Verve, the advertising solutions specialist, has benefited from a 37% improvement in platform performance by integrating Google Cloud's high-performance C4 virtual machines into its infrastructure.
C4 is fuelling Verve's growth by reducing latency and improving the 5-7% rate of ad-fill achieved by the platform on Google Kubernetes Engine (GKE). This means the company needs to pay for less traffic that automatically scales up when a bid-winning ad, generating revenue, is requested.
Another GKE-aided win comes from adopting Google's GKE Gateway, which leverages Google's Envoy-based global load balancers, to reduce computing costs and latency by 20% to 25% and incorporate automated scaling to handle traffic surges.
Most recently, Verve has started working with Google's Custom Compute Classes (CCCs), a Kubernetes-native, declarative API that prioritises available compute requirements by metrics like price, availability and performance.
The company was one of the first to use the service during its Early Access phase and set benchmarking by migrating its marketplace from N2D machines to C4.
Through the CCC service, Verve was able to establish C4 as its preferred machine while also avoiding a false dichotomy of having to choose between saving IT costs and lower machine availability.
It plans to improve its compute utilisation and scalability by deploying GKE's Node Autoprovisioning and Custom Compute Classes in the next stage of its growth program.
In summary, Verve realised a 37% improvement in platform performance using C4 machines and saved costs leveraging GKE Gateway for load balancing, which translated into a 7.5% revenue boost. Custom Compute Classes optimised its compute preference and usage.
C4 machines are designed for performance-sensitive workloads, built on the latest Intel Xeon Scalable processors, and offer high bandwidth, low latency networking up to 200 Gbps.
Varying vCPU and memory configurations make the C4 VMs suitable for many mission-critical requirements, including financial modelling, inference, databases and gaming applications.