Brain Fingerprinting Technology Market Analysis

Type Segment Analysis

The advanced software segment is predicted to attain the largest revenue share of 50.6% in the brain fingerprinting technology market during the discussed timeframe. The segment’s progress is driven by adoption for reliable signal processing for EEG and other neuroimaging methods, which are highly essential for forensic and security applications. In April 2025, Zeto, Inc. announced that it is integrating AI-powered seizure detection into its complete 10-20 EEG system in collaboration with the FDA-cleared Encevis software. It also mentioned that this platform enables automated detection of seizures and electrographic status epilepticus, providing real-time notifications and reducing the need for continuous expert monitoring. In addition, this software enhances EEG diagnostics in critical care, supporting rapid clinical decisions and expanding access to neuro-monitoring across, hence denoting a wider segment scope.

Technology Segment Analysis

By the end of 2035, the EEG-based technology is likely to grow at a progressive rate in the brain fingerprinting technology market, owing to the non‑invasively measures of electrical activity tied to recognition responses such as the P300 event-related potential. In the scientific end, EEG provides objective detection of brain responses that correspond with stored information, which is a core capability of brain fingerprinting systems. Also, there has been an increasing adoption of high-density EEG sensors and advanced signal processing software that is enhancing detection accuracy and reliability.  The integration with AI and machine learning algorithms is enabling more precise interpretation of neural data, expanding applications in criminal justice, national security, and medical diagnostics. Furthermore, government investments in neurotechnology research and forensic applications also support the growth of EEG-based systems.

Application Segment Analysis

In the application segment, criminal justice & forensic will lead to capturing a considerable revenue share in the brain fingerprinting technology market. The growth of the segment is effectively attributable to brain fingerprinting since it is explicitly designed to assess whether specific knowledge is stored in the brain, a function rooted in forensic evidence gathering.  Increasing adoption by law enforcement agencies and investigative bodies is driving demand, as the technology provides objective and scientific knowledge into suspect knowledge. In addition, advancements in terms of EEG hardware and analysis software are improving accuracy and reducing examination time, making brain fingerprinting even more practical for routine forensic use. Both public and private funding and support for crime-solving technologies further bolster the expansion of this segment, thereby highlighting its critical role in modern investigative processes.

Our in-depth analysis of the brain fingerprinting technology market includes the following segments: