Mobile platform
A modular robotic body designed for warehouse movement and task execution.
Warehouse solution
WIPHAY DARE 1
Autonomous & collaborative robotics for modern warehouses.
DARE 1 is an intelligent warehouse robotic platform designed to operate autonomously while remaining capable of working collaboratively alongside people.
Developed for dynamic warehouse and logistics environments, it unifies autonomous mobility, intelligent perception, computer vision, environmental awareness, navigation, task coordination, and human–robot collaboration.
Built for the physical world
Warehouses are constantly changing
People move. Inventory moves. Equipment changes position. Aisles become temporarily blocked. Operational priorities change throughout the day.
DARE 1 is being developed around this reality. Instead of depending exclusively on fixed routes or rigid automation infrastructure, the platform is designed around perception, autonomy, environmental awareness, and intelligent decision support.
Sense
Perceive
Understand
Plan
Navigate
Act
Adapt
Robust by design
DARE 1 is a practical robotic platform for demanding indoor operational environments. Hardware, perception, intelligence, navigation, and operational software can evolve independently while remaining part of the same robotic ecosystem.
Onboard computing
Local intelligence for perception, planning, and real-time control.
Computer vision
Wiphay Lens 1 converts visual data into structured environmental understanding.
Environmental sensing
Awareness of obstacles, people, inventory, and changing aisle conditions.
Autonomous navigation
Localization, mapping, route planning, and destination movement.
Task coordination
Operational communication between robots, people, and warehouse software.
Autonomous operation
DARE 1 is designed to support autonomous movement throughout warehouse environments with reduced human intervention.
The objective is not simply to make the robot move. The objective is to allow the robot to understand where it is, what is around it, where it needs to go, and how to get there safely and efficiently.
- Environment perception, localization, and mapping
- Route planning and dynamic navigation
- Obstacle detection, avoidance, and people awareness
- Destination navigation and task execution
- Operational status monitoring
Collaborative operation
Automation does not have to mean removing people from the workflow. DARE 1 is being designed around human–robot collaboration.
It can support workers by handling repetitive transportation, moving materials between operational areas, providing visual and inventory information, and coordinating tasks with other systems.
People + Robots + Inventory + Equipment + Software + Sensors + Infrastructure
This allows automation to become part of the existing workflow rather than requiring every warehouse process to be redesigned around the robot.
Wiphay Lens 1
The vision system behind intelligent perception
For DARE 1, vision is not simply a camera feed. It is a source of environmental intelligence. Wiphay Lens 1 is designed to transform visual information into structured data that robotic systems can use to understand their surroundings and support autonomous decisions.
1
Camera
Capture visual data from multiple viewpoints on the platform.
2
Detection
Identify objects, people, obstacles, and operational events.
3
Interpretation
Add spatial context so perception can influence robotic decisions.
4
Action
Navigation and planning determine how DARE 1 executes the physical task.
Multi-view perception
Rather than depending on a single visual point, DARE 1 can combine camera positions and sensing perspectives around the robotic body.
Forward space
Awareness of the operational path ahead of the robot.
Nearby obstacles
Detection of inventory, equipment, and temporary aisle blocks.
People around the robot
Human detection for safer shared-workspace movement.
Infrastructure
Recognition of warehouse zones, locations, and navigation areas.
Inventory and objects
Scene understanding that supports operational intelligence.
Blind spots
Coverage close to the robotic body and around the platform.
Perception + intelligence
Seeing becomes useful when it is connected directly to decision-making.
1
Wiphay Lens 1
Sees the environment.
2
Perception system
Identifies relevant information.
3
Robotic intelligence
Interprets the situation.
4
Navigation & planning
Determines the appropriate action.
5
DARE 1
Executes the physical task.
Warehouse capabilities
DARE 1 is designed as a platform capable of supporting multiple warehouse workflows.
Material transportation
Movement of materials between defined warehouse areas.
Internal logistics
Transportation between receiving, storage, processing, fulfillment, and dispatch.
Inventory awareness
Sensing and computer vision to understand inventory locations and conditions.
Autonomous navigation
Perception, localization, mapping, and planning throughout the facility.
Object awareness
Detection and interpretation of objects in the operational environment.
People awareness
Identification of people in shared workspaces for safer collaboration.
Task coordination
Receiving, organizing, and executing operational tasks.
Workflow automation
Connecting robotic activity with larger warehouse processes.
Human–robot collaboration
Supporting workers through coordinated physical automation.
Intelligent warehouse architecture
DARE 1 is designed to function as more than an isolated machine. Operational information can return to the software layer, creating a continuous connection between digital warehouse intelligence and physical robotic activity.
1
Warehouse management system
Defines operational demand and priorities.
2
Task management + robotic intelligence
Turns demand into coordinated robot activity.
3
Lens 1 + sensors
Perceive the live warehouse environment.
4
DARE 1
Executes navigation, control, and physical warehouse work.
Connected robotics
The long-term architecture of Wiphay Robotics is based on connected robotic systems rather than isolated devices. One robot becomes part of a larger intelligent system.
- DARE autonomous mobile robots
- Wiphay Lens vision systems and fixed cameras
- Inventory systems and warehouse management software
- Human operators, AI agents, and operational dashboards
Modular architecture
Different components can evolve independently as technology and operational requirements change.
- Perception, intelligence, and navigation
- Control, interaction, and connectivity
- Operational data for monitoring and future learning
Safety-oriented design
Robots operating around people must continuously understand their operational environment. Final safety architecture depends on the operating environment, hardware configuration, and applicable industrial standards.
- People and obstacle detection
- Controlled movement, speed management, and operational boundaries
- Emergency stopping systems
- Environmental monitoring and system diagnostics
Data & operational intelligence
Every robotic operation can generate useful information. DARE 1 can collect data related to movement, completed tasks, travel paths, obstacles, navigation events, utilization, and warehouse traffic.
The robot is both a physical automation platform and a source of operational intelligence.
Scalable robotic operations
A deployment can begin with a single robot and evolve toward multiple coordinated systems.
1 robot
Individual autonomous operation
Fleet
Centralized monitoring and task distribution
Warehouse
Robots, people, software, and vision in one environment
From prototype to operation
The development path is structured around progressive validation.
Concept
Prototype
Perception
Autonomy
Pilot
Validation
Integration
Deployment
Scale
The Wiphay Robotics ecosystem
Together, vision, intelligence, the robotic platform, and connected software become intelligent warehouse robotics.
Wiphay Lens 1
Vision and perception.
Wiphay Intelligence
AI and decision systems.
Wiphay DARE 1
Autonomous robotic platform.
Autonomous when it needs to be. Collaborative when people are involved. Designed for real warehouse workflows.
Partner with us
Wiphay Robotics is open to partnerships with warehouses, logistics companies, manufacturers, universities, research organizations, and strategic technology partners.
Pilot programs
Test DARE 1 in real operational environments and evaluate specific warehouse use cases.
Technology integration
Connect hardware, sensors, cameras, AI models, and warehouse systems with the platform.
Research & development
Collaborate on perception, autonomy, computer vision, navigation, and embodied intelligence.
Manufacturing
Develop mechanical components, electronics, mobility systems, and production processes.
Warehouse integration
Explore how autonomous robots become part of existing workflows and infrastructure.
Robotic fleets
Build infrastructure for coordinating multiple DARE platforms.
Intelligent robotics for the physical world
DARE 1 — autonomous warehouse robotics. Wiphay Lens 1 — intelligent vision for robotic systems.