Showing posts with label Smart Guns. Show all posts
Showing posts with label Smart Guns. Show all posts

Friday, December 29, 2006

Steve's thoughts on smart guns

Goals of a smart gun:
  • Always disallow unauthorized use. "Black list" and/or default determination.
  • Always allow authorized users. "White list" of individuals and/or groups
The following must be balanced
  • Officer/Operator safety
  • Child safety

Must perform properly in all circumstances and conditions.
  • Gloved (precludes many types of biometric identification)
  • Any stance or position
  • Naked (precludes jewelry and other ancilary transmitters.)
  • Wet
  • Cold
  • Hot
  • etc.

Unauthorized users must not be able to:
  • Place the weapon off of safe mode
  • Fire the weapon
  • Rack the slide
  • Remove the magazine
  • Access the unit for reprogramming

A smart holster may also be of benefit.

Other desireable features:
  • Low cost
  • Easy to install
  • Easy to reprogram
  • Extended battery life

Thursday, November 16, 2006

More Smart-guns w/ FNH

Secure Weapon System (SWS) Phase I Final Submission

Document Title: Secure Weapon System (SWS) Smart Gun Technology, Phase I: Summary of Findings Report
Author(s): Jeffrey Rankin

Thursday, November 09, 2006

Public data (lots of links) from the NJIT

Public data (lots of links) from the NJIT

Multidisciplinary Postdoc research proposal:

Multidisciplinary Postdoc research proposal: Smart hand-held objects
Pieter Hartel (INF) Cees Slump (EL) Raymond Veldhuis (EL)
November 8, 2001

PDF document

Belgian arms producer develops 'smart gun'

Belgian arms producer develops 'smart gun'



BY REUTERS


[Brussels, Belgium Reuters News Service, 5 June 2002] - A Belgian company has made a prototype of a "smart gun" that can only be used by its owner, developed under contract with the US government to make it harder for criminals to use stolen weapons.

"The idea is to make a gun fire when the owner wants it to and not to when the owner does not want to," said Robert Sauvage, a spokesman for FN Herstal, which has received about $20 million from the US Department of Justice.

Gun control is a hot issue in the US, where about 30 000 people die every year from gun-related injuries.

A 1994 FBI study showed one in six police officers who died in the line of duty were killed with their own gun after being disarmed by a suspect.

Sauvage said the system now being tested uses an electronic recognition device attached to the owner, which the gun would be able to recognise. He said production could start in three years.

The "smart gun" technology could have wider uses than in policing, such as gun control at shooting galleries or to reduce hunting accidents.

"A weapon could for example be programmed to shoot on a Saturday morning between 10 and 12am in the hands of Mr X at the shooting gallery of Herstal in the east-west direction," Sauvage said.

FN Herstal is based in the southern Belgian town of Herstal, near Liege, and has branches in several countries, including FN Manufacturing in the United States.

The Belgian arms producer acknowledges that many commercial and legal problems still need to be addressed, including the extra cost of the new weapons system. The cost of such a weapon may be about 20% more than conventional guns.

Hey, you're not my trigger finger!

Hey, you're not my trigger finger!

June 04 2002 at 07:33PM

Brussels - A Belgian company has made a prototype of a "smart gun" that can only be used by its owner, developed under contract with the US government to make it harder for criminals to use stolen weapons.

"The idea is to make a gun fire when the owner wants it to and not to when the owner doesn't want to," said Robert Sauvage, a spokesman for FN Herstal, which has received about R200-million from the US Department of Justice.

Gun control is a hot issue in the United States, where about 30 000 people die every year from gun-related injuries.

A 1994 FBI study showed one in six police officers who died in the line of duty were killed with their own gun after being disarmed by a suspect.

Sauvage said the system now being tested uses an electronic recognition device attached to the owner, which the gun would be able to recognise. He said production could start in three years.

The "smart gun" technology could have wider uses than in policing, such as gun control at shooting galleries or to reduce hunting accidents.

"A weapon could for example be programmed to shoot on a Saturday morning between 10 and 12am in the hands of Mr X at the shooting gallery of Herstal in the east-west direction," Sauvage said.

FN Herstal is based in the southern Belgian town of Herstal, near Liege, and has branches in several countries, including FN Manufacturing Inc in the United States.

The Belgian arms producer acknowledges that many commercial and legal problems still need to be addressed, including the extra cost of the new weapons system. The cost of such a weapon may be about 20 percent more than conventional guns.

NJIT Smart Gun Project - Main Page

Smart Gun Project



Overview:
The Smart Gun is a safety mechanism for firearms based on the idea of Dynamic Grip Recognition. The Dynamic Grip Recognition will allow only authorized users to shoot the firearm.

What’s new?
The webpage is newly design and officially updated
What’s currently be worked on:
More accurate grips
Smaller electronic parts
Increasing Dynamic Grip Recognition
How the Smart Gun works?
Click on "Smart Gun FAQs" to learn more.

NJIT Smart Gun Project Flow

VOLUME I






APPENDIX B






PROJECT FLOW


















DATE
ACTIVITY

August 1999
The Project was funded July 1, 1999, and the project manager, William Marshall, was contracted Aug. 5, 1999. The Governors Office received an initial briefing on Aug. 8, 1999, concerning NJIT’s focus on handgun safety, with special consideration given to firearms in the home and in the hands of young children.

September 1999
Information searches were conducted to determine the extent of prior technical research achieved in this field, and specifically, the identification of technology that could assist in the protection of children from firearms without impairing of handguns in defense of life or personal property

October 1999
The Team met with representatives from Colt on Oct. 21, 1999, at the NJIT campus in Newark. Beth Lavach, vice president for marketing, and Andrew Brignoli, vice president of engineering, discussed the potential for a working relationship with our team to collaborate on a technology search. Colt had participated in the Sandia Study, giving the company a head start in developing prototypes. Mr. Brignoli explained some of the problems posed by “smart” technology, such as severe power consumption and the need for a robust systems board. Since Colt was working closely with a law enforcement council it had formed to conduct testing, cooperating with Colt appeared promising at first. But a formal collaboration was soon doomed because of liability issues common to the firearms industry. At this time, Colt has reorganized and neither Ms. Lavach nor Mr. Brignoli are employed by the company.



Kenneth Pugh, President and chief executive officer of Fulton Arms in Houston, Tex., also contacted us to express his concern over our use of the term “SmartGun”. Claiming he had coined this phrase, Mr. Pugh said he had gained exclusive rights to its use. He furthered advised us that he had developed a handgun that employed technology that prevented unauthorized users from firing it. We invited Mr. Pugh to be our guest at NJIT from Nov. 17 through 19, 1999. Mr. Pugh arrived with two firearms using magnetic rings for authorization. We engaged him as a project consultant to the project, an arrangement that allowed us to work closely with an expert whose 10 years in the field would provide valuable insights into the industry and the marketplace

November 1999
Because there was no clear repository for information on research and development technology for handguns, our team began contacting and visiting with firearms manufacturers whenever and wherever possible. In particular, we contacted several companies -- Smith & Wesson, Colt and Mossberg -- all of which are located within driving distance. At Smith & Wesson’s corporate office in Springfield, Mass., on Nov. 12, 1999, the NJIT project manager briefed the president, Ed Schultz, and the vice president, Kevin Foley, at the corporate office in Springfield, and broached the potential for collaboration. Mr. Foley displayed several weapon platforms that had been developed over the last several years. Noting that S&W had worked on several different approaches in that time, Mr. Schultz said the company had spent more than a million dollars for research and development performed by independent contractors, most of which possessed electronics expertise unavailable at S&W. Seeing that S&W might offer a valuable forum for open dialogue, the project director offered NJIT’s services for future developments. Noting that S&W was embroiled in multiple lawsuits, Mr. Schultz and the project manager agreed informally to consider the potential for a non-disclosure agreement between the company and NJIT. The project manager met informally with Mr. Schultz in Nevada in January 2000, but so far, S&W has not yet formally proposed such an agreement or memorandum of understanding.

December 1999
Progress meetings were held establishing what additional assets would be required to facilitate the end goals of the project.

January 2000
A visit to Ken Pugh of Fulton Arms, Inc., was conducted at his office in Houston, Texas. The Shot Show in Las Vegas was also attended. A major event, the Honors Colloquium, was executed at NJIT for the Albert Dorman students featuring a panel discussion on weapons safety and smart gun technology.

February 2000
A technology demonstration hosted by FN Herstal Arms Manufacture at Sea Girt was attended. The arms company demonstrated a semi-automatic pistol that used “smart” technology to disable the firearm when not in authorized hands. It was one of the first such demonstrations that was executed without apology or excuse. Although this work represented only a technology demonstration – not a prototype – the test was very valuable to the project.

March 2000
Continuance of the project and meetings facilitating the ongoing progress.



April

2000
A briefing was prepared for the Governor’s Office on the progress of the project, but the meeting was postponed.

May

2000
A Smart Gun seminar conducted at NJIT focused on applied technology and was attended by practitioners, academics, and manufacturers. An event that drew extraordinary media attention, it featured two major political figures that participated as luncheon speakers. We also briefed the Governor’s staff on the current status of the project, and we visited the Marine Warfighting Lab in Quantico, Va. We also met representatives of FN Herstal Group, a large gun manufacturer based in Brussels, Belgium, who showed great interest in some of NJIT personalized weapons research.

June

2000
A meeting was held with the Joint Service Small Arms Program (JSSAP) from Picatinny Arsenal in Rockaway Township. This contact, which represented our first genuine exposure to the JSSAP staff, benefited all involved and provided our project staff with an extremely valuable resource. Two scheduled briefings for legislative staffers were postponed until July.

July

2000
On the 6th of July, we attended a follow-up meeting with FN Herstal, one of the world’s largest gun manufacturers. The meeting, which followed several demonstrations and FN’s participation in our May seminar, was part of an effort to achieve an important project goal -- establishing a liaison with a firearms manufacturer. This goal was achieved only on a tiny scale with Fulton Arms. The FN meeting was believed to be the start of a co- development effort with a major manufacturer. On July 11th, the project team participated in the first interactive Legislative briefing arranged by the Office of Legislative Services (David Sallach). This meeting was highly educational for those who attended. Participants received a complete, fur-hour explanation, tour and a demonstration of various technologies. Also present for the session was Debra Wachfpreff, a representative of the Million Moms March, state Sens. Bucco and Furnari, and representatives of the State Assembly.



On July 19th, the project entered into an agreement with BES Corporation. Both parties agreed to work on testing fingerprint scanners and software in a technology demonstration on static biometric measurements.

August 2000
Dr. Donald Sebastian and Bill Marshall appeared with state Sen. Anthony Bucco, R-Morris, on a Public Service Broadcast to discuss the Personalized Weapons Project. The pair also participated with Dr. Dentcho Ivanov and Joseph Giampapa, Esq., in a field trip to FN Herstal in Brussels to meet with engineers and corporate representatives to discuss the potential for a co-development relationship in future phases of the project. We spent considerable time with Thierry Jacobs, overall program manager; George Michaels, vice president for research and development; Pierre Renieer, vice president for marketing, and Phillip Townsen, president and chief executive officer.



Overall, the trip was very collegial and helpful and will likely assist us in establishing and maintaining our credibility with all segments of the firearm marketplace. It included a guided tour of FN manufacturing facilities, which are being converted for automation and robotics systems. Much of the machinery and HVAC equipped appeared to be updated and state of the art. We also witnessed a demonstration of several FN products targeted for U.S. distribution. One technology platform was a shotgun equipped with a “smart trigger” designed by the company and fabricated at the University of Liege. This demonstration was especially satisfying because some of our working theories had been incorporated into this firearm. FN representatives said their engineers had been developing a “personalized version” of a firearm for more than five years.



We also spent time at the University of Liege with Prof. Jacques Destine and Magaly Duquesne, members of the university staff who interface with FN. The University of Liege acts in collaboration with ARAMIS, an electronics consortium venture that works within the European Union representing 12 nations. University laboratories we visited included high-tech facilities designed for some of the same kinds of R&D being undertaken at NJIT.



Part of the day also was spent at the training and demonstration center in Zodendahl Forest where we handled some FN products and a received an in-depth briefing on a demonstration platform using ultrasonic technology. This product is targeting the law enforcement market for use in overcoming service revolver “take-aways”.

September 2000
A meeting was conducted with BES Corporation to discuss an experiment using students and law enforcement personnel in gathering data for analysis in fingerprint, handgrip, and palm measurement. This information would be helpful in developing pattern analysis and grip pressure analysis. On Sept. 28th, the team flew to FNMI in Columbus, S.C., to visit the plant and meet with staffers to discuss future collaboration.

October 2000
Dr. Recce and BES executed data collection at NJIT for biometric solutions with more than 200 participants. This effort established one of the largest databases in the country. In addition, the collection offers us the ability to use three different types of scanners from three different vendors to assist in making final conclusions and recommendations about technological feasibility, type of device, measurement, and reliability. Another meeting was held with FN Herstal on public policy matters relating to personalized weapons legislation and limited-liability issues as they relate to the aviation industry and auto-industry safety devices. On October 26th, the NJIT team participated in a JSSAP-hosted event at Picatinny Arsenal. JSSAP evaluated the reliability of commercial, off-the-shelf mechanical devices. These results are documented in a report found in this document’s appendices.

November 2000
On Nov. 14th at the Newark campus, NJIT updated members of the JSSAP staff on the current status of the project and our perception of the next step in our relationship. Dr. Sebastian taped a PBS television show, “Garden State Matters,” which aired Dec. 3rd at 8:30 a.m. on the WWOR-TV. On Nov. 8th, we briefed members of the Trenton staff of Senate President Donald T. DiFrancesco, R-Union, on the current status of the project and our next steps.

December 2000
The month was devoted to preparation of the final report and compiling information and budgets for follow-up steps.

Herstal Smart Guns

Circa 2002
Belgian Arms Producer Develops 'Smart Gun'

Tue Jun 4, 2:07 PM ET

By Bart Crols

BRUSSELS, Belgium (Reuters) - A Belgian company has made a prototype of a "smart gun" that can only be used by its owner, developed under contract with the U.S. government to make it harder for criminals to use stolen weapons.

"The idea is to make a gun fire when the owner wants it to and not to when the owner doesn't want to," said Robert Sauvage, a spokesman for FN Herstal, which has received about $20 million from the U.S. Department of Justice (news - web sites).

Gun control is a hot issue in the United States, where about 30,000 people die every year from gun-related injuries.

A 1994 FBI (news - web sites) study showed one in six police officers who died in the line of duty were killed with their own gun after being disarmed by a suspect.

Sauvage said the system now being tested uses an electronic recognition device attached to the owner, which the gun would be able to recognize. He said production could start in three years.

The "smart gun" technology could have wider uses than in policing, such as gun control at shooting galleries or to reduce hunting accidents.

"A weapon could for example be programmed to shoot on a Saturday morning between 10 and 12 a.m. in the hands of Mr. X at the shooting gallery of Herstal in the east-west direction," Sauvage said.

FN Herstal is based in the southern Belgian town of Herstal, near Liege, and has branches in several countries, including FN Manufacturing Inc. in the United States.

The Belgian arms producer acknowledges that many commercial and legal problems still need to be addressed, including the extra cost of the new weapons system. The cost of such a weapon may be about 20 percent more than conventional guns.

http://story.news.yahoo.com/news?tm..._fnherstal_dc_2

Tuesday, January 25, 2005

National Criminal Justice Reference Service (NCJRS) report on Secure Weapon System (SWS)

The author(s) shown below used Federal funds provided by the U.S.
Department of Justice and prepared the following final report:
Document Title: Secure Weapon System (SWS) Smart Gun
Technology, Phase I: Summary of Findings
Report
Author(s): Jeffrey Rankin
Document No.: 189247
Date Received: July 23, 2001
Award Number: 2000-MU-MU-K005
This report has not been published by the U.S. Department of Justice.
To provide better customer service, NCJRS has made this Federallyfunded
grant final report available electronically in addition to
traditional paper copies.
Opinions or points of view expressed are those
of the author(s) and do not necessarily reflect
the official position or policies of the U.S.
Department of Justice.

Wednesday, July 07, 2004

Abstract: Secure Weapon System (SWS) Smart Gun Technology, Phase I: Summary of Findings Report

http://www.ncjrs.org/rr/vol3_1/9.html

Abstract

NCJ Number: 189247
Title: Secure Weapon System (SWS) Smart Gun Technology, Phase I: Summary of Findings Report
Author: J. Rankin

Corporate Author: FN Manufacturing, Inc
797 Clemson Road
Columbia, SC 29229

Sponsor: National Institute of Justice US Dept of Justice
810 Seventh Street NW
Washington, DC 20531

Sale: National Institute of Justice/NCJRS
Box 6000
Rockville, MD 20849

Paper Reproduction Sales National Institute of Justice/NCJRS
Box 6000 Department F
Rockville, MD 20849

Date Published: 05/2001
Page Count: 9
Country of Origin: United States
Language: English
Grant Number: 2000-MU-MU-K005

Annotation: This report summarizes the first phase of a project to continue research and development that began in 1995 and focuses on smart-gun technology to reduce the criminal use of firearms and unintended accidental shootings.

Abstract: The project began with a demonstration unit built to the FN Five-seveN pistol and used it as a starting point on which to base the project development. The project developed a functional requirement specification and used feasibility analysis and Failure Modes and Effects Analysis to develop the demonstration unit into an engineering model that more closely met the needs of the law enforcement community. Interviews with police personnel led to the conclusions that a Secure Weapon System must not be usable against a police officer, look like existing guns, be able to be fired if batteries are dead, and be able to fired amid an electrical malfunction. Other requirements included the ability to be operated by the officer’s partner but not by other people, reliability and durability similar to that of current guns, and usability if the officer wears heavy clothing or gloves. The development of the engineering model focused on reliability, durability, and resistance to environmental effects. This first phase of the project has been highly fruitful and has resulted in an engineering model that addresses police concerns while moving away from potential causes of system failure. The developers are eager to move to the second through fourth phases of the project. Photograph

Thesaurus Term: Police weapons ; Police safety ; Specifications ; Assaults on police ; Equipment evaluation ; Handguns ; Police weapons use

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