With tens of thousands of autonomous robots already operating in commercial environments worldwide, the conversation around AI is shifting from proving it works to ensuring it can be trusted at scale.
Brain Corp, a provider of AI software for robots, has announced that its BrainOS platform has successfully completed a SOC 2 Type II examination – a rigorous, independent audit of how it secures data and operates systems over time.
As AI moves off screens and into physical spaces – including stores, warehouses, and airports – concerns around safety, data protection, and operational risk are becoming critically important for companies and regulators alike.
Brain Corp’s autonomy platform, BrainOS, already powers more than 40,000 autonomous mobile robots (AMRs) operating in commercial spaces across six continents, supporting tasks ranging from cleaning to inventory management.
At that scale, ensuring consistent security practices and operational integrity is fundamental to deployment, as even small vulnerabilities can have real-world consequences.
For organizations deploying Physical AI in their environments, where autonomous systems interact with people, facilities, and sensitive operational data, such validation is becoming a prerequisite for enterprise adoption, procurement, and long-term rollouts.
Brain Corp’s SOC 2 compliance also comes at a time of growing global pressure to establish clearer guardrails around AI. From federal agencies to enterprise buyers, scrutiny is shifting toward how systems are governed, monitored, and secured – especially when they interact with people and sensitive business data.
Krystal Mattich, VP of trust and infrastructure at Brain Corp, says: “Trust in autonomous systems isn’t something you can retrofit; it must be a foundational element of the architecture.
“It begins with how data is secured and extends through continuous system monitoring and proactive risk management. Frameworks like SOC 2 provide the independent validation needed to demonstrate that these systems meet the expectations enterprises and regulators are now setting.”
By embedding security and safety into its platform architecture, Brain Corp enables partners to accelerate deployment timelines and navigate enterprise procurement processes more efficiently, providing the enterprise-grade infrastructure required to build, deploy, and scale autonomous systems in complex environments.
In addition to the confidence that SOC 2 compliance instills, Brain Corp’s available SOC 2 documentation contributes to significant reductions in time spent on compliance-related requirements, helping organizations move from pilot programs to scaled deployments with less friction and greater trust.
Dan Johnson, CEO of Dane Technologies, says: “BrainOS provides the proven autonomy foundation that powers our industrial inventory scanning solutions.
“By building on Brain Corp’s robust and secure infrastructure, we’ve accelerated our vision for solving the warehouse visibility gap. This allows us to focus entirely on applying our industry expertise and rapidly scaling enterprise-grade automation for our customers.”
For enterprise customers, this translates into a lower-risk path to adopting automation, with the assurance that systems are designed to meet the security and safety expectations of large-scale, public-facing environments.
Pat Schottler, SVP of Tennant Company Robotics, says: “The Tennant brand has represented trust in the floor care industry for over 150 years.
“As we expand our global reach and automation portfolio, having independently validated security and governance is critical. The BrainOS platform doesn’t just help us deliver high-performing robotic solutions, it gives our customers the confidence to deploy at scale, knowing these systems meet the rigorous standards enterprises demand.”
With its SOC 2 Type II compliance, Brain Corp reinforces its position as the real-world AI company – demonstrating the operational maturity, security, and governance required to support enterprise adoption of autonomous systems at scale.
