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vib

T2 · manager / operator

CTO of Saronic; grew up in Cupertino, studied electrical engineering; worked at 8VC, interned at Juicero (Kleiner Perkins fellowship); spent 4 years at Anduril (joined late 2018, worked on Sentry Tower); joined Saronic late 2022 to lead software-hardware co-design for autonomous boats.

2 calls·2 names·100% bull·last heard 15 days ago·Sourcery VC
track record

no scored calls yet — needs a stated position or a categorical verdict, with a matured window vs SPY

top calls

highest conviction · one per company
1sthigh conviction
$SARONICSaronic

Vib articulates software-hardware co-design philosophy: reducing maritime autonomy complexity through integrated electronics, sensor placement, and naval architecture

Designing autonomous boats from scratch (vs retrofitting manned vessels) allows co-optimization of compute architecture, sensor calibration, RF antenna placement, and hull structure — eliminating human-centric components, reducing part count, and enabling faster iteration via hardware-in-the-loop testing months before first splash.

Sourcery VC2026-09episode →
2ndhigh conviction
$NVDANvidia

Vib: Nvidia dominates robotics compute; software layer and simulation tooling make it the default partner for Saronic and most robotics companies

Nvidia's GPU compute dominates robotics; its software ecosystem (training to inference seamless transition) and partnership on next-gen ocean simulation tooling make it the default choice for Saronic and the broader robotics industry — price matters but the software layer is the primary lock-in.

Sourcery VC2026-09episode →

most discussed · click a bar to filter

  • $SARONIC
  • $NVDA

recurring themes

  • AI Hardware & Chip Architecture1
  • Robotics & Physical AI1
  • Open Source AI1
2 total
$SARONIC
Saronic
HIGHvib·Sourcery VC·15 days ago·Saronic’s 4 Co-Founders: $9.25B Company, $3B+ Port Alpha, $2.6B Raised
Vib articulates software-hardware co-design philosophy: reducing maritime autonomy complexity through integrated electronics, sensor placement, and naval architecture
Designing autonomous boats from scratch (vs retrofitting manned vessels) allows co-optimization of compute architecture, sensor calibration, RF antenna placement, and hull structure — eliminating human-centric components, reducing part count, and enabling faster iteration via hardware-in-the-loop testing months before first splash.
"The luxury that that gives you is that now if you need to you know engineering 101, right? Something's not working, what do you do? You like turn off and turn it back on. You now…"
42:48
$NVDA
···
Nvidia
HIGHvib·Sourcery VC·15 days ago·Saronic’s 4 Co-Founders: $9.25B Company, $3B+ Port Alpha, $2.6B Raised
Vib: Nvidia dominates robotics compute; software layer and simulation tooling make it the default partner for Saronic and most robotics companies
Nvidia's GPU compute dominates robotics; its software ecosystem (training to inference seamless transition) and partnership on next-gen ocean simulation tooling make it the default choice for Saronic and the broader robotics industry — price matters but the software layer is the primary lock-in.
"With Nvidia in particular? Yeah. So, I mean Nvidia obviously like most of the I would say robotics compute today probably runs on some flavor of GPU compute and Nvidia dominates t…"
52:26
8
AI Hardware & Chip Architecturetailwind
Vib: Software-hardware co-design for autonomous maritime reduces complexity, enables hardware-in-the-loop testing months before first splash
Designing compute architecture, sensor suites, RF placement, and naval architecture as an integrated system (vs retrofitting manned vessels) eliminates human-centric components, cuts part count, and allows writing/validating 80% of software on bench-top hardware-in-the-loop rigs 8 months before ship launch — fundamentally compressing the hardware development cycle.
7
Robotics & Physical AImixed
Vib: Maritime autonomy lacks open-source perception data (unlike UAVs/ground), forcing Saronic to build from scratch in a tumultuous dual-fluid environment
Maritime autonomy has almost no open-source perception datasets because commercial autonomous boats lack regulatory approval (manning requirements persist) and acoustic/sub-surface data gets classified quickly. Combined with saltwater, biofouling, bird nesting, and 20G+ accelerations at the air-water interface, this forces full-stack proprietary development — a high barrier but also a moat for early movers.
7
Open Source AItailwind
Vib: Open source AI wave will democratize tooling and hardware capex, creating competitive environments that improve technology for everyone
Open source AI repositories underpin much of modern technology (from smartphones to internet infrastructure). The current wave will democratize access to models and tooling, drive hardware capex buildouts, and create competitive dynamics that accelerate progress — scary but net positive for innovation.