Research Research

Increasing demand for identity and time-of-writing analysis to determine authenticity of handwriting in judicial environments

Need to develop and utilize new convergent forensic chemical analysis techniques that apply the latest scientific and technological advancements

There is a need for a forensic chemical evidence analysis technique that improves reproducibility, reliability, and determination of the time of writing that are lacking in existing handwriting analysis techniques.

Due to the intelligence and sophistication of crime, securing personal identification evidence is becoming increasingly difficult : Research on new personal identification evidence securing techniques

Lack of research on the development of techniques for simultaneous detection and collection of trace evidence and DNA evidence : Need to secure own simultaneous detection techniques

Import dependence on fingerprinting reagents and DNA detection reagents : Ensuring cost reduction and increased detection efficiency through domestic production research

As crimes become more sophisticated, attempts to conceal biological evidence at crime scenes increase, increasing the difficulty of obtaining biological samples.

Visualization and collection of biological samples are essential for securing DNA evidence, but we rely on foreign products.

Increasing the usability of bio-evidence through research and development of visualization of biological samples and DNA collection/analysis techniques

As the distribution of domestic drugs becomes more organized, intelligent, and younger, drug offenders and related crimes increase every year.

Due to limitations of existing drug detection techniques, there is a need to develop new drug detection techniques to respond in the security/customs field.

Despite the increase in domestic gun murders and early crimes committed by priests, there is a lack of research on domestic gun-related investigative techniques or analysis techniques.

The need for new GSR analysis techniques due to the recent expansion of the use of smokeless, non-toxic detonator powders with reduced heavy metal content

Research on forensic analysis techniques is needed to analyze the cause of fire, such as detecting flammable substances at fire scenes and detecting flame-retardant paint components.

With the advancement of science and technology, there is a need to apply AI analysis technology to utilize the large amount of forensic/security data generated.

Development of AI analysis techniques for utilizing various security data generated in the security field

Development of forensic AI algorithms for efficient processing and utilization of forensic analysis data

Need for institutional/policy review of forensic science evidence utilization to respond to changes in the criminal and judicial environments

Need for institutional/policy application research based on the development of new forensic evidence collection techniques that can be utilized at crime scenes

Effective forensic evidence utilization system/policy research through joint research by field scientific investigators and forensic science experts