Of the thousands of criminal cases brought by federal, state, county, and local prosecutors around the country each year, very few result in an actual bench or jury trial. Many or most cases end with a plea bargain of some sort. Modern technology has allowed law enforcement to develop electronic monitoring systems as an alternative to incarceration. These systems are now widely used by criminal courts, juvenile courts, and probation and parole officers. Electronic monitoring devices allow officials to monitor individuals’ movements and locations. In some cases, the use of these systems raises new civil rights questions. Technological and administrative shortcomings can also contribute to situations in which the electronic monitoring itself prevents a person from fulfilling other obligations in a criminal case.
Electronic monitoring can take several forms. The Pretrial Services Division in Travis County, Texas describes two systems that it may use. “Radio Frequency Electronic Monitoring” involves the use of a device—commonly worn as an ankle bracelet—that transmits a signal if it is carried outside a designated area. This type of device is used for house arrest and other situations in which an individual must remain at home at designated times. “Global Positioning System Electronic Monitoring” allows officials to determine an individual’s location and track their movements in order to monitor compliance with court requirements.
Several provisions of Texas law allow for electronic monitoring. In criminal cases, courts can require the use of electronic monitoring to enforce a sentence of house arrest in lieu of a jail sentence. Tex. Code Crim. P. Art. 42.035. A court may require electronic monitoring as a condition of release from jail on a personal bond. Id. at Art. 17.43. Electronic monitoring may also be used as an alternative to incarceration in juvenile cases. A court can order electronic monitoring as part of the civil commitment system for certain convicted sex offenders. Tex. Health & Safety Code § 841.081 et seq.