Transforming infrastructure into a scalable Azure PaaS platform to support high-traffic digital exhibitions and seamless visitor transactions.
As one of Victoria’s premier cultural destinations, the gallery relies on its public website to support exhibitions, events, and community engagement. However, the platform was hosted across multiple legacy infrastructure servers, creating a complex and costly environment that was increasingly difficult to maintain, scale, and secure.
A previous attempt to migrate the platform to Azure Platform-as-a-Service (PaaS) had been unsuccessful, leaving the gallery with fragmented infrastructure, rising operational costs, inconsistent security controls, and manual deployment processes. The organisation needed a trusted partner to complete the transformation and create a modern, resilient platform capable of supporting future growth.
Kinesis partnered with the gallery to redesign and successfully migrate its website platform to a highly available Azure PaaS architecture.
We re-engineered the existing hosting environment, simplifying the platform while improving scalability, resilience, and long-term maintainability. The migration was carefully planned and executed to ensure a smooth transition with minimal disruption to business operations and website users.
To support ongoing efficiency and governance, Kinesis implemented Infrastructure as Code (IaC) and automated Azure DevOps pipelines, enabling consistent, repeatable deployments and reducing reliance on manual processes. Security controls were embedded across both the platform and deployment pipelines, helping strengthen governance, improve compliance, and reduce operational risk.
Throughout the project, Kinesis worked closely with IT and business stakeholders to ensure technical decisions aligned with operational objectives, budget requirements, and the gallery’s long-term digital strategy.
With a modern cloud-native foundation in place, the gallery is now better positioned to support future digital initiatives while benefiting from a more secure, scalable, and operationally efficient platform.