Wireless

Primary definition

Communication performed without the use of electrical wires between source and destination. Wireless systems include cellphones, wireless LAN, Bluetooth, UWB, RFID and even infrared (IrDA and UFIR) systems. Wireless systems often exhibit poor security properties in that it is easy to intercept or jam their signals and encryption may be weak or nonexistent. It may also be possible to inject spurious signals (e.g. votes) with suitable equipment and mount a denial of service attack. Even with encrypted signals it may be possible by dictionary attack or other mechanism to infer the contents of communications (e.g. voter's choices) without literally reading them. There seems to be no reason at all to use wireless in voting systems, and some states have made it flatly illegal: "A vote tabulating system must: ... (d) Not use wireless communications in any way." Wash. Admin. Code §434-335-040(3). Likewise Va. Code §24.2-625.2. Wireless devices are also forbidden in New York. N.Y. Election Laws (consol.) §7-202(1)(t). Wireless has been proposed to connect voting machines to accessible audio headsets for the disabled, but one wonders what's wrong with the vastly more secure traditional wired headset. Under the VVSG, are not permitted to 2007 ELECTRONIC DEVICES harbor wireless technology.

Also known asWiFi · RF · radio frequency · wireless communication · wireless transmission · wireless network · wireless connectivity · WLAN · Bluetooth · UWB · RFID · IrDA · UFIR
4 sources cited4 related termsReviewed Aug 9, 2026
Electronic Voting GlossaryView source

Understand more election terms clearly

Get one important election term explained each week, with authoritative sources, practical context and related definitions.

Free. One useful email each week. Unsubscribe anytime.Learn more about the ESG newsletter →
EVG
Carnegie Mellon University

Communication performed without the use of electrical wires between source and destination. Wireless systems include cellphones, wireless LAN, Bluetooth, UWB, RFID and even infrared (IrDA and UFIR) systems. Wireless systems often exhibit poor security properties in that it is easy to intercept or jam their signals and encryption may be weak or nonexistent. It may also be possible to inject spurious signals (e.g. votes) with suitable equipment and mount a denial of service attack. Even with encrypted signals it may be possible by dictionary attack or other mechanism to infer the contents of communications (e.g. voter's choices) without literally reading them. There seems to be no reason at all to use wireless in voting systems, and some states have made it flatly illegal: "A vote tabulating system must: ... (d) Not use wireless communications in any way." Wash. Admin. Code §434-335-040(3). Likewise Va. Code §24.2-625.2. Wireless devices are also forbidden in New York. N.Y. Election Laws (consol.) §7-202(1)(t). Wireless has been proposed to connect voting machines to accessible audio headsets for the disabled, but one wonders what's wrong with the vastly more secure traditional wired headset. Under the VVSG, are not permitted to 2007 ELECTRONIC DEVICES harbor wireless technology.

Electronic Voting Glossary · 2024

Cite this term

Permanent URL · stable across revisions
Election Security Glossary. (2026). Wireless. In Election Security Glossary. Retrieved August 21, 2026, from https://electionsecurityglossary.com/glossary/wireless

Sources

4 cited · last checked Aug 9, 2026

01

Electronic Voting Glossary
Electronic Voting Glossary

High consensus

View source

02

EAC Glossary of Terms
EAC Glossary of Terms

Multi-source

View source

03

EAC Information Technology Terminology
EAC Information Technology Terminology

High consensus

View source

04

NIST Election Glossary
NIST Election Glossary

Multi-source

View source

Get the weekly election term

Receive one cited, source-backed election explanation in your inbox each week.

Get election terms explained weekly →
Free · Nonpartisan · Unsubscribe anytime.
Continue Research

Keep going from here

Three ways to go deeper on communications and adjacent terminology.