Technical research, white papers, and NIJ standards for electronic monitoring systems
Independent analysis of the offender monitoring market in 2026: technology landscape, adoption trends, effectiveness data, vendor evaluation, and procurement criteria for corrections agencies.
Comprehensive analysis of GPS ankle bracelet technology in 2026, covering NIJ performance benchmarks, tamper detection comparison, one-piece vs two-piece architecture, and a vendor evaluation framework for corrections agencies.
How GPS monitoring analytics are reshaping community supervision: NIJ-funded JHU/APL research on TRACKS, crime-scene correlation, vendor capability gaps, and procurement lessons.
NIJ Market Survey of Offender Tracking Systems: A Comprehensive Analysis What the landmark Johns Hopkins / NIJ study reveals about GPS ankle monitor technology, vendor capabilities, and industry benchmarks. Based…
Independent 2026 comparison of SCRAM GPS 9 Plus public specs vs one-piece multi-GNSS monitors (CO-EYE ONE): battery, GNSS stack, tamper design, TCO, and procurement checklists for scram device / scram bracelet searches.
Comparative industry analysis of GPS, RF, and hybrid BLE electronic monitoring in 2026: standards, evidence, European policy context, technology trends, and agency procurement criteria.
The global electronic monitoring equipment market has entered a phase of accelerated transformation. Driven by pretrial reform legislation, incarceration cost pressures, and the 2G/3G cellular network sunset, the industry that…
The GPS ankle monitor is, at its engineering core, a constrained multi-sensor fusion platform. It must simultaneously solve satellite positioning, cellular telemetry, tamper sensing, power management, and environmental durability problems…
Over the past two decades, the ankle monitor has moved from a courtroom curiosity to a cornerstone of modern community supervision. Across the United States, an estimated 125,000 to 150,000…
Honest technical analysis of BLE 5.1 AoA indoor positioning for prisons — theoretical capabilities vs real-world limitations in concrete/steel environments, technology comparison, and why wearable tag quality matters more than positioning accuracy.
Technical guide to in-prison RTLS architecture: BLE wearable tags, indoor positioning infrastructure options and limitations, and integration with major correctional RTLS platforms. Objective assessment of AoA, RSSI, and UWB positioning in prison environments.
Offender tracking data sits at the intersection of public safety, privacy law, and evidentiary procedure. Location histories, inclusion and exclusion zones, tamper events, and schedule-driven compliance flags are not routine…