Revolutionizing Robotics Management and Control
An advanced, comprehensive robotics development platform designed to streamline the integration, management, and control of robotic systems across local and cloud-based infrastructures.
An advanced, comprehensive robotics development platform designed to streamline the integration, management, and control of robotic systems across local and cloud-based infrastructures.
GT Studio is an advanced, comprehensive robotics development platform designed by GOAT Robotics to streamline the integration, management, and control of robotic systems. Whether operating in local environments or cloud-based infrastructures, GT Studio provides a modern, intuitive interface coupled with powerful tools that enable seamless robot onboarding, real-time monitoring, remote control, advanced mapping, and intelligent workflow automation.
At its core, GT Studio empowers users to manage single robots or entire fleets with unparalleled precision and efficiency. The platform's modular architecture ensures scalability, allowing operations to grow from small-scale deployments to enterprise-level robotic ecosystems without compromising performance or security.
A unified command center comprising interconnected components for comprehensive robotics management
Powers zero-touch robot onboarding, multi-tenant isolation, secure key management, real-time data processing, and reliable message routing. Designed to handle high-frequency telemetry streams while maintaining strong security boundaries between organizations, sites, and fleets.
Deployed on individual robots, the Agent enables secure command and control, system metrics ingestion, robotics framework integration, live streaming capabilities, and an extensible plugin architecture. Built for reliability on edge devices with consistent connectivity.
Delivers an intuitive dashboard, 3D visualization of environments and robots, advanced site editing tools, and visual automation workflows through state machines. Provides clear real-time visibility and control for operators and engineering teams.
Combining cutting-edge technology with practical functionality for complete robotics management
GT Studio implements comprehensive security through Role-Based Access Control (RBAC), multi-tenant isolation, API key management, and enterprise authentication integration. Teams can define who can view sites, operate robots, edit maps, create workflows, or manage integrations.
Complete lifecycle management including automated discovery, secure provisioning, real-time telemetry monitoring, and remote control interfaces. Track robot health, connectivity, battery status, mission progress, and subsystem metrics.
Supports SLAM-based mapping, real-time map updates, and operational editing. Create navigation-ready environments, define navigation-relevant entities, and update maps when layouts change.
Enables precise design and management of operational spaces. Define navigation lanes, docking points, charging stations, parking locations, restricted zones, speed-regulated areas, and operational constraints.
Integrates with external systems using REST APIs, webhooks, MQTT, and extensible plugins. Enable event-driven automation and bidirectional communication with operational tooling and enterprise applications.
Design complex automation logic through a visual workflow builder. Create sequences with conditional transitions, error recovery, integration calls, and status reporting without coding.
A full orchestration layer connecting field devices, material flow systems, and enterprise software
In real facilities, autonomy depends on tight interaction with the physical world. GT Studio integrates with a wide range of field devices such as PLCs, conveyors, stack lights, barcode and RFID readers, safety scanners, industrial sensors, automated doors, and elevators.
For example, a robot can request door access, validate clearance from safety sensors, coordinate with conveyor readiness signals, and confirm load presence before leaving a station.
GT Studio integrates with Warehouse Management Systems (WMS) to bridge the gap between inventory decisions and robotic execution. A WMS typically knows what needs to move, where it should go, and what priority it carries. GT Studio translates that intent into operational robot missions—selecting robots, planning safe routes, handling site constraints, and updating the WMS with real-time progress and completion confirmations.
Supports workflows such as replenishment runs, pick assistance, staging operations, inbound put-away, outbound loading, and internal material transfers.
Enterprise Resource Planning (ERP) and Manufacturing Execution Systems (MES) represent the business and production backbone of modern operations. GT Studio integrates with ERP/MES to align robotics execution with production plans, procurement, order fulfillment, and operational KPIs.
Pallet movement is one of the highest value automation areas. GT Studio supports pallet-driven mission flows covering the full lifecycle—receiving pallets at inbound points, verifying identity, selecting a destination based on storage rules, executing put-away, managing staging buffers, and supporting outbound loading workflows.
Includes operational patterns such as queue-based staging, priority-based dispatching, and constraint-aware routing.
GT Studio integrates AI vision systems to detect pallets, estimate pose and orientation, validate pickup feasibility, and confirm empty locations. Vision assists with reading labels (barcodes/QR), detecting damage, and flagging exceptions with visual evidence.
GT Studio provides orchestration capabilities managing multi-robot traffic, reducing congestion, handling priority lanes, and supporting dynamic replanning. The platform continuously observes robot positions, mission states, and battery levels to assign tasks intelligently.
GT Studio supports extensibility through plugins and integration interfaces. Webhooks enable event-driven triggers, MQTT enables lightweight messaging, and REST interfaces enable structured data exchange with enterprise applications.
Following industry best practices for safe, scalable robotics operations
GT Studio supports VDA5050, a widely adopted interface for communication between automated guided vehicles (AGVs/AMRs) and host systems. This enables standardized integration patterns for large deployments, reducing integration cost and avoiding vendor lock-in.
Implements enterprise-grade security principles aligned with ISO 27001-style controls, including strong access management, encryption, secure key handling, and operational auditability for compliance-critical deployments.
Delivering measurable value across efficiency, safety, cost optimization, and innovation
Reduces setup time through automated onboarding, minimizes downtime with continuous monitoring, and improves task throughput by reducing idle time and congestion.
Strengthened through site constraints, controlled access, predictable operational rules, and integration with safety devices and field sensors.
Reduces manual handling effort, supports better resource utilization, and minimizes unexpected failures through predictive monitoring.
Provides reusable building blocks for workflows, integrations, and configurations. Teams can prototype operational changes quickly and roll out improvements safely.
Experience the power of GT Studio and revolutionize how you manage and control your robotic fleet. From pilot deployments to enterprise-scale operations, we're here to support your automation journey.