From manual work to autonomous movement
AGVs, AMRs and equipment coordinate in real time to keep material moving.
ALWAYS CONNECTED LOGISTICS
Keep goods movingwith resilient connectivity.Keep goods movingwith resilientconnectivity.
In logistics operations where WMS, AGVs and AMRs, video analytics, inventory and temperature systems work continuously, a communications outage can stop the physical flow. IDY engineers the path from warehouse floor to cloud as one operating infrastructure.
01 / REAL-TIME LOGISTICS
The distribution centeris now real-time infrastructure.The distribution centeris now real-timeinfrastructure.
Distribution centers are evolving from storage facilities into 24-hour, real-time processing infrastructure. Connectivity is no longer an accessory: it supports throughput and operational continuity.
From daytime shifts to 24-hour processing
Maintain throughput across e-commerce, small-lot delivery, inbound and outbound flows.
From batch updates to immediate decisions
Share inventory, video, equipment and temperature data from floor to business systems.
02 / STOP FACTORS
Healthy systems cannot move goodsthrough a communications outage.Healthy systemscannot move goodsthrough a communicationsoutage.
Even when business systems remain healthy, wireless interference, access outages, roaming gaps or insufficient bandwidth can stop autonomous movement and operational visibility.
Interference and coverage gaps
Dense access points, metal racks and changing equipment layouts reshape radio performance.
Mobility interruptions
Access-point transitions along AGV and AMR routes can affect process continuity.
Carrier or ISP outages
Dependence on one path can turn an access incident into site-wide processing downtime.
Video and data contention
AI video and operational traffic sharing one path can constrain critical communications.
Reduce logistics downtime through communications engineering.Reduce logistics downtimethrough communicationsengineering.
03 / ONE OPERATING ARCHITECTURE
Unify logistics operationsand connectivity.Unify logisticsoperations andconnectivity.
Field equipment, the edge and business systems are engineered as one architecture, connecting network state to operational impact. The objective is not simply more links, but continuity of the logistics process.
WMS, AI and cloud
Business systems for inbound, outbound, inventory, analytics and decisions.
Edge and connectivity control
Observe path state and support local processing, path selection and recovery.
AGVs, AMRs, cameras and sensors
The physical layer of movement, video, equipment and temperature data.
04 / RESILIENT CONNECTIVITY
More links are not enough.Engineer continuity into the flow.More linksare not enough.Engineer continuityinto the flow.
Each workload uses the access technology that fits its operating conditions, while diverse paths are observed in normal operation. Switching, recovery and field operations are part of the same communications design.
ALWAYS CONNECTED LOGISTICSKeep logistics processes connected
Combine paths by workload
Engineer 5G, LTE, local 5G and existing access around field conditions and workload priority.
Use diverse paths in normal operation
Supported configurations keep multiple links available and support path switching after an incident is detected.
Process video at the site
Handle relevant results at the edge to reduce cloud traffic and response delay.
Engineer mobility and density
Design AGV, AMR, video and equipment connectivity around coverage, uplink quality and roaming.
Availability of access technologies, concurrent links and switching methods depends on product model, carrier, service contract, installation environment and system configuration.
05 / PHASED DEPLOYMENT
Strengthen critical processesin practical phases.Strengthen criticalprocesses inpractical phases.
The entire environment does not need to be replaced at once. Start with critical processes and their communications dependencies, then deploy in phases while retaining usable infrastructure.
Map the current operation
Identify processes, devices, paths, radio conditions and the business impact of downtime.
Add resilience to critical flows
Introduce alternate paths and observation between critical equipment and business systems.
Extend to automation and video
Expand capacity and mobility support to AGVs, AMRs, AI cameras and sensors.
Improve through operations
Review incidents, switching, recovery and quality as layouts and workloads change.
06 / LOGISTICS FIELDS
Engineer connectivity aroundeach logistics risk.Engineer connectivityaround eachlogistics risk.
E-commerce and small-lot delivery
Support 24-hour order-to-ship processing and autonomous movement.
Pharmaceutical logistics
Maintain data paths for temperature, inventory and traceability.
3PL and manufacturing logistics
Connect intralogistics with production and warehouse systems as one operation.
Food and cold storage
Connect equipment monitoring, temperature management, inbound and outbound work in low-temperature sites.
07 / IDY PRODUCTS
Build the configurationaround field conditions.Build the configurationaround fieldconditions.
Select from 5G edge gateways, 5G USB modems, industrial LTE gateways and antennas according to access technology, path count, installation conditions and operational requirements.
5G EDGE GATEWAYiR800B
For core configurations requiring multiple paths, 5G and edge processing.
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5G USB MODEMiS201B
Add a 5G path to supported gateways and existing systems.
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INDUSTRIAL 5G EDGE GATEWAYiR730B
Industrial 5G connectivity for equipment monitoring and distributed sites.
View product →08 / LOGISTICS CONNECTIVITY REVIEW
Start with the logistics processesyou operate today.Start withthe logistics processesyou operate today.
Tell us about your warehouse layout, WMS, AGVs and AMRs, cameras, sensors, access paths and critical processes. We can begin with the communications architecture before selecting products.