Project backgroundMessenger RNA (mRNA)-based therapeutics, including vaccines, represent a transformative class of drugs for infectious diseases and cancer immunotherapy. Their programmable nature allows rapid adaptation to evolving pathogens and personalized medicine, but effective design of mRNA molecules remains a key bottleneck. Current development relies on trial-and-error methods, leading to long timelines, high costs, and suboptimal outcomes.This project aims to develop an agent-based generative AI system to design both linear and circular mRNA molecules. By unifying the design process into a data-driven, adaptive pipeline, the system will optimize vaccine stability, minimize unwanted immune responses, and accelerate early-stage research and development from months to hours. The outcome will be a robust, scalable platform for creating effective mRNA vaccines for infectious diseases, cancer, and beyond.
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The Services of the Consultant for the provision of technical reviews and advisory services on architectural works shall include, but are not limited to, the following:
Support the deployment and maintenance of infrastructure components which include Kubernetes clusters, database clusters, monitoring stacks, CICD platforms, networks and firewalls to ensure high reliability, secure, compliant and cost efficient platforms.