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deepak pathak

T2 · manager / operator

Co-founded Skild AI after a decade+ in robot learning research at CMU; focuses on technical development and deployment of general-purpose robot intelligence.

2 calls·2 names·100% bull·last heard 5 months ago·NVIDIA
track recordleaderboard →
hit rate
0%
avg alpha
-0.5pp
scored
1

top calls

highest conviction · one per company
1sthigh conviction
$SKILD-AISkild AIposition

Skild AI founders detail omni-brain strategy: one general brain for any robot form factor

Building a universal 'omni-brain' for robotics analogous to LLMs for language — pretraining on diverse video and simulation data, then post-training on real robot data to create a data flywheel across verticals from factories to homes.

NVIDIA2026-04episode →
2ndhigh conviction
$NVDANvidia

Skild AI co-developing physics solvers with Nvidia, using Isaac Sim, Cosmos, and edge compute platform

Deep technical partnership across simulation (Isaac Sim, Newton), generative video models (Cosmos), and on-device edge compute — critical because robots need immediate reaction without server round-trips.

NVIDIA2026-04episode →

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  • $SKILD-AI
  • $NVDA

recurring themes

  • AI Infrastructure1
2 total
$SKILD-AI
Skild AI
HIGHdeepak pathak·NVIDIA·5 months ago·One Brain, Any Robot: Skild AI's Skild Brain Explained | NVIDIA AI Podcast Ep. 295· position
Skild AI founders detail omni-brain strategy: one general brain for any robot form factor
Building a universal 'omni-brain' for robotics analogous to LLMs for language — pretraining on diverse video and simulation data, then post-training on real robot data to create a data flywheel across verticals from factories to homes.
"So at Skild, as you mentioned, we are building a general-purpose brain. So we call this omni-bodied intelligence. Any robot, any task, one brain. So think of like what ChatGPT is…"
1:03
$NVDA
···
Nvidia
HIGHdeepak pathak·NVIDIA·5 months ago·One Brain, Any Robot: Skild AI's Skild Brain Explained | NVIDIA AI Podcast Ep. 295
Skild AI co-developing physics solvers with Nvidia, using Isaac Sim, Cosmos, and edge compute platform
Deep technical partnership across simulation (Isaac Sim, Newton), generative video models (Cosmos), and on-device edge compute — critical because robots need immediate reaction without server round-trips.
"We are basically the OG user, and we are now working with NVIDIA on like Newton as well. And in fact, we are co-developing better physics solvers. Probably we'll open source them…"
17:48
8
AI Infrastructuretailwind
Edge compute becomes critical bottleneck for physical AI deployment
Unlike LLMs that run on server GPUs, robots require on-device inference for real-time reaction (e.g., falling recovery), making low-latency edge compute a new infrastructure layer — Nvidia's platform is being adapted for this shift.