Samsung NEXT launches new fund for early-stage AI investments - TechSource International - Leaders in Technology News

Samsung NEXT launches new fund for early-stage AI investments

Will help tech start-ups to enable the full potential of AI’s future.
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Samsung NEXT has announced Samsung NEXT Q Fund to help enable the full potential of AI’s future.

Samsung NEXT has announced Samsung NEXT Q Fund to help enable the full potential of AI’s future.

Samsung NEXT, the group helping to transform Samsung by working with entrepreneurs and innovators to build, grow and scale software and services, today announced Samsung NEXT Q Fund to help enable the full potential of AI’s future.

Q Fund will provide Seed and Series A financing to startups solving AI problems, as well as those using AI to solve computer science problems. Q Fund will enable Samsung NEXT to work closely with innovators, researchers and startups to create meaningful exposure to the entire AI stack, the Korean tech major said in an advisory.

According to Samsung, its NEXT Q Fund will help enable the full potential of AI’s future.

According to Samsung, its NEXT Q Fund will help enable the full potential of AI’s future.

Samsung NEXT is focused on what the world will look like in five years and beyond—and helping make that a reality and represents a departure from how traditional venture capital approaches investments in AI. With Q Fund, the company will have the flexibility to invest in non-obvious, forward-thinking approaches to AI.

Problem spaces Q Fund will examine could include areas such as learning in simulation, scene understanding, intuitive physics, program learning programs, automl, robot control, human computer interaction and meta learning. 

Q Fund is particularly interested in innovators who apply novel approaches to these challenges, which have historically been immune to conventional techniques. For those uninitiated, the company recently invested in Covariant.AI, which draws on advances in imitation learning and deep reinforcement learning to teach robots new, complex skills.