Thoughtworks

Events We Are Sponsoring

State and local agencies are under increasing pressure to modernize aging systems, improve service delivery, strengthen security and privacy compliance and prepare for an AI-enabled future. Yet legacy infrastructure and siloed data often stand in the way.
Join experts from Thoughtworks and Google Public Sector for an executive discussion on how agencies can move beyond fragmented systems and build the foundation for connected, citizen-centric services. Learn how modern cloud platforms, governed data architectures and responsible AI can help reduce operational friction, improve constituent experiences and accelerate modernization without the risks of large-scale rip-and-replace initiatives.

In today’s complex public sector technology landscape, the Commonwealth of Massachusetts relies on a robust, multi-platform infrastructure to serve its residents. The strategic challenge is no longer about migrating all agency data into a single, centralized repository. It's about connecting disparate, federated systems to create a unified, intelligent experience for constituents and caseworkers.
Join Google Public Sector and Thoughtworks to explore the architecture of a secure, multi-cloud intelligence layer. Discover how agencies can seamlessly integrate advanced data fabrics and enterprise AI capabilities, such as BigQuery, Omni and Vertex AI, with existing infrastructure. This session reveals how to enable secure cross-agency analytics, implement responsible Generative AI and deliver "no-wrong-door" digital front doors, all without the operational friction or risk of disruptive data movement.
Join Google Public Sector and Thoughtworks to explore the architecture of a secure, multi-cloud intelligence layer. Discover how agencies can seamlessly integrate advanced data fabrics and enterprise AI capabilities, such as BigQuery, Omni and Vertex AI, with existing infrastructure. This session reveals how to enable secure cross-agency analytics, implement responsible Generative AI and deliver "no-wrong-door" digital front doors, all without the operational friction or risk of disruptive data movement.