Robovan Autonomous Logistics Solutions

About Us

autonome-logistik is an integrator and service provider specializing in autonomous logistics vehicle (RoboVan) solutions. We don't manufacture vehicles ourselves; instead, we work with globally leading RoboVan products to provide clients with "Vehicle Selection + Scenario Design + System Integration + Operational Deployment."

Through partnerships with RoboVan manufacturers like Neolix and WeRide, we bring the large-scale commercial autonomous vehicle logistics experience from China to local campuses and urban scenarios, helping clients quickly deploy safe, reliable, and replicable autonomous logistics capabilities.

We focus on two core areas:

Autonomous Vehicle Transport: Automated transportation for medium-to-short distance, point-to-point, and planned route scenarios.
Automated Loading & Unloading: Automatic handoff between vehicles and warehouses, platforms, and distribution points.

We primarily serve: Express/E-commerce, Fresh Food & Pharmaceuticals, FMCG Replenishment, Wholesale Markets, Campus Internal Logistics, C2C Moving, and other scenarios with strong planning requirements and clear repetitive routes.

Our Solutions

Autonomous logistics vehicle in warehouse

1. Autonomous Logistics Transport

For medium-to-short distance transportation scenarios like "Warehouse → Distribution Center → Retail Store → Community," we use L4-level RoboVan vehicles for automated operation on planned routes, covering 24/7 operations during both day and night.

Route Design & Mileage Modeling: Plan fixed or semi-fixed routes based on station distribution and order volume.
Fleet Selection & Deployment: Choose different Robovan models with varying capacities (e.g., 3m³, 6m³) based on cargo volume.
Dispatch System Integration: Integrate with existing TMS/WMS/ERP systems for automatic vehicle dispatch, trajectory tracking, and arrival notifications.
Remote Monitoring & Takeover: Provide operations dashboard, vehicle status monitoring, and remote takeover capabilities for exceptions.

2. Automated Loading & Unloading

Autonomous vehicles alone aren't enough. We further provide "vehicle + station" loading/unloading modifications, enabling cargo to be loaded and unloaded without relying on drivers.

Automated Platforms / Unloading Points: Configure telescopic conveyors, roller lines, or automated platforms that can interface with Robovan vehicle rears.
Mobile Racks / Cages: Pre-sorted goods are pushed into the vehicle as a whole unit, reducing individual item handling time.
Smart Pickup Points: Combine smart parcel lockers, self-service lockers, or unmanned pickup points for post-arrival self-service pickup.
Lightweight Human Coordination: Configure "one operator, multiple vehicles" mode, where a single operator can manage loading/unloading for multiple vehicles.

3. Dispatch & Operations Platform

Beyond vehicles and scenarios, we provide a lightweight operations platform that supports:

Task Management: Create scheduled routes, temporary tasks, and batch dispatch.
Vehicle Management: Battery status, health monitoring, real-time location, and driving data.
Alerts & Safety: Geofencing, speed limit zones, and hazardous area warnings.
Data Reports: Mileage, load rate, on-time rate, labor savings, and carbon emission statistics.

Industries & Scenarios

We focus on logistics scenarios within cities and campuses that have "planned, repetitive routes," freeing people from high-frequency, mechanical transportation work.

Urban Logistics

Express Transit & Last-Mile Distribution

Challenge: Multiple stations, high labor costs, difficulty recruiting night shift workers.

Solution: Use Robovan to connect "Warehouse → Sorting Center → Station → Community Pickup Points," with daytime delivery and nighttime empty cage recovery, fully autonomous.

Benefit: Each route can reduce 1 driver, extending vehicle operation time from 8 hours to 16-20 hours.

Fresh Food & Pharma

Cold Chain & Pharmaceutical Delivery

Challenge: High requirements for temperature control, timeliness, and compliance; high labor fluctuation.

Solution: Configure Robovan with insulated/cold chain compartments for fixed-route delivery from "Pharmaceutical Warehouse → Hospital/Pharmacy" and "Fresh Food Warehouse → Store."

Benefit: Stable routes + vehicle logs for easy auditing; reduced pressure for temporary night drivers.

Hazardous Materials

Dangerous Goods Transport

Challenge: High safety risks for personnel during hazardous materials transportation; significant exposure to dangerous substances leading to potential injuries and health hazards.

Solution: Deploy Robovan vehicles with specialized safety compartments for autonomous transport of dangerous goods, eliminating direct human exposure during transit from "Warehouse → Distribution Points → End Users."

Benefit: Dramatically reduced personnel casualties and exposure risks; enhanced safety compliance with automated monitoring and emergency response systems.

Wholesale Market

Market / Wholesale Market → Store

Challenge: Massive early morning cargo volume, complex road conditions, difficult temporary worker management.

Solution: Designate dedicated Robovan lanes inside and outside wholesale markets, automatically shuttling between "Market → Surrounding Merchants/Small Warehouses."

Benefit: Reduced early morning delivery accident risk, fewer delays and cargo damage.

C2C & Moving

Intra-City Small Moving / C2C Delivery

Challenge: Traditional moving companies have high base prices, small moves are not cost-effective.

Solution: Users book Robovan via App, self-load at building entrance, vehicle automatically drives to new address or temporary storage point, with user or partner movers unloading upon arrival.

Benefit: Per-kilometer pricing, more flexible and cheaper than traditional moving.

Industrial Park

Factory Internal Material Transport

Challenge: Frequent material shuttling between factory workshops, mostly short-distance, repetitive routes.

Solution: Robovan circulates between "Raw Material Warehouse → Production Workshop → Finished Goods Warehouse," combined with automated platforms or cages for semi-automated loading/unloading.

Benefit: Reduced forklift traffic and manual carts, improved safety, lower personal risk from high-frequency transport.

Campus & Hospital

Campus / Hospital Campus Delivery

Challenge: Closed road networks but many routes, fragmented demand.

Solution: On campus: books, packages, food, lab materials. In hospitals: pharmacy → departments, lab → wards for sample and medication transport.

Benefit: Reduced inter-department errand time, allowing teachers and medical staff to focus on core work.

Tourism & Golf

Golf Course Beverage & Supply Service

Challenge: Long fairways, few supply points, insufficient service staff during peak season.

Solution: Robovan follows fixed circular routes between clubhouse, practice range, and holes, carrying beverages, snacks, rain gear, golf accessories. Players order via QR code, pickup at designated tee points or rest areas.

Benefit: Enhanced on-course service experience without adding large seasonal workforce.

Airport & Port

Airport / Port Internal Shuttle

Challenge: Complex road rights, high safety requirements, high pressure on human-vehicle scheduling.

Solution: Use Robovan in restricted areas to transport spare parts, baggage carts, aviation materials, or documents, achieving closed-loop transport from "Warehouse → Apron → Office Area."

Benefit: Reduced low-value-added driving and transport investment, operating in compliance with existing safety rules.

Technology Advantages

L4 Autonomous Driving Capability

Our partners' RoboVan vehicles have achieved large-scale commercial operations in markets like China, using vision-first, multi-sensor fusion autonomous driving solutions that can adapt to narrow lanes, non-standard roads, rain, snow, and fog in urban and campus environments, supporting 24-hour operations.

Vehicles combine high-precision positioning with high-performance computing platforms, using end-to-end intelligent algorithms to achieve obstacle recognition, lane line/road structure understanding, and surrounding environment occupancy prediction, providing a stable autonomous driving foundation for medium-to-short distance logistics.

System Safety & Compliance

Multiple Redundancy: Redundant design for critical components like braking, steering, and power systems.
Remote Takeover: Remote safety operators intervene to handle exceptional situations.
Operational Visibility: Full trajectory recording for easy auditing and regulatory communication.
Compliance Support: Develop testing and operations plans according to local regulations, assist clients with licensing and road rights.

Data Security

We will deploy independent servers to ensure that data does not leave the country, including maps, models, and data in a closed loop. This approach guarantees complete data sovereignty and compliance with local data protection regulations, ensuring that all sensitive information—from mapping data to machine learning models and operational data—remains within national boundaries and operates in a secure, isolated environment.

Typical Solution Examples

Solution A: Express Company "Warehouse → Station → Community" Route

Objective: Replace traditional van/light truck drivers with 3-6 Robovan vehicles.

Configuration: Multiple 3m³ / 6m³ models, station modifications with automated loading/unloading platforms, dispatch system integration with express company's TMS.

Results: Each route saves 1 driver + partial loading/unloading workers, automatic night shift operation, reduced delay rate.

Solution B: Fresh Food Warehouse → Store Cold Chain Delivery

Objective: Ensure fresh food replenishment timeliness during morning and evening peaks.

Configuration: Cold chain compartments + low-temperature monitoring, preset routes within campus/city, dedicated unloading areas at stores.

Results: Traceable temperature control and timeliness, reduced driver positions, more stable replenishment.

Solution C: Golf Resort Internal Service Fleet

Objective: Enhance player experience, reduce seasonal customer service labor.

Configuration: Small Robovan + mobile vending/storage modules, fixed-time patrols on fairways and villa areas, support QR code ordering and pickup.

Results: Increased average order value and satisfaction, more tech-forward and green brand image.

Implementation Process

Requirements Interview

Understanding the operational landscape is the first critical step.

Business Volume: Analyze current throughput and peak load times.
Route Mapping: Identify optimal paths for autonomous navigation.
Cost Structure: Audit existing fuel and labor expenditures.
Safety Protocols: Define compliance zones and safety parameters.

Site Survey

Physical validation ensures the environment is Robovan-ready.

Road Width: Verify minimum clearance for safe passing.
Topography: Measure slope gradients and surface irregularities.
Entry/Exit: Assess automated gate compatibility.
Loading Zones: Designate precise drop-off and pickup coordinates.

Solution & ROI Analysis

Design routes, vehicle quantities, and loading/unloading modification plans, provide investment return calculations.

Pilot Deployment

Select 1-2 routes for small-scale trial operations, collect data and optimize processes.

Scale Replication

Replicate successful experience across more routes and campuses, build standardized Robovan fleet.

Contact Us

🏢 Company Information

Stratos Swiss GmbH

📍 Hätzlergasse 28, 8048 Zürich, Switzerland

📧 Email:

service@autonome-logistik.ch

kundendienst@autonome-logistik.ch

👤 Contact Person

Mr. Leitner

Manager

📞 Phone: +41 795973962

Inquiry Form

Please fill out the form below to assess whether a campus or urban route is suitable for autonomous logistics vehicles.

Name / Company Name *

Email *

Phone

Scenario Type *

Typical Route Start/End Points and One-Way Distance

Daily Order Volume / Cargo Volume and Operating Time Periods

Current Vehicle and Human Resource Configuration

Additional Information

Bringing Autonomous Vehicles to Every Kilometer of Cities and Campuses

Proven Results Across Industries

Trusted Partners