Land Mobile Radio Systems / NIST / Land Mobile Radio / The AES / FPIC Security Working Group / LMR Systems / /
Country
United States / /
Currency
pence / /
Event
FDA Phase / /
Facility
Missouri Interoperability Center / National Institute of Standards and Technology / National Law Enforcement Communications Center / Information Technology Laboratory / NIST FIPS PUB / /
IndustryTerm
symmetric key algorithm / search using modern computer systems / digital technology / wireless communications systems / communications interoperability / Standards compliant algorithms / public safety wireless systems / nonstandard algorithms / communication protocol / exhaustive key search / cryptographic algorithm / electronic communications system / digital wireless communications network / mobile radio communications / data encryption algorithms / cryptographic algorithms / local public safety communications platforms / encryption systems / voice and data / voice and data communications / wireless encryption operations / digital communications technology / interim algorithm / security solutions / specified algorithm / algorithm / exhaustive key search increases / symmetric key algorithms / voice communications / voice and data communications needs / non-standard encryption protocols / voice and data encryption / particular algorithm / communications needs / secure communications / encryption solutions / software implementation / security services / pseudo-random generation algorithm / encryption algorithms / non-standard/proprietary security technology / mobile-radio applications / encryption algorithm / publicsafety communications / /
Organization
office of Emergency Communications / U.S. Government / Tax Administration / Firearms Division / Communications Data Electronics Department / Radio Services Division / National Institute of Standards and Technology / Telecommunications Industry Association / U.S. Department of Justice / Information Technology Laboratory / Sheriff’s Department / Connecticut Department of Emergency Services / Missouri Interoperability Center / Wyoming Public Safety Communications Commission / Wireless and Radio Systems Department / National Security Agency / Computer Security Division / office of Investigative Technology / Wireless Management Office / Operational Technology Division / Federal Bureau of Investigation / United States Marine Corps / Radio Systems Development Unit / State Police / Public Safety Division / Federal Government / U.S. Drug Enforcement Administration / Connecticut Department of Emergency Services and Public Protection / Department of Information Technology / Missouri Department of Public Safety / DHS office of Emergency Communications Guidelines for Encryption / Radio-Microwave Unit / Department of Homeland Security / National Law Enforcement Communications Center / /
Position
Treasury Inspector General / specific author / /
Product
RC45 / TIA-102 / Proprietary solutions / /
ProvinceOrState
Virginia / Loudon County / Connecticut / Missouri / California / Orange County / Wyoming / Maryland / Fairfax County / Montgomery County / /
RadioStation
Radio Systems September / /
Technology
pseudo-random generation algorithm / encryption algorithms / 25 Block Encryption Protocol / 25 digital communications technology / encryption algorithm / Information Technology / symmetric key algorithm / DES algorithm / cryptographic algorithm / Encryption / Office of Information Technology / Cryptography / standards compliant encryption / keyscheduling algorithm / particular algorithm / security technology / interim algorithm / communication protocol / encryption system / data encryption algorithms / Encryption Protocol / publically specified algorithm / Algorithm Reference Matrix Algorithm / same cryptographic algorithms / Cryptographic algorithms / WEP / DES encryption / term encryption / wireless communications / Standards compliant algorithms / data encryption / Microwave / symmetric key algorithms / Wi-Fi / encryption protocols / 256 bit encryption / stream cipher / generated using a pseudo-random generation algorithm / /