NEMOSS

Connecting People to Their Environment

Modern industries increasingly depend on connected technologies to improve safety, communication and operational efficiency. Yet many organisations continue to rely on conventional equipment that operates independently, limiting access to real-time information and reducing coordination between people, devices and operational systems.

As working environments become more complex, businesses require practical hardware solutions that support mobility, environmental awareness and reliable communication. From construction sites and emergency response operations to industrial facilities and everyday activities, the challenge is introducing intelligent technology that remains accessible, adaptable and suitable for real-world conditions.

Engineering Technology for Real-World Use

NEMOSS approaches hardware development through a combination of research, practical engineering and application-focused design. By examining how people interact with technology across different environments, NEMOSS explores wearable devices, connected sensors and specialist equipment that can support everyday activities and demanding operational requirements.

Its development approach prioritises usability, connectivity and adaptability, bringing together hardware design, intelligent functionality and integration opportunities within the wider 15.Group technology ecosystem.

Platform Information

Hardware & Wearables

Platform

Technology

Connected Devices

Developer

15.Group

NEMOSS intelligent wearable technology featuring branded smart glasses and a rugged smartwatch alongside a construction professional at an industrial site. — NEMOSS smart glasses and rugged smartwatch concepts designed for connected working environments and industrial applications.

Construction professional wearing a black NEMOSS smart safety helmet with integrated cameras, protective glasses and a rugged body camera at an active construction site. — NEMOSS connected safety helmet and wearable camera concepts designed for construction, industrial operations and demanding working environments.

Mountain rescue professional wearing a black NEMOSS smart helmet, communications headset and connected equipment during a helicopter emergency response operation. — NEMOSS wearable communications and connected equipment concepts supporting emergency response, mountain rescue and field operations.

NEMOSS intelligent environmental monitoring sensors and wireless IoT devices installed at an industrial processing facility, featuring rugged black enclosures, antennas and red status lights. — NEMOSS connected sensor concepts designed for environmental monitoring, industrial infrastructure and remote operational environments.

NEMOSS hardware engineer examining a wearable device prototype in a research and development laboratory surrounded by smart glasses, cameras, sensors, a black safety helmet and technical design displays. — NEMOSS hardware research and development concepts exploring intelligent wearables, connected sensors and specialist electronic devices.

Female construction engineer wearing NEMOSS smart glasses, a connected safety helmet and rugged smartwatch while operating a tablet, with a drone monitoring the construction site. — NEMOSS intelligent wearable concepts connecting smart glasses, rugged devices and field technology across modern construction environments.

NEMOSS — The Solution

Intelligent Hardware. Practical Applications.

NEMOSS brings together intelligent wearables, connected sensors and specialist hardware within a developing technology ecosystem designed for practical, real-world applications. From smart glasses and rugged communications equipment to environmental monitoring devices and integrated safety technology, the NEMOSS portfolio explores how connected hardware can support people across professional, industrial and everyday environments.

Developed within the wider 15.Group technology framework, NEMOSS focuses on combining purposeful product design with connectivity, usability and future integration opportunities. Its approach supports the development of adaptable hardware concepts that can evolve alongside operational requirements, emerging technologies and the changing needs of organisations.