Deepfakes force enterprises to rethink cybersecurity Organizations must move beyond simple detection tools to defend against AI-generated impersonations and synthetic media attacks. As generative A...

#Biometrics #News #Liveness #Detection #AI #fraud […]

[Original post on biometricupdate.com]

Deepfakes force enterprises to rethink cybersecurity Organizations must move beyond simple detection tools to defend against AI-generated impersonations and synthetic media attacks. As generative A...

#Biometrics #News #Liveness #Detection #AI #fraud […]

[Original post on biometricupdate.com]

#MBMV2026 - 29. Workshop zu Methoden und Beschreibungssprachen zur Modellierung und Verifikation von Schaltungen und Systemen; program is #online; with three papers from @unibremen.bsky.social and @dsc-ub.bsky.social www.informatik.uni-wuerzburg.de/en/mbmv/prog... #PolyVer #CAUSE #explainability

Designing for Explainability: From Interrogability to Intent Alignment When agents act on our behalf, trust depends on more than answers. It depends on showing the work through explainability.

If #AI agents can interpret intent and execute #workflows autonomously, what makes them trustworthy? Accuracy isn’t enough. #Transparency isn’t enough. So what is?

This piece explores why #explainability must move from feature to infrastructure — and what that means for design.

B-cos LM: Efficiently Transforming Pre-trained Language Models for Improved Explainability

Yifan Wang, Sukrut Rao, Ji-Ung Lee, Mayank Jobanputra, Vera Demberg

Action editor: Yingce Xia

https://openreview.net/forum?id=c180UH8Dg8

#explanations #explainability #interpretability

Nils’ research interests span model #explainability and #interpretability, text evaluation metrics, interactivity and dialogue, and biomedical NLP.

AI Transparency vs. Explainability: What's the Difference for American Businesses?   AI Transparency vs. Explainability: What's the Difference for American Businesses? As artificial intelligence continues to reshape American business landscapes, two terms dominate boardroom discussions: AI transparency and explainability. While often used interchangeably, these concepts serve distinct purposes in building trustworthy AI systems. Understanding the difference isn't just academic—it's essential for compliance, customer trust, and competitive advantage in today's AI-driven marketplace. Understanding AI Transparency: The Foundation of Trust AI transparency refers to the openness about an AI system's design, development, and operational processes. Think of it as providing stakeholders with a comprehensive view of how your AI system was built and functions at a systemic level. Key Elements of AI Transparency * Data Sources and Collection Methods: Disclosing what data feeds your AI models and how it's gathered—similar to privacy policies that explain data collection practices * Algorithm Architecture: Sharing information about the technical framework and model types employed * Governance Structure: Clearly identifying who's accountable for AI development, deployment, and ongoing oversight * Training Processes: Explaining how models are trained, validated, and updated over time For American businesses operating under increasing regulatory scrutiny, transparency establishes the foundation for compliance and stakeholder confidence. It answers the "what" and "who" questions about your AI systems. AI Explainability: Making Individual Decisions Understandable While transparency focuses on the system as a whole, explainability drills down to specific decisions and outputs. Explainability provides understandable reasons for why an AI system reached a particular conclusion or recommendation. Core Components of Explainability * Decision Justification: Providing clear reasoning for specific outcomes—like explaining why a loan application was approved or denied based on particular factors * Human-Readable Outputs: Translating complex AI operations into language that non-technical stakeholders, including customers and compliance officers, can understand * Model Interpretability: Making the inner workings of AI models accessible to those who need to understand them * Actionable Insights: Providing users with information they can actually use to improve outcomes or understand next steps Explainability is particularly crucial for high-stakes business decisions in sectors like finance, healthcare, and human resources, where regulatory requirements demand clear justifications for automated decisions. The Critical Differences for Business Applications Aspect Transparency Explainability Focus System-level understanding Decision-level understanding Audience Broad stakeholders, regulators, public End-users, developers, compliance teams Purpose Build trust in the system Build trust in specific outputs Questions Answered "What" and "Who" "Why" and "How" Why Both Matter for American Businesses in 2026 The regulatory landscape in the United States is evolving rapidly. Federal agencies like the CFPB and FTC are scrutinizing AI systems for fairness and discrimination. State-level regulations, particularly in California and New York, are establishing new standards for algorithmic accountability. Business Benefits of Implementing Both * Regulatory Compliance: Meeting emerging federal and state requirements for AI governance and algorithmic fairness * Customer Trust: Building confidence among American consumers increasingly concerned about AI's role in decisions affecting their lives * Risk Mitigation: Identifying and addressing bias, errors, and unintended consequences before they become costly problems * Competitive Advantage: Differentiating your business through ethical AI practices that resonate with values-conscious consumers * Better Debugging: Enabling technical teams to troubleshoot and improve AI systems more effectively Practical Implementation Strategies American businesses don't need to choose between transparency and explainability—both are essential for responsible AI adoption. Here's how to implement both effectively: * Document Everything: Maintain comprehensive records of data sources, model architectures, training processes, and governance structures * Choose Interpretable Models When Possible: For high-stakes decisions, prioritize inherently interpretable models over black-box approaches * Implement Ongoing Monitoring: Establish systems to continuously evaluate AI outputs for bias and accuracy * Create Clear Communication Protocols: Develop templates for explaining AI decisions to different stakeholder groups * Invest in Training: Ensure teams understand both the technical and ethical dimensions of your AI systems Frequently Asked Questions Is explainability required by U.S. law? While no comprehensive federal AI law exists yet, specific regulations like the Equal Credit Opportunity Act require adverse action notices that explain credit decisions. Several states are implementing AI-specific requirements. Can black-box models ever be sufficiently explained? Post-hoc explainability techniques like SHAP and LIME can provide some insight into black-box models, but they have limitations. For high-stakes business decisions, inherently interpretable models are generally recommended. Does explainability hurt AI performance? There may be a small performance tradeoff with more interpretable models, but research shows this gap is minimal for most business applications. The benefits of explainability typically outweigh minor performance differences. Who needs to understand AI explanations? Multiple stakeholders benefit from explainability: customers receiving AI-driven decisions, compliance officers ensuring regulatory adherence, developers debugging systems, and executives making strategic decisions about AI deployment. The Bottom Line AI transparency and explainability aren't competing concepts—they're complementary pillars of responsible AI deployment. Transparency provides the big-picture view that builds systemic trust, while explainability offers the granular understanding needed for individual decisions and regulatory compliance. For American businesses navigating an increasingly complex regulatory environment and serving customers who demand ethical AI practices, investing in both transparency and explainability isn't optional—it's essential for long-term success and sustainability in the AI-powered economy. Found this article helpful? Share it with your network to spread awareness about responsible AI practices in American business. Together, we can build a future where AI serves everyone fairly and transparently. 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Visit our website for more articles: https://www.proainews.com

AI Transparency vs. Explainability: What's the Difference for American Businesses? #AITransparency #Explainability #ArtificialIntelligence #BusinessInnovation #TrustworthyAI

Privacy Risks and Preservation Methods in Explainable Artificial Intelligence: A Scoping Review

Sonal Allana, Mohan Kankanhalli, Rozita Dara

Action editor: Satoshi Hara

https://openreview.net/forum?id=q9nykJfzku

#privacy #explainability #ai

We reinvent a wheel. Now, #contextgraphs are a booming topic, but it is an old concept: #explainability + #auditlog.
In practice, we need much more than decision traces - we need #causality - how these decision traces impact the results and how the agent could learn from experience.
#ai #agenticai

ECT-SpeechAI This session aims to build a community of speech scientists and technologists advancing explainability methods, metrics, and evaluation frameworks in speech AI, not only as a tool for understanding mo...

ECT-SpeechAI: #Explainability for #Compliance and #Trust in Speech AI

Website at: sites.google.com/view/ect-spe...

Brought to you by Dr. Xiaoliang Wu, Sarah Kiden, Poppy Welch, Assistant Prof Sneha Das, Assistant Prof Zhengjun Yue, Dr. Sarenne Wallbridge, Assistant Prof Jennifer Williams, PhD

Why Old-School Logic is Key for AI Reliability The article discusses how traditional logic rules are revitalizing generative AI, promoting trust and coherence. It highlights the emergence of neuro-symbolic architectures that combine language mo…

Why Old-School Logic is Key for AI Reliability
The Logic Layer: Why Old-School Rules Are the New Guardrails for Generative AI
goodstrat.com/2025/12/06/w...
#AI #ExpertSystems #ActiveRules #Explainability

Why Old-School Logic is Key for AI Reliability The article discusses how traditional logic rules are revitalizing generative AI, promoting trust and coherence. It highlights the emergence of neuro-symbolic architectures that combine language mo…

@manniequinn.bsky.social Why Old-School Logic is Key for AI Reliability
The Logic Layer: Why Old-School Rules Are the New Guardrails for Generative AI
goodstrat.com/2025/12/06/w...
#AI #ExpertSystems #ActiveRules #Explainability

Some of the #NeurIPS 2025 papers our lab contributed to. Curious, please reach out to Thomas Dooms who is on site or just drop us an email

#Interpretability #explainability #MechInterp #XAI #AI #ML
#sqIRL #IDLab #UAntwerp

sqIRL (Interpretable Representation Learning) | LinkedIn sqIRL (Interpretable Representation Learning) | 23 followers on LinkedIn. We are "squIRreL", the Interpretable Representation Learning Lab based at IDLab - University of Antwerp & imec. ...

We just launched a #linkedin page. Please help us spread the word and share it with people that might be interested.
linkedin.com/company/sqir...

#RepresentationLearning #interpretability #explainability #XAI #mechinterp #AI #ML #sqIRL #ComputerVision #HSI #IDLab #UAntwerp

Xiang Zhang's project, "Practical Deep Learning for Physiological Time Series Analysis" (DE260101486) will pioneer practical deep learning methods that are consistently effective, even when faced with label scarcity, domain shift, and #explainability gaps" for physiological time series.

If you are unable to ask AI ‘why,’ expect the regulator to ask you ‘why not'.

#explainability
#TMinsights

Board education of #AI is crucial.

Build literacy programs around #AIeconomics, risk modeling, #explainability, and the regulatory landscape.

Use tangible metrics—#time-to-value improvements, change in risk exposure, fairness scores, and auditability.

#TMinsights

Deep learning technique for plant disease classification and pest detection and model explainability elevating agricultural sustainability - BMC Plant Biology The rapid advancement of technologies such as artificial intelligence (AI), deep learning, and precision agriculture tools is driving the development of efficient, data-driven crop management solution...

Proud to share our latest research: #Deep #learning for plant #disease classification, #pest detection, and model #explainability

Accessible at: doi.org/10.1186/s128...

#PlantScience #DeepLearning #AIinAgriculture #Sustainability #AgTech

🧠 Dehumanizing Agents: Why Explainability is Crucial in the LLM Era with Lucía Conde-Moreno at #Jfokus 2026

Understand your models before they understand you ⚡
👉 www.jfokus.se
#Jfokus #DeveloperConference #AI #Explainability #XAI #LLM #Ethics #Transparency

Thanks for the #Flanders AI Research Program (FAIR) for supporting this collaboration and to the involved persons for the fruitful collaboration.

#Neuromorphic #hyperdimensional #interpretability #Explainability #VSA #xai #AI #ML #FAIR #UAntwerp #imec

#HDC models aim to be an energy-efficient alternative to current #AI systems and thanks to the efforts of our collaborators, their decision-making process is now more interpretable.

#Neuromorphic #hyperdimensional #interpretability #Explainability #VSA #xai #AI #ML #FAIR #UAntwerp #imec

Our work on Interpretable #Hyperdimensional Computing (HDC) classifiers for #tabular data is now available at #Neurocomputing.

doi.org/10.1016/j.ne...

#Neuromorphic #interpretability #Explainability #VSA #xai #ML #FAIR #UAntwerp #imec

Our lab's papers at #EMNLP2025, spanning themes of #Interpretability, #Transparency, #Explainability, #Multilinguality, and #InformationRetrieval.

This week our lab was present at the Flanders AI Research day. There we contributed with a deep dive session on #Compositional #Interpretability More details at: compinterp.github.io
#CompInterp #interpretableML #XAI #explainability #aisafety

Frequency-Aware Explorer Improves Deep Neural Network Explainability

FAMPE, a new attribution method, improves explainability with a 13.02% gain over AttEXplore on the Insertion Score; the preprint was posted in September 2025. Read more: getnews.me/frequency-aware-explorer... #explainability #frequencyawareexplorer

Enterprises will need to learn to prevent #autonomy from turning into #opacity.

By embedding #explainability and #interpretability into the design of #autonomousAI systems, maintaining human oversight capabilities, and establishing #audittrails for all automated decisions.

#TMinsights

Explaining Explainability: Recommendations for Effective Use of Concept Activation Vectors

New #TMLR-Paper-with-Video:

Explaining Explainability: Recommendations for Effective Use of Concept Activation Vectors

Angus Nicolson, Lisa Schut, Alison Noble, Yarin Gal

https://tmlr.infinite-conf.org/paper_pages/7CUluLpLxV

#explanations #explainability #imagenet

Reconciling Privacy and Explainability in High-Stakes: A Systematic Inquiry

Supriya Manna, Niladri Sett

Action editor: Antti Honkela

https://openreview.net/forum?id=DQqdjPcE6g

#privacy #explainability #auditing

B-cos LM: Transforming Pre‑trained Language Models for Explainability

B‑cos LM makes language models bias‑free, giving clearer, faithful explanations while keeping task accuracy. The work was reported between February 2025 and September 2025. Read more: getnews.me/b-cos-lm-transforming-pr... #bcos #explainability