We believe in a 360-degree approach – Safety should be reinforced at three levels – management, machine operators and workers. Each group should have a clear and thorough understanding of best practices. Through SAFFR Technology, Hacklab ensures your organisation is secured from all levels!
Hacklab’s SAFFR technology ensures overall safety reinforcement in any type of organisation. SAFFR products have been the outcome of our multilayered approach, by integrating a variety of technologies, to create reliable systems to prevent an incident from happening. These products can be used in warehouses for human and machine safety, or at construction sites for the worker’s and the site’s safety.
Our Lone Worker Monitoring System uses wearable tags, anchor nodes, gateways and cloud-based data analytics services to help businesses monitor and manage Lone Workers, being aware of their position in real-time and getting SOS and Man Down Alerts.
Our solution is specially designed for Lone Workers security and protection, offering maximum protection and alerts to the end-user. In case of an SOS situation or a man down alert, the application sends automatic alerts to the managing staff and notifies about the emergency. In case the Lone Worker cannot communicate, the managing staff will directly notify the nearest workers to get to the location and check the situation.
It is important to understand that through our Lone Worker monitoring system, the Lone Workers can reach the Managing Department in real-time in case of any emergency.
The solution sets Lone Working under a safety framework, offering a leading solution in the global market. Workers can simply, just using their smart tags feel that there is a safety plan designed especially for them, meaning that the company shows extensive interest in their safety and secondly for the way they operate.
Our solution focuses to help businesses protect their Lone Workers from social and environmental risks, as defined above and the company can handle incidents in a faster and more secure way.
Safety from moving plant & equipment
Automatic alarms to operator/worker when someone come within the danger zone of a moving plant/equipment.
Unauthorized access alert
Automatic alarms when someone unauthorized enters a critical zone
Critical sickness alarm
Push button for alerting others when an individual feels critically sick or needing urgent help
Potential sickness alarm
Automatic alarms when someone is not moving due to sickness or other reasons for a prolonged time
Digital barricade
Automatic alarms to individuals and control console when any worker goes off controlled work areas.
Check-out our product demos below:
Our Worker Monitoring System uses wearable tags, anchor nodes, gateways and cloud-based data analytics services to help businesses monitor and manage Workers. Our solution is specially designed for improving worker efficiency as well as ensuring their security and protection.
Entry timestamping
Entry timestamping
Timesheet
Data exporting
Real-time data capturing for the workers’ movement
Dashboard
Data compilation for workers movement that can be used in
Digitisation of work activities
We believe in a 360-degree approach – Safety should be reinforced at three levels – management, machine operators and workers. Each group should have a clear and thorough understanding of best practices. Through SAFFR Technology, Hacklab ensures your organisation is secured from all levels!
Hacklab’s SAFFR technology ensures overall safety reinforcement in any type of organisation. SAFFR products have been the outcome of our multilayered approach, by integrating a variety of technologies, to create reliable systems to prevent an incident from happening. These products can be used in warehouses for human and machine safety, or at construction sites for the worker’s and the site’s safety.
Improper handling and storing of materials often result in costly injuries. Hacklab is here to change that!
SAFEMET is developed to enable companies to track if a worker is wearing a helmet in an industrial/construction setting.
The helmets are integrated with special sensors to detect a put-on/put-off event. Whenever any such event occurs the data is transmitted to a central server unit which records the event. The structure of the helmet is designed in such a fashion that the chances of faking the helmet put-on event are minimum.
SOLAR & VIBRATIONAL ENERGY HARVESTING
REAL-TIME HELMET MOUNT & CHIP STRAP STATUS DETECTION
EASY INTEGRATION WITH PEDESTRIAN ALERT SYSTEM
REAL TIME LOW BATTERY VOLTAGE NOTIFICATION
SURROUNDING AIR SENSING OPTIONS
REAL TIME WHATSAPP & MAIL NOTIFICATION
The efficient handling and storing of materials are vital to industry. In addition to raw materials, these operations provide a continuous flow of parts and assemblies through the workplace and ensure that materials are available when needed.
Unfortunately, the improper handling and storing of materials often result in costly injuries.