Robotics
Connectivity That Keeps Your Robots Running
Sub-50ms latency connectivity for autonomous mobile robots, AGVs, and industrial automation. Private LTE networks that scale from 50 to 5,000+ robots without redesigning your infrastructure.
The Challenge
Robotics Connectivity Challenges
Autonomous mobile robots, AGVs, and robotic arms require sub-100ms latency for safe coordination. Standard WiFi can't deliver consistent low-latency performance in warehouse environments. WiFi handoffs cause robots to stop mid-task. Dead zones strand autonomous systems. Safety-critical functions like e-stop signals must work 100% of the time—not 99%.
Warehouses with metal racking create coverage gaps. Manufacturing floors have RF interference. Outdoor yards need connectivity for autonomous vehicles. Consumer-grade WiFi collapses under the density of modern automation deployments. Adding 50 new robots shouldn't require redesigning your entire network.
Your robotics vendor says it's a network problem. Your network vendor says it's a robotics problem. Meanwhile, production stops every time connectivity fails. WiFi was designed for laptops and phones, not coordinating 200 robots moving at 6 feet per second.
Use Cases
Where Connectivity Matters in Robotics
Autonomous Mobile Robots (AMRs)
AMRs for warehouse fulfillment require consistent low-latency connectivity for navigation, obstacle avoidance, and fleet coordination. Private LTE provides seamless coverage without WiFi handoff delays.
Automated Guided Vehicles (AGVs)
AGVs following defined paths need reliable connectivity for traffic management, load coordination, and safety systems. Single network covering multiple connected buildings eliminates handoff issues.
Robotic Arms & Cobots
Industrial robots and collaborative robots require connectivity for programming, real-time monitoring, and coordination with conveyor systems and other automation.
Drone Operations
Indoor inventory drones and outdoor inspection drones need reliable command and control connectivity. Multi-carrier cellular provides outdoor coverage beyond facility walls.
Fleet Coordination
Centralized coordination of robot fleets requires real-time visibility into location, status, and task assignment. <50ms latency ensures robots respond to routing changes instantly.
Predictive Maintenance
Continuous connectivity enables real-time diagnostics and predictive maintenance. Catch motor degradation and battery issues before robots fail on the floor.
The Solution
How WINDS Solves This
Private LTE delivers what WiFi can't: dedicated spectrum, seamless handoffs, and predictable latency for robotics operations.
Infrastructure as a Service
Private LTE and CBRS networks designed for robotics. Sub-50ms latency guaranteed. Dedicated spectrum eliminates interference. Supports thousands of devices per facility.
Wireless as a Service
Multi-carrier connectivity for outdoor operations, yard automation, and backup. Reliable connectivity for robots operating beyond facility walls.
Network as a Service
SD-WAN connects facilities, cloud platforms, and control systems. Optimized routing for robotics traffic. Multi-site robot coordination.
Device as a Service
Pre-configured connectivity modules, gateways, and edge devices for robotics integration. Lifecycle management for all network hardware.
Software as a Service
Real-time monitoring of connectivity health through AKI Portal. Latency monitoring, coverage mapping, and proactive issue detection across your automation infrastructure.
Results
Trusted in Robotics & Automation
E-Commerce Fulfillment Center
Challenge: Existing WiFi couldn't handle robot density, causing navigation failures and collisions. Scaling from 50 to 200 robots kept breaking the network. WiFi vendor blamed robotics vendor and vice versa.
Result: Robot uptime increased to 99.7%. Zero connectivity-related safety incidents. 30% improvement in picks per hour. Network now supports planned expansion to 400 robots.
45-day deployment
Automotive Manufacturing
Challenge: WiFi handoffs caused vehicle stops and production delays. AGV fleet coordination failed when vehicles crossed between buildings. Production line stoppages averaging 3 per week.
Result: AGV availability improved from 94% to 99.5%. Eliminated WiFi handoff delays completely. Production line stoppages reduced from 3/week to 1/month.
60-day deployment
ISO 10218
Network connectivity supports safety-rated functions with guaranteed latency and availability for e-stop and safety systems.
IEC 62443
Industrial cybersecurity standards for automation and control systems. Network segmentation and monitoring following best practices.
SOC 2 Type II
Independent audit of security controls for our operations and platform infrastructure.
Get a Robotics Infrastructure Assessment
30-minute technical call with our robotics connectivity specialist to review your automation requirements and facility layout.