Anavision provides innovative smart building construction solutions, introducing a digital transformation for the construction process. These solutions incorporate advanced technologies like computer vision and analytics for automated surveying and monitoring—effectively cutting down operational costs and improving efficiency. By minimizing the need for manual efforts, it also promotes the safety of on-site workers.

Observ Smart Detection Platform by Linker VisionAI facilitates real-time monitoring, analysis, and notifies about various events. By integrating with DataVerse for AI model training, it optimizes work performance across numerous fields. This platform is customizable, providing comprehensive data management, from collection to model training. Supporting a variety of AI detection scenarios, it also provides smooth event management and advanced analytics tools.

The solution orchestrates worksite safety using AI-driven video analytics. It boasts more than 10 pre-installed uses, including danger detection under lifted loads, vehicle proximity, and personal protective equipment (PPE) detection. The solution facilitates prompt alerts, enabling immediate corrective action and worker retraining. It assists in understanding trends to evaluate action plans' efficacy, and it's instrumental in safety meetings. The solution touts impressive figures, including a 50% reduction in hazard inspections and a seven-fold increase in hazard detection.

The solution, Intelligent Safety Inspection, integrates advanced image recognition technology to customize safety solutions for factories. It covers aspects such as workplace safety, completeness of safety equipment attire, and production line issues. The technology is versatile and adaptable, making it suitable for a variety of factory types. Swift implementation of this image recognition technology can enhance safety and production efficiency within factory premises.

Intenseye Area Controls is a powerful AI solution designed to increase workplace safety. It allows the establishment of worker minimums and maximums, prevents workers from entering restricted zones, and minimizes occupational exposures via set time limits. The solution can discern various potential hazards such as crane safety zones, light controls, lines of fire, machine areas, worker-machine restricted areas, and time-restricted areas. Intenseye also aids in maintaining the appropriate worker count in an area, thereby limiting the chances of accidents.

The intelligent manufacturing solution for factory safety - Punch Press Safety Protection AI Solution is designed to foster safety while boosting production speed. This solution addresses the common industry need for limb recognition, enabling the detection of hazardous conditions and stopping equipment operation to prevent accidents.

STONKAM® provides targeted solutions designed to enhance the safety and precision of construction machinery operations. Recognizing the complexities and risks associated with construction work, the solution endeavors to ease operation requirements and improve safety. The technology equips construction machinery with a complete 360° view system and integrates it with a radar system, which can detect objects within the operating vicinity. Furthermore, it leverages 5G technology to facilitate remote driving, improving operation safety.

The solution utilizes AI to monitor construction sites for danger zone intrusions, aiming to prevent accidents. It features dynamic AI auto-detection capabilities that identify unsafe areas based on missing fencing or barriers and worker PPE color differentiation to avoid false alerts. The system allows for custom danger zone definitions and adjustments, managing multiple zones through a centralized platform. It simplifies setup with a three-step deployment process and does not require additional sensor devices.

ViAct aims to curtail accidents and casualties at workplaces, particularly construction sites and plants, through a sophisticated system combining AI, IoT, and video analytics. Their Smart Site Safety System facilitates real-time tracking of powered tools using unique digital identifiers, which helps monitor the tools' certification status, evaluations, checks, and maintenance routines. Additionally, the system employs AI to send danger zone alerts when workers or unauthorized individuals infringe upon restricted areas. Furthermore, it features an AIoT-powered viMOV device that tracks atmospheric changes and monitors confined space entry, alerts regarding extreme temperatures, and more, with the benefit of remote monitoring from the control room.

Event Gates' Crane Safety AI is a formidable solution engineered to reshape safety protocols in the field of crane operations. With the potential to combat severe risks such as load sway, object dropping, and potential collisions, it distinctly employs AI technology to detect individuals near the crane's load subsequently halting crane movements in real-time. The system carries state-of-the-art object detection features, swiftly identifying individuals located near the load for enhanced safety. Remarkably, this AI solution works harmoniously with various cranes and can effectively halt or control deceleration across all three axes.

oToBrite's BSIS (Blind Spot Information System) and MOIS (Moving Off Information System) for commercial vehicles is designed to follow UN R151 and UN R159 requirements. BSIS alerts drivers about cyclists and pedestrians in the vehicle's blind spot, reducing accidents. Likewise, MOIS, which can be added by an additional camera, detects pedestrians or cyclists ahead before the vehicle moves off. The two-in-one system is an effective solution to meet both UN regulations. When the given vulnerable road user conditions are met, the system triggers LED flashing signals.

oToBrite's Smart Rear View System bolsters existing rear camera capabilities by integrating vision-AI technology. This technology enables four main functionalities: rear-view image display, multi-angle view, static and moving object detection, and rear cross-traffic alert (RCTA). Detecting both vehicles and vulnerable road users, including VRUs such as children, pedestrians, and two-wheelers. The RCTA alert detection range extends up to 6m behind the vehicle's rear and 20m in width, ensuring comprehensive safety in the vehicle's surroundings.

ADAS Mobile's solution, "Launch X-431," is a state-of-the-art navigation calibration tool designed for vehicle fleet management. The system uses high-tech hardware combined with sophisticated software to provide precise alignment information for any vehicle. It implements CCD cameras and targets on the wheels to perform a thorough wheel alignment evaluation, making crucial adjustments to optimize the vehicle's navigation system. This solution provides important alignment data for the vehicle, intended to improve vehicle efficiency and to enhance safety mechanisms within the automobile.

eNeural Technologies' Sensor Fusion System is designed to enhance the safety of autonomous vehicles through reliable and accurate information about the driving environment. Developed as a solution to the discrepancies often encountered in autonomous vehicles, this sensor fusion system combines camera AI detection and mmWave radar detection results. It then fuses this information using an in-model hybrid fusion method, improving adaptability and reliability in challenging conditions. Ultimately, this technology aims to make autonomous vehicles safer and more efficient, by providing real-time information about the surrounding environment.

AI Omnicam, part of the Motive safety platform, offers 360° monitoring of fleet vehicles through side, rear, passenger, and cargo surveillance. This AI-enabled vehicle camera system effectively reduces accident costs and manual incident reviews. It alerts drivers to unsafe driving behavior 86% of the time, significantly higher than its competitors. Incorporating built-in cellular connectivity, it's designed to swiftly detect risks like unsafe lane changes and incorrect cargo loading to enhance safety and efficiency.

Promwad's LiDAR-Camera Fusion Assistance system set out to redefine crane operations in both construction sites and cargo ports. The solution fuses LiDAR technology (which employs laser beams for distance measurement and 3D mapping) and camera technology (gathering visual information for context). This union cultivates a comprehensive situational awareness, enhancing the safety, efficiency, precision of crane operations. The system integrates real-time alerts, obstacle detection, collision avoidance, and adverse condition awareness to improve the operator's response time and mitigate risks. The solution also boosts productivity by curtailing human errors through automated object recognition and precise positioning.