werob
Magazine
Latest insights from the world of robotics.
$310M Bet: Autonomous Trucks Make Stranded Mines Viable
Mariana Minerals raised $310 million to advance autonomous trucks in copper mining. Discover how autonomous haulage makes stranded mines economically viable.
Retrofit vs Replace: SoftBank's Signal for Excavators
SoftBank's $200 million investment in Gravis Robotics signals a shift toward retrofitting existing heavy excavators with autonomous AI kits.
Drone Reconnaissance: Legal Rules for First Responders
Learn the legal rules for BOS drone aerial reconnaissance, including sovereign operation exemptions, geozone flights, SORA 2.5, and strict GDPR requirements.
Police drone networks: A live picture within minutes
Drone networks for police control centers provide immediate aerial situational pictures. Learn about BOS rights, SORA exemptions, and system integration.
Fire department drone networks: Automatic launch on alarm
Discover how automated drone networks for fire departments provide real-time aerial intelligence before units arrive, leveraging BOS SORA exemptions.
Fire drones: situational awareness for the first crew
Fire department drones provide the first crew with life-saving situational overviews. Learn how automated reconnaissance secures real time advantages.
Drones for police: aerial reconnaissance in active operations
Learn how police drones support manhunts, traffic accident recording, and major events, and how they are operationally controlled during active deployments.
Teleoperation: When robot fleets need a human in the loop
Even mature autonomous fleets run into real-world edge cases that require a human in the loop. This guide breaks down latency requirements, operator ratios, and regulatory requirements for teleoperation as an industry-standard fallback layer.
Robot fleet charging: Autonomous infrastructure
Charging infrastructure directly determines how large an AMR fleet needs to be and how available it stays in continuous operation. This guide breaks down charging-cycle planning, battery technologies, and redundancy concepts without committing to any one charging system.
Solar farm monitoring: robots and sensors for PV assets
Manual inspections across sprawling solar farms often cover only a fraction of the site and miss faults for months. This guide shows how autonomous robots take on thermography, panel cleaning, vegetation management, and perimeter protection, and how werob rolls it out in eight weeks.
Building-to-Building Material Transfer: Outdoor Robots
On multi-building campuses and plant sites, building-to-building material transfer quickly becomes a bottleneck once weather, ramps, and gate crossings enter the picture. This guide shows how outdoor AMRs take over these routes and how the werob Platform brings hardware-agnostic deployments live in eight weeks.
Outdoor AGV Replacement: Evaluating the Shift to AMRs
Replacing legacy fixed-path outdoor AGVs with dynamic AMRs requires a shift from hardware decisions to systems integration. werob offers an eight-week phased migration, evaluating over 44 OEMs to deploy flexible, autonomous fleets under an outcome-only payment model.
Mining & Construction AMRs: Compliance and Sourcing
Deploying wheeled and tracked AMRs in mining demands ruggedized hardware and compliance with ISO 17757 and ATEX. An eight-week, hardware-agnostic integration process ensures fleets meet the EU Machinery Regulation 2023/1230 safely.
Deploying Autonomous Perimeter Monitoring: A Buyer's Guide
Securing sprawling industrial perimeters against intrusion is costly and prone to human error. By deploying IP66-rated autonomous outdoor robots, facility leaders can ensure continuous fenceline monitoring that integrates seamlessly into existing VMS workflows.
Replacing the Tugger Train: Specifying and Sourcing Outdoor AMRs
Intralogistics leaders are replacing manual tugger trains with outdoor AMRs to combat labor shortages and safety incidents. Discover how to specify the right navigation and payload architectures while ensuring compliance with ISO 3691-4 and EU Machinery Regulation 2023/1230.
Physical AI for Outdoor AMRs: Brownfield Buyer's Guide
Deploying outdoor AMRs in brownfield sites requires more than basic navigation. This guide explores how Physical AI enables real-time terrain adaptation, and explains how werob evaluates OEM hardware for IP ratings and EU 2023/1230 compliance during our eight-week rollout.
Unitree B2 Security: Integrating Quadruped Robotics into Operations
The Unitree B2 represents a shift in industrial security from static cameras to mobile, autonomous sensing. As a systems integrator, werob translates this hardware capability into a compliant, integrated security workflow.
The last fifteen metres: why the handover is the bottleneck
Between the kerb and the flat door sits the part of delivery that no datasheet describes. Intercom, door release, stairwell, parcel box and proof, and why that is an integration item.
Legged delivery robots: what actually delivers in 2026
Seven years of announcements and not one commercial route. What Boston Dynamics, RIVR, Ford and Continental actually achieved in delivery, and what it means for your planning.
Legal framework for drone defense in Germany and the EU
Explore the legal framework for drone defense in Germany and the EU. Learn how the 2026 EU Action Plan and new German laws impact C-UAS deployment.
UAS defense: detection, tracking, and mitigation methods
Explore how modern Counter-Unmanned Aircraft System (C-UAS) technology integrates radar detection, optical tracking, and non-kinetic mitigation methods.
Counter-drone systems for critical infrastructure and events
Evaluate C-UAS hardware, navigate complex airspace regulations, and integrate counter-drone systems to secure critical infrastructure and large events.
Counter-Drone Systems Explained: C-UAV Detection & Defense
Discover how C-UAV and C-UAS systems protect airspace through advanced detection, tracking, and mitigation technologies to secure critical infrastructure.
Drone defense and C-UAS: What it is and how it works
Learn how Counter-Unmanned Aircraft Systems (C-UAS) work. Discover the detection, tracking, and mitigation technologies powering modern drone defense.