Nuvo Prime
Terence K. is an accomplished software developer with extensive experience in full-stack engineering and machine learning operations. Currently at Nuvo Prime since October 2022, Terence previously worked as a Software Engineer at EPAM Systems from May 2020 to October 2022, where responsibilities included end-to-end ownership of nine applications, designing system architectures, developing user interfaces, and mentoring junior developers. Terence self-taught the FastAPI framework, significantly enhancing team efficiency by creating a reusable API server and a library tool for backend applications. An early career as a Relocation Support Officer at Relo Excel International, Inc. involved providing visa support services to Japanese companies. Terence holds a Bachelor of Arts in International Liberal Studies from Waseda University and a Diploma in Electronics, Computer & Communication Engineering from Singapore Polytechnic.
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Nuvo Prime
Traditional technology solutions present multiple challenges to the enterprise. Building bespoke software, provisioning internal hardware, and operating production systems front to back is at best costly and time-consuming. At worst, the scalability limits of traditional architectures impose a hard limit on the ability of a Prime Broker to do business. SLA breaches can be an ongoing headache, and even the best in-house teams struggle to balance the demands of adding new features, meeting compliance deadlines, and just keeping the lights on. Solutions which a few years ago would have been considered bleeding edge are now part of mature production systems. The growth of commodity, cloud-based hosting services such as Amazon Web Services and Microsoft Azure make it possible to be agile and cost-efficient as never before, without compromising confidentiality and security. At Nuvo Prime we use technologies such as sharded databases, scalable caches, containerisation, and dynamic creation of secure private networks of servers in the cloud to deliver unparalleled performance at a significant cost saving over self-hosted traditional architectures.