Living Evidence Synthesis

Prevention and Intervention for Online Romance Scams: Evidence Synthesis

This synthesis summarizes reviewed, directly relevant evidence on education, detection/disruption, platform safeguards, financial/legal measures, and survivor-focused interventions intended to reduce harm from online romance scams. Across the corpus, there is consistent endorsement of multi-layered prevention that pairs targeted education/awareness with platform-side safeguards, improved reporting and law-enforcement coordination, and survivor-centered post-incident support. The evidence base is primarily qualitative, administrative-report–based, case-file, or small-sample evaluation work; rigorous longitudinal and randomized evaluations of specific interventions are scarce. Where available, studies support tailored, context-sensitive campaigns, risk signaling and verification tools on platforms, urgent attention to cryptocurrency-enabled hybrid scams (pig-butchering), and the need to evaluate pragmatic interventions (e.g., targeted warnings, pre-transfer referrals, and support-group models). Substantial evidence gaps remain about which specific interventions causally reduce victimization and how to implement ethically acceptable automated blocking or algorithmic interventions. Stakeholders should prioritize pilot evaluations with pre/post or controlled designs, coordinated platform–financial-sector responses, and resources for victim support and specialist clinical training.

Published Updated Romance Scam Research Center
Publications
39
Evidence statements
157
Cited sources
39
Synthesis version
7

This synthesis summarizes reviewed, directly relevant evidence on education, detection/disruption, platform safeguards, financial/legal measures, and survivor-focused interventions intended to reduce harm from online romance scams. Across the corpus, there is consistent endorsement of multi-layered prevention that pairs targeted education/awareness with platform-side safeguards, improved reporting and law-enforcement coordination, and survivor-centered post-incident support. The evidence base is primarily qualitative, administrative-report–based, case-file, or small-sample evaluation work; rigorous longitudinal and randomized evaluations of specific interventions are scarce. Where available, studies support tailored, context-sensitive campaigns, risk signaling and verification tools on platforms, urgent attention to cryptocurrency-enabled hybrid scams (pig-butchering), and the need to evaluate pragmatic interventions (e.g., targeted warnings, pre-transfer referrals, and support-group models). Substantial evidence gaps remain about which specific interventions causally reduce victimization and how to implement ethically acceptable automated blocking or algorithmic interventions. Stakeholders should prioritize pilot evaluations with pre/post or controlled designs, coordinated platform–financial-sector responses, and resources for victim support and specialist clinical training. [1] [2] [3] [4] [5] [6] [7]

Public education and awareness

Multiple reviewed sources recommend sustained public-awareness efforts that communicate scammer techniques and promote healthy skepticism of online identities. Authors repeatedly state prevention messaging should be continually revised to keep pace with changing offender methods and platform contexts, and that awareness campaigns and partnerships (for example with NGOs and educational institutions) are feasible delivery mechanisms for outreach. [8] [9] [4] [10]

Evidence shows awareness alone may be insufficient: some participants can recognize suspicious cues only after loss, and prevention messaging should therefore foreground triggers and stage-specific advice (including financial-literacy content and healthy-relationship education) rather than generic warnings alone. [2] [11]

Several field and community projects document feasible delivery channels and population tailoring (for example village-level outreach or context-specific campaigns) but typically report descriptive outcomes rather than controlled effectiveness measures; these implementations underline the value of culturally appropriate channels for reach and acceptability. [9] [12]

Multiple sources emphasize tailoring campaigns to population subgroups (older adults, people with acquired brain injury, youth, or high social-media users) and using culturally appropriate channels (e.g., radio, community workshops) to improve reach and acceptability of prevention messaging for diverse contexts. [13] [7] [14] [15] [12]

Tailoring for specific vulnerabilities and co‑designed supports

For people with acquired brain injury, participants and clinicians recommended simple, repeated, one-to-one interactive training, mock-scam workshops, and survivor testimony as acceptable support and prevention modalities; studies document stakeholder interest but do not provide outcome-evaluated clinical interventions. [7] [16]

Evidence-based guidance for other vulnerable groups (for example minors or older adults) is suggested across multiple reports, but direct, experimentally validated protocols for these groups remain limited in the reviewed corpus and typically rest on practitioner recommendations or small-scale community work. [17] [18]

Co-design methods have been used to develop psychosocial recovery frameworks and intervention content for vulnerable groups, but the reviewed co-design outputs were developed through stakeholder focus groups and planning rather than being tested for clinical effectiveness in evaluated trials or longitudinal outcome studies. [16]

Platform safeguards, detection, and ethical tensions

Platform-side measures recommended in the evidence include stronger account authentication (phone verification, multiple profile images), automated detection/flagging of suspicious messaging patterns, and real-time warnings or prompts to users interacting with likely scam accounts; these are presented as a core preventative layer complementary to public education. [5] [19]

Doctrinal and policy-focused studies call for improved laws, clearer remedies for identity-based harms, coordinated cross-border enforcement, and public outreach accompanying legal reform; these works underline that legislation without outreach or implementation will not, by itself, reduce victimization. [20] [7] [21] [22]

Ethical tensions are documented: studies note conflicts between paternalistic pre-emptive blocking and victims' agency, and call for research and policy work to evaluate algorithmic recognition, consent frameworks, and thresholds for intervention (for example conditional holds or referrals when transfers are imminent or losses would be catastrophic). [23]

Technical-defence proposals commonly pair authentication and detection with user-facing education and reporting pathways, but evaluated evidence of impact from large-scale platform deployments is not represented in the reviewed material and therefore remains an open question in practice-focused recommendations. [24] [25]

Detection, crypto-enabled scams, and financial-sector responses

For crypto-enabled romance-investment scams (pig-butchering), several forensic and policy studies highlight the need for exchange cooperation, transaction-pattern monitoring, and coordination between platforms and financial actors to detect suspicious sequences such as repeated small inducement payments and to warn victims or close accounts when appropriate. [26] [27] [28]

Existing detection workflows and proposed automated systems face documented limitations: some studies report high false-positive rates and weak adaptation to evolving scam tactics, and commentary and gap analyses emphasise that detection methods need further development, validation, and careful operational testing before scalable deployment. [5] [29]

Recommended responses therefore stress multi-sector cooperation—technical detection, exchange action, employee training in financial institutions, and public-awareness complements—while noting the current evidence base lacks large-scale validated evaluations of operational effectiveness in romance-scam contexts. [24] [25]

Early disruption, recognition triggers, and prototype interventions

Research on recognition triggers indicates many victims recall identifiable cues (such as additional money requests, verification failures, or abrupt changes in communication) that precipitated recognition; authors recommend foregrounding these triggers in prevention materials and designing prompts or pause-points at likely transition stages (for example before initial money transfer). [2] [30]

Linguistic analyses of profiles and correspondence identify recurring language patterns and manipulative structures that can inform warning templates, user-facing red-flag lists, and detection features—although studies are often corpus-limited and require replication across platforms and languages to support robust automated screening. [30] [31] [32]

Small controlled prototype work (for example mock-platform tasks and brief contextualised training) can change task-based detection outcomes or self-reported detection intentions in simulated settings; the reviewed evaluations are preliminary and emphasise the need to test real-world behavioral endpoints (for example reduced transfers or victimisation) in future studies. [33] [14]

Survivor support, service gaps, and recommended priorities

Qualitative and service-focused studies emphasise the need for non-judgmental, specialist-informed support: several authors recommend immediate referral to counsellors knowledgeable about romance scams and describe the value of peer-support groups, while noting practical barriers to sustaining groups. [34] [35]

The reviewed corpus identifies a substantive evidence gap: there are no known established treatment guidelines or evaluated psychological interventions specifically for cyberscam survivors, and co-designed psychosocial recovery frameworks have been developed through stakeholder methods rather than tested in outcome-evaluated clinical trials. [7] [16] [34]

Practical service recommendations across studies include prioritizing victim support and revictimisation prevention given the low likelihood of investigation; teaching people with acquired brain injury (ABI) about safe online dating to reduce romance‑scam risk while preserving the benefits of online dating; creating a central online resource and support‑group models for close others; and improving awareness among police, service providers, and paid carers of ABI‑related vulnerabilities and appropriate accommodations. [36] [7]

Best-evidence practice currently supports integrated, layered prevention: maintain up-to-date, targeted public education; deploy platform-side authentication and risk-signaling features; coordinate rapid financial-sector responses to suspected transfers; and ensure non-judgmental, specialist-informed referral pathways for survivors. [1] [5] [25] [34] [3]

Evidence quality, gaps, and priorities for future research

The reviewed sources emphasize recommendations for future research and practice, including testing interactive training exercises for scam detection, examining whether other scams follow a trajectory of trust-building before the financial sting, and evaluating guidance such as encouraging online daters to meet within a month or for support agencies and health professionals to use detailed knowledge of scams to better understand victims’ experiences. They also note limitations of existing detection methodologies, specifically high false-positive rates and weak adaptation to changing scam tactics. [33] [1] [5]

Explicit future-work recommendations in the corpus call for longitudinal tracking of offender trajectories and intervention effectiveness, comparative cross-jurisdictional research, and expanded evaluation of detection methods and intervention pilots to establish which measures causally reduce victimization and avoid unintended harms. [37] [38] [5] [23]

Priority research actions are clear in the literature: evaluate targeted interventions (for example pop-up warnings, conditional payment holds, contextualised training) using pre/post or randomized designs where feasible; expand validated datasets for detection-model training and external testing; and pilot clinically oriented recovery interventions with measured outcomes. [33] [23] [5] [16]

Finally, designers and practitioners should build iterative evaluation into any deployed intervention (usability, short-term learning, and behavioral endpoints) and explicitly monitor for unintended harms—such as overblocking, victim autonomy loss, or stigmatization—before scaling promising measures. [39] [23]

References

  1. Whitty, MT. (2013). Anatomy of the online dating romance scam DOI
  2. Cross, C. (2023). “I knew it was a scam”: Understanding the triggers for recognizing romance fraud DOI
  3. Soares, Adebayo Benedict; Lazarus, Suleman (2024). Examining fifty cases of convicted online romance fraud offenders DOI
  4. Cross, C. (2023). Romance baiting, cryptorom and ‘pig butchering’: an evolutionary step in romance fraud DOI
  5. Vedhanayagam, Priya; Singh, Moulik; Dadhania, Arora Preksha; Ikram, Sumaiya Thaseen (2026). Forensic footprints in digital love: Unveiling romance scams with Maltego and machine learning DOI
  6. Purwaningrum, Evi Kurniasari; Ho, Yi Ming; Imawati, Diana; Prihadi, Kususanto Ditto; Talib, Mansor Abu (2024). Factors of susceptibility to online romance scam in Malaysia: unraveling the complex pathways DOI
  7. Gould, Kate R.; Carminati, Jao-Yue J.; Ponsford, Jennie L. (2021). “They just say how stupid I was for being conned”. Cyberscams and acquired brain injury: A qualitative exploration of the lived experience of survivors and close others DOI
  8. Cross, C.; Holt, TJ. (2021). The Use of Military Profiles in Romance Fraud Schemes DOI
  9. Buil-Gil, D.; Zeng, Y. (2021). Meeting you was a fake: investigating the increase in romance fraud during COVID-19 DOI
  10. Annadorai, Kalaivani; Krish, Pramela; Shaari, Azianura Hani; Kamaluddin, Mohammad Rahim (2020). Mapping Computer Mediated Communication Theories and Persuasive Strategies in Analysing Online Dating Romance Scam DOI
  11. Pacheco Unguetti, Antonia Pilar; Miranda Gálvez, Azahara Leonor (2025). Amor, dependencia y aislamiento: El impacto psicológico del romance scam DOI
  12. Pramana, Pramana; Priastuty, Chairunnisa Widya; Utari, Prahastiwi (2024). Waspada Cinta Maya: Membangun Kesadaran Bahaya Online Love Scam Masyarakat Desa 'Damai' Nglinggi, Kabupaten Klaten DOI
  13. Whitty, MT.; Buchanan, T. (2012). The Online Romance Scam: A Serious Cybercrime DOI
  14. Dickerson, S.; Apeh, E.; Ollis, G. (2020). Contextualised Cyber Security Awareness Approach for Online Romance Fraud DOI
  15. Sinclair, R.; Bland, M.; Savage, B. (2023). Dating hot spot to fraud hot spot: Targeting the social characteristics of romance fraud victims in England and Wales DOI
  16. Chew, Kimberly Ann; Ponsford, Jennie Louise; Gould, Kate Rachel (2025). “This is a lifesaver”: co-designing a novel cyberscam psychosocial recovery intervention framework for people with acquired brain injury DOI
  17. Wang, C. (2022). Online Dating Scam Victims Psychological Impact Analysis DOI
  18. Button, Mark; Karagiannopoulos, Vasileios; Shepherd, David; Kirby, Annie; Lee, Julak; Suh, Joon Bae; Jung, Jeyong; Koh, Chol Soo (2026). Practitioner perspectives on what works in preventing fraud against older adults DOI
  19. Diallo, Ousmane; Hassan, Hasnani; Najeeb Zaidan, Muslim (2025). Leveraging Naive Bayesian Machine Learning for Detecting Pig Butchering Scams: A Cybersecurity Social Engineering Perspective in Africa DOI
  20. Bimantari, N.; Kusnadi, SA.; Purwaningtyas, FD. (2023). Legal Protection for Victims of Love Scam Crimes DOI
  21. Fu, Zhenglang (2024). Analysis of "Pig-Butchering Scam" Type of Network Fraud from the Legal Perspective DOI
  22. Button, Mark; Hock, Branislav; Suh, Joon Bae; Koh, Chol Soo (2025). Policing cross-border fraud ‘Above and below the surface’: mapping actions and developing a more effective global response DOI
  23. Sorell, T.; Whitty, M. (2019). Online romance scams and victimhood DOI
  24. L. Burton, Dr. Sharon; D. (Vickerson) Moore, Dr. Pamela (2024). Pig Butchering in Cybersecurity: A Modern Social Engineering Threat DOI
  25. Li, Xinyan (2025). Problems and Solutions of Telecommunications and Internet Fraud Crimes of the Type of "Pig Butchering Scams" in Criminal Law Regulation Based on Criminal Law Elements Analysis DOI
  26. Griffin, John M.; Mei, Kevin (2024). How Do Crypto Flows Finance Slavery? The Economics of Pig Butchering DOI
  27. Wang, Fangzhou (2026). A scoping review of online romance scams: Conceptual construction and comparative analysis DOI
  28. Ditasya Anisa Riani; Ruslan Abdul Gani; Maryani, Maryani (2026). Catfishing on Social Media: A Criminal Law And Islamic Criminal Law Analysis In Jambi DOI
  29. Wang, F.; Zhou, X. (2022). Persuasive Schemes for Financial Exploitation in Online Romance Scam: An Anatomy on Sha Zhu Pan (杀猪盘) in China DOI
  30. Dreijers, G.; Rudziša, V. (2020). Devices of Textual Illusion: Victimization in Romance Scam E-Letters DOI
  31. Lee, KF.; Chan, MY.; Mohamad Ali, A. (2022). Self and desired partner descriptions in the online romance scam: a linguistic analysis of scammer and general user profiles on online dating portals DOI
  32. Grace Carvalho Fernandes, S.; BASTOS DO NASCIMENTO, V.; Castelo Branco Do Nascimento, V. (2023). Romance Scam: Victim Manipulation and Human Trafficking DOI
  33. Whitty, MT. (2019). Who can spot an online romance scam? DOI
  34. Whitty, MT.; Buchanan, T. (2015). The online dating romance scam: The psychological impact on victims – both financial and non-financial DOI
  35. Cross, C. (2019). “You’re not alone”: the use of peer support groups for fraud victims DOI
  36. Cross, C. (2018). Expectations vs reality: Responding to online fraud across the fraud justice network DOI
  37. Barnor, J. (2024). The charade of discreetness: Exploring the paradoxical lifestyles of romance fraudsters DOI
  38. Gujarathi, Palak; Verma, Shankey; Nair, Vipin Vijay (2026). Pig Butchering Scams as Cyber-Enabled Financial Crime: A Scoping Review of Dimensions, Modus Operandi, and Victim-Offender Dynamics DOI
  39. Lea, Octavia; Shepherd, Lynsay A.; Szymkowiak, Andrea (2024). HeartGuard VR: Immersive Romance Scam Education DOI

This AI-assisted synthesis is based on reviewed evidence records. It may contain errors or omissions. Follow the publication and DOI links, consult the original works, and make your own judgment about the evidence.