An intelligence system is an advanced tool that reads, interprets, and interacts with its surroundings. Discover how these systems shape the modern world.
As modern technology consumers, many of us have seen and experienced both simple and complex artificial intelligence (AI). As these tools infiltrate more segments of society, we may become less surprised by how they operate.
Despite their common occurrence, intelligence systems are genuinely incredible machines that require a thorough level of programming, streamlining, and designing.
This post will explore the definition of an intelligence system and provide several examples of how this technology takes center stage throughout multiple industries. You’ll also develop a deeper understanding of how intelligent systems perceive and interact with the world around them, particularly in the context of business.
What is an intelligence system?
An intelligence system is an advanced computing system or machine that can view, process, and react to the world around it.
Intelligence systems are found in many different industries, from retail to software engineering to manufacturing. As the name implies, intelligence systems are designed to reduce a portion of the manual workload and replace it with AI-generated capabilities.
Intelligence systems are sometimes recognized as part of the Internet of Things (IoT), an interconnected web of wireless devices that receive and react to data on the internet. As more devices are added to the Internet of Things regularly, the world of intelligent systems continually expands.
One critical aspect of intelligence systems is the ability to recognize facts and data about the surrounding environment. These systems take in or receive data in multiple ways, depending on the specific system or purpose.
Visual – Intelligence systems can interpret visuals and graphics from both static images and video.
Programmed – Intelligence systems can also recognize information about their environment through pre-programmed or manual inputs.
Algorithms – Intelligent systems can recognize data in the environment through programmed algorithms. These are coded formulas that allow the system to spot and interpret critical information and know what function to activate in response.
Intelligent systems must also be able to interact with the data that they take in. Without this critical second step, there would be no performance or action in the system.
Environmental interactions include machine-to-human behaviors in addition to machine-to-machine responses. Depending on the industry or use case, the intelligent system might have one method of response that’s more suitable in a given context.
An intelligent system must know how to respond when the environment is constant and react when the world around it is changing and evolving. Depending on the system’s level of autonomy, these reactions could be very basic or exceptionally complex, based on stored experiences and previous responses.
Examples of intelligence systems
Although many intelligence systems are designed for a general purpose, many others are quite specific in their scope and function. Most intelligent systems communicate in some way with the world around them, primarily with end-users or other technologies.
Below are several examples of intelligent systems that are practical and widely recognizable for modern users.
Point of sale (POS)
Many restaurants and retail stores use a point of sale (POS) terminal to record and collect sales. Modern vendors have more options than ever before regarding POS systems, including highly portable options that attach to other smart devices.
Many POS devices are connected to the internet and provide a high-level overview of sales, analytics, and business operations.
Automated manufacturing tools
As manufacturing becomes more dependent on automation, intelligent systems are more useful than ever. Intelligent manufacturing tools might include computers, robotics, and other types of smart machinery.
In the world of manufacturing, intelligence systems reduce manual labor while accelerating results and improving safety.
Intelligent systems are increasingly popular in the world of transportation. From self-driving vehicles to automated driving sensors, advanced tools are making transport safer and more reliable. Smart systems might have applications in:
Aircraft and air traffic control
Smart or internet-connected traffic meters
Militaries worldwide have likely relied on intelligent systems for quite some time, although the evolution of those tools is highly guarded. Military applications for intelligent systems may include weaponry, safety devices, security technology, or data collection techniques.
As military decision-makers rely on robust and actionable data, intelligence systems are instrumental in making plans that affect people and governments.
Smart security devices
Intelligent systems can also appear in the world of personal and organizational security. There are more cybersecurity risks in today’s tech landscape than ever before when it comes to data privacy, which mandates the need for security protocols to match.
Intelligent systems and applications provide an additional layer of security to our tools, devices, and wireless products.
In one case study published by researchers in Israel, intelligent systems are helpful when detecting insecure or suspicious IoT devices on a given network. As a result, intelligent systems may be highly beneficial to safeguarding IT infrastructure on a global scale.
Characteristics of intelligence systems
A world with prominent intelligence systems seems more likely with each passing year. Research from World River, a leading global software provider, shows that 62% of technology leaders and business experts plan and strategize for an intelligent systems future.
The rising prominence of intelligence systems has many positive impacts on businesses and for society at large. Here are a few ways to recognize the qualities and characteristics of intelligence systems:
They incorporate artificial intelligence or machine learning capabilities
They are adaptable and flexible
They are typically cloud-based (or moving towards cloud computing processes)
They perform actionable outputs based on sensory inputs
They introduce automation to previously manual roles or tasks
Benefits of an intelligent system
Aside from the fundamental technological upgrades, there are many advantages to using or incorporating an intelligent system into your current workflow.
More predictable outcomes
Improved customer experiences
Higher level of quality control
Greater uptime during non-business or non-traditional hours
More predictable data quality
These advantages can help companies enjoy more control over basic operations without expending additional manual resources. Additionally, the external or customer-facing results make intelligent systems even more desirable.
Three types of AI systems
When defining different types of intelligence systems, some experts allude to three basic levels of AI functionality. The level corresponds to how complex and independent the system is, once programmed for a designated role.
Artificial narrow intelligence (ANI) – Elementary functions, limited scope for problem solving and application
Artificial general intelligence (AGI) – The baseline standard for AI applications that serve real-world purposes
Artificial super intelligence (ASI) – Intelligent systems that surpass or exceed human thought and capability
It’s only in the final category, AI super intelligence, that an intelligent system surpasses the capabilities and cognition of human users. Super intelligent systems have yet to be developed and carry significant risks and disadvantages.
How does an intelligent system impact business?
An intelligent system influences business activity in several ways. From improving the external customer experience to minimizing manual effort to providing more operational data, intelligent systems are critical for growth and development.
Intelligent systems can also help organizations establish themselves in a competitive marketplace. As the expectations of modern consumers rise, more businesses may soon take advantage of intelligent tools or devices.
Intelligence systems are present within our businesses, schools, homes, and governments. Although they have different levels of complexity, their ease of use and dependability make them essential pieces of technology.
Business leaders who have a keen understanding of intelligence systems can more efficiently incorporate these tools into everyday operations. Taking such a step forward may open additional possibilities, allow greater flexibility, and help customers or end-users enjoy a better overall experience.
AI Partnerships Corporation strives to connect small and midsize businesses with relevant artificial intelligence (AI) applications. We’re committed to understanding how intelligent systems and other tools improve, grow, and strengthen your current business model.
Are you looking to upgrade with an intelligent system or other AI technology? Reach out to our team today to find the perfect match.