Pulstar Fabric

Weaving Autonomy Across Fleets

Pulstar Fabric is the intelligent control layer for autonomous fleets, providing seamless orchestration, real-time coordination, and adaptive command distribution.

Fleet-Wide Control & Coordination

Where Pulstar Matrix spreads intelligence and Pulstar Fusion synthesizes it, Fabric applies control, weaving distributed decisions into precise, synchronized actions across every machine in the field.

It is the dynamic operational fabric that ensures fleets act as a single, cohesive organism. Pulstar Fabric enables operators to manage complex autonomous systems with clarity and precision.

Dynamic Task AllocationAdaptive Command RoutingAutomated Conflict Resolution

Intelligent Control Layer

Weaving autonomy across fleets

Key Capabilities

Fabric is the layer that turns distributed intelligence into coordinated, actionable movement.

Dynamic Task Allocation

Assigns priorities across fleets based on real-time conditions and operational requirements.

Adaptive Command Routing

Ensures instructions reach each unit efficiently, even in contested or low-bandwidth environments.

Automated Conflict Resolution

Prevents operational overlap and collisions in multi-robot deployments automatically.

Continuous Feedback Loops

Monitors performance, adjusts commands, and optimizes execution in real time.

Architecture & How It Works

Pulstar Fabric operates as a modular control layer, integrating seamlessly with the entire Pulstar ecosystem to ensure precision control across heterogeneous fleets.

Control Mesh Layer

Links robots, edge nodes, and AI engines into a unified operational network for seamless coordination.

Core Architecture

Command Orchestration Kernel

Distributes tasks dynamically and maintains fleet synchronization across all operational units.

Core Architecture

Real-Time Telemetry Integration

Monitors system health, environmental conditions, and mission status for informed decision-making.

Core Architecture

Security & Reliability Layer

End-to-end encryption, redundancy, and fail-safe mechanisms for mission-critical operations.

Core Architecture

Use Cases & Applications

Pulstar Fabric transforms fleets from individual machines into a single, intelligent system.

Construction

Synchronizes autonomous vehicles, cranes, and drones for efficient site operation.

Defense

Coordinates autonomous ground units, UAVs, and sensors in complex missions.

Healthcare

Orchestrates delivery robots, medical logistics fleets, and emergency response systems.

Airports & Logistics

Manages autonomous loaders, ground vehicles, and inspection drones simultaneously.

Disaster Relief

Ensures multi-agent coordination in remote, high-risk environments.

Integration With Pulstar Ecosystem

Fabric is the connective tissue that converts intelligence into orchestrated movement.

Pulstar Nexus

Receives operational data and mission priorities.

Pulstar OS

Executes low-level commands on each robot.

Pulstar Matrix

Supplies distributed AI intelligence for coordinated action.

Pulstar Fusion

Provides unified decisions to guide fleet control.

Pulstar Orion

Uses fleet-level control directives for mission guidance and precision.

Orchestrate Fleets. Synchronize Motion. Achieve Precision at Scale.

Pulstar Fabric transforms fleets from individual machines into a single, intelligent system. It's the dynamic operational fabric that ensures fleets act as a single, cohesive organism.