“Safe” handgun is a relative term, but Colorado-based Biofire Technologies has put a high-tech spin on the idea with its Biofire Smart Gun, which uses an electronic identification and firing system to prevent accidental or unauthorized use. I’m taking crack.
The concept of smart guns that only authorized users can fire and no one else has been around for decades. The idea has resurfaced from time to time, and despite being mandated for sale in one state, the United States has yet to offer a smart gun for commercial sale.
There are many reasons for this, but one of the biggest obstacles is producing a working handgun that can reliably identify the user in an emergency and ensure that the weapon fires on demand. bottom. This is because although handguns seem complicated to many people, they are very simple, compact and robust mechanical devices, and the addition of electronic safeguards makes the gun clumsy and can create a point of failure when you need it most. This is because of the nature of
bio fire
Traditionally, attempts to create smart guns have revolved around taking a conventional firearm mechanism and introducing some sort of electromechanical lock that blocks it until a key of some kind unlocks it. This key can be an RFID tag, smart watch, magnetic ring, bracelet, physical key, or biometric lock. The problem is that keys can be lost or stolen, and biometrics can fail for as simple as a dirty finger.
Biofire Technologies hopes to overcome these limitations by avoiding the problem of modifying traditional mechanisms. Instead, the company chose to redesign the smart gun to work on a completely different principle.
Instead of a mechanical linkage and spring activated by pulling the trigger, the firing pin hits the cartridge primer to fire it.The 9mm smart gun uses a solenoid to drive the pin.It acts as a switch. It is operated by triggers that are not directly connected to pins that Between the trigger and the pin is digital circuitry and software that authenticates the user in the blink of an eye.
bio fire
This authentication is based on two biometric authentication methods. One is a fingerprint sensor on the grip that identifies the user’s middle finger. Ideally, the pistol’s grip is designed so that the user’s hand is exactly in the correct position when held. His one reason the fingerprint sensor doesn’t work is that the user touches it at the wrong angle, so the grip position minimizes this.
Another problem with fingerprint sensors is that they can stop working if your finger gets dirty or cut. To overcome this, smart guns have a 3D facial recognition system set up behind the gun. .
Additionally, there is an infrared sensor on the rear of the grip that tells the system that the gun is still being held by the user. This eliminates the need for the system to waste time and energy re-verifying the user’s identity over and over again. There are plenty of grip options, including left-handed, that can be customized to suit the user.
bio fire
The Smart Gun is based on Biofire’s Guardian Biometric Engine and is configured using the secure, portable Smart Dock. Because the gun doesn’t rely on Wi-Fi, Bluetooth, or GPS, you can’t access programmed biometric data remotely and transform the gun to function like a traditional handgun.
Kai Kloepfer, CEO and Founder of Biofire, said: “No one has tried it before. As a result, Biofire now offers the most technologically advanced consumer firearms the industry has ever seen. The Biofire smart gun is , fires like any other high-quality firearm, but it also feels like it holds the future in its hands.It’s a combination of ambition and ambition, motivated by the idea that you can actually help save people’s lives. It’s a new era of firearm safety driven by optimism.”
The Biofire Smart Gun is available for pre-order with a refundable US$149 deposit and a total of US$1,499, and ships under the same regulations as regular firearms.
Source: BioFire Technologies
