KORTHOS / ECOSYSTEM / PRODUCT

MiPA

About

About MiPA

MiPA combines an autonomous mobile base with an articulated arm, gripper and onboard perception. The robot navigates through indoor spaces, identifies objects and interacts with work surfaces, shelves and connected equipment. Its human-scale reach supports transport, retrieval and basic assistance tasks in homes and service settings.

NEURA’s cognitive software provides speech interaction, environmental understanding and task teaching. The open platform allows developers to add applications, tools and connected-device integrations. MiPA has been presented for domestic assistance, healthcare, hospitality and workplace support and remains in product-development and pilot activity.

Capabilities

Source-backed capabilities

  • Workflows: Human-environment navigation, voice interaction, service task execution, developer API access and assistance workflows.
  • Operating environments: Homes, public venues, service spaces and developer environments where mobile assistance is tested or deployed.
  • Target markets: Service operators, developers, research users and partners evaluating mobile assistance robots.
  • Deployment model: Prototype service robot in NEURA's cognitive robotics portfolio.
  • Companion and care support

    Claimed - NEURA presents MiPA as an AI-enabled companion robot for household and care-related tasks within the Neuraverse ecosystem.

    Source
  • Home tidying and tool use

    Claimed - NEURA presents MiPA as an AI-enabled companion robot for household and care-related tasks within the Neuraverse ecosystem.

    Source

Timeline

  • NEURA Robotics previews new MiPA generation at OMR

    2025-05-07 - Demonstration - NEURA Robotics presented a new generation of MiPA at OMR. The company positioned MiPA as an AI-enabled companion robot for household and care-related tasks. The preview highlighted MiPA's role inside the Neuraverse ecosystem and its expandable skill model.

    Source

Context

Market context

MiPA is NEURA Robotics' mobile personal assistant robot for service tasks in human environments.

  • Target environment: Homes, public venues, service spaces and developer environments where mobile assistance is tested or deployed.
  • Workflow context: Human-environment navigation, voice interaction, service task execution, developer API access and assistance workflows.
  • Customer context: Service operators, developers, research users and partners evaluating mobile assistance robots.
  • Deployment model: Prototype service robot in NEURA's cognitive robotics portfolio.
  • Commercial maturity: Prototype-stage product with public company positioning and developer-platform framing.
  • Adoption constraints: Adoption depends on navigation safety, interaction quality, useful task coverage, cost, privacy and developer ecosystem strength.
  • Market position: Mobile service robot lane extending NEURA's cognitive robotics stack beyond arms into full assistance platforms.
  • Adjacent products: LG CLOiD, Pepper, CloudMinds XR-1, Mobi

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