High levels of automation in the area of infrastructure provisioning and container orchestration have recently enabled a capability we call...
How a Sustainable Codebase Can Cut Enterprise Costs and Carbon
Takeaways from our recent event discovering how a sustainable codebase can cut enterprise costs and carbon emissions with clean engineering practices.
At Red Badger, we recently hosted an event that brought together technology leaders from some of the UK's most well-known brands to discuss the role of clean coding in driving sustainable growth. As a company that places sustainability at the heart of our values, we believe that optimising enterprise architecture and programming language choices can help to reduce both costs and carbon emissions.
Here are some of the topics that we explored that evening.
Opportunities to Reduce Carbon Emissions and Cloud Costs
Enterprises can reduce their carbon emissions by optimising their IT infrastructure. Cloud computing is an excellent way to achieve this goal, as it allows companies to share computing resources and reduce their energy consumption. However, it's crucial to choose a cloud provider that uses clean energy sources to power its data centres and has facilities located in regions where renewable energy is abundant.
One way to reduce cloud costs is by using a serverless architecture. A serverless architecture allows companies to pay only for the computing resources they use, reducing their overall costs. Additionally, serverless architectures can reduce carbon emissions by allowing companies to run their workloads on the most energy-efficient infrastructure.
Enterprise Architecture Choices and the Impact of Efficient Code at Scale
Efficient code can have a significant impact on enterprise architecture choices. When developing enterprise applications, companies must choose the right programming language for the job. Some languages are more efficient than others, and companies must choose the language that best meets their needs.
Additionally, the architecture of the codebase can impact both costs and carbon emissions. A well-architected codebase can reduce the number of servers required to run an application, reducing energy consumption and costs. It can also reduce the amount of code that needs to be written, reducing development costs and time to market.
The Complexities and Tradeoffs in Evolving Enterprise Ecosystems
Evolving an enterprise ecosystem is a complex task that involves many tradeoffs. Companies must balance the need for innovation with the need for stability and reliability. They must also consider the impact of their decisions on costs and carbon emissions.
One way to achieve this balance is by adopting a microservices architecture. A microservices architecture allows companies to break down their applications into smaller, more manageable components. This makes it easier to make changes to the application while reducing the impact on other parts of the system.
Increasing Scale and Flexibility While Minimising Risk
As companies grow, they must scale their infrastructure to meet consumer demand. However, scaling can be risky, as it can lead to increased costs and carbon emissions. To minimise these risks, companies must adopt a cloud-native architecture.
A cloud-native architecture is designed to run in a cloud environment and is optimised for scalability and efficiency. It allows companies to scale their infrastructure quickly and easily while minimising costs and carbon emissions.
Reducing Carbon Emissions and Cloud Costs Through Enterprise Architecture and Programming Language Choices
A clean codebase can be a powerful tool for reducing enterprise costs and carbon emissions. By optimising enterprise architecture and programming language choices, companies can reduce cloud costs and carbon emissions while increasing scalability and flexibility. At Red Badger, we're committed to making sustainability a core value of our enterprise, and are keen to support other tech leaders in embracing clean coding to achieve their sustainability goals.
Here at Red Badger, we believe that it's essential for CIOs, CTOs, and global technology leaders to recognise the significant impact that 'green engineering' can have on driving sustainable growth. By prioritising sustainable technology and adopting clean coding practices, enterprises can take the lead in creating a more sustainable future for all.