Our Smart Indoor Delivery Robot System connects secure package storage with autonomous delivery inside residential and commercial buildings. Parcels are loaded into a smart storage unit, recipients are notified, and a mobile robot collects and carries items to the requested destination – helping operators reduce repetitive mailroom work and create a more convenient resident experience.
An integrated storage and mobile-robot workflow moves packages from the building’s receiving point to the final indoor destination.
A physical-interaction approach is designed to reduce dependence on deep building-system integration during deployment.
Packages enter the system through a dedicated storage unit that organizes the handoff from carrier delivery to indoor transport.
After a delivery request is created, the mobile robot collects the parcel from storage and begins the indoor route.
Residents or occupants are notified when a package arrives and can request delivery through the connected workflow.
The robot brings parcels to the requested floor or destination, reducing the need for occupants to detour through a mailroom.
Positions the platform for parcels, heavier items, and loads that conventional small delivery robots may not accommodate.
Data-informed motion control is designed for smoother operation around residents and other people in active indoor environments.
“The overlooked part of parcel delivery begins after the carrier reaches the building. Connecting secure storage with autonomous indoor transport turns that final handoff into a complete service rather than another task for staff or residents.”
From receiving point to final destination – one connected indoor logistics flow.
Growth in residential parcel volume has shifted significant handling work into mailrooms, lobbies, and building corridors. Indoor delivery robots can help operators automate repetitive transport while giving residents a more direct and convenient way to receive packages and larger items.
The Last Step, Automated
A connected building-delivery workflow for operators, logistics partners, and occupants.
| Capability | Details |
|---|---|
| System architecture | Smart storage / locker robot plus autonomous mobile delivery robot |
| Delivery workflow | Store → request → robot pickup → indoor transit → recipient delivery |
| Item coverage | Parcels, heavy items, bulky loads, and other internal logistics |
| Building compatibility | Designed for deployment in existing residential and commercial buildings |
| Infrastructure interaction | Robotic-arm infrastructure control |
| Navigation | AI motion control informed by real-world human-robot interaction data |
| Step | Stage | Description |
|---|---|---|
| 01 | Store | A carrier or staff member places the parcel into the connected storage unit. |
| 02 | Request | The recipient receives an arrival notification and initiates delivery. |
| 03 | Transit | The mobile robot collects the parcel from storage and travels through the building. |
| 04 | Receive | The recipient receives the item at the requested indoor destination. |
Contact our team to discuss mission requirements, payload integration, operating environments, distribution opportunities, or a tailored product demonstration.
Bridging Korean innovation with American business needs since 2010.
