Recent developments in technology have allowed for ever-increasing amounts of data to be collected, organized, and analyzed. This is especially true with regard to geographic information systems (GIS) technology.

A GIS uses interactive maps as a medium to organize, store, manipulate, and analyze large quantities of spatial data. A common use of this technology is mapping outbuildings or areas so that you can understand where specific resources are located and how much space they take up.

This article will go into more detail about what makes geospatial technology interesting and useful by taking an in-depth look at some applications. Some examples include finding your location using GPS, understanding place names, and creating and editing complex layers and features.

There are several types of GIS software available, each one suited for different purposes. In this article, we will focus mostly on free alternatives since most people do not need super-expensive software right now.

History of geospatial technology

Over time, humans have gathered information about their surroundings in many ways. They’ve done it with their eyes by observing shapes and patterns. They’ve used noses to test air quality and taste buds to determine what foods are good or bad for them. And they’ve tapped into our skin to learn more about us.

With the help of technology, we now gather all this information using sensors that detect electromagnetic waves emitted from objects. These sensors can be internal (you don’t need to expose your body to use it) or external (you can use it like having a watch that tells you how fast someone is walking away from you).

This article will go over the history of GPS, how it works, and some applications and uses for the technology. But first, let’s review some basic concepts related to geography.

Types of geospatial technology

Recent developments in smartphone technology have led to an explosion in new applications that use GPS or geo-technology. These apps go beyond giving you basic mapping functions; they add other features to your phone, connect it with others via social media, and even help make money for you!

Some examples are taking pictures at an event and using software to analyze the photos looking for specific markers such as logos or buildings, then creating a map and file containing that information. You can also create maps from points of interest (POI) gathered through online databases or by asking people who live close to the area to gather info themselves.

This article will talk about some of the more common types of geo-tech and what each one does. But first, let’s review some basics. What is GPS?

What is GPS?

GPS stands for Global Positioning System. This isn’t something like Superpower Towers where The President can know exactly where all of his enemies are at any given moment. No, this system only gives you latitude and longitude coordinates, which are way easier to remember than saying ‘x and y position.’

The reason we care about positions is because they tell us how to get somewhere else. If I want to get away from here, the GPS needs to find out where here is. Then it calculates where my destination is, and sends a signal telling my device to get there.

Applications of geospatial technology

Modern day technologies are heavily reliant on spatial data and coordinates to function properly. This article will go into detail about how this applies to you as an individual.

For example, when you look out at the world from space using a telescope, your eye is combining visual information with coordinate maps in order to form pictures. Computers also use coordinates for mapping, navigation, and modeling functions.

Computer software engineers must be very familiar with mathematics such as geometry and trigonometry since these tools depend on it.

This article will talk more about how professionals apply math to computer programming.

Future of geospatial technology

With the explosion in smartphone use around the world, along with the increasing availability of high-quality GPS receivers and software that can process this data, we are now experiencing what some call The Golden Age of Location Based Services (LBS).

Location-based services refer to applications or systems that leverage our existing knowledge of geography to provide specific functions and/or rewards for interacting with it.

The most well-known examples include finding nearby restaurants, coupons for those restaurants, navigation assistance via Google Maps, and mobile gaming that requires you to be within certain distance limits to play.

New LBSs are being created every day, many focus on creating an immersive experience that leverages contextually relevant information.

For instance, if you’re reading this article online, then why not offer tips and tricks for using your phone while traveling? Or if you’re looking to find a new restaurant, why not do so near popular reviews and lists of the place?

The future of location-based technologies seems poised on whether or not they will become integrated into our daily lives, as seen with early adopters such as navigational tools and apps.

Integration is definitely coming, though how far ahead anyone knows is really up to each individual user.

Geospatial technology and the military

Over the past few decades, geospatial technologies have become increasingly prevalent in our daily lives. This includes everything from mapping software to GPS devices that can track your movements almost anywhere you go.

The military has also made great use of this technology during wartime. For instance, soldiers now have access to maps and satellite images at lightning speed!

This article will talk more about how geospatial technology is used in the military and some examples of practical applications outside of war zones.

Geospatial technology and the police

Over the past decade, law enforcement agencies have increasingly incorporated geospatial technologies into their daily operations. These tools can range from smartphone applications that monitor GPS signals to fully-operational drone units!

By integrating these advanced technologies into their work, law enforcement is able to more efficiently perform their jobs.

These advancements allow them to get back to doing what they were hired to do—enforce the laws and protect the people!

One of the most common uses for geospatial technology is monitoring crime scenes or potential crimes via satellite images and street view maps. By being aware of where things are located and how they relate to each other, officers are able to piece together information about possible criminal activity.

Another use is tracking individuals through vehicle location data or by using mobile phone records to determine where someone was at a certain time. This gives investigators an additional source of evidence to corroborate or refute their story.

There you have it – a little bit more about why geospatial technology is so important to policing. If you’d like to learn more about drones, check out our article here. We also have some tips here for aspiring photographers who would like to capture great pictures with their camera.

Geospatial technology and the government

Over the past few years, geospatial technology has become increasingly important for governmental agencies. This is due to the availability of technology that allows for efficient surveying, mapping, and spatial analysis.

Many governments are now using these technologies to monitor and control violence. For example, they can use surveillance video to identify people or vehicles in suspicious situations, determine whether someone may pose a threat by their actions, and find out who they are by looking up their information through social media or other sources.

Governments also use GPS tracking devices to follow suspects or get real-time data about where individuals go. This helps them catch criminals as well as gather valuable intelligence about potential threats.

There have even been instances where terrorists used tools like Google Maps to plan attacks! By analyzing patterns of activity, investigators can piece together crucial details about criminal schemes.

Geospatial technology and the media

Recent developments in geospatial technology have allowed for more efficient, effective, and practical uses of this field. With every passing day, innovation continues to pour forth from companies that are passionate about geography and mapping technologies.

Many large corporations now use GPS or other location-tracking devices on all their employees so they can monitor where they are at any given time. This is especially important since many employers require proof that an employee was within company property while working during hours.

Some governments use GPS-enabled phones to ensure people cannot flee the scene of a crime. In fact, some police departments even track vehicles as a way to determine if someone has committed a crime.

Other applications include monitoring school children or workers to make sure they do not take extra cars home after work, keeping tabs on whether there have been illegal activities such as drug use or smoking, or finding lost items.