Boulder Tech Startup EMode Photonix Raises $1 Million
The photonic circuit software developer plans to scale its operations following a successful pre-seed funding round.
Updated on Oct. 15, 2026 in Quantum Computing

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Boulder-based EMode Photonix has secured $1 million in pre-seed funding to accelerate the development and commercialization of its proprietary simulation software. The company aims to speed up the design process for photonic integrated circuits.
Why it matters
The company intends to use this capital to scale its product development and sales efforts. Their technology seeks to reduce the time required for complex circuit modeling from weeks to a single day.
EMode Photonix uses a simulation stack that accelerates non-linear photonic circuit modeling by 1,000 times. The software integrates frequency conversion equations with thermal and RF physics.
The players
EMode Photonix
A Boulder-based startup that develops computational simulation stacks for photonic integrated circuit design.
Ground State Ventures
A Netherlands-based investment firm that served as the lead investor for this funding round.
Harlow Capital Management
A Texas-based investment group that participated in the company's pre-seed financing.
NIST
The National Institute of Standards and Technology provides research grants to support early-stage technological innovations.
The details
Founded in 2021 by Eric and Maiya Stanton, the firm specializes in software that optimizes light transformations for integrated circuits. They are currently preparing an enterprise-level tool designed to enable full-scale circuit design in one day.
Timeline
2021: Eric and Maiya Stanton co-founded EMode Photonix.
2024: The company received a $100,000 research grant from NIST.
October 15, 2026: EMode Photonix closed a $1 million pre-seed funding round.
The Tech Race
The startup is participating in a broader industry shift toward accelerating the design of photonic integrated circuits through specialized software. This positions EMode Photonix within the competitive race to displace legacy simulation tools that currently struggle with complex light modeling.
Professional engineers and circuit designers may soon gain access to a platform that could cut design times significantly. This development potentially lowers the barrier to entry for rapid prototyping in photonics-based hardware development.
The takeaway
The successful funding of EMode Photonix highlights the continued venture interest in specialized computational software that bridges the gap between physics research and commercial design. For industry players, the move underscores a growing need for tools that can handle multi-physics simulations at higher speeds.
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