The Technology Map of 2025: Key Technological Trends
With 2025 on the horizon, businesses face a decisive moment to identify the technological trends of 2025 that will define the next stage of growth and competitiveness. Generative Artificial Intelligence (GenAI), automation, and cloud computing are revolutionizing how core processes are designed, optimized, and executed. These tools are not just trends; they are strategic resources capable of transforming operations and creating new opportunities.
GenAI: A Strategic Pillar for Innovation
According to IDC, leading companies that have already integrated generative artificial intelligence are achieving an average ROI of $10.3 for every $1 invested, significantly outperforming the general average of $3.7.
In 2025, Generative AI will continue to solidify its position as a key technology for innovation in software development and operational management. Its ability to generate multi-module systems optimized with advanced patterns like microservices and serverless architectures will reduce development time. This will enable faster integrations tailored to the evolving needs of organizations.
Additionally, Generative AI will play a central role in automating testing processes by generating scenarios based on real user patterns to detect errors and ensure high standards from the early stages of projects. These practices will not only enhance quality but also accelerate development cycles as environments become increasingly agile.
On the other hand, AI agents will represent a significant evolution, enabling systems to act autonomously to achieve specific objectives. Their ability to dynamically adapt to changing environments will allow for more efficient handling of complex tasks. Combining autonomy with adaptability, these agents will operate in real-time to address highly complex business challenges.
Integration with multimodal interactions—such as text, voice, images, and structured data—will enhance their ability to manage interconnected workflows. This will transform key processes, improve critical operations, and enable personalized experiences in an increasingly demanding business environment.
RAG: Real-Time Knowledge Retrieval and Personalization
Retrieval-Augmented Generation (RAG) technology is emerging as one of the most promising technological trends of 2025 for organizations managing large volumes of information. By combining content generation with real-time data retrieval, RAG optimizes response accuracy and the relevance of business applications.
In this context, language models optimized for RAG are pushing this technology to new levels of efficiency, enabling quick data retrieval from large information corpora and offering more accurate and relevant responses. These advancements will be further enhanced by agent-based systems that extend RAG’s capabilities by dynamically adapting to various contexts and scenarios.
In 2025, RAG will revolutionize areas such as knowledge management, workflow-specific AI assistants, and customer service. Its scalability and adaptability will make it easier to integrate into organizations of all sizes, expanding its impact across various business applications.
Advances in the Cloud: Prediction and Automation
Cloud computing will remain one of the most vital infrastructures in 2025, especially in technological environments such as distributed systems, hybrid architectures, and dynamic workloads that demand scalability and real-time adjustments.
Intelligent distributed computing will be crucial, balancing workloads across public, private, and edge cloud technologies to reduce costs, minimize latencies, and enhance performance and security. Platforms like Kubernetes and AWS Auto Scaling are already using historical and real-time data to anticipate demand spikes, optimizing operations and ensuring continuous performance. Additionally, the modular design of hybrid clouds will offer flexible scalability, enabling companies to grow and adapt rapidly without the risk of overprovisioning.
Moreover, these technologies, along with other technological trends of 2025, will allow companies to adopt more flexible and effective strategies for managing resources. While many organizations have already migrated to the cloud, some still face cultural or regulatory resistance. For these companies, 2025 will be a pivotal opportunity to embrace these models.
Security as a Modular Strategy
As business environments become more distributed, ensuring security from the foundation of software development will be critical. DevSecOps practices will enable the identification and resolution of vulnerabilities from the earliest stages, automating audits, code analysis, and security testing to strengthen trust in systems before deployment.
The Zero Trust model continues to gain traction as a key approach in distributed environments, continuously validating components such as source code and dependencies to prevent unauthorized access and protect critical systems.
Advanced governance will also be essential for organizations managing large volumes of data generated by GenAI and IoT, ensuring regulatory compliance and privacy from the code architecture level in an increasingly regulated environment.
Computer Vision: Contextual Intelligence for More Accurate Decisions
Computer Vision (CV) will continue to deliver significant advancements in monitoring and optimizing processes. In 2025, it will not just be about object detection but also about understanding relationships between objects and contextualizing visual data for more informed decisions.
Technologies like YOLOv7 and OpenCV stand out for their ability to provide deeper contextual analyses, while dynamic reconstruction from flat images opens new possibilities for optimizing operational workflows and validating complex interfaces.
The Strategy for 2025
The key technologies of 2025 will not only transform processes but also redefine how organizations plan and execute their strategies. Generative AI, the cloud, and automation are proving to be indispensable resources for those aiming to remain competitive.
Strategically integrating these technologies and aligning their implementation with business objectives will be crucial for building a sustainable advantage in an increasingly demanding technological landscape.
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Isabel Rivas
Business Development Representative irivas@huenei.com
Shielding Microservices in the Cloud: The Power of Zero Trust
In today’s technological landscape, cloud-native environments have become the backbone of many organizations due to their ability to provide scalability, flexibility, and operational efficiency. However, as companies adopt microservices-based architectures, new security challenges arise. The distributed nature of microservices and their deployment in the cloud expand the attack surface, making it crucial to implement approaches like Zero Trust to ensure security in every interaction.
Microsegmentation of Microservices
One of the most advanced applications of Zero Trust in cloud-native environments is the microsegmentation of microservices. This technique enables the application of specific access controls at the level of each microservice, achieving adaptive security that adjusts to the behavior and characteristics of each service.
This approach reduces the attack surface and prevents lateral movements within the network. It minimizes the risk of a breach in one service propagating to others, ensuring that each component of the system is effectively protected. Microsegmentation also contributes to more granular protection, allowing precise control over interactions and access between services, which is crucial in a dynamic and distributed cloud-native environment.
Impact on Performance and Mitigation Strategies
Implementing Zero Trust may introduce some latency due to continuous access and policy verification. However, this latency can be effectively managed through the optimization of security policies. Designing efficient and specific policies helps reduce the system load. Additionally, techniques such as credential caching can minimize repetitive queries, thus reducing latency associated with authentication. It is essential to use high-speed infrastructure and perform constant performance monitoring to adjust and optimize as needed, ensuring that security does not compromise operational efficiency.
Specific Tools and Technologies
To implement Zero Trust and microsegmentation in cloud-native environments, several specific tools and technologies can be utilized. Identity and Access Management (IAM) tools like Okta and Microsoft Azure Active Directory provide crucial multifactor authentication and identity management. Microsegmentation solutions such as VMware NSX and Cisco Tetration enable traffic control between microservices.
Additionally, network security tools like Palo Alto Networks and Guardicore offer advanced microsegmentation capabilities. Policy management platforms like Tanzu Service Mesh (VMware) and Istio facilitate policy application and traffic management in Kubernetes environments, ensuring smooth integration with existing infrastructure.
Integration with DevSecOps
Integrating Zero Trust into DevSecOps workflows is essential for continuous protection. Automating policies with tools like Terraform and Kubernetes Network Policies helps configure infrastructure and apply security policies efficiently. Including security verification steps in deployment pipelines using tools like Jenkins and GitLab ensures that security is an integral part of the development process.
Implementing monitoring solutions like Prometheus and Grafana, along with log analysis with Splunk, allows for effective detection and response to security incidents. Training development teams in security best practices and ensuring security is integrated from the start of the development process is crucial for maintaining a robust security posture.
DevSecOps with Huenei
At Huenei, we apply a comprehensive DevSecOps approach to ensure data protection and regulatory compliance in our clients’ projects. We implement continuous integration and continuous delivery (CI/CD) with a focus on security, automating security testing, access policies in pipelines, and continuous threat monitoring. This provides our clients with proactive visibility into risks and effective vulnerability mitigation throughout the development cycle.
Conclusion
Implementing Zero Trust for protecting microservices in cloud-native environments offers a robust and innovative approach to addressing security challenges. While there may be an impact on performance, the right mitigation strategies and tools allow for effective integration, providing adaptive security and a significant reduction in the attack surface.
This approach not only strengthens technical security but also contributes to greater operational efficiency and the protection of critical assets in an increasingly complex environment. Collaborating with experts in the field can be crucial for navigating implementation challenges and ensuring that infrastructure is prepared to address current and future threats in the constantly evolving security landscape.
At Huenei, we are here to help you tackle these challenges. Contact us to discover how our solutions can enhance your security and optimize your infrastructure.
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Isabel Rivas
Business Development Representative irivas@huenei.com
Why Partnering with an ISO 27001 Certified Developer Matters
In the rapidly evolving digital landscape, ensuring the security and reliability of software applications is paramount. As cyber threats continue to escalate, organizations must prioritize implementing robust security measures throughout the software development life cycle (SDLC).
Choosing the right development partner is crucial. This is where certifications like ISO 27001 come in.
The Power of ISO 27001 for Secure Development
This cerfitication provides a comprehensive set of controls and best practices for establishing, implementing, maintaining, and continually improving an Information Security Management System (ISMS). By adhering to this standard, software development organizations can embed security measures into every phase of the SDLC, from requirements gathering and design to coding, testing, and deployment.
“ISO 27001 emphasizes identifying information security risks throughout the entire organization,” explains Jorge Attaguile, COO of Huenei IT Services. “This applies to the Secure Development Life Cycle (SDLC) as well. By implementing a risk-based approach, we can identify and mitigate potential vulnerabilities in the software itself, development processes, and data handling.”
Proper documentation is a cornerstone, and the SDLC is no exception. Documented procedures for secure development cover aspects like security requirements, coding standards, and testing procedures. Additionally, continuous improvement is a core principle. This translates to regularly reviewing and updating SDLC security practices, potentially involving security tools, penetration testing, and adapting to new threats, as Attaguile highlights: “ISO 27001 offers a comprehensive set of controls that can be adapted to specific SDLC and security needs.”
“ISO 27001 requires organizations to establish and apply security rules throughout the SDLC,” explains Dr. Rebecca Herold, a renowned information security expert and CEO of NIST Risk Management. “This can involve secure coding practices, access controls, vulnerability management, and robust testing procedures.”
Complementing ISO 27001 with ITIL processes can further enhance the efficiency and effectiveness of secure software development. ITIL provides a framework for standardizing IT service management practices, focusing on delivering high-quality IT services while aligning with business needs.
“ITIL processes already touch on various security aspects, such as change management, incident management, and problem management,” notes Stuart Rance, an ITIL expert and author of several ITIL publications. “By integrating ISO 27001 controls into these processes, organizations can ensure that security is embedded within their IT service management practices.”
By integrating security controls into existing ITIL workflows, a software development company can achieve a more efficient and secure development process.
In essence, Attaguile continues, “ITIL provides a foundation for efficient service delivery, while ISO 27001 ensures security is built into those processes. Integrating them allows a software development company to achieve both efficient and secure development.”
The Client Advantage
The benefits of partnering with a developer certified are numerous. By implementing ISO 27001 controls within ITIL processes, the development process becomes more secure, resulting in a final product with fewer vulnerabilities and a lower risk of security breaches. Your data and the software itself are better protected.
Furthermore, ITIL’s focus on high-quality IT services, when combined with ISO 27001, ensures security best practices are ingrained within the development lifecycle. This leads to a more robust and reliable final product with fewer bugs and security issues. Additionally, streamlining processes through ITIL and integrating security controls can lead to faster development cycles and potentially lower costs, translating to faster delivery times or more competitive pricing.
As Attaguile concludes, “Knowing a development company adheres to both ISO 27001 and ITIL standards demonstrates a commitment to quality and security. This fosters trust and confidence in our ability to deliver a secure and reliable product that meets your business needs.”
Partnering for Success
By choosing a development partner certified in ISO 27001 and ITIL standards, you gain a significant advantage. You receive a more secure, reliable product delivered efficiently by a trustworthy provider. This translates to peace of mind and a successful software development project.
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Isabel Rivas
Business Development Representative irivas@huenei.com
When designing software, some aspects need to be taken into account. For example, usability, aesthetics, and functionalities. But that’s not all: data and privacy must also be guaranteed. This means that personal data must be protected at all times. So, here we explain why this is so important!
Data and privacy: how do they influence software development?
Taking care of data privacy in the IT world is not an option: it’s a necessity. Thanks to the current digital transformation, more and more companies are asking for an application, a website, or any online structure to provide services. And a common mistake is to believe that only speed and efficiency in software development matter.
The “security” factor must also be guaranteed at every stage of development. Otherwise, cybercriminals can take advantage of these weaknesses, not only to generate problems in work processes but also to steal sensitive data that can cost millions of dollars.
And this is something that can be worked on from one area in particular: DevSecOps. According to IBM, it is the abbreviation for Development, Security, and Operations. So, it is a working practice that seeks to integrate security into each of the operations of software development, to make applications and services much more reliable.
DevSecOps is a natural evolution in the way organizations approach security. Thanks to this approach, potential problems can be prevented. In other words, by devoting just a few minutes or hours to security, you can save weeks or months of remediation.
A clear example has been Amazon, which mentions that it makes more than 50 million changes a year in its applications. Each one of them invests only a few minutes or hours. However, it saves weeks or months of work, as it avoids major corrections. In this way, they reduce their security problems by 50%.
Similar is the case with PayPal. With more than 400 million accounts and millions of annual transactions, it is necessary to ensure security at scale in all applications. This not only avoids scams but also consolidates the company as one of the leaders in online payments.
Benefits of ensuring good data privacy in software
Now, what are the advantages of ensuring data privacy in software development? Read on and find out.
Cost savings
Yes: cyber-attacks not only cause problems at the infrastructure level but can also result in millions of dollars in losses for companies. Due to lost productivity, remediation costs, and data breaches, companies can end up in crisis. For this reason, organizations can mitigate risks through the good development of each of their services.
But it is also necessary to delete these problems by backing up data in the cloud and distributing it across multiple servers. By ensuring that data is protected, cyber-attacks that cause financial crises can be avoided.
Automation
This is one of the specific benefits of the DevSecOps model. Automated security tests and checks can start to become part of all development phases. This situation results in a remarkable benefit, which is none other than having a higher level of CI/CD system security.
Thanks to these tests, the code that passes to the next stage will have an adequate level of security. All this is done in an automated way, generating collaboration between all the people on the team. For this reason, the SDLC (System Development Life Cycle) is usually much more efficient.
Transparency
Ensuring data security at every stage of software development also allows for clear objectives. When all privacy policies are clear and the software complies with the appropriate security protocols, realistic expectations about the launch of a service are generated.
For example, a common mistake is for companies to rush to launch software onto the market that has not been tested in terms of security. This situation can lead to a computer attack resulting in the theft of private information, which can generate losses in the millions of dollars. Here we work from the beginning to ensure stability.
The importance of continuous work on data privacy
Finally, you must know that no software will ever be 100% secure. Hackers work day after day to perfect their information theft techniques. For this reason, there is no way to guarantee the invulnerability of your services. However, you can minimize this probability.
The way to do this is as simple as it is effective: by working continuously. If you have a team specialized in computer security, they will be able to check that all privacy standards are being met. If not, the necessary repairs can be made to ensure that the code developed is secure.
That’s it! We hope this article on data and privacy in software development has been of interest to you.
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