In a pre-seed funding round led by pi Ventures, deep tech robotics startup Armatrix raised $2.1 million. Inuka Capital, Boundless Ventures, Boost VC, Turbostart, and returning investor gradCapital also participated.
According to a press release from the company, the money will be utilized to finish developing its unique flexible robotic arm technology that resembles a snake, grow the engineering and R&D staff, and expedite pilot deployments with industrial clients.
Armatrix, which was co-founded in 2024 by Vishrant Dave, Prateesh Awasthi, and Ayush Ranjan, creates hyper-redundant, snake-like robotic manipulators that are intended to work in confined and dangerous industrial settings.
In industries like shipbuilding, nuclear, oil and gas, and aviation, where fatal injuries from confined space work have been documented, the Bengaluru-based company seeks to automate operations in dangerous and confined environments. Human entry into hazardous areas is frequently necessary for the inspection and maintenance of vital infrastructure, including hulls, reactors, and storage and fuel tanks.
The global robotics maintenance market is expected to grow from its 2023 valuation of $41.66 billion to $150 billion by 2032, according to market research.
Reachability and actuation systems are the main areas of focus for Armatrix core technology. Its robotic arm has modular end effectors, an AI-based navigation system that allows for real-time adaptation, and high flexibility for smooth navigation.
Our goal is to revolutionize industrial inspection and maintenance by substituting a proactive, zero-downtime standard for a reactive, expensive maintenance model. According to Vishrant Dave, co-founder and CEO of Armatrix Automations, “this funding enables us to scale from proof of concept to early adopters and validate the platform across real-world inspection and operational use cases.”
In the future, Armatrix hopes to become a globally competitive deep tech robotics company by developing high-performance, AI-native robotic systems that raise the bar for efficiency, accuracy, and safety in mission-critical industrial operations.
