, the front end developer is also responsible for:
interacting with the back-end (to which it sends and from which it receives information to be displayed within the web page);
developing the logic of what happens in the interface.
What follow is a roadmap with a brief description of the languages and tools involved in the development of the front end.
HTML stands for HyperText Markup Language. It is used to design the front end of web pages using markup language. It acts as a skeleton for a website, as it is used to make the structure of a website.
CSS (Cascading Style Sheets) affectionately called CSS, is a language designed simply to simplify the process of making web pages presentable. It is used to style our website.
JavaScript is a scripting language used to provide dynamic behaviour to our website.
Bootstrap is a collection of free and open-source tools for creating responsive websites and web applications. It is the most popular CSS framework for developing responsive and mobile-first websites. Nowadays, websites are perfect for all browsers (IE, Firefox and Chrome) and all screen sizes (Desktops, Tablets, Phablets and Phones).
With the appearance of new frameworks, the professions around web development are more and more specific and a large number of professionals specialize in a particular technology. Among the different possible specializations is the front-end developer AngularJS.
On the other hand, the back end developer deals with the structure of a website or web application. Back-end developers take also care of the functioning of the site and the management of the data they need to process.
Therefore it is important is to know the basic functioning of most languages and to choose one according to its particularities. Rather than talking about languages, let’s talk about the tools that developers use to implement the functionalities of a site.
As before, here is a roadmap of the back-end development tools.
PHP is a server-side scripting language designed specifically for web development.
Java is one of the most popular and widely used programming language. It is highly scalable.
Python is a programming language that lets you work quickly and integrate systems more efficiently.
Node.js is an open source and cross-platform runtime environment for executing JavaScript code outside a browser.
Back End Frameworks are: Express, Django, Rails, Laravel, Spring, etc
C is a general-purpose language from the70s, and it is still in use in systems programming and robotics. C++ was born in the 1980s. It is the language of choice for those looking for performance, as it can execute complex code very fast. It is usedfor the design of mobile applications, the programming of operating systems or video games. Moreover, in the creation of certain military programs.
Back-end languages (PHP, Python, Java, C#, .Net etc.);
Databases, where developers store the data they need to manage. The types of database is versatile and adapt to the needs of the system;
Server, it is important for a backend developer to be able to take care of the online appearance of the site and its maintenance.
There are many specialties and languages in the field of web development, including Swift,Node.js, React.js or Ruby. Ruby is a free object-oriented and multi-paradigm programming language that is easy to understand and pleasant to use.
What characterizes the full stack developer is the ability to develop both the front end and the back end of a website. Therefore, the knowledge of the full stack developer includes everything that characterizes the two types of developers we have seen above.
An IT professional capable of dealing with the structure of web pages, their styling, animations, creating data structures, designing databases and implementing site functionality. Full Stack developers are familiar with all languages: HTML, CSS, JavaScript, PHP, Python, etc.
Despite this vast knowledge, it is very difficult for such professionals to develop a website completely on their own. In fact, their task is mainly to collaborate with front and back end developers and support them in the realization of particular functionalities.
5. Programming languages for creating a website
As we have seen in the different specializations of web development, a programming language is a computer language used by programmers to communicate with computers. It is therefore a set of instructions written in a specific language to perform a specific task.
In conclusion, this is a list of the most widely programming languages used by the industries :
HTML language
PHP language
ASP language
Javascript language
Java language
Python language
CSS style sheets
C language
C++ language
C# language
R language
Go language
Ruby language
Swift
The IT professional that translate a graphic language into a computer language is the HTML integrator. By assembling the different elements of a website, the HTML integrator makes sure that they are aligned with the desired aesthetic and maintain a practical design.
Some languages are gaining importance with the evolution of the semantic web, including: Open Graph Markup. Very useful to explain the content’s context of a page and gain control of the snippets.
6. Web Development and Cybersecurity Best Practices
IT professionals involved in Web Development need to have a good understanding of the importance of digital hygiene and web safety. In order to avoid common website security attacks, it is crucial to follow the highest cybersecurity standards across the development cycle.
Some cybersecurity good practices to put in place are as follows:
Ensure that the development team has attended cybersecurity training.
Set up a web application firewall (WAF).
Use parameterized statements in SQL tests.
Keep all security platforms and applications up to date.
Making cybersecurity a priority throughout every development cycle is therefore necessary to to battle the flood of digital attacks that threaten the modern web.
Use our template to create a compelling and comprehensive Web developer job description to attract top talent.
Professionals in computer languages, the web developers work on all the functionalities of a website. From a set of specifications, they analyze the different needs of the company in which they carries out their mission. They then propose a tailor-made solution. Discover in our job description below their missions, skills, training and salary.
Web developer: the job
The Web developers intervenes on the technical functionalities of the site of the company in which they carries out their mission. The sectors of activity in which it operates can be very varied: transport, insurance, trade, etc. In the company, they are functionally attached to the technical project manager.
When starting a mission in a new company, the first task of the web developers is to fully understand the needs and specifications of their client. It first lists the features requested in the specifications; then lists the existing solutions and checks for each feature whether or not it exists in the listed solutions. This initial work allows them to provide their opinion to the client on the most relevant technical solution to be implemented. They can then choose to completely build the site or decide to use an already existing solution. Such as Framework or CMS (Content Management System).
Website design
After the technical analysis, the web developer must design the website while respecting the specifications. The visual and technical architecture as well as the database of the site are determined during this stage.
Website programming
During the programming phase, they respect good practices and chooses the language used in the case where the site is fully developed. If it is built from an already existing solution, They make changes and adaptations to the solution that has been retained.
Testing and validation
After programming, the developers enter a testing and validation phase. They will be in charge of testing each functionality of the site as well as their good functionality between them. They will then have to validate all the expected functionalities and conduct validation tests.
Technical support and technology watch
The last step of the mission consists in following the evolution of the site created over time. It will be necessary to correct any problems and troubleshoot users. In addition, technologies are changing rapidly. It will be necessary to ensure the sustainability of the solutions implemented on the site; and, why not make them evolve with new programming languages, if necessary.
Web developer : skills required
Mastery of languages used for web development
To exercise this profession, it is essential to master the programming languages PHP, Ruby on Rails, Node.js, SQL, Java, ASP… You must also know how to use CMS and Framework tools, but also code editing tools.
Capacity for continuous self-training
The Internet and programming languages are changing rapidly. A good web developer must therefore be able to self-train on new programming concepts; on developments or new languages; and also on developments or new technical solutions (CMS and framework).
Autonomy
For some missions the web developers work alone. They must therefore be able to exercise they profession independently.
Creativity
The web developer must be creative when designing a website.
Salary
The job of web developer has a bright future. Indeed, since its invention, the internet continues to evolve. Pushing the limits of creativity and development capabilities. Many companies do not have the skills or the personnel necessary to guarantee their effective presence on the Internet. They are therefore looking for web developer profiles.
After having worked on various projects, this professional can progress to the function of technical director and supervise several web developers. They can also move towards functions such as web technical project manager; IT Project Manager; webmaster; web architect; architect S.I.
Their average daily rate depends on several parameters such as their experience and specialty. It is between 350€ and 450€ per day.
Training and education of the Web developer
The best is to enter a training course delivering a bac +5 level diploma (specialized masters, engineering schools, masters in computer science, etc.). However, companies recruit web developers with varying levels of education.
Following a school education allows you to understand the structure of computer languages. But the future web developer will have to stay on constant watch to stay up to date.
What is the role of the QlikView Developer? Discover in this job description their missions, required skills, training and salary.
Use our template to create a compelling and comprehensive QlikView Developer job description to attract top talent.
What is the role of the QlikView developer? Discover in this job description their missions, required skills, training and salary.
QlikView is one of the products of the Qlik company, a leading market leader in DataViz and BI tools alongside Tableau and Microsoft products like Power BI. Qlik is a company specialising in the development of data software, dashboards and self-service business intelligence products.
To go into a little more detail, QlikView is a Business Intelligence platform facilitating self-service data interpretation. Thus, the QlikView solution enables big data analysis to be transformed into actionable insights. Globally, more than 24,000 companies use the QlikView platform. Thanks to its “Associative Difference” technology, the QlikView platform saves businesses time and allows users to easily consolidate, search, analyze and visualize their data.
QlikView Developer: the job
Today, the use of big data has become commonplace and IT departments of enterprises are increasingly advanced in the use of BI solutions. This is where the QlikView Developer comes in. The role of this professional is to prepare prior data processing to adapt the tool to the business needs and the activities of the company.
Their main missions are to collect and analyse business needs, write functional and technical specifications and implement the QlikView solution within the company. The QlikView Developer makes all the preparations for interpretation tools and data analysis tailored to each business. They are also responsible for modelling, designing and developing QlikView applications in line with the demands of the business. In addition, they ensure the correct and ongoing maintenance of the application.
Required Skills
Technical skills
The QlikView developer should have a lot of technical skills related to the QlikView solution. They must know how to create a data model and a QlikView application. Moreover, they must be able to solve problems related to data structures. In addition, they must know how to define advanced uses of the script editor and master the concepts of synthetic tables and loops.
In addition to technical skills, they must be a good listener. They must take into account the business environment, deal with the different actors with whom they work and take into account the needs and demands of different users. Also, they must have a good team spirit, a methodical spirit, and a sense of thoroughness and analysis.
Passion and curiosity
The QlikView Developer should be curious about the advancements in the web environment and popular technologies, staying up to date with new evelopments in this area. It is important that they are passionate about computers and new technologies, and also curious, dynamic and motivated.
The average daily rate for a QlikView Developer is typically between 250 and 500 euros.
Training and education of the QlikView Developer
To become a QlikView Developer, a bachelor’s degree in engineering is usually required. It is then possible to specialize in QlikView through specific training. There are also many online resources for professionals to learn QlikView.
A look at the role of the Android Developer. Learn all about the required skills, background, and main duties of this position in our job description.
Use our template to create a compelling and comprehensive Android Developer job description to attract top talent.
Mobile technology is growing exponentially in our society, which is why the profession of the Android Developer keeps attracting growing interest.
A competitor to Apple’s iOS, Android is Google’s mobile operating system and can be found in a multitude of smartphones, tablets and other connected objects. Many developers, therefore, choose to work on Android.
But what are the qualities and skills required to position for these booming job offers? How can one become an Android Developer? And also, what level of compensation can you expect from this type of work? Find the answers in our job description.
The role of the Android Developer is to develop applications for all devices that run on this mobile operating system. As can be done with iOS and the Swift Developer.
Drafting of the specifications
The first step in the job is to analyse the client’s specifications and define the most appropriate technical solution. This is an essential part of starting a project, as it makes it possible to understand the objectives of the project and determine the development plan to be put in place.
Application development and testing phases
Then comes the stage of programming the application in accordance with the rules and constraints of the specifications. It is also in this second part of the process that the developer will carry out series of tests to verify that the functionalities meet the specifications and that they will meet the needs of the end-user.
Application submission and technical monitoring
In the event that the project consists of developing an application; once the programming is complete; the Android Developer is required to submit their project to Google Play; Google’s application store; and to correct any bugs that the application can run into afterwards. They must also ensure that they document their work to ensure proper transmission of information to other members of the IT team.
Required Skills
Have a solid knowledge of the mobile environment
Before even talking about the skills specific to the Google operating system, the developer must know all the challenges of the mobile web. They must know how to use the programming languages live Java and Kotlin. But also have knowledge of other languages such as C ++ and the Native Development Kit.
Being in the know regarding Android developments
A good Android Developer must always be up-to-date on the evolution of mobile technologies. And more particularly on the updates of the Android operating system to maintain their level of performance and to always the best solutions.
Mastery of English
Fluency in English is often required and allows the developer to understand different programming languages. As these are based on the English language.
Salary of the Android Developer
The average daily rate for an Android Developer is generally between 300 and 800 euros. It varies greatly depending on the level of experience and technical expertise.
Training and education of the Android Developer
There is no traditional training to becoming an Android Developer. A computer science university degree is often useful to acquire the basics of programming. However, it is possible to become an Android Developer on a self-taught basis.
