Artificial intelligence is at the core of the new digital transformation trend. We now know that the changes are more promising and more step than all other waves of technology that we have encountered.

We deliver state-of-the-art, fully customizable and adaptable detection systems. It’s time to understand who your customers really are and gain valuable insights into their shopping habits.

Our products are very simple to implement. The “robot brains” analyzes the video/recordings from CTV/DVR cameras without any camera constrains or third party licenses for AI.

AI systems are at the state-of-the-art performance level – this means that the AI ​​algorithm “sees” or interprets a video better than a person does or the result is among the best internationally.

We offer, complete software solution for video data analytics, not only AI.

• Back-office app with reports, analytics and alert management.

• Extended analytics. All the data generated by the AI Systems are available for extended analytics using Power BI or other Business Intelligence app.

• Dedicated SmartPhone App – IOS and Android.

The retail industry has been rapidly evolving over the years, and technology has been a key driving force behind the changes. The use of CCTV cameras is not a new thing in the retail industry. However, with the recent advancements in artificial intelligence (AI) technology, it is now possible to use CCTV cameras to gather data and analyze customer behavior.
Using AI software algorithms with queue management, heatmaps, product placement, and demographic statistics for CCTV in retail shops offers significant advantages in sale and marketing. In this presentation, we will explore how AI software algorithms can be used to optimize retail shop operations and improve customer experience. We will also delve into the advantages of using AI software algorithms in retail shops, with a focus on the impact on sales and marketing.

Queue Management:

One of the most significant challenges for retail shops is managing long queues. Studies show that customers are more likely to abandon a purchase if they have to wait in long queues. However, AI software algorithms can be used to optimize queue management and reduce wait times.
According to a survey by Statista, 84% of consumers said they would not return to a store if they had a poor queuing experience. By optimizing queue management using AI software algorithms, retail shops can improve customer satisfaction and increase the likelihood of repeat business.

Heatmaps:

Heatmaps are visual representations of data that show where customers spend most of their time in a retail shop. By analyzing heatmaps, retailers can understand how customers interact with products and identify popular areas of the store. Heatmaps can be generated using AI software algorithms, which analyze data from CCTV cameras and other sensors in the store. According to a study by the University of Alberta, customers are more likely to purchase products that are located in areas of the store with high traffic. By using heatmaps to optimize product placement, retailers can increase sales and improve customer experience.

Product Placement:

Product placement refers to the placement of products in a retail shop. AI software algorithms can be used to analyze data from CCTV cameras to determine the best placement for products. By optimizing product placement, retailers can increase sales and improve customer experience.
According to a study by the Point of Purchase Advertising International (POPAI), the placement of products in a retail shop can impact sales by up to 20%. By using AI software algorithms to optimize product placement, retailers can significantly increase sales.

Demographic Statistics:

AI software algorithms can be used to collect and analyze demographic statistics in retail shops. By understanding the demographics of customers, retailers can tailor marketing strategies to target specific customer segments.
According to a study by Retail Dive, 87% of shoppers say that personally relevant content improves their purchase intent. By using demographic statistics to tailor marketing strategies, retailers can increase the effectiveness of their marketing campaigns and improve customer experience.
There are numerous advantages to using AI software algorithms in retail shops. Here are some of the most significant benefits:

Improved Customer Experience:

By optimizing queue management, heatmaps, product placement, and demographic statistics, retailers can improve customer experience. Customers are more likely to return to a store if they have a positive experience, which can lead to increased sales.

Increased Sales:

By optimizing product placement, retailers can increase sales. Additionally, by tailoring marketing strategies to specific customer segments, retailers can increase the effectiveness of their marketing campaigns and drive sales.

Cost Savings:

By using AI software algorithms to optimize retail shop operations, retailers can reduce costs. For example, by optimizing queue management, retailers can reduce wait times and improve customer satisfaction, which can lead to a reduction in the number of staff needed to manage queues.

Competitive Advantage:

By using AI software algorithms to optimize retail shop operations, retailers can gain a competitive advantage. Retailers that can provide a better customer experience are

The use of artificial intelligence (AI) software algorithms in the retail industry has become increasingly popular in recent years. Retailers are using AI to optimize their operations, improve customer experience, and increase sales. In this presentation, we will explore the advantages of using AI software algorithms in retail shops, with a focus on the impact on sales and marketing.

Personalized Marketing:

One of the most significant advantages of using AI software algorithms in retail shops is the ability to personalize marketing campaigns. By analyzing customer data, including past purchases and browsing behavior, retailers can tailor their marketing campaigns to individual customers.
According to a study by Segment, 71% of consumers feel frustrated when their shopping experience is impersonal. Personalized marketing campaigns can improve customer experience and drive sales. In fact, a study by Epsilon found that personalized emails have an open rate that is 29% higher than non-personalized emails.

Improved Inventory Management:

AI software algorithms can also be used to improve inventory management in retail shops. By analyzing sales data and predicting future demand, retailers can optimize their inventory levels and ensure that popular products are always in stock.
According to a study by McKinsey & Company, retailers that use AI to optimize inventory management can reduce out-of-stock items by up to 50%. This can lead to increased sales and improved customer satisfaction.

 Enhanced Customer Experience:

AI software algorithms can be used to enhance the customer experience in a variety of ways. For example, by analyzing data from CCTV cameras, retailers can optimize queue management and reduce wait times. By using heatmaps, retailers can identify popular areas of the store and optimize product placement.
According to a study by Deloitte, retailers that prioritize customer experience can expect to see a revenue growth rate that is 2.3 times higher than those that do not. By using AI software algorithms to enhance customer experience, retailers can increase sales and gain a competitive advantage.

Targeted Advertising:

AI software algorithms can also be used to target advertising to specific customer segments. By analyzing demographic data, including age, gender, and location, retailers can tailor their advertising campaigns to reach the most relevant audience.
According to a study by the Pew Research Center, 68% of adults in the United States use Facebook. By using AI to analyze Facebook data, retailers can target their advertising campaigns to specific demographics, such as age and location. This can lead to increased sales and improved return on investment (ROI) for marketing campaigns.

 Increased Efficiency:

AI software algorithms can also be used to increase efficiency in retail shops. For example, by using chatbots, retailers can provide customer service 24/7 without the need for human intervention. This can reduce the workload on customer service representatives and improve customer satisfaction.
According to a study by Gartner, chatbots are expected to power 85% of all customer service interactions by the year 2020. By using chatbots and other AI technologies, retailers can increase efficiency and reduce costs.
The use of AI software algorithms in retail shops offers numerous advantages for sales and marketing. By using AI to personalize marketing campaigns, improve inventory management, enhance customer experience, target advertising, and increase efficiency, retailers can gain a competitive advantage and increase sales. As AI technology continues to evolve, retailers that embrace AI will be better positioned to succeed in the increasingly competitive retail industry.

The use of CCTV cameras for health and safety purposes is becoming increasingly important for warehouses, construction yards, harbors, and other big companies. The use of AI software algorithms can greatly enhance the effectiveness of CCTV cameras by detecting speed, PPE, abnormal events, and dangerous situations. This presentation will explore how AI software algorithms can be used to improve health and safety in these environments, and the advantages that they can offer.

Speed Detection

Speeding is one of the leading causes of accidents in the workplace. AI software algorithms can be used to detect and monitor the speed of workers in areas where speeding is a concern. By setting speed limits and using AI software to detect when workers exceed these limits, companies can help prevent accidents and ensure that their workers are operating at a safe speed.

PPE Detection

Personal protective equipment (PPE) is essential in many work environments, but ensuring that workers are wearing it can be a challenge. AI software algorithms can be used to detect when workers are not wearing the required PPE, such as hard hats or safety goggles. This can help prevent accidents and ensure that workers are following safety protocols.

Abnormal Events

AI software algorithms can also be used to detect abnormal events in the workplace. This can include anything from workers entering restricted areas to vehicles driving in unauthorized areas. By detecting these abnormal events, companies can take action to prevent accidents and ensure that their workers are safe.

Dangerous Situations

In addition to detecting abnormal events, AI software algorithms can also be used to detect dangerous situations. This can include anything from a worker falling to a vehicle colliding with another vehicle. By detecting these dangerous situations, companies can take action to prevent accidents and ensure that their workers are safe.

Advantages for Warehouses

Warehouses can greatly benefit from the use of AI software algorithms with CCTV for health and safety purposes. By detecting speed, PPE, abnormal events, and dangerous situations, companies can help prevent accidents and ensure that their workers are safe. This can also help reduce insurance costs and improve productivity by reducing the number of accidents.

Construction Yards

Construction yards are inherently dangerous environments, but the use of AI software algorithms can help reduce the risk of accidents. By detecting speed, PPE, abnormal events, and dangerous situations, companies can take action to prevent accidents and ensure that their workers are safe. This can also help reduce insurance costs and improve productivity by reducing the number of accidents.

Harbors

Harbors can also benefit from the use of AI software algorithms with CCTV for health and safety purposes. By detecting speed, PPE, abnormal events, and dangerous situations, companies can help
prevent accidents and ensure that their workers are safe. This can also help reduce insurance costs and improve productivity by reducing the number of accidents.

Advantages for Big Companies

Big companies in any industry can benefit from the use of AI software algorithms with CCTV for health and safety purposes. By detecting speed, PPE, abnormal events, and dangerous situations,
companies can help prevent accidents and ensure that their workers are safe. This can also help reduce insurance costs and improve productivity by reducing the number of accidents.

Advantages for Insurance

Insurance companies can also benefit from the use of AI software algorithms with CCTV for health and safety purposes. By reducing the number of accidents, insurance companies can reduce the number of claims that they receive. This can help reduce insurance costs for both the companies and the insurance providers.
In conclusion, the use of AI software algorithms with CCTV for health and safety purposes can greatly improve the effectiveness of CCTV cameras in warehouses, construction yards, and harbors.

AI video surveillance solutions offer several advantages for smart cities, including:

Car Traffic Flow Monitoring

AI-powered cameras can be used to monitor and analyze the flow of traffic in real time. This helps to identify traffic
congestion hotspots, optimize traffic light timings and improve overall traffic management.

Identify Vehicle Types

AI cameras can accurately identify the type of vehicle passing through the camera’s field of view, such as cars, trucks,
buses, and motorcycles. This information can be used to improve traffic flow management and plan road infrastructure improvements.

Car Itineraries

AI video surveillance solutions can be used to track the itineraries of cars and other vehicles, providing valuable data for the city
planners to improve road infrastructure and optimize traffic management.

No Parking Zones

AI cameras can identify vehicles parked in no-parking zones and send alerts to parking enforcement officers, improving
compliance with parking regulations.

Forbidden Access Zones

AI cameras can be used to monitor and detect unauthorized access to restricted areas such as pedestrian-only zones,
bike lanes, and bus-only lanes, helping to improve traffic flow and reduce congestion.

Detection of Public Transport Vehicles

AI cameras can identify public transport vehicles such as buses and trains, helping to optimize public
transportation routes and schedules.

Trash Removal Analysis

AI cameras can identify overflowing garbage bins and alert city workers to empty them, improving the cleanliness of the city.

Prevent Vandalization

AI video surveillance solutions can detect suspicious activity and alert law enforcement to prevent vandalism and other
criminal activities.

Identify Public Services Vehicles

 AI cameras can identify vehicles belonging to public services such as police cars, ambulances, and fire trucks,
helping to optimize emergency response times and improve overall public safety.
AI video surveillance solutions offer many benefits for smart cities, including improved traffic flow management, optimized public
transportation, enhanced public safety, and increased efficiency in public services.