1. MOUs with DolbomDream and the Gachon University AAL Center…ARGUS-H Field Trial Begins

THE ELEC reported on September 9, 2026 that ZETA Mobility is expanding its
4D radar artificial intelligence (AI) sensor fusion technology for autonomous driving into the senior care and healthcare sectors.
According to the report, ZETA Mobility signed memoranda of understanding (MOUs) in August 2026 with DolbomDream, a senior care tech company,
and with the Gachon University Intelligent Home Care Integrated Support Foundation Project Group (AAL Center),
and has begun a proof of concept (PoC).
With DolbomDream, it is pursuing joint demonstration and commercialization of care and management for older adults (senior care).
With the Gachon University AAL Center, it is pursuing the development and practical application of intelligent home care services that are designed to support vulnerable people.

2. Three ARGUS Platforms Integrating 4D Imaging Radar with the
'ZETA AI Engine'

ZETA Mobility is a deep-tech company that develops high-resolution 4D imaging radar and core AI sensor fusion technology.
4D imaging radar adds height (elevation) data to the range, direction, and speed measured by conventional 3D radar,
converting scattered reflected signals into high-resolution 3D point cloud data.
On top of this, the company's proprietary AI algorithm software, the 'ZETA AI Engine,' removes signal noise, extracts object shapes,
and analyzes time-series data to infer human movement, posture changes,
and vital signs such as heart rate and respiration rate with more than 90% precision.

The ARGUS platform, which integrates the two technologies,
has been built as three products in the form of compact boards for low-power, high-efficiency edge AI.
ARGUS-A is for autonomous vehicle safety and driving-environment perception,
and ARGUS-C is for in-cabin monitoring that detects occupant status in real time.
ARGUS-H is an indoor care product for detecting falls among older adults living alone and monitoring their vital signs.
ARGUS-H observes an entire space from a wall or ceiling without requiring anything to be worn,
and because it analyzes radar waveforms rather than visual images, it fundamentally prevents privacy intrusion.

3. Achievements Driven by Core Deep-Tech Capabilities and Plans for 2026

[Source: ZETA Mobility booth at the Samsung Electronics C-Lab Demo Day 2025. (Photo: THE ELEC)]

ZETA Mobility is a startup spun out of a KAIST Graduate School of Mobility lab,
launched in February 2024 by moving into the KAIST Startup Incubation Center.
In October 2024, it was selected for the Ministry of SMEs and Startups'
'Deep-Tech TIPS' program and Samsung Electronics' 'C-Lab Outside' startup support program.
In April 2025, it was included among the companies nurtured under the ministry's 'Super Gap Startup 1000+' project,
and in May it received an award from the head of the Small and Medium Venture Business Administration.

Using this demonstration agreement as a stepping stone,
ZETA Mobility aims to set the technical standard for smart home senior care and to secure its first supply contracts
with construction companies and healthcare platforms by the end of 2026.

Original Article
THE ELEC, reporter Jung Il-ju · September 9, 2026
[ELEC Star] ZETA Mobility to Deliver Results This Year with Autonomous-Driving 4D Radar Technology (Korean)

ZETA Mobility's ARGUS-H,

an AI Radar Solution, Selected for the '2026 H2 Innovative IT Awards'

1. Technical Strength Recognized in AI Convergence Industry Solutions

The '2026 H2 Innovative IT Awards,' organized by JoongAng Ilbo (JoongAng Ilbo article),
were created to highlight innovative technologies and products across the IT industry, including generative AI, multi-cloud,
networking and telecommunications, XR and metaverse, and digital twins.
About 310 companies applied, and an evaluation panel reviewed the entries. In the AI Convergence Industry Solutions category,
ARGUS-H was selected as an "AI-based radar sensing solution for older adults and public safety."

The technology draws on more than ten years of research accumulated at KAIST in autonomous-driving radar
and sensor-fusion AI. Its distinguishing feature is that capabilities developed for the automotive field
have been extended to healthcare for older adults and public safety monitoring.

2. A Contactless Safety Solution for Older Adults, Built on Radar Sensing

ARGUS-H uses 4D imaging radar and artificial intelligence to recognize the presence
and posture of people in a space and to detect falls and other abnormal situations.
Because it does not use cameras, it can be installed in privacy-sensitive places such as bedrooms and bathrooms,
and users do not have to wear a device.

Radar sensing is also less affected by darkness or smoke, and it can detect movement through glass, fabric, and partitions.
These characteristics make the solution more useful in settings that need continuous monitoring,
such as the homes of older adults living alone, care facilities, and medical institutions.

ZETA Mobility has been advancing radar-specific preprocessing and AI analysis technology.
Through Samsung Electronics' C-Lab, it applied in-vehicle occupant monitoring technology, and by working with DolbomDream,
which provides wearable-based care services, it has entered the older-adult care market.
An exhibition of the related technology is covered in an earlier newsroom article (ARGUS-H exhibition article). In this way,
the company is widening the reach of its older-adult safety solution by connecting radar sensing to real care environments.

3. Extending the ARGUS Family to Micromobility and Public Safety

In cities where cars, pedestrians, and micromobility share the road,
it is important to have technology that can reliably understand surroundings even in bad weather and blind spots.
ZETA Mobility's ARGUS-A (ARGUS-A product page) is designed to recognize objects and road conditions in adverse weather and to support smart-city traffic monitoring,
while ARGUS-C (ARGUS-C product page) is designed for in-vehicle driver and occupant monitoring and for detecting children left unattended in vehicles.

ZETA Mobility plans to keep advancing its product family and to expand its use into safety fields
such as older-adult care, public facilities, and industrial sites.
This technology base shows potential to serve as safety infrastructure not only for automobiles
but also in mixed traffic environments that include micromobility.

At the exhibition, ZETA Mobility showcased ARGUS-H, its radar-based integrated AI solution designed to detect falls without the use of cameras,
helping ensure safety without compromising privacy.

Designed for individuals who require additional care and monitoring, including older adults living alone,
ARGUS-H is a healthcare and safety solution that protects users’ privacy while enabling the rapid detection of emergency situations.

Original Article

(https://it.chosun.com/news/articleView.html?idxno=2023092163823)

ZETA Mobility has been selected for the C-Lab Outside Program 2025, Samsung’s startup incubation initiative. This recognition highlights the excellence of our technology. As part of the program, Samsung offers selected companies office space, business support, and opportunities for exhibitions.

ZETA Mobility is pleased to participate in IEEE IV 2024, taking place June 2–5, 2024, including its exhibition and demonstration events. Visit our booth to explore our latest technologies.

We are excited to announce that our company is taking a significant step forward in the realm of autonomous driving technologies. Building on the robust foundation of Autoware, the premier open-source software platform for autonomous vehicles, we are integrating our capabilities to develop a comprehensive autonomous driving solution.

Our current technological assets include 4D radar technology, embedded AI capabilities, sensor fusion algorithms, and precise oversteer control systems. By integrating these technologies with the Autoware stack, we aim to enhance our vehicles' ability to perceive and react to the environment with improved accuracy and efficiency.

Our team is working diligently to ensure that these integrations are seamless and that they push the boundaries of what's possible in autonomous driving.

Stay tuned for more updates as we continue to progress in this exciting venture, driving the future of mobility with intelligence and safety at the forefront.