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Master Microsoft 365 Security with SC-401: Protect, Govern, and Respond

In an era where data breaches and compliance risks dominate the headlines, organizations are under increasing pressure to safeguard their sensitive information. SC‑401: Administering Information Security in Microsoft 365 is a specialized training course that equips IT leaders and security professionals with the technical skills and knowledge needed to protect data across the Microsoft 365 ecosystem. 

Why SC‑401 Matters

Microsoft 365 is foundational in many enterprises’ collaboration, productivity, and compliance strategies. But the convenience and power it offers also introduce vulnerabilities: insider threats, data leaks, regulatory demands, and AI‑driven risks. SC‑401 addresses exactly these challenges by focusing on information protection, risk management, and incident response in the modern digital workplace.

Core Learning Objectives

This training covers several critical domains:

  • Implement Information Protection: Learn how to deploy Microsoft Purview and related services to classify, label, and protect sensitive content in Microsoft 365.

  • Prevent Data Loss (DLP): Configure DLP policies that monitor and block the leakage of confidential data.

  • Manage Internal Risks: Set up and respond to insider risk alerts, investigate suspicious behavior, and enforce governance policies.

  • Protect AI‑Related Data: As AI services become integrated, SC‑401 teaches how to secure data inputs, outputs, and models using domain‑specific controls.

  • Retention & Audit: Define and enforce data retention policies and use auditing and eDiscovery tools to monitor, research, and respond to compliance issues.

These objectives help participants build a holistic and defensible information security posture in Microsoft 365.

Course Structure & Format

SC‑401 is offered in multiple modalities to accommodate different learning styles. Among the options:

  • Self‑Learning (100 hours virtual): For individuals who prefer self-paced study.

  • Instructor‑Led Virtual (100 hours): Live sessions led by experts, with interactive labs.

  • Virtual Bonificado (115 hours): A subsidized variant with extended support.

The course is broken into modular sections. Topics include classification, labeling, encryption, DLP in endpoints, insider risk management, AI risk mitigation, data retention, audit, and eDiscovery.

Prerequisites: Participants are expected to hold foundational knowledge of Microsoft 365, Purview, and basic security and compliance concepts.

Upon completion, learners are eligible for the Microsoft Certified: Information Security Administrator Associate credential.

Who Should Enroll

SC‑401 is ideal for:

  • Security administrators in Microsoft 365 environments

  • Compliance officers and risk managers

  • Individuals working with or alongside governance, data, and security teams

  • Professionals tasked with designing, implementing, or auditing information protection strategies

By integrating technical configuration skills with governance strategy, participants can align security controls with organizational risk and compliance requirements.

Why Choose Nanfor’s SC‑401 Offering

Nanfor combines subject matter expertise, flexible modalities, and hands‑on lab exercises to deliver robust training. Their course ensures that learners not only pass the certification exam but also gain real‑world skills they can apply immediately.

 

For more info, visit here:- AZ-2009: Build distributed apps with .NET Aspire

SC‑5004 Training: Harness the Power of Microsoft Defender XDR for Threat Detection and Response

In an era where cyberthreats constantly evolve, organizations must equip their security teams with advanced tools and skills. SC-5004: Defend against cyberthreats with Microsoft Defender XDR is a focused training offering designed to empower Security Operations Analysts to detect, respond to, and remediate threats using Microsoft’s Extended Detection and Response (XDR) solution.

What Is SC‑5004?

SC‑5004 (also referred to in Microsoft’s training catalog as the “Defend against cyberthreats with Microsoft Defender XDR” learning path) guides learners through core tasks associated with securing endpoints, managing incidents, and doing advanced threat hunting.

It is intended for security professionals who already have familiarity with the Defender portal, a basic understanding of Microsoft Defender for Endpoint, and some exposure to Microsoft Sentinel and the Kusto Query Language (KQL).

The course may be delivered as instructor-led or virtual training and typically spans one full day of focused instruction.

Why Microsoft Defender XDR?

Microsoft Defender XDR brings together threat detection, investigation, and response across multiple domains: endpoints, identities, email and collaboration, cloud applications, and more.

Key capabilities include:

  • Automatic attack disruption — using AI to isolate compromised devices or accounts and block lateral movement.

  • Incident prioritization — correlating telemetry across domains and surfacing the highest‑risk incidents for analysts. 

  • Auto‑healing and remediation — applying built‑in automation to return assets to a safe state (e.g. terminating malicious processes, removing forwarding rules).

  • Advanced threat hunting with KQL — enabling security teams to write custom queries across raw telemetry to detect stealthy or novel threats.

  • Unified visibility — giving analysts a holistic view across endpoints, identity, email, and cloud workloads to see the full chain of attack.

What You’ll Learn in SC‑5004

The SC‑5004 course is structured around several modules and hands‑on labs.

Key learning outcomes include:

  • Configure a Defender XDR environment — set security policies, onboard devices, and enable integration across Defender services.

  • Manage devices using Microsoft Defender for Endpoint — group devices, manage access, and apply automation levels.

  • Handle incidents in Defender XDR — simulate, triage, assign, and respond to security incidents.

  • Investigate endpoints — conduct live response on devices, collect investigation packages, and analyze device timelines.

  • Advanced Hunting using KQL — write custom queries, validate detection rules, and continuously hunt for hidden threats.

This hands‑on exposure ensures attendees can confidently navigate the Defender XDR environment and integrate threat detection workflows into operational security programs.

Business Value & Use Cases

By adopting SC‑5004 training and Microsoft Defender XDR, organizations gain several strategic advantages:

  • Faster, smarter response — automated threat disruption helps reduce dwell time and limit the damage from attacks.

  • Operational efficiency — by consolidating detection and response across domains, analysts spend less time switching tools and correlating data manually.

  • Proactive defense posture — threat hunting empowers security teams to discover hidden or emerging threats before they escalate.

  • Scalability and continuity — automation and AI reduce reliance on manual tasks, enabling SOC teams to scale.

  • Better alignment to Microsoft ecosystems — for enterprises already invested in Microsoft technologies, Defender XDR offers deep integration across Azure, Microsoft 365, and security tooling.

Conclusion

As cyberthreats become more sophisticated, security teams need unified, intelligent tools. SC‑5004: Defend Against Cyberthreats with Microsoft Defender XDR offers a targeted, hands‑on pathway for equipping analysts with the skills to deploy, manage, and leverage Microsoft’s XDR solution effectively. For organizations using or evaluating Microsoft’s security stack, SC‑5004 is a strategic investment in building readiness and resilience.

 

For more info, visit here:- Prompt engineering con Chat GPT de OpenAI y Microsoft Copilot

Boost Your App Development with GitHub Copilot: Master the AZ-2007 Course

In today's fast-paced software development world, developers are constantly looking for ways to streamline their processes, reduce development time, and enhance code quality. One of the tools that has recently gained attention for its ability to accelerate application development is GitHub Copilot. As part of the AZ-2007: Accelerate App Development by Using GitHub Copilot course, developers are introduced to how GitHub Copilot can be used to significantly improve the app development lifecycle.

GitHub Copilot, powered by OpenAI’s Codex, is a code completion tool that helps developers write code faster by providing intelligent code suggestions. These suggestions are based on the context of the code being written and can save developers valuable time, allowing them to focus on higher-level tasks rather than spending time on boilerplate code.

What is GitHub Copilot?

GitHub Copilot is an AI-powered code completion tool that integrates directly into popular code editors like Visual Studio Code. It suggests entire lines or blocks of code as you type, based on the context of the project. It can be used for a variety of languages, including Python, JavaScript, TypeScript, Ruby, and more, making it versatile for different development environments.

One of the key features of GitHub Copilot is its ability to learn from millions of open-source projects. This extensive dataset allows Copilot to generate relevant and useful code suggestions. Additionally, Copilot is able to understand specific coding styles and frameworks, which means that the code suggestions it provides are highly adaptable to a developer’s needs.

How GitHub Copilot Accelerates App Development

  • Time-Saving Code Suggestions
    GitHub Copilot significantly cuts down on the time developers spend writing repetitive or boilerplate code. Whether it's generating function definitions, loops, or even complex algorithms, Copilot quickly populates the necessary code. This allows developers to focus on solving complex problems rather than writing mundane, repetitive code.

  • Enhanced Code Quality
    GitHub Copilot is trained on best practices from open-source repositories, making it an excellent tool for writing high-quality, maintainable code. As it provides suggestions, developers can review and modify them as needed, ensuring that the final code aligns with their project's standards.

  • Learning and Improving
    For junior developers, GitHub Copilot acts as an excellent mentor. It suggests best practices and coding patterns that they may not be familiar with, improving their learning curve. By working alongside Copilot, developers can discover new methods and tools to enhance their programming skills.

  • Collaboration Across Teams
    GitHub Copilot’s suggestions aren't limited to individual developers. In collaborative environments, teams can rely on Copilot to maintain consistency in coding styles, reduce the chances of errors, and boost overall productivity.

  • Faster Prototyping
    When building prototypes or MVPs (Minimum Viable Products), speed is of the essence. GitHub Copilot allows developers to quickly iterate on ideas, generating code that can be tested almost instantly. This helps to speed up the development lifecycle, which is crucial when working under tight deadlines.

  • Seamless IDE Integration
    GitHub Copilot integrates smoothly with IDEs like Visual Studio Code, making it easy to adopt into existing workflows. With just a few clicks, developers can start receiving code suggestions without having to learn new tools or adjust their workflow.

Conclusion

GitHub Copilot is more than just a simple code completion tool – it is a game-changer in how developers write and accelerate app development. By reducing repetitive coding tasks, enhancing code quality, and improving collaboration across teams, GitHub Copilot proves to be an invaluable asset for modern developers. The AZ-2007: Accelerate App Development by Using GitHub Copilot course offers developers a chance to master this tool and improve their productivity. For organizations looking to leverage the power of GitHub Copilot, Nanfor Ibérica offers a comprehensive solution that can help developers gain the necessary skills to implement Copilot effectively and drive faster development cycles.

 

For more info, visit here:- AI-3025: Work smarter with AI

Fundamentos de Ciberseguridad en las Organizaciones: Lo Esencial para Proteger tus Activos Digitales

En la era digital, la ciberseguridad ya no es una opción: es una necesidad. Las organizaciones enfrentan amenazas constantes — desde ataques de malware hasta filtraciones de datos, ransomware y phishing. Para funcionar con seguridad y confiabilidad, es vital que toda empresa conozca los Fundamentos de Ciberseguridad en las organizaciones. Este conocimiento permite adoptar medidas preventivas eficientes, reducir riesgos y mantener la confianza de clientes, colaboradores y stakeholders.

¿Qué es la ciberseguridad?

Ciberseguridad se refiere al conjunto de prácticas, políticas, tecnologías y herramientas destinadas a proteger los sistemas informáticos, redes, dispositivos y datos frente a accesos no autorizados, daños o interrupciones. Incluye la protección de la confidencialidad (quién tiene acceso), integridad (que la información no se altere sin autorización) y disponibilidad (que los servicios y datos estén accesibles cuando se necesiten).

Principios esenciales

  1. Confidencialidad, Integridad y Disponibilidad (Tríada CIA): Esta es la base. Toda medida o política de seguridad debe asegurar que los datos sean privados, que no se modifiquen indebida o maliciosamente, y que se mantenga acceso seguro cuando se requiera.

  2. Autenticidad y Control de Accesos: Verificar identidades, usar autenticaciones robustas, gestionar bien los permisos para limitar quién puede hacer qué. Esto previene accesos indebidos o abuso interno.

  3. Protección de Redes y Sistemas: Firewalls, segmentación de redes, cifrado, actualizaciones de software y parches ayudan a minimizar vulnerabilidades.

  4. Gestión del riesgo y respuesta ante incidentes: Identificar riesgos, evaluarlos, priorizarlos y planear cómo mitigarlos. Tener además un plan de respuesta a incidentes permite reaccionar rápidamente si ocurre una brecha.

  5. Concienciación y Formación del Personal: Muchas brechas suceden por errores humanos. Capacitar al personal para reconocer phishing, usar buenas contraseñas, entender la importancia de los backups, actualizar componentes, etc., es clave. 

Amenazas comunes que toda organización debe conocer

  • Phishing y Ingeniería Social: Correos falsos, mensajes engañosos que convencen a usuarios de revelar credenciales o instalar software malicioso.

  • Ransomware: Malware que cifra datos y exige rescate para devolver acceso. Puede paralizar operaciones si no hay respaldos adecuados.

  • Vulnerabilidades en software no actualizado: Aplicaciones o sistemas operativos desactualizados ofrecen puntos de entrada para atacantes. Las actualizaciones son una línea de defensa básica.

Cómo implementar estos fundamentos

  • Realizar una evaluación inicial de riesgos para identificar los activos críticos, puntos débiles y vulnerabilidades.

  • Establecer políticas de seguridad claras: contraseñas seguras, uso de autenticación multifactor, reglas de acceso y control.

  • Implementar herramientas de seguridad adecuadas: antivirus, firewalls, sistemas de detección de intrusos, cifrado de datos.

  • Crear planes de respuesta ante incidentes y políticas de respaldo (backups) regulares.

  • Fomentar una cultura de seguridad: capacitación continua para todos los colaboradores.

Por qué elegir el curso “Fundamentos de Ciberseguridad” de Nanfor

El curso de Nanfor Ibérica ofrece una base práctica y comprensiva de estos conceptos esenciales. Está diseñado para quienes desean comprender los principios centrales, conocer herramientas reales y aprender cómo aplicarlos en entornos organizacionales. Ideal para profesionales de TI, responsables de seguridad, líderes de proyecto o cualquier persona comprometida con la protección digital en su empresa.

Conclusión

Los fundamentos de ciberseguridad en las organizaciones son la columna vertebral de una estrategia segura y sostenible. Protegen no solo los sistemas y datos, sino también la reputación, la continuidad del negocio y la confianza con clientes. Aprender estos conceptos y aplicarlos de manera consistente puede marcar la diferencia frente a amenazas crecientes. Con una buena formación y compromiso institucional, las organizaciones pueden minimizar riesgos y fortalecer su resiliencia digital.

 

For more info, visit here:- Curso de Networking

AZ-2010: Designing and Implementing Platform Engineering

In today’s rapidly advancing tech landscape, organizations need robust systems to support development teams, ensure operational resilience, and accelerate innovation. That’s where AZ-2010: Designing and Implementing Platform Engineering comes in—a strategically designed training pathway for building scalable, secure, and developer-friendly platforms on Azure.

What Makes AZ-2010 Stand Out

This advanced course—available through Nanfor and other providers—offers a comprehensive framework for understanding and practicing platform engineering. It highlights the strategic importance of internal developer platforms (IDPs), which empower teams with safe, consistent, and self-service workflows.

Course Structure: What You Will Learn

AZ-2010 is typically a one-day, instructor-led offering that walks through the entire platform engineering journey, from architecture design to observability and roadmap planning.

Key Modules Include:

  • Foundations of Platform Engineering
    Understand platform engineering’s role in enhancing developer productivity and enabling digital transformation.

  • Designing Secure & Scalable Architectures
    Learn best practices for building architecture that adapts to growth and maintains security and regulatory compliance.

  • Implementing Developer Self-Service
    Set up platforms that offer secure, governed self-service—complete with tooling like Microsoft Dev Box—so teams can innovate independently.

  • Observability & Continuous Improvement
    Embed observability from the start, enabling systems to self-monitor, surface insights, and support iterative improvements.

  • Strategic Platform Road Mapping
    Align platform evolution with business goals, managing risk and innovation through a structured roadmap for the future.

Who Should Take AZ-2010?

This course is ideal for professionals empowered to build, operate, or lead internal platform initiatives:

  • Platform Engineers, DevOps practitioners, Cloud and Infrastructure Engineers

  • Solution Architects, Technical Managers, and Engineering Leaders

  • Security and Compliance specialists involved in platform governance.

Why It Matters

By completing AZ-2010, participants gain practical, hands-on experience in building enterprise-grade internal developer platforms (IDPs). You’ll learn to:

  • Streamline developer workflows

  • Automate infrastructure with infrastructure-as-code tools

  • Enforce governance policies across resources

  • Deliver continuous improvements through observability

  • Grow platforms in harmony with evolving business needs.

These skills are invaluable for organizations looking to reduce deployment times, enhance developer satisfaction, and maintain reliable operations in cloud-first environments.

Final Thoughts

AZ-2010: Designing and Implementing Platform Engineering is more than a technical course—it’s a catalyst for transformation within modern enterprises. By mastering this training, you’re equipped to design platforms that empower teams, foster innovation, and deliver stability—all while aligning with your organization’s broader strategic goals.

 

For more info, visit here:- MS-4023: Explore Microsoft 365 Copilot Chat

Mastering Distributed Application Development with .NET Aspire: AZ-2009 Course Overview

In today’s digital era, distributed applications have become the backbone of modern business operations. Organizations are increasingly adopting cloud-native solutions to ensure scalability, reliability, and seamless performance across multiple platforms. One of the most effective ways to achieve this is by leveraging .NET Aspire, a framework designed to simplify the development of distributed applications. The AZ-2009: Build Distributed Apps with .NET Aspire course equips developers and IT professionals with the essential skills to design, implement, and optimize distributed solutions that meet enterprise-level demands.

Why Distributed Apps Matter

Distributed applications are designed to run across multiple systems, allowing businesses to handle large-scale operations with greater flexibility. These apps are not confined to a single machine; instead, they harness the power of multiple servers or cloud resources. This approach delivers:

  • High Availability – Ensures services remain operational even if one component fails.

  • Scalability – Applications can grow effortlessly as demand increases.

  • Performance Efficiency – Distributing workloads reduces bottlenecks.

  • Resilience – Built-in redundancy and fault tolerance enhance reliability.

With industries rapidly moving toward microservices and cloud-driven solutions, the demand for professionals skilled in building distributed apps continues to rise.

What the AZ-2009 Course Offers

The AZ-2009: Build Distributed Apps with .NET Aspire program is designed to bridge the gap between theoretical knowledge and practical application. Participants will gain hands-on experience with .NET Aspire, Microsoft’s advanced toolset for creating robust distributed systems.

Key learning objectives include:

  • Understanding the architecture and principles of distributed applications.

  • Designing microservices and integrating them into larger solutions.

  • Implementing scalability strategies using .NET Aspire.

  • Deploying distributed apps in cloud environments such as Azure.

  • Ensuring security and reliability across multi-component systems.

The course emphasizes real-world scenarios, ensuring learners can apply concepts directly to their professional projects.

Who Should Enroll?

This course is ideal for:

  • Software developers aiming to strengthen their expertise in distributed systems.

  • IT professionals seeking to advance their cloud and .NET skills.

  • Architects and solution designers who need to build enterprise-grade applications.

  • Organizations looking to upskill their teams for cloud-native transformation.

Unlock Career Opportunities

Completing the AZ-2009 course not only enhances technical proficiency but also opens doors to new career paths. Professionals skilled in distributed app development are in high demand across industries like finance, healthcare, retail, and technology.

For more info, visit here:- PL-7004: Implement AI models with Microsoft Power Platform AI Builder

Domina el Prompt Engineering con Chat GPT y Microsoft Copilot: Clave para la Productividad

 

En la era de la inteligencia artificial generativa, saber comunicarse eficazmente con modelos de lenguaje como Chat GPT de OpenAI y Microsoft Copilot se ha convertido en una habilidad clave. Este proceso, conocido como Prompt engineering con Chat GPT de OpenAI y Microsoft Copilot o ingeniería de indicaciones, permite obtener respuestas precisas, creativas y alineadas con los objetivos del usuario.

¿Qué es el prompt engineering?

El prompt engineering consiste en diseñar instrucciones claras y específicas para interactuar con modelos de lenguaje como GPT. A través de una correcta formulación del “prompt” o entrada, se puede guiar al modelo hacia respuestas más útiles, reducir ambigüedades y optimizar los resultados.

En entornos profesionales, esta técnica se ha convertido en un recurso esencial para mejorar la productividad, automatizar tareas y agilizar la toma de decisiones. Tanto Chat GPT de OpenAI como Microsoft Copilot incorporan estas capacidades, integrándose con herramientas empresariales como Microsoft 365, Power Platform y Azure.

Aplicaciones prácticas con Chat GPT y Microsoft Copilot

Tanto Chat GPT como Copilot pueden emplearse en múltiples escenarios:

  • Redacción y corrección de textos: Desde correos electrónicos hasta informes ejecutivos.

  • Análisis de datos y visualización: Interpretar datos complejos en lenguaje natural.

  • Generación de código: Automatizar tareas repetitivas en desarrollo de software.

  • Apoyo a la toma de decisiones: Resumir información clave y generar recomendaciones.

Gracias al prompt engineering, estas tareas se vuelven más precisas y eficientes, permitiendo al usuario obtener exactamente lo que necesita del modelo.

Formación especializada: clave para el éxito

La demanda de habilidades en IA está creciendo, y contar con formación especializada es fundamental. El curso de Prompt Engineering con Chat GPT de OpenAI y Microsoft Copilot, disponible en Nanfor, está diseñado para profesionales que desean dominar esta tecnología de forma práctica.

Este programa proporciona las bases teóricas y ejercicios aplicados para crear prompts efectivos, adaptados a diferentes contextos empresariales y técnicos. Además, explora cómo integrar estas herramientas dentro del ecosistema Microsoft para aprovechar su máximo potencial.

Un paso adelante en tu carrera digital

Dominar el prompt engineering no solo mejora la interacción con modelos de IA, sino que también impulsa la transformación digital en las organizaciones. Con herramientas como Chat GPT y Microsoft Copilot, los profesionales pueden potenciar su rendimiento, automatizar tareas complejas y enfocarse en el trabajo estratégico.

 

Para más información, visite aquí:- MS-4014: Build a foundation to extend Microsoft 365 Copilot

 

 

Desarrolla habilidades en IA con Prompt Engineering: Curso con ChatGPT y Copilot

 

En un entorno profesional y académico cada vez más digitalizado, saber formular las preguntas adecuadas es clave. El curso Prompt engineering con Chat GPT de OpenAI y Microsoft Copilot que ofrece Nanfor es una formación virtual de 60 horas diseñada para potenciar tu capacidad de comunicarte eficazmente con dos herramientas de inteligencia artificial que revolucionan la productividad: ChatGPT y Microsoft 365 Copilot.

¿Qué aprenderás?

El programa se compone de cinco unidades didácticas repletas de teoría y práctica, impartidas completamente online. Desde el primer día, tendrás acceso 24/7 al Campus Virtual, foros de participación y tutorías continuas, todo durante un acceso de ocho semanas.

  • Introducción al Prompt Engineering

Te familiarizarás con el concepto de “prompt engineering”: el arte de formular solicitudes claras y precisas para que las IA respondan mejor. Aprenderás a mejorar la calidad de las respuestas y a optimizar tus flujos de trabajo. Además, se presentarán los beneficios de usar ChatGPT como asistente conversacional y Microsoft 365 Copilot como herramienta integrada en Word, Excel, PowerPoint y Outlook.

  • Fundamentos para ChatGPT

Descubrirás cómo interactuar eficazmente con ChatGPT: usando claridad, contexto y especificidad. Se incluyen ejemplos prácticos, como pedir explicaciones sencillas, redactar correos formales o generar ideas creativas. Además, realizarás ejercicios donde compararás respuestas y verás cómo pequeños cambios en los prompts transforman el resultado.

  • Fundamentos para Microsoft 365 Copilot

Aprenderás a redactar prompts para que Copilot genere contenido en Word, descubra patrones en Excel o diseñe presentaciones en PowerPoint. Desde instrucciones claras hasta detalles de estilo, cada ejemplo —como crear un resumen ejecutivo o formar gráficos— enfoca tu uso del asistente de productividad con eficacia.

  • Taller Práctico y Ejercicios Integrados

Pondrás en práctica lo aprendido: crear prompts, evaluar respuestas, generar contenido y transformar datos. Incluso desarrollarás un mini-proyecto donde uses ChatGPT para escribir y Copilot para dar formato o analizar datos, finalizando con una presentación profesional. Además, recibirás retroalimentación en grupo para afinar tus habilidades.

  • Buenas prácticas y consejos finales

Consolidarás estrategias clave: ser específico, iterar y aprender de cada interacción. También aprenderás a definir objetivos claros al usar Copilot en diferentes aplicaciones de Microsoft, sacando el máximo provecho a la herramienta.

¿Quién debería tomar este curso?

Este curso está dirigido a profesionales de TI, estudiantes de carreras tecnológicas, empresas, consultores o freelancers y entusiastas de la tecnología que buscan formación aplicada, personalizada y con acompañamiento continuo.

Conclusión

Al finalizar, estarás habilitado para redactar prompts efectivos tanto para ChatGPT como para Microsoft 365 Copilot, elevando la calidad de tu trabajo, automatizando tareas y creando contenido con agilidad y precisión. Si te interesa conocer modalidades como telepresencial o presencial, o tienes dudas sobre bonificaciones, puedes contactar con Nanfor Ibérica por correo, teléfono o WhatsApp.

 

Para más información, visite aquí:- MS-4014: Build a foundation to extend Microsoft 365 Copilot

AI-3025: Work Smarter with AI — Boost Productivity with Microsoft Copilot

Discover the AI-3025 Course: A Smarter Way to Work

In the digital age, leveraging AI to enhance productivity isn't just smart—it's essential. The AI-3025: Work Smarter with AI course, offered by Nanfor, empowers professionals to harness the power of Microsoft Copilot, transforming everyday tasks into seamless, AI-driven workflows.

What You’ll Learn

This beginner-friendly training is designed for business users and offers a clear, practical introduction to Microsoft Copilot:

  • Gain insights into what Copilot is and how it works

  • Discover the capabilities of Copilot across Microsoft 365 tools

  • Learn to craft effective prompts to generate accurate, relevant outputs

  • Engage with hands-on exercises that explore Copilot's real-world applications

Who Should Enroll?

This course suits professionals with a foundation in Microsoft productivity tools such as Word, Excel, Outlook, or PowerPoint. Whether you're a business user looking to optimize workflows or simply curious about AI integration, this course equips you to:

  • Conduct intelligent searches

  • Generate persuasive and efficient content

  • Maximize your productivity with AI-enhanced features

Course Format & Pricing

Nanfor offers flexible and convenient learning options:

  • Virtual (45 hours) — €295

  • Virtual Bonus (50 hours) — €355

You can learn in the language that suits you—options include English and Spanish—with additional modalities such as self-learning, virtual, in-person, or telepresence sessions available. Nanfor also provides dedicated training support and corporate bonuses.

Why AI-3025 Makes Sense for You

  • Beginner-Friendly: Easy for first-time AI users to grasp

  • Hands-On Learning: Practical exercises bring AI tools to life

  • Flexible Delivery: Choose the training style that fits your schedule and needs

  • Time and Creativity Boost: Learn to delegate mundane tasks and focus on smarter work with AI support

About Nanfor: Trusted Learning Since 1985

Nanfor has been a leading educational technology provider since 1985, delivering international recognition through e-learning, teletraining, and consulting services. They specialize in Microsoft certifications and AI education across business and technology sectors, ensuring top-tier, cutting-edge training.

Final Thoughts

Ready to elevate your productivity and creativity? AI-3025: Work Smarter with AI is designed to give you the skills and confidence to apply Microsoft Copilot effectively boosting your work quality and efficiency. Visit Nanfor’s course page to explore options and take your first step toward smarter, AI-empowered work.

 

For more info, visit here:-  MB-7007: Deploy and configure Microsoft 365 Copilot for Sales

Curso de Networking: Domina las Redes y Avanza en tu Carrera Tecnológica

En un mundo cada vez más conectado, comprender cómo funcionan las redes de datos es una habilidad esencial para quienes desean desarrollarse en el ámbito tecnológico. Un Curso de Networking te proporciona los conocimientos y herramientas necesarios para diseñar, configurar, gestionar y solucionar problemas en redes informáticas, desde las más simples hasta las más complejas. En Nanfor Ibérica, te ofrecemos una formación completa, actualizada y reconocida internacionalmente en el área de redes.

¿Qué es el Networking?

El networking, o redes informáticas, se refiere a la interconexión de computadoras y dispositivos para compartir recursos y comunicarse entre sí. Desde redes locales (LAN) hasta redes de gran escala como Internet, el conocimiento de cómo funcionan estas infraestructuras es esencial en sectores como:

  • Soporte técnico

  • Ciberseguridad

  • Administración de sistemas

  • Telecomunicaciones

  • Cloud computing

¿Por qué hacer un Curso de Networking?

Realizar un curso especializado en networking te prepara para afrontar desafíos técnicos reales en empresas y organizaciones de todos los tamaños. Entre los principales beneficios se destacan:

  • Conocimientos prácticos y actualizados en protocolos, topologías, routers, switches, firewalls, y más.

  • Mejora de oportunidades laborales: El networking es una de las habilidades más demandadas en el sector IT.

  • Certificaciones reconocidas: Muchos cursos te preparan para exámenes oficiales como Cisco CCNA, CompTIA Network+, entre otros.

  • Fundamento esencial para otras áreas IT, como cloud computing, ethical hacking o administración de servidores.

Curso de Networking en Nanfor Ibérica

En Nanfor Ibérica, te ofrecemos un curso diseñado para brindarte tanto la teoría como la práctica necesarias para convertirte en un profesional de redes. Nuestro enfoque combina:

  • Contenido oficial y actualizado

  • Modalidades flexibles: 100% online, con acceso 24/7

  • Soporte de instructores certificados y con experiencia real en el sector

  • Preparación para certificaciones internacionales

  • Laboratorios virtuales para una experiencia práctica completa

Este curso está pensado para principiantes y para aquellos que desean consolidar sus conocimientos en redes, brindando una base sólida para seguir creciendo en el ámbito tecnológico.

Invierte en tu Futuro Profesional

Dominar el networking es una ventaja competitiva clave en el mundo actual. No importa si estás comenzando tu carrera o buscando especializarte aún más, un Curso de Networking en Nanfor Ibérica te proporcionará las habilidades necesarias para destacarte. Inscríbete hoy en el Curso de Networking de Nanfor Ibérica y da el siguiente paso en tu camino profesional dentro del mundo de las tecnologías de la información.

 

Para más información visite aquí:- Fundamentos de Pentesting