Are you looking for a way to secure your home or office better? If so then you should consider Internet security cameras such as at http://securitycameragenius.com. Before you start researching different models it’s important to know the basic history of Internet Protocol (IP) cameras. Security cameras are nothing new but the Internet has been a game-changer because now video cameras can be linked to the Internet and allow people to access live feeds using their mobile devices.
A few decades ago in 1996, a Swedish camera builder called Axis Communications rolled out a new product named the Neteye 200. This was the first IP camera that started the shift of surveillance cameras from analog to digital technology.
The original function of the Neteye 200 was to observe the sea for any oil spills. It used a web interface to record two times per day. This prevented customers from using air flights to the various locations in order to monitor for oil spills. The IP camera provided cost-effectiveness and convenience.
The camera was unveiled at a N+I trade show that took place in the US city of Atlanta. One of the customers was Apple co-founder, Steve Wozniak. He ordered a pair of Neteye cameras. Besides its high-profile customers, the product also receives many industry rewards. That was in part due to a customized web server that was included inside the security camera.
Axis had to deal with a catch-22 of its Neteye camera. Many people were interested in the camera but still had analog systems in their home/office. This made the Neteye cameras incompatible with their current setups.
Then a few years later in 1998 Axis expanded Internet connectivity by inventing the world’s first video encoder. This allowed for the integration of old-school CCTV systems with the company’s new IP tech.
Axis also wanted to make sure its network video products would have high-end performance. It did that by investing in the company’s first video chip known as ARTPEC-1. These developments showed that the company was serious about providing customers of security cameras with all the tech needed to convert to digital tech and optimize their experience.
Then during the next year in 1999 Axis started to embed the operating system Linux for operating their IP cameras. The company also rolled out a low-level Application Program Interface (API) that allowed software apps to be built. The API was an open architecture that promoted third-party software developers to build management/recording software.
During the same year, another company named Mobotix launched the world’s first decentralized IP camera. The unit had a Linux system that included management of video, recording, and alarm capabilities. The Intellio camera could detect several events. That included movement, theft, and vehicles.
Today’s IP cameras include many new features that were developed during the past decade or so. For example, you can find IP cameras now that provide high definition (HD) 1080-pixel feeds to mobile devices including smartphones and tablets. These features show that the technology continues to improve.
One of the main developments is the clarity of video cameras. For example, today there are cameras that include 4K Ultra High Definition (UHD) resolution, which provides even clearer images than standard HD resolution. This is a plus for camera owners who want to get the sharpest feeds possible on their PC, Mac, tablet, or smartphone.
It’s unknown what future game-changing tech will be added to IP cameras. However, it’s safe to say that the Internet itself has had a major impact on the units and as mobile/IP tech improve the capabilities of Internet security cameras will also improve. Keep looking for fresh news and info about the latest tech and products.