Deepsky vs ForwardX Omni Fleet

Deepsky is a warehouse execution system from Exotec that links a warehouse management system to warehouse automation through one orchestration layer. It covers processes from receiving and storage to order preparation and dispatch. Using real-time information, it coordinates order release, replenishment, and picking, while planning around logistics constraints such as truck departure schedules. It identifies the contents and locations of bins, cases, and containers; dashboards show live KPIs, system status, and performance insights. Deepsky coordinates robots and operators and can prioritize actions. Exotec says it communicates with robots, conveyors, automated arms, scales, carton formers, and labelling machines regardless of communication protocol. It can aggregate real-time and historical data from Exotec robots and third-party suppliers, and supports multi-site management, API access, and simulation tools. Exotec describes it as workflow-based and says software updates continue after go-live. Its server is duplicated for backup, and the company offers 24/7 Control Center assistance and maintenance contracts. Pricing and availability are on request; the product page directs prospective customers to contact Exotec.

ForwardX Omni Fleet is a material-handling suite combining autonomous mobile robots with fleet-management software for warehouse and manufacturing operations. Its f(x) Fleet Manager handles AMR mapping and deployment, device configuration, workflow orchestration, fleet monitoring, and setup of picking or transport tasks. A live dashboard reports robot locations, status, task details, battery levels, charging-station use, and error codes. Teams can design, assign, and manage work through a graphical task interface. The fleet manager connects with WMS, MES, and ERP systems and offers open third-party API protocols. The ERMS web interface supports equipment queries, maintenance, and diagnostics, communicating with AMRs and wireless charging stations. ForwardX describes machine-learning controls for traffic and congestion, plus automatic battery scheduling for continuous operation. Integrations include roller and belt conveyors for autonomous tote and pallet pickup and dropoff. The product is available through web and API with hybrid deployment. Pricing is paid and available on request. A Robots as a Service plan is subscription-based, with AMRs supplied on demand.