
Organization · Venture Capital
Red Glass Ventures
Red Glass Ventures is an early-stage venture capital firm based in Menlo Park, California, focusing on investments at the intersection of artificial intelligence and the physical world. The firm targets technical founders addressing significant challenges in various industries.
Overview
What Red Glass Ventures does
What Red Glass Ventures is
Red Glass Ventures is an early-stage venture capital firm based in Menlo Park, California, focusing on investments at the intersection of artificial intelligence and the physical world. The firm targets technical founders addressing significant challenges in various industries.
How it participates in the startup ecosystem
The current public profile supports funder capabilities. Each capability below is shown separately so organization identity and role-specific information do not get conflated.
Operational profile
Organization status and context
Organization status describes the entity itself. Funding and program availability appear within the relevant capability profile.
- Operational status
- Active
- Organization type
- Venture Capital
- Founded
- Founded in 2025
- Approximate age
- About 1 year
- Structured capabilities
- Funder
- Last reviewed
- May 1, 2026
Official channels
Find Red Glass Ventures elsewhere
Open the official website or a supported primary organization account.
Capability profile
Red Glass Ventures as a funder
Investment thesis
Red Glass Ventures backs technical founders building at the convergence of AI and the physical world, focusing on high-impact, high-growth companies transforming critical industries.
Focus narrative
Red Glass Ventures invests broadly in early-stage companies, particularly from formation through Series A. The firm is particularly interested in sectors such as infrastructure, autonomy, robotics, industrials, manufacturing, automotive, construction, defense, national security, health, and energy. By focusing on technical depth and physical systems, Red Glass Ventures seeks to back founders who are innovating in regulated industries and industrial workflows.
Value beyond capital
Red Glass Ventures provides strategic support to its portfolio companies by leveraging the extensive venture experience of its founder, Bilal Zuberi, who has a strong background in applied AI, robotics, and industrial technology. The firm aims to help founders navigate the complexities of building technology that intersects with physical systems and regulated industries.
Focus and fit
- Stages
- Pre-seed · Seed · Series A
- Sectors
- Artificial IntelligenceRobotics & Autonomous SystemsIndustrial & ManufacturingHealthcareEnergyDefence Tech
- Regions
- Global · United States
Availability
- Currently deploying
- Not published
Portfolio and track record
Portfolio context
Applied Intuition: Autonomy and simulation infrastructure company. Nominal: Engineering data and testing infrastructure company. Nozomi Networks: Cybersecurity for operational technology and critical infrastructure. Desktop Metal: Additive manufacturing company. Saildrone: Autonomous maritime systems company. Lumafield: Industrial CT scanning and manufacturing inspection company.
Connected ecosystem
Continue from Red Glass Ventures
These links use structured organization type, sector, and regional relationships. They do not imply endorsement or commercial similarity.
Same organization type
Structured sector focus
Common questions
What to know about Red Glass Ventures
Upseed classifies Red Glass Ventures under the Venture Capital organization type. Its current public profile includes funder capabilities.
Source and update disclosure
Know what this page is based on
Source basis
Public organization and program material, official websites, and structured Upseed records.
Last reviewed
May 1, 2026
Known limits
Capability profiles appear only when a structured public profile also contains decision-useful role evidence. Terms and availability can change.
Upseed is an independent guide. It is not affiliated with or endorsed by the organization described on this page.