Our Sustainability Policy

Gradually scaling up to a green business and integrating wise use of technology to emerge as a net zero by 2050. Carefully balancing technological and commercial risks to move towards a low-carbon economy.

Every hardware has significant embedded carbon footprints which depreciates over its expected life span. We follow practices that enable software to run on sustainable hardware, prolonging its natural lifespan.

We follow the best software design practices that allow our customers to seamlessly move their software to data centres, regions, and locations with lower carbon intensity to reduce overall carbon emissions.

Electricity consumption is directly linked to software performance. At Radixweb, we stay away from demand-shaping mechanisms to overstretch our performance or software availability from 99.99% to 99.999%.

Rather than an all-or-nothing approach with monolithic products, we take a fine-grained approach by reevaluating microservices and containers. We enable our clients to select sustainable environments that run on renewable resources.

An important part of our software development process is assessing if a client’s software at all needs modernization. By refactoring mature products through microservices and containerization, we save significant resources.

We build fully automated source code management systems to avoid overprovisioned environments. Automated CI/CD pipelines do not just help reduce manual errors but also save the energy needed to recognize and fix issues.

We provide complete test environments to our engineers by using container images to eliminate typical steps before debugging or setting up databases with test data and configuring external systems.

At Radixweb, we leverage the API economy to reimagine and reduce energy use. We integrate the use of several common services and components to accelerate engineering and reduce development costs.