Autonomous systems that handle stairs, complex terrain, and human interaction — delivering faster, more reliable, and cost-efficient logistics.
Our legged robots navigate stairs, curbs, and complex urban terrain that stops wheeled systems entirely.
Long-duration autonomous operation enabled by our 9x more energy-efficient actuator technology.
We work with pilot customers, industry experts, and partners to tailor our solution to real deployment needs.
The global last-mile delivery market is racing toward $480 billion by 2034. More orders, faster expectations, tighter windows. But the infrastructure hasn't kept up.
Drivers operate under constant time pressure. Peak seasons like Christmas or Prime Day push capacity to its limits — and there's no quick way to scale a human workforce. Failed deliveries pile up: customers not home, no access to buildings, wrong floors. Every failed attempt costs time and money.
In Germany alone, last-mile delivery costs 1.5 billion euros per year — with over 5 billion deliveries annually.
Current Model
Robot Model
70%
potential cost reduction on last-mile delivery
A legged robot built for the real world — going where wheeled systems cannot, operating safely around people.
Goes where wheels stop
Stairs, curbs, uneven terrain — no longer a barrier.
9x more energy efficient
Spring-loaded actuators dramatically reduce power consumption, enabling up to 20h of operation.
Safe by design
Built-in mechanical compliance makes human–robot interaction inherently safe — not just by software.
Backed by integrative research at MIRMI and TUM, our proprietary technology redefines physical interaction in robotics.
Proprietary high-performance actuator system, based on our proprietary 'CompSPEA' architecture (Compensated Series-Parallel Elastic Actuator).
Integrated spring elements in our actuators absorb impact and provide natural compliance, making close human–robot collaboration inherently safer.
Intelligent physical adaptability ensuring reliable operation across stairs, curbs, and adverse weather conditions.
Unlike wheeled robots, our legged platform conquers stairs, curbs, and uneven terrain — navigating the real world without compromise.
Our proprietary actuators consume up to 9 times less power than conventional systems, dramatically reducing operating costs and extending mission range.
Advanced algorithmic control enabling dynamic, data-driven optimization for throwing and complex robotic manipulation.
Our team combines deep robotics research from TUM and MIRMI with a drive to bring legged robots into the real world.
Vasilije Rakcevic
CEO
Lingyun Chen
CTO
Joel Ramadani
COO
Maria Fomina
CMO
Kira Dianova
Business Development
Supported By & Partnering With