Custom Software Development for Robotics
As customer expectations grow, businesses need efficient solutions to enhance experiences and reduce wait times. Our versatile, user-friendly self-service POS terminals support industries like healthcare, hospitality, and retail, empowering customers to manage orders independently while easing staff workload. Discover how our customizable solutions help your business deliver exceptional service with ease.
Robots don't work alone. We build the software layer that connects hardware to your business.
What Robotics Integration Solves
Our Expertise In Robotics & Automation Software
We specialize in building operational software for robotics-driven environments where reliability and precision matter.
Our experience spans warehouse automation, robotic picking systems, logistics optimization, and system-level orchestration between machines and enterprise software.
Our team builds platforms that run real operations:
Software integration with industrial and collaborative robots
Orchestration layers
Real-time task allocation and robot scheduling logic
Integration with WMS, ERP, and inventory systems
Exception handling, fallback flows, and recovery logic
API-first architecture for distributed automation systems
Robots We Work With
Universal Robots
Collaborative arms for high-precision manipulation. Our software powers vision-guided sorting and adaptive pick-and-place, maintaining strict safety right alongside human operators.
Magazino
Autonomous mobile robots for warehouse transport. Our orchestration layer drives real-time routing, task dispatching, and live inventory sync for seamless bin retrieval from standard shelving.
Industries We Serve
The Intelligent Warehouse Operating System
BEFORE: The Manual Bottleneck
Before implementing the system, the warehouse was entirely manual. Workers spent over 70% of their shifts just walking down endless aisles to find items. This heavy foot travel created massive picking bottlenecks, constant fulfillment errors, and physical exhaustion—making it impossible to keep up during peak seasonal surges without constantly throwing expensive temporary labor at the problem.
AFTER: The Orchestrated Flow
We built the software infrastructure that coordinates your entire automated workforce. Our platform manages the complex timing required for a mobile Magazino robot to retrieve bins from standard shelves and hand them off perfectly to a Universal Robots arm for final sorting. By getting diverse hardware and your WMS onto the exact same page, our software cuts machine idle time by 70% and unlocks a smooth, continuous 165+ picks per hour.
165
Average Picks Per Hour
Efficiency ARC
-70%
Robot Transit Delays
Transit Time
99.4%
Precision Fulfillment
Sorting Accuracy
Rewiring Logistics: The Value Of Intellectual Integration
Off-the-shelf software rarely survives real operational complexity. We build the dedicated software layer that turns raw mechanical power into a predictable, high-yield business asset.
Full Control over Logic & Behavior
We design custom software built around your warehouse layout. Our orchestration layer gives you absolute command over fleet movements, real-time routing, and asset tracking. This eliminates manual coordination and maximizes continuous throughput.
First Large-Scale Deployments
After projects with Cavea, Alter Vision and the Georgian Football Federation, the company began shifting from simple websites toward more complex, business-critical systems. This period shaped our expertise in analytics, integrations and custom workflows.
Safety, Reliability & Compliance
We act as the core software engine that connects world-class machinery directly to your enterprise environment. Our team collaborates directly with robot manufacturers, automation vendors, system integrators, and your internal engineers to ensure complex hardware becomes immediately connected, usable, and scalable.
Measurable Business Outcomes
Our software directly improves warehouse profitability. We scale up your hourly pick rates, eliminate costly human fulfillment errors, and drastically reduce machine idle time—allowing you to expand your operations using your existing hardware footprint.