Facts

• Segment: Development Platform
• Country: United States
• Founded: 2025
• Website: https://antioch.com/

Profile sections

• Summary
• Market context
• Facts
• Funding
• Investors
• Context / Market Position
• Events
• Context tags
• Sources

Summary

Antioch develops cloud simulation software for robotics and autonomy teams. Its platform lets engineers create digital twins, stream telemetry and test robot behavior in virtual environments, helping teams iterate autonomy stacks before deploying hardware in the real world.

Market context

Antioch is part of the emerging infrastructure layer trying to make robotics development behave more like modern software engineering. Its position is in simulation-first validation for physical AI, where faster iteration, broader scenario coverage, and lower dependence on expensive real-world test environments are becoming strategically important. Antioch supplies enabling systems for robots, drones, or autonomous platforms. s Builds core simulation and validation infrastructure used by robotics and autonomous-systems teams.

• Capability: Cloud-based simulation for robotics and autonomy Digital twin and telemetry-driven testing workflows High-fidelity sensor modeling and calibration Large-scale scenario evaluation for production autonomy stac…
• Strategic position: Infrastructure-layer company supporting robotics development rather than building end robots Positioned around simulation-first validation for physical AI and autonomous systems Aims to reduce relian…

Facts

• Website: https://antioch.com/
• HQ: New York, United States
• Founded: 2025
• Segment: Development Platform
• Known funding rounds: 2

Funding

• 2026-04-16 - Seed - $9M - Antioch closes $8.5 million seed round to expand simulation platform for autonomous systems - source: siliconangle.com
• 2025-12-04 - Pre-seed - $4M - Antioch raises $4.25 million pre-seed to build simulation infrastructure for robotics development - source: therobotreport.com

Investors

• Abstract Ventures - Participant - Vc - 2 funding events - repeat backer - first seen 2025-12-04 - latest 2026-04-16
• Adrian Macneil - Participant - Angel / Individual - 2 funding events - repeat backer - first seen 2025-12-04 - latest 2026-04-16
• BoxGroup - Participant - Unknown - 2 funding events - repeat backer - first seen 2025-12-04 - latest 2026-04-16
• Icehouse Ventures - Participant - Vc - 2 funding events - repeat backer - first seen 2025-12-04 - latest 2026-04-16
• MaC Venture Capital - Participant - Vc - 2 funding events - repeat backer - first seen 2025-12-04 - latest 2026-04-16
• Shyam Sankar - Participant - Angel / Individual - 2 funding events - repeat backer - first seen 2025-12-04 - latest 2026-04-16
• A* - Lead - Unknown - 1 funding event - first seen 2026-04-16
• Category Ventures - Participant - Vc - 1 funding event - first seen 2026-04-16
• A* Capital - Lead - Vc - 1 funding event - first seen 2025-12-04

Cloud simulation platform for autonomy teams

Antioch develops a cloud simulation platform for robotics and autonomy teams to build, evaluate and deploy autonomous systems at scale.

• Target environment: Robotics labs, autonomous vehicle teams, drone developers, simulation workflows and physical autonomy engineering environments.
• Deployment model: Cloud software platform for simulation, scenario testing, digital twins and autonomy development workflows.
• Customer context: Robotics developers, autonomy teams, AI engineers, simulation engineers and companies building autonomous systems.
• Workflow context: Simulation, scenario evaluation, autonomy testing, digital twin creation, telemetry streaming and development iteration.
• Commercial maturity: Early commercial infrastructure company with seed funding and a public simulation platform for autonomy development.
• Market position: Robotics simulation infrastructure company moving autonomy development and validation into cloud-based workflows.
• Adoption constraints: Adoption depends on simulator fidelity, workflow integration, developer uptake, compute cost, real-world transfer and enterprise security.
• Adjacent context: Adjacent context includes robot simulation, autonomy validation, digital twins, physical AI development and cloud robotics tooling.
• Source confidence: high

Events

• 2026-04-16 - Funding - Antioch closes $8.5 million seed round to expand simulation platform for autonomous systems - Antioch raised $8.5 million in seed funding to expand its cloud-based simulation platform for robotics…
• 2025-12-04 - Funding - Antioch raises $4.25 million pre-seed to build simulation infrastructure for robotics development - Antioch raised a $4.25 million pre-seed round to build cloud simulation infrastructure for robot…
• 2025-12-04 - Company Formation - Antioch launches as a robotics and autonomy simulation infrastructure company - Antioch emerged publicly as a New York startup building cloud simulation infrastructure for robotics and a…

Context tags

• Uncrewed systems simulation - Peer Group - Uncrewed systems simulation for defence mission planning
• Defence simulation and training - Workflow - Defence simulation and training for autonomous maritime systems
• Simulation software layer - Stack Layer - Simulation software layer for uncrewed systems
• Maritime defence systems - Customer Environment - Maritime defence systems environment for simulation and mission planning
• Defence customers - Customer Environment - Defence customers as operating environment