MONITOR
See every robot, charger, dock, and charging session in real time.
Charging Management Software
Intelligent charging management for autonomous machines.
Monitor, control, automate, and optimize charging across robots, charging stations, and docking infrastructure. SiCore Charging Management System provides real-time charging visibility, autonomous return-to-charge, intelligent scheduling, dynamic power management, fault diagnostics, and energy analytics—all through one unified platform.
CONTROL
Manage charging power, profiles, safety, and individual charging sessions.
AUTOMATE
Enable autonomous return-to-charge, docking, charging, and mission recovery.
OPTIMIZE
Improve charger utilization, fleet availability, energy efficiency, and power distribution.
SiCore Autonomous Docking System
Precision Docking Intelligence for Autonomous Charging
An intelligent docking platform that coordinates perception, localization, motion guidance, connector engagement, and electrical verification to enable reliable unattended charging.
The whole system is seen as a state machine.
Dock RequestDock DiscoveryPosition EstimationCoarse AlignmentFine AlignmentFinal ApproachConnector EngagementMechanical VerificationElectrical VerificationCharging ReadyChargingReleaseExit
Monitoring Dashboard
One Interface. Complete Visibility.
Monitor robots, chargers, docks, charging sessions, faults, energy consumption, and system performance from one centralized interface.
LIVE OPERATIONSDIAGNOSTICS & ALERTSANALYTICS & REPORTING
LIVE OPERATIONS
Real-time visibility into robots, chargers, docks, charging sessions, and energy flow.
DIAGNOSTICS & ALERTS
Centralized fault detection, safety events, diagnostics, and maintenance notifications.
ANALYTICS & REPORTING
Historical charging data, energy consumption, charger utilization, fleet readiness, and system performance.
Fleet Scheduler
Coordinate Charging Across the Entire Robot Fleet
Intelligently coordinate when, where, and which robots charge based on battery status, mission priorities, dock availability, location, and operational schedules.
Fleet Scheduler provides the intelligence needed to coordinate charging across multiple robots and shared charging infrastructure. Instead of waiting for individual robots to reach a low-battery condition, the system continuously evaluates fleet energy demand, robot availability, upcoming missions, and charging resources to make proactive charging decisions.
SMART CHARGING QUEUEAUTOMATIC DOCK ASSIGNMENTMISSION-AWARE SCHEDULINGOPPORTUNITY CHARGINGFLEET ENERGY READINESS
SMART CHARGING QUEUE
Prioritize the right robot at the right time.
Dynamically prioritize robots for charging based on battery State of Charge (SOC), mission priority, upcoming task requirements, waiting time, and operational status. The charging queue continuously adapts as fleet conditions change.
AUTOMATIC DOCK ASSIGNMENT
Connect every robot with the most suitable available charger.
Automatically assign charging docks based on robot location, dock availability, charging capability, equipment compatibility, travel distance, and estimated wait time. Dock reservations help prevent conflicts and unnecessary robot movement.
MISSION-AWARE SCHEDULING
Plan charging around operations—not the other way around.
Coordinate charging with upcoming robot missions and operational schedules. Robots can receive energy before critical assignments, reducing the risk of low battery conditions interrupting important tasks.
OPPORTUNITY CHARGING
Turn idle time into productive charging time.
Use short periods of inactivity—such as shift changes, task gaps, loading delays, or standby periods—to automatically recharge robots without disrupting normal operations. Opportunity charging helps maintain higher battery levels and improves overall fleet availability.
FLEET ENERGY READINESS
Know whether your fleet has enough energy for what comes next.
Continuously evaluate battery levels, upcoming energy demand, charger availability, and scheduled missions to determine fleet energy readiness. Identify potential charging bottlenecks before they affect operations and proactively prepare robots for future workloads.
SDK & Development Kit
APIs, samples, and tools for OEM integration and customization.
SDK-API
API Libraries
Developer clients for charge control, docking, and telemetry.
SDK-SAMPLES
Sample Applications
Reference apps for docks, robots, and fleet connectors.
SDK-TOOLS
Dev & Simulation Tools
Bring-up helpers before full hardware is available.