1. Operational Excellence
Operational excellence means running and monitoring systems in a way that improves processes and procedures over time. It involves preparing for the unexpected by creating simple, repeatable runbooks and constantly refining how you manage your solution. When you focus on operational excellence, you reduce errors, speed up issue resolution, and make life easier for your teams and customers alike.
2. Security
Security is about safeguarding data and systems from threats, both external and internal. This involves practices like encryption, strict access controls, and regular vulnerability scans. By emphasizing security at every layer of your architecture, you not only protect sensitive information but also maintain the trust of your users.
3. Reliability
A reliable system is one that recovers quickly from failures and stays available when users need it. This includes planning for component failures, distributing workloads so no single part is overwhelmed, and continuously testing disaster recovery procedures. Building reliability into your architecture ensures you can keep delivering value, even when things go wrong.
4. Performance Efficiency
Performance efficiency focuses on using resources wisely and ensuring your solution responds quickly under varying loads. This might mean choosing the right combination of technologies, optimizing your code, or adding resources where needed. By continuously measuring and fine-tuning system performance, you provide smooth, responsive experiences to customers while keeping costs in check.
5. Cost Optimization
Cost optimization is about spending money where it matters most. You want to avoid underusing resources, but you also want to ensure you aren’t paying for unused capacity. This involves regularly reviewing your services, right-sizing your systems, and taking advantage of discounts or flexible pricing models. With cost optimization, you free up budget to reinvest in growth and innovation.
6. Sustainability
Sustainability adds an environment-focused lens to architecture. It involves designing systems that minimize energy consumption and reduce waste. This can include selecting energy-efficient hardware, using cleaner energy sources, and optimizing code to lower resource usage. By building with sustainability in mind, you can create solutions that benefit both your organization and the planet.
1. Operational Excellence
Operational excellence means running and monitoring systems in a way that improves processes and procedures over time. It involves preparing for the unexpected by creating simple, repeatable runbooks and constantly refining how you manage your solution. When you focus on operational excellence, you reduce errors, speed up issue resolution, and make life easier for your teams and customers alike.
2. Security
Security is about safeguarding data and systems from threats, both external and internal. This involves practices like encryption, strict access controls, and regular vulnerability scans. By emphasizing security at every layer of your architecture, you not only protect sensitive information but also maintain the trust of your users.
3. Reliability
A reliable system is one that recovers quickly from failures and stays available when users need it. This includes planning for component failures, distributing workloads so no single part is overwhelmed, and continuously testing disaster recovery procedures. Building reliability into your architecture ensures you can keep delivering value, even when things go wrong.
4. Performance Efficiency
Performance efficiency focuses on using resources wisely and ensuring your solution responds quickly under varying loads. This might mean choosing the right combination of technologies, optimizing your code, or adding resources where needed. By continuously measuring and fine-tuning system performance, you provide smooth, responsive experiences to customers while keeping costs in check.
5. Cost Optimization
Cost optimization is about spending money where it matters most. You want to avoid underusing resources, but you also want to ensure you aren’t paying for unused capacity. This involves regularly reviewing your services, right-sizing your systems, and taking advantage of discounts or flexible pricing models. With cost optimization, you free up budget to reinvest in growth and innovation.
6. Sustainability
Sustainability adds an environment-focused lens to architecture. It involves designing systems that minimize energy consumption and reduce waste. This can include selecting energy-efficient hardware, using cleaner energy sources, and optimizing code to lower resource usage. By building with sustainability in mind, you can create solutions that benefit both your organization and the planet.
1. Operational Excellence
Operational excellence means running and monitoring systems in a way that improves processes and procedures over time. It involves preparing for the unexpected by creating simple, repeatable runbooks and constantly refining how you manage your solution. When you focus on operational excellence, you reduce errors, speed up issue resolution, and make life easier for your teams and customers alike.
2. Security
Security is about safeguarding data and systems from threats, both external and internal. This involves practices like encryption, strict access controls, and regular vulnerability scans. By emphasizing security at every layer of your architecture, you not only protect sensitive information but also maintain the trust of your users.
3. Reliability
A reliable system is one that recovers quickly from failures and stays available when users need it. This includes planning for component failures, distributing workloads so no single part is overwhelmed, and continuously testing disaster recovery procedures. Building reliability into your architecture ensures you can keep delivering value, even when things go wrong.
4. Performance Efficiency
Performance efficiency focuses on using resources wisely and ensuring your solution responds quickly under varying loads. This might mean choosing the right combination of technologies, optimizing your code, or adding resources where needed. By continuously measuring and fine-tuning system performance, you provide smooth, responsive experiences to customers while keeping costs in check.
5. Cost Optimization
Cost optimization is about spending money where it matters most. You want to avoid underusing resources, but you also want to ensure you aren’t paying for unused capacity. This involves regularly reviewing your services, right-sizing your systems, and taking advantage of discounts or flexible pricing models. With cost optimization, you free up budget to reinvest in growth and innovation.
6. Sustainability
Sustainability adds an environment-focused lens to architecture. It involves designing systems that minimize energy consumption and reduce waste. This can include selecting energy-efficient hardware, using cleaner energy sources, and optimizing code to lower resource usage. By building with sustainability in mind, you can create solutions that benefit both your organization and the planet.
1. Operational Excellence
Operational excellence means running and monitoring systems in a way that improves processes and procedures over time. It involves preparing for the unexpected by creating simple, repeatable runbooks and constantly refining how you manage your solution. When you focus on operational excellence, you reduce errors, speed up issue resolution, and make life easier for your teams and customers alike.
2. Security
Security is about safeguarding data and systems from threats, both external and internal. This involves practices like encryption, strict access controls, and regular vulnerability scans. By emphasizing security at every layer of your architecture, you not only protect sensitive information but also maintain the trust of your users.
3. Reliability
A reliable system is one that recovers quickly from failures and stays available when users need it. This includes planning for component failures, distributing workloads so no single part is overwhelmed, and continuously testing disaster recovery procedures. Building reliability into your architecture ensures you can keep delivering value, even when things go wrong.
4. Performance Efficiency
Performance efficiency focuses on using resources wisely and ensuring your solution responds quickly under varying loads. This might mean choosing the right combination of technologies, optimizing your code, or adding resources where needed. By continuously measuring and fine-tuning system performance, you provide smooth, responsive experiences to customers while keeping costs in check.
5. Cost Optimization
Cost optimization is about spending money where it matters most. You want to avoid underusing resources, but you also want to ensure you aren’t paying for unused capacity. This involves regularly reviewing your services, right-sizing your systems, and taking advantage of discounts or flexible pricing models. With cost optimization, you free up budget to reinvest in growth and innovation.
6. Sustainability
Sustainability adds an environment-focused lens to architecture. It involves designing systems that minimize energy consumption and reduce waste. This can include selecting energy-efficient hardware, using cleaner energy sources, and optimizing code to lower resource usage. By building with sustainability in mind, you can create solutions that benefit both your organization and the planet.
