JK

Jennifer Kaehms

Technology Investor

Austin, Texas

Invests in

Stages:

Locations:

  • Min Investment:

    $1,000,000.00
  • Max Investment:

    $10,000,000.00
  • Target Investment:

    $5,500,000.00

Work Experience

  • Founder

    2025

  • Angel Investor and Advisor

    2023

  • Seed Investor

    2024

2021

  • Angel Investor

    2021

    On-demand & reserved cloud NVIDIA GPUs for AI training & inference Lambda Selected As 2024 NVIDIA Partner Network AI Excellence Partner Of The Year Raised $320 Million Series C

2021

  • Angel Investor

    2021

2021 - 2023

  • Partner

    2021 - 2023

    Early-stage venture capital firm with $4B+ of cumulative capital commitments and 28 years of history backing technology leaders like Netflix, LendingClub, MobileIron and Chegg. I invest across the enterprise stack. While at the firm I sourced: - Two seed investments: Sift AI and Tennr - A Texas-based LP

2018 - 2020

  • Head of Revenue Operations

    2020 - 2020

  • Operations

    2018 - 2020

2016 - 2018

  • Investment Associate

    2017 - 2018

    Part of the investment team at Canvas Ventures, an early-stage venture capital firm named a top “VC Firm to Watch” on the Forbes 2015 Midas List. Since launching in 2013, Canvas has invested in companies in digital health, fintech, e-commerce, and companies in ML/AI. Sourced Luminar. Worked with: Casetext, Healthloop, Crowdflower, Vida Health, Owl Cam

  • General Analyst

    2016 - 2017

    - Analyst (Sep 2016- July 2017) - Research Associate - (March 2016 - August 2016) - Research Assistant supported the investment process by finding and conducting due diligence on companies in hardware, healthcare, and AI

  • Research Assistant

    2016 - 2016

2011 - 2014

  • Resident Advisor

    2011 - 2014

    Head Resident Advisor ITTP Head Resident Advisor COSMOS Resident Advisor for the Eleanor Roosevelt College, ERC (Global Citizen College)

2011 - 2011

  • Computational Biology Intern

    2011 - 2011

    Worked with an international team to build computational heart models using matlab