Smart Digital Solutions
Why we are pioneers in Smart Digital Solutions?
NASAM has solutions that guarantee improved efficiency
and
increased ROI!
Construction Site Accident Prevention Solution
Enhanced Safety Proximity sensors can detect the presence of objects or obstacles in the equipment's vicinity, helping to prevent accidents and collisions. They provide real-time alerts or warnings to operators, reducing the risk of accidents and injuries.
Improved Operator Awareness: Proximity sensors provide operators with better visibility of their surroundings, especially in blind spots, by detecting objects that may not be easily visible. Operators can make more informed decisions and avoid potential hazards.
Cost Savings: Proximity sensors can assist heavy equipment operators and organizations in complying with safety regulations and standards, which is essential for avoiding fines and legal issues.
Compliance with Safety Regulations: Proximity sensors can detect the presence of objects or obstacles in the equipment's vicinity, helping to prevent accidents and collisions. They provide real-time alerts or warnings to operators, reducing the risk of accidents and injuries.
Environmental Benefits: By preventing accidents and damage to equipment, the solution reduce the environmental impact associated with spills, leaks, and emissions resulting from equipment accidents.
Warehouse Accident Prevention Solution
Fleet Management Solution
Real-time Monitoring and Tracking: IoT sensors offer real-time monitoring and tracking of vehicles and assets. This real-time data ensures that fleet managers have accurate insights into the location, condition, and performance of entire fleet at any time. This visibility empowers proactive decision-making and minimizes delays.
Predictive Maintenance: By analyzing vehicle data, IoT-enabled systems can predict when components are likely to fail, allowing fleet managers to schedule maintenance before breakdowns occur. This minimizes downtime, reduces maintenance costs, and ensures consistent fleet operation.
Enhanced Route Optimization: IoT-driven route optimization is more than just finding the shortest path. It considers real-time traffic conditions, weather, and vehicle performance to recommend the most efficient routes. This not only saves time and fuel but also enhances overall fleet efficiency.
Data-Driven Decision Making: IoT integration empowers fleet managers with data-driven decision-making capabilities. By analyzing IoT-generated data, managers can make informed choices about routes, assets, and resource allocation. This results in optimized operations and improved customer experiences.
Fleet Performance Optimization: IoT data provides valuable insights into fleet performance. By analyzing data on fuel consumption, vehicle performance, and driver behavior, fleet managers can identify areas for improvement, optimize fuel efficiency, and reduce operational costs.
Retail Activity Optimization (RAO)
Route Planning and Journey Compliance: Sort the outlets based on the shortest path for the merchandiser/sales rep to travel, push visit tasks on employee phone wherein merchandising photo or order can only be taken from actual outlet location.
Informative Dashboards Analysis and Decisions: Customized dashboard which contains very important statistics and enables the decision maker to take the decision correctly in timely manner.
Attendance & Incentives: Ensure team is present in target market for optimum working hours each day and reward executives achieving attendance, outlet visits, and sales revenue targets.
Automatic Notifications: The system generates automatic alerts and notifications in real time to notify the employees about changes in work schedule, emergency service requests, delays, and other alerts.
Geo-Tagging Outlets and Visit Tracking: Visualize geographical reach of sales reps & merchandisers by the mapping spread of outlets on Maps and capture the entry / exit time of each visit.
Report Automation: Get real-time reports of your employees' daily work activities in line with their deliverables.
Inventory tracking and invoice follow-up: Easily track your inventory transactions and follow up all invoices in all-in-one platform.
Instant Communication: System enables remote communication and real time interactions between back office admins and employees. Team members can also carry out peer to peer communication amongst themselves allowing for better collaboration and knowledge sharing.
Digital Order Booking and Out-of-Stock Alerts: Upload product categories and SKUs with pricing and share real-time, automated reports with distributors about orders taken, stock available at retail outlets in their network.
Corps Monitoring Solution
Crop Growth Monitoring: SA built-in set of vegetation indices such as NDVI make users keep a constant eye on crops and monitor their development, which is the basis of agricultural activities.
Soil Data Analytics: There are about five soil indices to help you analyze the soil moisture and the soil salt content. You can choose to water and fertilize depending on the condition of the soil.
Yield Data Analytics: The yield data could assist you in assessment of potential yield and soil nutrient which can be converted to a variable rate application map and used for decisions such as fertilizer application.
Meteorology Monitoring: Knowing the weather patterns is the key to a good harvest. Our products can use temperature and accumulated precipitation information to identify growth stages and help plan activities.
Disaster Warnings: The system provides notifications which will pop up when abnormal conditions are detected. Moreover, the system locate the disaster zone with longitude and altitude info on the map.
Zoning Decision-making: Depending on the value of the index, the field will be intelligently zoned and you can input different amounts of fertilizer to different conditions of the soil or crop to save money and achieve higher yields.
Smart Irrigation Solution
Water Metering: Having an accurate view on water consumption allows to compare water usage for different irrigation schedules, provide input to ERP for operational cost calculations, and assist with fertigation and irrigation planning.
Power Metering: Knowing the power usage of pumps add significant value in tracking operational cost, but also allow the monitoring of abnormal behavior such as high-power consumption, which may indicate potential equipment failure or the requirement for maintenance.
Pressure Sensing: Monitoring water pressure throughout the irrigation system is key to ensure any over-pressure is detected and automated corrective action triggered to prevent damage.
Weather Station: In order to accurately forecast soil and crop water needs, local weather data is combined with the evaporation parameters and soil moisture behavior. Regional weather is useful but not as accurate.
Pump Control: When automating irrigation, pump control is critical to ensure safe operational conditions and water supply to fields. This includes adjusting to irrigation demands.
Generator Management: Knowing the exact duration of generator usage allows for precise cost calculation and comparison between generator run time and actual irrigation schedule. Our solution allows for remote control and reporting on generator status.
Valve Control: Many drip irrigation systems still rely on manual valve operation for irrigation. This continues to present challenges with system reliability and operational efficiency. Automating valve control creates a major leap in ease of operation and precise irrigation.
Soil Moisture Measurement: Using multi depth soil moisture measurement for agricultural monitoring, drought and flood forecasting, water supply management, correlation of soil behavior and its index properties, and assessing soil moisture on the field levels before planting.
Smart Waste Management Solution
Improving Cleanliness: The system enables the waste collection team to read waste levels in real time and receive waste collection notifications to avoid overflow of waste containers.
Dynamic Navigation: The system optimizes waste collection routes and creates schedules based on data and predictive analytics to pre-allocate waste containers that are expected to be filled quickly.
Minimize Cost: Smart waste management contributes to significantly reducing waste collection when the container filling rate is slow, which allows saving fuel, labor, vehicle operating time and improving the environment.
Asset Management: Tracking the location of containers using a locator located inside the waste level sensor, detecting fires or physical damage, and saving containers from theft or damage.
Fleet Management: The system monitors and analyzes the performance of cars and drivers in waste collection operations, fuel consumption, and braking patterns to reduce maintenance and operating costs for cars.
Logistics and Finance
Compliance: Complete vision and reporting about drivers and vehicles licenses validity, safety measures, complaints, and traffic regulations compliance.
Maintenance: The system create maintenance schedule based on real collected information (regular maintenance, preventive maintenance, or emergency repair) based on real data and analytics.
Spare Parts: Early alerts about the required spare parts and stock tracking and management including procurement, suppliers, costs, invoicing, and spare parts lifetime history.
Work Orders: Create and approve work orders for repair and maintenance. The system also includes maintenance centers, work invoices, transactions, and the repair history.
Fines Listing: The system records the fines for cars and drivers to help asses the compliance and qualify the behavior of drivers.