Solution Pillars
A suite of digital solutions enabling smart energy optimisation, real-time emissions tracking, AI-driven building and HVAC efficiency, and advanced indoor positioning and spatial intelligence.
Together, these technologies empower customers to enhance operational visibility, reduce energy costs, meet sustainability goals, and digitalise their infrastructure with data-driven precision.
Four Platforms. One Ecosystem. Delivered by LHS”
- Pillar 01 : Energy Saving
Next-Generation Energy Efficiency & Carbon Reduction for Critical Facilities
Transform central air-conditioning and cooling systems into self-optimising assets. The DeepCtrls PhyAI engine analyses over 100,000 real-time parameter combinations — occupancy, external temperature, equipment load, and more — to automatically achieve system-level efficiency without compromising occupant comfort.
- Pillar 02 : Industrial & Logistics
Unlocking Industry 4.0: Hardware-Free Tracking & Resilient Connectivity
Transform central air-conditioning and cooling systems into self-optimising assets. The DeepCtrls PhyAI engine analyses over 100,000 real-time parameter combinations — occupancy, external temperature, equipment load, and more — to automatically achieve system-level efficiency without compromising occupant comfort.
- Pillar 03 : Data Twin
Real-Time Digital Twins for Physical Spaces: Productivity, Safety & Intelligence
Transform central air-conditioning and cooling systems into self-optimising assets. The DeepCtrls PhyAI engine analyses over 100,000 real-time parameter combinations — occupancy, external temperature, equipment load, and more — to automatically achieve system-level efficiency without compromising occupant comfort.
- Pillar 04 : Data Center
Complete Data Centre Infrastructure & Intelligent Automation
Transform central air-conditioning and cooling systems into self-optimising assets. The DeepCtrls PhyAI engine analyses over 100,000 real-time parameter combinations — occupancy, external temperature, equipment load, and more — to automatically achieve system-level efficiency without compromising occupant comfort.