Electronic monitoring (EM) is undergoing a significant expansion, moving beyond its established role in criminal justice and community supervision to become a critical instrument for regulatory compliance in entirely new domains. As of March 7, 2026, a notable example of this trend came into full effect with new mandates for pelagic fishing vessels in Scottish waters, requiring them to operate comprehensive electronic monitoring systems. This regulatory development underscores a broader movement towards leveraging advanced tracking and data collection technologies to ensure adherence to statutory requirements across various industries.
How We Got Here
The journey toward integrating electronic monitoring into environmental and commercial compliance frameworks is rooted in a global push for enhanced accountability and data-driven policy. In the UK, the Fisheries Act 2020 laid foundational policy for sustainable fisheries management, emphasizing robust monitoring and data collection. Following this, the Scottish Government’s Fisheries Management Strategy outlined specific objectives for improved oversight of fishing activities, aimed at strengthening scientific evidence bases and meeting sustainability targets, including precautionary and bycatch objectives.
These legislative and strategic directives created a clear pathway for the adoption of remote electronic monitoring (REM). While often associated with GPS ankle bracelets for offender tracking or home detention units, the underlying principles of EM – continuous data capture, tamper detection, and real-time location intelligence – are inherently adaptable. Jurisdictions globally have explored how these technologies could provide an objective layer of compliance verification, offering a more granular understanding of regulated activities than traditional enforcement methods alone.
What Changed
The pivotal change for the Scottish fishing industry was the enactment of the Sea Fisheries (Remote Electronic Monitoring and Regulation of Scallop Fishing) (Scotland) Regulations 2024. These regulations mandate the installation and continuous operation of REM systems on specific pelagic vessels. Specifically, vessels measuring 12 meters or more in length, equipped with chilled sea water (CSW), refrigerated sea water (RSW), or freezer storage systems, and deploying nets primarily to target small pelagic species (such as mackerel, herring, and anchovy), are now subject to these requirements.
The mandated REM systems are sophisticated, comprising multiple onboard technologies. These include strategically placed camera systems to monitor catch handling, winch sensors to detect the deployment of fishing gear, and vessel positioning systems that continuously track movement during fishing operations. For Scottish-registered vessels, these systems must be operational during any fishing trip where nets target small pelagic species, regardless of waterbody. For non-Scottish vessels, the requirement applies when operating within the Scottish zone, from entry to exit. The Marine Directorate of the Scottish Government is tasked with administering and enforcing these provisions, with officials having full access to and analytical capabilities over the collected data.
A Competitive Field
The broader electronic monitoring sector has no shortage of established players, whose technological innovations are increasingly being adapted for diverse applications. BI Incorporated, backed by GEO Group, remains one of the largest providers in the U.S. criminal justice system. SCRAM Systems dominates the alcohol monitoring niche with its continuous transdermal alcohol monitoring ankle devices. Attenti, now under Allied Universal, serves programs in over 30 countries. Smaller vendors have carved out niches too — from Buddi in the UK, specializing in community supervision solutions, to manufacturers offering compact one-piece GPS designs like the CO-EYE series, which features optical-fiber tamper detection and a three-second snap-on installation. The core technologies developed for offender supervision, particularly in GPS tracking, tamper-proofing, and data transmission, are directly transferrable to other compliance monitoring needs, driving this cross-sector expansion.
What Comes Next
This expansion of electronic monitoring into sectors like fisheries represents a significant market shift and regulatory precedent. For the electronic monitoring industry, it opens new avenues for product development tailored to non-criminal justice environments—systems that are robust enough for marine conditions, offer specialized sensor integration, and provide advanced analytics for compliance verification. It also highlights the increasing demand for secure data management and comprehensive reporting platforms that can serve diverse regulatory bodies.
Jurisdictions worldwide are likely to observe the effectiveness and enforcement mechanisms of these Scottish regulations, potentially catalyzing similar mandates in other industries facing significant environmental or resource management challenges. The inherent challenges will involve developing clear standards for data integrity, ensuring equitable compliance costs for regulated entities, and addressing privacy concerns associated with pervasive surveillance technologies. Ultimately, the success of these programs will hinge on the reliability of the technology and the fairness of its application.
Looking ahead, electronic monitoring is poised to become an indispensable tool across a spectrum of regulatory environments. Further advancements in miniaturization, battery life, secure data transmission, and sophisticated sensor integration will continue to drive its adoption, moving beyond simple location tracking to provide comprehensive, real-time behavioral and environmental compliance oversight. This trajectory suggests a future where electronic monitoring is fundamental to governmental accountability, industry best practices, and the achievement of sustainability goals.
