Mobile robots move pallets across modern warehouses. SquadronQ tells each one where to go, which route to take, and how to stay out of each other's way – regardless of manufacturer.
Problem
Your vehicles aren't crashing — they're waiting for each other, and everything downstream starves.
One stalled AGV at an intersection queues three more behind it. Within two minutes, two zones are undersupplied. The cause isn't a malfunction — it's the absence of traffic coordination between vehicles sharing the same corridors.
Solution
Every conflict zone is reserved before the first vehicle reaches it.
SquadronQ reserves every conflict zone in advance. One vehicle, one zone, no overlap. When congestion builds, it reroutes before the jam forms.
Result: Zero deadlocks, zero collisions, safe obstacle response — no operator needed on the floor.
Every capability above has been validated on physical OSCAR AGVs in a live test environment: including path reservation, route optimization, pick-and-drop cycles, battery management, multi-vehicle coordination, obstacle detection, and communication resilience. Proven, not promised.
One AGV stuck at an intersection. Thirty seconds later, three more queue behind it. Two minutes later, the line is starving. Cost: €10,000 per minute.
SquadronQ runs AGVs, conveyors, and transport systems together. Vehicles never block each other. Parts arrive at the line exactly when needed. Works with any system already in place.
The AGV did exactly what it was told. The batch of frozen meat was rejected anyway.
SquadronQ reads what's on the AGV and picks the route that keeps both the schedule and the temperature. A pallet at +2°C won't pass through a warm zone — even if that path is shorter. FEFO/FIFO sequencing is built in — oldest batch first, automatically.
Peak season hit. Orders doubled. Half our AGVs sat in charging queues. The other half fought over the same three corridors.
SquadronQ handles charging, routing, and order spikes automatically — so your fleet keeps moving. Vehicles charge when demand allows. Routes spread across the full floor, not just the shortest path. Order spikes? The system adjusts on its own.
One protocol, any vehicle.
SquadronQ runs on VDA 5050 — the open interface standard for every AGV and AMR fleet, from DS Automotion to KUKA to Jungheinrich. One dashboard, one routing logic, regardless of how many manufacturers are on your purchase orders.
One protocol, any vehicle.
SquadronQ runs on VDA 5050 — the open interface standard for every AGV and AMR fleet, from DS Automotion to KUKA to Jungheinrich. One dashboard, one routing logic, regardless of how many manufacturers are on your purchase orders.
Already have a WMS? SquadronQ integrates through standard interfaces. You don't need to replace anything. You need to add the intelligence layer that's missing between your WMS and your vehicles.
Host System Interface
REST API
Users
Operators
VDA5050 Interface
MQTT
SquadronQ Application
Web Frontend
React
Backend Services
.NET Core
Database
PostgreSQL
External Systems
Host System Interface
REST API
Third Party Interface
REST API
ArconQ Platform
Deployment
Fast & Automated Deployments
Service Discovery
Auto-discovery & Connectivity
Security
Authentication & Authorization
Observability
Logging, Metrics & Tracing
Platform
Reusable Components & Toolkit
Speeds up development with built-in capabilities and best practices
Infrastructure
Kubernetes – Container Orchestration
Auto Scaling
Self Healing
High Availability
Rolling Updates
Users
Operators
AGVs
AGV Fleet
VDA5050 Interface
MQTT
Database
PostgreSQL
Web Frontend
React
Backend Services
.NET Core
Host System Interface
REST API
Third Party Interface
REST API
ArconQ Platform
Deployment
Fast & Automated Deployments
Service Discovery
Auto-discovery & Connectivity
Security
Authentication & Authorization
Observability
Logging, Metrics & Tracing
Platform
Reusable Components & Toolkit
Speeds up development with built-in capabilities and best practices
Infrastructure
Kubernetes – Container Orchestration
Auto Scaling
Self Healing
High Availability
Rolling Updates
SquadronQ Application
External Systems
Users
Operators
AGVs
AGV Fleet
VDA5050 Interface
MQTT
Web Frontend
React
Backend Services
.NET Core
Host System Interface
REST API
Third Party Interface
REST API
Database
PostgreSQL
ArconQ Platform
Deployment
Fast & Automated Deployments
Service Discovery
Auto-discovery & Connectivity
Security
Authentication & Authorization
Observability
Logging, Metrics & Tracing
Platform
Reusable Components & Toolkit
Speeds up development with built-in capabilities and best practices
Infrastructure
Kubernetes – Container Orchestration
Auto Scaling
Self Healing
High Availability
Rolling Updates

“Seeing these advanced logistics systems in action deepened our technical understanding and reinforced our vision of how digital solutions connect with real-world warehouse operations.”
“It was great to see in action all the warehouse elements we usually see on our computer screens. It allowed me to see the bigger picture clearer.”
Validated on real hardware. SquadronQ has been tested on physical OSCAR AGVs manufactured by DS Automotion — not just in simulation. Vehicle connectivity, navigation, charging, pick-and-drop cycles, multi-vehicle coordination, obstacle handling, and communication resilience: all confirmed in a live test environment.
Since 1991, BSS has been engineering complete intralogistics systems for Europe's largest warehouses, acting as general contractor from concept to commissioning. Clients include Unilever, major retail chains, and pharmaceutical distributors across Germany and Poland.
Kaufland runs one of the most automated food retail distribution networks in Central Europe, supplying 1,500+ stores across eight countries. Its Geisenfeld DC — one of the most advanced in German food retail — runs 60% automated picking with robot arms handling up to 185,000 packages per shift.
Since 1984, DS Automotion has built over 8,000 custom AGVs from Linz, Austria, exporting 97% of production globally. They helped write the VDA 5050 standard — the open protocol SquadronQ runs on.
Premium Robotics specialises in AI-powered depalletising and repalletising — the part of warehouse automation most robots still fail at. Their patented gripper and machine vision technology handle the chaotic variety of real-world goods that rule-based systems can't.