Kinisis Ventures portfolio firm to headline NVIDIA GTC
Venture capital firm Kinisis Ventures this week announced that portfolio company Threedium has been selected as one of just 10 companies worldwide to present on the main stage at NVIDIA GTC 2026.
Out of tens of thousands of global enterprises, Threedium secured a coveted main stage slot at the event, which will take place in the United States and is regarded as one of the world’s leading gatherings focused on artificial intelligence and accelerated computing.
NVIDIA GTC 2026, organised by NVIDIA, brings together senior executives, enterprise operators, researchers and global technology leaders, with main stage selection widely viewed as top-tier external validation.
Kinisis Ventures said the selection positions Threedium in front of a highly curated global audience and reflects recognition within NVIDIA’s ecosystem at the highest level.
The fund added that the appearance validates Threedium’s positioning in agentic AI and spatial computing, reinforcing its technological direction in emerging enterprise applications.
It also provides strategic visibility among enterprise AI decision-makers, further strengthening the company’s international profile.
At the conference, Threedium will showcase its work in agentic AI, highlighting 3D products that dynamically adapt and respond to user interaction.
The company will also present developments in physical AI, aimed at bridging digital twins and real-world deployment across industries.
Another focal point will be inference at scale, enabling brands to deploy generative AI assets across product lifecycles.
Kinisis Ventures said the milestone strengthens Threedium’s enterprise credibility, supports strategic partnership discussions and reinforces its US market positioning.
The announcement follows Kinisis Ventures’ year-end review for 2025, in which the fund said it closed the final quarter with its Fund I and Fund II portfolios demonstrating significant operational maturity and disciplined execution across the technology spectrum, ranging from artificial intelligence to biomaterials.