The International Conference on Forensic Research and Technology 2027 (Forensic Research 2027) scheduled on May 10-11, 2027, in Vienna, Austria will be used as an international forum to promote scientific dialogues and interdisciplinary collaborations in forensic science. The conference will be attended by world-class forensic scientists, crime scene investigators, forensic pathologists, forensic toxicologists, forensic geneticists, digital forensic specialists, lawyers, researchers, laboratory experts, policy makers, and technology developers and it will discuss the new research methods, techniques, and technologies in forensic science that have changed the dynamics of the entire forensic investigations.An important part of the conference is related to the convergence of the latest technologies including AI, machine learning, digital forensics, forensic genomics, biometrics and automated analytical systems with the existing forensic methodologies. This cross-disciplinary approach makes it possible to demonstrate how innovative technologies are transforming forensic practice, enhancing accuracy of analysis and enabling evidence-based decision making.

Forensic Research 2027 is designed to encourage scientific discussion and exchange of scientific knowledge. Therefore, during this conference, the participants will have the opportunity to learn about the recent innovations and advancements in the field of forensic methodology, forensic laboratories, digital forensics, artificial intelligence, forensic genomics, forensic toxicology, biometrics, and crime scene investigation.The International Conference on Forensic Research and Technology 2027  aims to create substantial scientific contacts in all domains of forensic sciences. Instead of focusing only on one area, the conference unites forensic sciences with latest technologies, legal frameworks and multidisciplinary research to tackle pressing issues of modern evidence verification and investigation.

       CONFERENCE DELEGATES

1. Professionals in the Field of Forensic Science
2. Crime Scene Investigators
3. Forensic Pathologists and Medical Examiners
4. Forensic Toxicologists
5. Forensic Biologists and DNA Specialists
6. Forensic Chemists
7. Digital and Cyber Forensics Specialists
8. Fingerprint, Ballistics, and Document Examination Experts
9. Law Enforcement and Criminal Investigation Professionals
10. Legal Practitioners and Judicial Professionals
11. Academics, Researchers, and Faculty Members
12. Forensic Laboratory Directors and Quality Managers
13. Government and Public Safety Representatives
14. Instrumentation and Forensic Technology Professionals
15. Graduate Students, Research Scholars, and Early-Career Researchers

       CONFERENCE BENEFITS

1. Discover recent advances in forensic science fields and techniques.
2. Identify tools used in investigation of crime scene, lab analyses and evidence.
3. Take part in scientific sessions covering forensic biology, forensic toxicology, forensic pathology, digital forensics, forensic chemistry among other.
4. Convey research outcomes and get constructive scientific feedback in the field.
5. Share the acquired knowledge with research community, lab practitioners, lawyers and law enforcement personnel.
6. Find out methods based on interdisciplinary approach in forensic science.
7. Establish cooperation in scientists’ and institutions’ activities.
8. Get acquainted with methodologies in quality assurance and tribunals.

                                                                                     CONFERENCE TRACKS AND SESSIONS

Track 1: New Trends in Forensic Science

The focus of this track is on the existing processes in forensic investigation, laboratory practices, and technology used to study the evidence. The topics include methods of analysis, standards for quality control, and innovations in the field of forensic science.

Key Topics: Forensic Science | Analysis of Evidence | Crime Investigation | Laboratory Techniques | Scientific Investigation | Quality Control | Forensic Standards | Research Methods | Case Study Analysis

Track 2: Medical Forensics and Pathology

This track discusses medical investigations related to legal matters such as assessment of injury, cause of death, and pathological processes.

Key Topics: Medical Forensics | Pathological Forensics | Investigation of Cause of Death | Autopsy Techniques | Trauma Evaluation | Medical Evidence | Determination of Cause of Death | Legal Medicine

Track 3: Forensic Biology and DNA Testing

This track investigates biological evidence examination and genetic techniques of investigation.

Key Topics: Forensic Biology | DNA Profiling | Genetic Identification | Biological Evidence | Molecular Techniques | Man Identification | DNA Bases | Laboratory Analysis

Track 4: Digital Forensics and Cyber Investigations

This track looks at ways to investigate computer, network and electronic device digital evidence.

Key Topics: Digital Forensics | Cyber Investigation | Data Recovery | Cyber Crime Analysis | Network Evidence | Mobile Forensics | Digital Evidence Management | Incident Response

Track 5: Forensic Toxicology

This track looks at the analysis of drugs and other toxic materials in forensic cases.

Key Topics: Forensic Toxicology | Drug Analysis | Chemical Detection | Poisoning Investigation | Substance Identification | Analytical Chemistry | Toxicological Interpretation

Track 6: Crime Scene Investigation and Evidence Management

This track looks at methods for gathering, documenting, preserving and analyzing evidence gathered at a crime scene.

Key Topics: Crime Scene Investigation | Evidence Gathering | Evidence Preservation | Scene Documentation | Forensic Photography | Chain of Custody | Investigation Methods

Track 7: Forensic Anthropology and Human Identification

This track looks at methods for the analysis of human remains and the ways to identify them in forensic cases.

Key Topics: Forensic Anthropology | Human Remains Analysis | Skeletal Examination | Biological Profile | Identification Methods | Disaster Victim Identification | Osteology

Track 8: Forensic Genetics and Population Studies

This track analyzes the application of genetic technologies and population methods used for forensic identification.

Key Topics: Forensic Genetics | Genetic Markers | Population Genetics | Interpretation of DNA | Kinship Analysis | Genetic Database | Identity Testing

Track 9: Cybercrime and Information Security

This track examines methods of investigation related to cybercrimes and the protection of data.

Key Topics: Cybercrime | Information Security | Digital Investigation | Cyber Threat | Digital Evidence | Data Protection | Cyber Security | Cyber Law

Track 10: Forensic Psychology and Behavioral Analysis

This track investigates psychological methods used in criminal investigations, assessment of offenders, and legal matters.

Key Topics: Forensic Psychology | Criminal Behavior | Behavioral Analysis | Offenders’ Assessment | Psychological Assessment | Witnesses’ Studies | Legal Psychology

Track 11: Forensic Chemistry and Analytical Techniques

This track studies chemical analysis methods applied to identification, as well as forensic samples. 

Key Topics: Forensic Chemistry | Analytical Instruments | Chromatography | Spectroscopy | Substance Identification | Trace Evidence | Laboratory Methods

Track 12: Trace Evidence and Material Analysis

This track involves analysis of evidence materials in small scale that helps in forensics investigation.

Key Topics: Trace Evidence | Fibers | Glass Analysis | Paint Analysis | Material Analysis | Microscopy | Physical Evidence

Track 13: Forensic Imaging and Biometric Identification

This track involves imaging technologies and biometric identification used in forensic investigation and evidence interpretation.

Key Topics: Forensic Imaging | Face Recognition | Fingerprint Analysis | Biometrics | Image Analysis | Pattern Recognition | Identification Technology

Track 14: Fingerprinting, Biometrics and Identification Systems

This track involves traditional as well as new identification systems used in forensic investigation.

Key Topics: Fingerprint Analysis | Biometrics | Identification | Automated Identification | Pattern Analysis | Databases

Track 15: Forensic Law, Ethics and Justice Systems

This track involves law and ethics related to forensic investigations and justice system involved in this process.

Key Topics: Forensic Law | Legal Evidence | Expert Witness | Ethics Issues | Court Processes | Justice Systems | Evidence Standards

Track 16: Forensic Investigation and Criminal Justice

This track examines investigation methods and cooperation between forensic experts and the criminal justice system.

Key Topics: Criminal Investigations | Forensic Evidence | Police Work | Investigative Methods | Case Management | Administration of Justice

Track 17: Artificial Intelligence and Emerging Technologies for Forensic Sciences

The track discusses the application of artificial intelligence, automation, and new technologies in forensic sciences.

Key Topics: Artificial Intelligence | Machine Learning | Automation | Predictive Analysis | Advanced Tools | Data Analysis | Smart Forensic Science

Track 18: Applications of Forensic Science in Public Safety and Practices around the World

The track explores forensic science applications, international cooperation, and methods to enhance public safety.

Key Topics: Forensic Science | Public Safety | International Practices | Crime Prevention | Evidence-Based Investigation | Forensic Collaboration | Security Science

Track 19: Forensic Laboratory Management and Quality Assurance

The track deals with forensic laboratory management and quality assurance.

Key Topics: Forensic Laboratories | Quality Management | Laboratory Accreditation | Standard Procedures | Quality Assurance | Professional Training | Laboratory Safety

Track 20: Forensic Technology: Research, Education and Future Perspectives

The track discusses the development of research, professional training and other innovations in forensic science and technology.

Key Topics: Forensic Research | Scientific Education | Professional Training Programs | Research Methodologies | Technology Development | Future Application of Forensic Sciences

CONFERENCE EXPERIENCE AND OPPORTUNITIES

The International Conference on Forensic Research and Technology serves as a platform for the international market of forensic science both as far as the professionals and the representatives of academia are concerned. The forum provides an opportunity for participants to meet and develop either professional or business contacts with partners from the field of forensic research.

      Advantages for Speakers

1. Present a report of original research along with original case studies in front of people involved in forensic work.
2. Share scientific data about forensic investigations as well as take part in discussions on forensic research.
3. Receive a speaker certificate that confirms attendance at speakers’ sessions.
4. Exchange knowledge with forensic scientists, investigators, teachers, and experts in the field.
5. Get feedback and opinions from the attendees of the conference.
6. Establish ties for conducting research together with other scientists.
7. Promote the research work at the conference.
8. .Be involved in seminars and presentations about the use of forensic techniques and technology

      Advantages for Delegates

1. Get to know the latest developments in forensic science and forensic technologies.
2. Attend presentations delivered by professionals in this field and seminars.
3. Learn about the innovations in the field of forensic investigation, laboratory practices, and electronic technologies.
4. Participate in discussions, knowledge exchange sessions, and professional communication.
5. Gain knowledge about the use of forensic technologies in different disciplines.
6. Meet scientists, police officers, teachers, and representatives of related industries.
7. Exchange professional ideas with respect to the issues in forensic field.

      Benefits for Poster Presenters

1. The opportunity to present research work to interested members in forensic science and technology.
2. Feedback from scientists and experts.
3. Increase publicity of current research projects and results.
4. Opportunity to evaluate and be recognized for posters.
5. Networking with other scientists and experts.
6. Communication of scientific data in conference material if any.
7. Awarding of Poster Presentation Certificate.
8. Benefits to Students and Young Scientists
9. Present research in an academic conference format.
10. Benefit from interactions with experienced researchers and forensic professionals.
11. Improvement in research and presentation skills.
12. Networking with peers and experts.
13. Opportunities for academic and professional development.
14. Opportunity to participate in student related events and awards.
15. Awarding of certificates that can support academic and professional record.

      Benefits to Sponsors and Exhibitors

1. Showcase forensic technologies, products, services, and solutions to conference participants.
2. Introduce the activities of the organization to scientists and experts.
3. Make connections with forensic specialists, universities, and industry.
4. Opportunity for professional collaboration.
5. Demonstration of technologies and services suitable for forensic applications.
6. Publicize the capacities of the organization in the forensic field.
7. Participation in networking and exhibition at the conference.

                                                                                                        Market Growth Analysis

The global forensic technology market has been continuously registering growth owing to growing demand for digital investigations, DNA profiling, biometric identification, forensic lab services, and modern methods of evidence examination. According to estimates, the global forensic technology market was worth around USD 23.5 billion in 2024 and is expected to grow to about USD 25 billion in 2025. This growth can be attributed to growing adoption of AI technology, cyber forensics, automated laboratories, and advanced analytical techniques.

Long-term market forecast, forensic technology market will continue its growth trajectory and get to the level of USD 35–40 billion by 2030 with CAGR reaching approximately 7–9%. Future market trends will be determined by growing development of cybercrimes, advancement of forensic DNA technologies, higher demand for viable identification methods, and investments in forensic research facilities. North America and Europe will remain the major markets owing to their strong forensic capabilities while Asia-Pacific and emerging regions will enjoy high growth rate due to modernization of their forensic systems and technological upgrade.