Hier erfahren Sie, wie Sie die Cloud-Computing-Effizienz in Internetdiensten mithilfe von Problemlösungsfähigkeiten verbessern können.

Consider the various pricing models offered by cloud providers. Some providers offer Committed Use Discounts (CUDs) which can provide you with significant cost savings compared to on-demand and consumption based usage pricing

To enhance cloud computing efficiency, you need to assess your needs concerning cost. Cloud provider tools such as TCO and pricing calculators (Azure and AWS Pricing Calculators) help you compare your existing on-premises cost to the cloud cost and also enable you to have an estimate of what your cloud cost will look like. Take time to optimize cost by identifying underutilized resources such as idle EC2 instances and suggest right-sizing. Integrate cost-monitoring solutions to help you monitor resource utilization and application performance. Set up alarms for unusual patterns and log analysis to identify inefficiencies. Lastly, use auto-scaling to ensure you have the required capacity to handle varying workloads while minimizing costs.

Problem solving is about answering the question "What should we/I do?". First the concept of "enhance efficiency" has to be phrased in an SMART way. What are we talking about when we talk about efficiency: cost, energy use, scalability? What is the target enhancement? Once the problem is clearly defined, I think using issue and hypothesis trees is a good starting point to desegregate the problem into parts that are manageable. The trees should be MECE (mutually exclusive and collectively exhaustive). And them prioritise the actions. I do think a single player cannot solve a global project with the impact that is required. Several cloud computer providers and their partners (E.g. manufacturers, utility companies....) have to sit at the table

Compreender e otimizar os custos em nuvem é fundamental para garantir que as empresas aproveitem ao máximo os recursos disponíveis sem comprometer sua saúde financeira. Estabelecer políticas claras de governança para o uso responsável de recursos, usar de ferramentas de monitoramento para analisar detalhadamente o uso de recursos, avaliar os serviços em nuvem que a empresa realmente precisa, são algumas das premissas que precisam ser analisadas para garantir a saúde do negócio.

Acredito sim que o primeiro passo seria avaliar as necessidades, pois muitas vezes são utilizados recursos desnecessários ou de forma errada, então entender o workload é fundamental para esse processo.

Utilice habilidades de resolución de problemas para diseccionar gasto en nube e identificar ahorros. Optar por instancias reservadas para cargas predecibles, escalar automáticamente recursos según demanda y usar instancias spot para tareas flexibles no críticas. Revisar regularmente planes de servicio y modelos de precios para cambiar a opciones más rentables. Mantener balance entre rendimiento y gasto, pagando solo por recursos necesarios.

Costs optimization on Cloud computing is now a separate discipline to master, mainly named FinOps. It requires good understanding of costs and plans provided by the cloud provider, a good architzcturing skills and a deep insight on the current and goal infrastructure. Costs optimization can go from shutting down unused servers on weekends to turning global architectures upside down.

Utilize cloud provider tools, such as AWS Cost Explorer or Azure Advisor, to get insights and recommendations on instance sizes that best match your actual usage patterns. Evaluate your storage usage. Move infrequently accessed data to cheaper storage classes, such as Amazon S3 Infrequent Access or Google Coldline Storage. Ensure that you're not paying for unused block storage volumes by routinely auditing and cleaning up orphaned volumes. Use cloud-native tools for cost management and optimization. AWS provides Trusted Advisor, Azure has Cost Management + Billing, and Google Cloud offers Recommender. These tools give actionable insights and recommendations to optimize your cloud spend.

Optimize costs by dissecting cloud spending to identify savings opportunities. Use reserved instances for predictable workloads, auto-scaling for dynamic adjustments, and spot instances for flexible tasks. Regularly review pricing models to switch to more cost-effective options, balancing performance with expenditure.

Conduction ACTUAL cost optimization across cloud platforms requires much more than what is being provided by the cloud providers today. Both frameworks, tools and capabilities to remediate what is found will require you to take much more action than simply watching what the providers tell you. Reading, learning and understanding how to effectively conduct cost optimizations in public cloud is critical to gain any sort of effective business case out of migrating or building new services in cloud.

Enhance cloud computing efficiency in Internet Services by optimizing resources through right-sizing and auto-scaling, adopting microservices and serverless architectures for better scalability, automating tasks with Infrastructure as Code (IaC) and CI/CD pipelines, implementing comprehensive monitoring to swiftly address performance issues, and ensuring robust security measures like encryption and IAM policies to protect data and systems.

As a DevOps engineer, I have seen firsthand how automation can transform cloud operations. One effective strategy is using Infrastructure as Code (IaC) tools like Terraform or AWS CloudFormation. These tools enable you to define and manage your cloud infrastructure through code, making it easy to deploy, update, and replicate environments consistently. In my experience, automating CI/CD pipelines using tools like Jenkins, GitLab CI, or AWS CodePipeline is crucial. These pipelines automate the building, testing, and deployment of applications, ensuring that new code is delivered quickly and reliably. This not only accelerates development cycles but also reduces the risk of human error in the deployment process.

Automate repetitive tasks to boost cloud efficiency and reduce human error. This includes data backups and system monitoring, allowing your team to focus on strategic initiatives. Use problem-solving to develop scripts and rules that trigger actions based on specific conditions, ensuring effective self-management of routine tasks.

Automation & cloud... so much more than simply just a tool. It is a fundamental to begin being a cloud native player and being able to support your business in developing new services, to bridging the GAP between operational teams and developers and will set the foundation for building, managing and evolving your cloud platform, cloud services and related functions and needs.

When you see that you can automate almost all of your tasks you will try the same sensation that I feel. Automation is something that able you to do essential things with your time. I've a experience reducing a work spending a day and half to be done in 45 minutes. Spending time is the same that you spend money, but you can't refund it. And I hope you will do always the perfect job, without human mistakes

The cloud platforms are relatively secure. When using cloud services, following the NIST CSF 2.0 framework is a good start as well as adopting a Zero Trust approach -- all data sources/compute services are resources, all communications secured, access to individual resources granted on a per-session basis, access to resources determined by dynamic policy, monitor and measure the integrity and security posture of all assets, all resource authentication and authorization are dynamic and strictly enforced before access is allowed, collect as much information about the current state of assets, network and communications to improve security posture. The how and tools are a separate discussion.

In my experience, leveraging AWS Identity and Access Management (IAM) to implement the principle of least privilege is essential. By granting the minimum necessary permissions to users and services, you reduce the risk of accidental or malicious access to sensitive data. Encryption, both at rest and in transit, is a non-negotiable aspect of cloud security. Services like AWS Key Management Service (KMS) can simplify the management of encryption keys, ensuring that data remains protected throughout its lifecycle. Additionally, using Secure Sockets Layer (SSL) and Transport Layer Security (TLS) for data in transit protects information as it moves between services and endpoints.

Today the frontier is not cybersecurity, but rather what tools have you put in place to enhance what you do in this space! It is a "of course you have full SIEM/SOAR" situation and expectation (if not true a lot of times) and the talk tends to move much more towards how is your platform leveraging AI, machine learning and which global frameworks are you using the ensure you stay in-front of the continues attacks in the global space? Evaluating, testing and implementing these tools is critical for your security teams to be able to EFFECTIVLY reach to a changing landscape in cloud and evermore aggressive and numerus attacks.

Enhance security by establishing robust measures to protect data and maintain compliance. Implement encryption, manage access controls, and regularly update security protocols. Proactively identify and address potential vulnerabilities to prevent breaches and ensure a secure, efficient cloud infrastructure.

La seguridad en la nube es primordial. Utilice habilidades de resolución de problemas para establecer sólidas medidas de seguridad que protejan datos y mantengan el cumplimiento normativo. Implemente cifrado, gestione controles de acceso y actualice periódicamente protocolos de seguridad. Identifique proactivamente posibles vulnerabilidades y abórdelas rápidamente para prevenir infracciones y garantizar que su infraestructura en la nube permanezca segura y eficiente.

Monitor performance by implementing tools to track metrics and receive alerts for issues. Use real-time data to make quick, informed decisions and address problems promptly. Analyze trends and patterns to optimize configurations and resources, ensuring your cloud environment operates at peak efficiency.

As a DevOps engineer, I have seen the transformative impact of continuous monitoring on cloud operations. Implementing a comprehensive monitoring strategy involves using tools like AWS CloudWatch, Prometheus, and Grafana to collect and visualize performance metrics across your infrastructure. These tools offer dashboards and alerts that provide immediate insights into system health and performance. Log management is another critical aspect of continuous monitoring. Services like AWS CloudTrail and Elasticsearch can aggregate and analyze logs from various sources, enabling you to trace incidents and understand the root cause of issues.

El análisis de tendencias y patrones utilizando habilidades de resolución de problemas es valioso para optimizar las configuraciones y la asignación de recursos en la nube. Al identificar patrones de uso, cuellos de botella o áreas de subutilización, se pueden realizar ajustes para garantizar que el entorno en la nube funcione de manera eficiente y rentable.

Understand how to measure anything and everything that affects performance. This can be time-consuming, so it is beneficial to be aware of all the great open source tooling there is out there. If you have to start anywhere, start with being able to monitor the network - any information that moves from a to be is dependent on the network. Any tool that used ebpf under the hood is where you should start your search.

Monitoring the environment ensures effective performance and availability of systems. It is important to use excellent open source tools ensuring high availability.

With the movement of cloud native thinking, resources, development and operations comes a necessity to also evolve who and what we train. Taking a serious look at where are your teams today, where do they need to evolve and being aware of the painful fact that not all individuals / teams will be able to make that journey is an important first step. Building a journey for individuals and teams is not new for IT, developers and associated staffers. But the PACE at which these changes are happening has never been higher!

Los equipos con sólidos conocimientos pueden identificar y resolver problemas de manera más rápida y efectiva, además de sugerir soluciones innovadoras. Esto permite optimizar la eficiencia, reducir tiempos de inactividad y aprovechar al máximo los recursos en la nube. Fomentar el aprendizaje continuo y brindar oportunidades de capacitación ayuda a mantener a los equipos actualizados y preparados para enfrentar los desafíos emergentes en entornos en la nube cada vez más complejos.

The old sentiment of "focus on your business" has never been more true with the push of cloud and now AI services. The primary point that cloud is pushing more and more to the front is the fact that no-one is the best at everything and you NEED to get the best suppliers you have the ability to get for your business to be able to keep expanding, evolving and innovating! Let someone else deliver "standard" services, offering and capabilities, FOCUS on what delivers value to your business and to your customers!

Hace un tiempo, nuestro equipo fue asignado para monitorear un complejo entorno de nube híbrida con recursos locales y en múltiples nubes públicas. Teníamos que asegurarnos de que toda la infraestructura funcionara sin problemas y detectar cualquier problema antes de que afectara los servicios críticos. Implementamos Zabbix como solución de monitoreo centralizada. Configuramos un servidor Zabbix en la nube para recopilar datos de todos los componentes, utilizando agentes ligeros en servidores, bases de datos, balanceadores de carga y más para obtener métricas de rendimiento en tiempo real. Zabbix nos permitió monitorear prácticamente cualquier cosa, desde hardware hasta servicios y aplicaciones personalizadas.