Quantitative Researcher: AI Compute Market & Pricing

Unchain Data; San Francisco, Northern (CA, KY); Hybrid; USD 180,000 - 240,000; Full time

Benefits offered by this job

Equal opportunity employer

Inclusive environment

Job summary

Hyperbolic Labs is building the financial layer for a GPU marketplace, pricing and hedging compute risk with innovative derivatives structures. We seek a Quantitative Researcher to own the modeling behind spot and term rates across GPU types and regions.

You'll design pricing models, implement hedges with conventional and non-traditional instruments, and translate market signals into actionable product design decisions in a fast, uncertain environment.

Qualifications

• 5+ years in quantitative research, trading, or structuring with traded pricing models.
• Deep fluency in derivatives pricing (options, futures, forwards) and hedging.
• Experience hedging portfolios of physical or contracted assets using standard and non-standard instruments.
• Strong Python programming skills and ability to work with messy production data.

Responsibilities

• Build pricing models that set spot and term rates across GPU types and regions.
• Hedge compute portfolios using conventional derivatives and non-traditional instruments.
• Define methodology for pricing in an illiquid market, guiding product design decisions.
• Communicate model outputs to finance, engineering, and commercial stakeholders.

Skills

Quantitative research

Derivatives pricing

Hedging

Dynamic pricing

Python

Financial product design

Education

Advanced degree in quantitative field

Tools

GPU compute

AI infrastructure

Hedge modelling tools

Job description

Hyperbolic Labs is building the financial layer for a GPU marketplace, pricing and hedging compute risk with innovative derivatives structures. We seek a Quantitative Researcher to own the modeling behind spot and term rates across GPU types and regions.

You'll design pricing models, implement hedges with conventional and non-traditional instruments, and translate market signals into actionable product design decisions in a fast, uncertain environment.