Challenge: Counterspeech, i.e. responses to counteract potential harms of hateful speech, has become an increasingly popular solution to address online hate speech without censorship risks of deletion-based content moderation.
Approach: They draw from psychology and philosophy literature to craft six psychologically inspired strategies to challenge the underlying stereotypical implications of hateful language.
Outcome: The strategies used in human- and machine-generated counterspeech datasets are convincing, whereas human-written counterspech uses less specific strategies compared to machine-produced counters.

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Assessing the Human Likeness of AI-Generated Counterspeech (2025.coling-main)

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Challenge: Existing studies have focused on relevance, surface form, and other shallow linguistic characteristics.
Approach: They propose to evaluate the human likeness of AI-generated counterspeech . they implement and evaluate several LLM-based generation strategies .
Outcome: The proposed models show that human-written counterspeech can be distinguished by both simple classifiers and humans.
NLP for Counterspeech against Hate: A Survey and How-To Guide (2024.findings-naacl)

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Challenge: Recent studies have focused on the challenges of analysing, collecting, classifying, and automatically generating counterspeech, to reduce the huge burden of manually producing it.
Approach: They propose a guide for doing research on counterspeech, with detailed examples and best practices that can be learnt from the NLP community.
Outcome: The proposed strategies can reduce online and offline violence while preserving the freedom of speech of the users.
Outcome-Constrained Large Language Models for Countering Hate Speech (2024.emnlp-main)

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Challenge: Existing research focuses on generating counterspeech with linguistic attributes such as being polite, informative, and intent-driven.
Approach: They develop automatic counterspeech generation methods that incorporate two desired conversation outcomes into the text generation process: low conversation incivility and non-hateful hater reentry.
Outcome: The proposed methods incorporate two desired conversation outcomes: low conversation incivility and non-hateful hater reentry.
Echoes of Discord: Forecasting Hater Reactions to Counterspeech (2025.findings-naacl)

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Challenge: Hate speech (HS) online causes increased prejudice and discrimination, fostering an environment of hostility and social division.
Approach: They analyze the Reddit Echoes of Hate dataset to assess the impact of counterspeech from the hater's perspective and focus on whether the counterspeak leads the reentry to be hateful.
Outcome: The proposed model outperforms the two-stage reaction predictor and the three-way classifier to predict haters' reactions to the reentry of the conversation and determines the type of resentment.
A Fine-Grained Taxonomy of Replies to Hate Speech (2023.emnlp-main)

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Challenge: a new corpus of responses to hate speech is developed to counter hate speech . authors work with real, user-generated hate speech and all the replies it elicits . counterspeech refers to a "direct response that counters hate speech"
Approach: They propose a taxonomy of responses to hate speech and a new corpus to analyze responses . they find that responses to user-generated hate speech are more effective than replies generated by a third party .
Outcome: The proposed taxonomy of responses to hate speech and a new corpus provide insights into content real users reply with and which replies are empirically most effective.
Counterspeech Generation using Small Language Models (2026.acl-srw)

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Challenge: Social media use is growing annually with about 68.5% of the global population active on these platforms as of July 2025.
Approach: They evaluate SLMs ranging from 100 million to 3 billion parameters using simple prompting strategies as well as fine-tuning, combining automatic and robust human evaluations.
Outcome: The proposed models generate relevant, coherent, and high-quality counterspeech, suggesting their suitability for efficient and responsible deployments.
Generate, Prune, Select: A Pipeline for Counterspeech Generation against Online Hate Speech (2021.findings-acl)

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Challenge: Off-the-shelf methods to generate hate speech are limited in that they generate repetitive and safe responses regardless of the hate speech.
Approach: They propose a three-module pipeline approach to generate diverse and relevant counterspeech . they first generate various counterspeak candidates by a generative model, then filter ungrammatical ones using a BERT model .
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NLP for Counterspeech against Hate and Misinformation (CSHAM) (2025.acl-tutorials)

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Challenge: tutorial aims to show how counterspeech is used to tackle abuse and misinformation by individuals, activists and organisations.
Approach: tutorial aims to show how counterspeech is currently used to tackle abuse and misinformation . will also show how Natural Language Processing (NLP) and Generation (NLG) can be applied to automate its production.
Outcome: The tutorial will bring diverse multidisciplinary perspectives to safety research . case studies from industry and public policy will be included .
Is Safer Better? The Impact of Guardrails on the Argumentative Strength of LLMs in Hate Speech Countering (2024.emnlp-main)

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Challenge: Automated responses lack argumentative richness which characterises expert-produced counterspeech.
Approach: They propose to automate counterspeech generation by investigating tension between helpfulness and harmlessness of LLMs and to assess whether presence of safety guardrails hinders quality of generations.
Outcome: The proposed approach produces more cogent responses that lack argumentative richness which characterises expert-produced counterspeech.
Intent-conditioned and Non-toxic Counterspeech Generation using Multi-Task Instruction Tuning with RLAIF (2024.naacl-long)

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Challenge: Existing systems that target hate speech with intent-conditioned counterspeech generate better results with longer contexts.
Approach: They propose a framework that enables counterspeech generation by modeling the pragmatic implications underlying social biases in hateful statements.
Outcome: The proposed framework outperforms existing benchmarks in intent-conditioned counterspeech generation.

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