Building trustworthy AI for humanitarian response

A new vision for Humanitarian AI is emerging around a simple idea, and that is that technology should grow from local knowledge if it is to work everywhere. Drawing on the IFRC’s slogan ‘Local, everywhere,’ this approach argues that AI should not be driven by hype or raw computing power, but by the lived experience of communities and humanitarian workers on the ground. With millions of volunteers and staff worldwide, the Red Cross and Red Crescent Movement holds a vast reservoir of practical knowledge that AI can help preserve, organise, and share for more effective crisis response.

In a recent blog post, Jovan Kurbalija explains that this bottom-up approach is not only practical but also ethically sound. AI systems grounded in local humanitarian knowledge can better reflect cultural and social contexts, reduce bias and misinformation, and strengthen trust by being governed by humanitarian organisations rather than opaque commercial platforms. Trust, he argues, lies in people and institutions behind the technology, not in algorithms themselves.

Kurbalija also notes that developing such AI is technically and financially realistic. Open-source models, mobile and edge computing, and domain-specific AI tools enable the deployment to functional systems even in low-resource environments. Most humanitarian tasks, from decision support to translation or volunteer guidance, do not require massive infrastructure, but high-quality, well-structured knowledge rooted in real-world experience.

If developed carefully, Humanitarian AI could also support the IFRC’s broader renewal goals, from strengthening local accountability and collaboration to safeguarding independence and humanitarian principles. Starting with small pilot projects and scaling up gradually, the Movement could transform AI into a shared public good that not only enhances responses to today’s crises but also preserves critical knowledge for future generations.

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Conduit revolutionises neuro-language research with 10,000-hour dataset

A San Francisco start-up, named Conduit, has spent six months building what it claims is the largest neural language dataset ever assembled, capturing around 10,000 hours of non-invasive brain recordings from thousands of participants.

The project aims to train thought-to-text AI systems that interpret semantic intent from brain activity moments before speech or typing occurs.

Participants take part in extended conversational sessions instead of rigid laboratory tasks, interacting freely with large language models through speech or simplified keyboards.

Engineers found that natural dialogue produced higher quality data, allowing tighter alignment between neural signals, audio and text while increasing overall language output per session.

Conduit developed its own sensing hardware after finding no commercial system capable of supporting large-scale multimodal recording.

Custom headsets combine multiple neural sensing techniques within dense training rigs, while future inference devices will be simplified once model behaviour becomes clearer.

Power systems and data pipelines were repeatedly redesigned to balance signal clarity with scalability, leading to improved generalisation across users and environments.

As data volume increased, operational costs fell through automation and real time quality control, allowing continuous collection across long daily schedules.

With data gathering largely complete, the focus has shifted toward model training, raising new questions about the future of neural interfaces, AI-mediated communication and cognitive privacy.

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How data centres affect electricity, prices, water consumption and jobs

Data centres have become critical infrastructure for modern economies, supporting services ranging from digital communications and online commerce to emergency response systems and financial transactions.

As AI expands, demand for cloud computing continues to accelerate, increasing the need for additional data centre capacity worldwide.

Concerns about environmental impact often focus on electricity and water use, yet recent data indicate that data centres are not primary drivers of higher power prices and consume far less water than many traditional industries.

Studies show that rising electricity costs are largely linked to grid upgrades, climate-related damage and fuel prices instead of large-scale computing facilities, while water use by data centres remains a small fraction of overall consumption.

Technological improvements have further reduced resource intensity. Operators have significantly improved water efficiency per unit of computing power, adopting closed-loop liquid cooling and advanced energy management systems.

In many regions, water is required only intermittently, with consumption levels lower than those in sectors such as clothing manufacturing, agriculture and automotive services.

Beyond digital services, data centres deliver tangible economic benefits to local communities. Large-scale investments generate construction activity, long-term technical employment and stable tax revenues, while infrastructure upgrades and skills programmes support regional development.

As cloud computing and AI continue to shape everyday life, data centres are increasingly positioned as both economic and technological anchors.

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BBVA deepens AI partnership with OpenAI

OpenAI and BBVA have agreed on a multi-year strategic collaboration designed to embed artificial intelligence across the global banking group.

An initiative that will expand the use of ChatGPT Enterprise to all 120,000 BBVA employees, marking one of the largest enterprise deployments of generative AI in the financial sector.

The programme focuses on transforming customer interactions, internal workflows and decision making.

BBVA plans to co-develop AI-driven solutions with OpenAI to support bankers, streamline risk analysis and redesign processes such as software development and productivity support, instead of relying on fragmented digital tools.

The rollout follows earlier deployments that demonstrated strong engagement and measurable efficiency gains, with employees saving hours each week on routine tasks.

ChatGPT Enterprise will be implemented with enterprise grade security and privacy safeguards, ensuring compliance within a highly regulated environment.

Beyond internal operations, BBVA is accelerating its shift toward AI native banking by expanding customer facing services powered by OpenAI models.

The collaboration reflects a broader move among major financial institutions to integrate AI at the core of products, operations and personalised banking experiences.

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AI reshapes cybercrime investigations in India

Maharashtra police are expanding the use of an AI-powered investigation platform developed with Microsoft to tackle the rapid growth of cybercrime.

MahaCrimeOS AI, already in use across Nagpur district, will now be deployed to more than 1,100 police stations statewide, significantly accelerating case handling and investigation workflows.

The system acts as an investigation copilot, automating complaint intake, evidence extraction and legal documentation across multiple languages.

Officers can analyse transaction trails, request data from banks and telecom providers and follow standardised investigation pathways, instead of relying on slow manual processes.

Built using Microsoft Foundry and Azure OpenAI Service, MahaCrimeOS AI integrates policing protocols, criminal law references and open-source intelligence.

Investigators report major efficiency gains, handling several cases monthly where only one was previously possible, while maintaining procedural accuracy and accountability.

The initiative highlights how responsible AI deployment can strengthen public institutions.

By reducing administrative burden and improving investigative capacity, the platform allows officers to focus on victim support and crime resolution, marking a broader shift toward AI-assisted governance in India.

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New law requires AI disclosure in advertising in the US

A new law in New York, US, will require advertisers to disclose when AI-generated people appear in commercial content. Governor Kathy Hochul said the measure brings transparency and protects consumers as synthetic avatars become more widespread.

A second law now requires consent from heirs or executors when using a deceased person’s likeness for commercial purposes. The rule updates the state’s publicity rights, which previously lacked clarity in the context of the generative AI era.

Industry groups welcomed the move, saying it addresses the risks posed by unregulated AI usage, particularly for actors in the film and television industries. The disclosure must be conspicuous when an avatar does not correspond to a real human.

Specific expressive works such as films, games and shows are exempt when the avatar matches its use in the work. The laws arrive as national debate intensifies and President-elect Donald Trump signals potential attempts to limit state-level AI regulation.

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Mercedes-Benz nominates new supervisory board members to drive AI and sustainability

Mercedes-Benz Group AG has announced planned changes to its Supervisory Board, proposing the appointment of Katharina Beumelburg and Rashmi Misra at the company’s 2026 Annual General Meeting.

The move is intended to strengthen the board’s expertise in sustainability, industrial transformation, and AI, reflecting the company’s strategic focus on decarbonisation and digital innovation.

Beumelburg brings extensive experience in global sustainability and energy transition from roles at Heidelberg Materials, SLB, and Siemens. At the same time, Misra brings deep expertise in AI and emerging technologies, having held senior positions at Analogue Devices and Microsoft.

They will succeed Dame Polly Courtice and Prof. Dr Helene Svahn, who will step down in April 2026 after contributing to Mercedes-Benz’s strategic development in recent years.

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Chinese tech giant bolsters AI ambitions with new foundation model division

Huawei Technologies is intensifying its AI strategy with the establishment of a dedicated foundation model unit within its 2012 Laboratories research arm, reflecting the heightened competition among China’s major tech companies to develop advanced AI systems.

A recruitment advertisement posted in October signals that the Shenzhen-based telecom and tech giant is proactively wooing global AI talent to assemble a world-class team focused on foundational model development.

Huawei has confirmed the establishment of the unit but has offered few operational details.

Richard Yu Chengdong, head of Huawei’s consumer group and newly appointed chairman of the Investment Review Board overseeing AI strategy, has personally promoted the drive on social media, urging young engineers to help ‘make the world’s most powerful AI.’

This movement underscores Huawei’s broader ambition to challenge both domestic rivals and Western AI leaders in core areas of generative AI technology.

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How AI is powering smarter digital maps for commercial fleets

AI is increasingly embedded in digital mapping systems used by commercial fleets, transforming static navigation tools into adaptive decision-making platforms.

These AI-powered systems ingest real-time data from vehicles, traffic feeds, weather, and sensors to optimise routes and operations continuously.

For fleet operators, this enables more accurate arrival times, reduced fuel consumption, and faster responses to disruptions such as congestion or road closures. AI models can also anticipate problems before they occur by identifying patterns in historical and live data.

Smarter maps support broader fleet intelligence, including predictive maintenance, driver behaviour analysis, and compliance monitoring. Mapping platforms are becoming core operational infrastructure rather than auxiliary navigation tools.

As logistics networks become increasingly complex, AI-driven mapping is emerging as a competitive necessity for commercial fleets seeking efficiency, resilience, and scalability.

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Time honours leading AI architects worldwide

Time magazine has named the so-called architects of AI as its Person of the Year, recognising leading technologists reshaping global industries. Figures highlighted include Sam Altman, Jensen Huang, Elon Musk, Mark Zuckerberg, Lisa Su, Demis Hassabis, Dario Amodei and Fei-Fei Li.

Time emphasises that major AI developers have placed enormous bets on infrastructure and capability. Their competition and collaboration have accelerated rapid adoption across businesses and households.

The magazine also examined negative consequences linked to rapid deployment, including mental health concerns and reported chatbot-related lawsuits. Economists warn of significant labour disruption as companies adopt automated systems widely.

The editorial team framed 2025 as a tipping point when AI moved into everyday life. The publication resisted using AI-generated imagery for its cover, choosing traditional artists instead. Industry observers say the selection reflects AI’s central role in shaping economic and social priorities throughout the year.

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