Artificial Intelligence (AI) is no longer a futuristic concept—it is deeply embedded in our daily digital experiences. From voice assistants and recommendation engines to fraud detection systems and medical diagnostics, AI technologies shape how we interact with the world. As AI adoption grows rapidly, so does the importance of AI ethics.

AI ethics refers to the moral principles that guide how artificial intelligence systems are developed, trained, and deployed. For everyday tech users, understanding AI ethics is essential to protecting personal rights, privacy, and fairness in a technology-driven society. This article explores what AI ethics is, why it matters, and what every tech user should know to stay informed and protected.

What Is AI Ethics?

AI ethics is a multidisciplinary field that focuses on ensuring artificial intelligence systems operate in a responsible, fair, and human-centered manner. It combines principles from technology, philosophy, law, and social sciences to minimize harm and maximize benefits.

Core Goals of AI Ethics

• Prevent discrimination and bias

• Protect user privacy and personal data

• Ensure transparency and explainability

• Maintain human accountability

• Promote social good and trust in technology

Ethical AI systems are designed not only to be efficient but also to align with human values and societal norms.

Why AI Ethics Matters to Everyday Tech Users

Many users assume AI ethics only concerns developers or governments, but this is far from the truth. Every interaction with digital platforms—whether shopping online, using social media, or applying for a loan—involves AI-driven decision-making.

Unethical AI can:

• Misuse personal data

• Make unfair automated decisions

• Reinforce harmful stereotypes

• Limit user autonomy

Understanding AI ethics empowers tech users to question technology, recognize risks, and choose platforms that respect ethical standards.

Algorithmic Bias and Fairness in AI Systems

What Is Algorithmic Bias?

Algorithmic bias occurs when AI systems produce unfair outcomes due to biased training data or flawed design. Since AI models learn from historical data, they can inherit existing inequalities related to gender, race, age, or economic status.

Real-World Examples of AI Bias

• Hiring algorithms favoring certain demographics

• Facial recognition systems with lower accuracy for minorities

• Credit scoring systems disadvantaging specific communities

Why Fairness in AI Is Critical

For tech users, biased AI can directly impact access to opportunities, services, and security. Ethical AI development requires diverse datasets, regular audits, and inclusive design practices to ensure fairness for all users.

Privacy, Surveillance, and Data Ethics in AI

How AI Uses Personal Data

AI systems depend on vast amounts of data to function effectively. This data often includes personal information such as browsing behavior, location data, voice recordings, and biometric identifiers.

Without ethical safeguards, AI-powered data collection can lead to:

• Mass surveillance

• Data breaches

• Unauthorized data sharing

• Loss of user trust

Ethical Data Practices in AI

Responsible AI systems prioritize:

• User consent and transparency

• Data minimization

• Secure storage and encryption

• Compliance with data protection regulations

For tech users, understanding data ethics helps make informed decisions about which platforms and services to trust.

Transparency and Explainability in Artificial Intelligence

The Problem with “Black Box” AI

Many AI models operate without providing clear explanations for their decisions. This lack of transparency can be harmful, especially in sensitive areas like healthcare, finance, and criminal justice.

What Is Explainable AI (XAI)?

Explainable AI focuses on making AI decisions understandable to humans. Ethical AI systems should clearly communicate:

• Why a decision was made

• What data influenced the outcome

• How users can challenge or appeal decisions

Transparency strengthens accountability and allows users to trust AI-driven technologies

Accountability and Human Oversight in AI

Who Is Responsible When AI Fails?

A critical ethical question is accountability. When AI systems cause harm, responsibility should never be shifted to the technology itself. Developers, organizations, and decision-makers must remain accountable.

Importance of Human-in-the-Loop Systems

Ethical AI systems include human oversight to:

• Review critical decisions

• Correct errors

• Prevent misuse

For users, this ensures AI supports human judgment rather than replacing it entirely.

The Social and Psychological Impact of AI

AI not only influences decisions but also shapes behavior and perception. Recommendation algorithms, social media feeds, and targeted advertising can affect mental health, opinions, and social interactions.

Ethical AI design considers:

• Avoiding manipulation and addiction

• Reducing misinformation spread

• Supporting digital well-being

Tech users should remain aware of how AI influences their online behavior and consumption patterns.

How Tech Users Can Support Ethical AI

Every user plays a role in promoting responsible AI adoption. Here are practical steps tech users can take:

• Read privacy policies and data usage terms

• Choose platforms that value ethical AI

• Adjust privacy and personalization settings

• Stay informed about AI developments

• Support ethical AI regulations and standards

Awareness and informed choices drive accountability in the tech industry.

Future of AI Ethics and Technology

As AI continues to evolve, ethical challenges will become more complex. Emerging technologies such as generative AI, autonomous systems, and biometric surveillance demand stronger ethical frameworks.

The future of AI ethics depends on collaboration between developers, policymakers, businesses, and users. Ethical awareness today shapes the technology of tomorrow.

Frequently Asked Questions (FAQ)

What is AI ethics in simple terms?

AI ethics is about making sure artificial intelligence is used fairly, safely, and responsibly, without harming people or society.

Why should non-technical users care about AI ethics?

Because AI affects everyday decisions like job opportunities, privacy, online content, and financial services.

Can AI be completely unbiased?

No system is perfect, but ethical design and continuous monitoring can significantly reduce bias.

How can I protect my data from unethical AI use?

Use trusted platforms, manage privacy settings, and stay informed about how your data is collected and used.

Conclusion: Building a Responsible AI-Driven Future

AI ethics is not optional—it is essential. As artificial intelligence becomes more powerful, ethical considerations must guide its development and use. By understanding fairness, privacy, transparency, and accountability, tech users can protect themselves and contribute to a more ethical digital ecosystem.

A responsible AI future depends not only on technology but on informed and empowered users.

Top 10 Groundbreaking Technologies Unveiled at GITEX 2025

1. Humanoid AI Assistant by Hanson Robotics
Sophia’s successor, Synthia, stole the show. Designed with enhanced natural language understanding and emotional recognition, Synthia is capable of learning from human interactions to provide meaningful companionship, healthcare support, and customer engagement. It’s not just a robot — it’s the next evolution in human-AI interaction.

Key Highlights:

• Emotional intelligence and adaptive learning capabilities
• Designed for healthcare and hospitality sectors
• Built with next-gen facial expression technology

2. Quantum Computing Cloud by IBM
IBM introduced the world’s first public-access quantum computing cloud. It enables developers, researchers, and enterprises to conduct quantum simulations directly over the internet, making this advanced tech accessible for AI, cryptography, and data modeling applications.

Key Highlights:

• Real-time quantum simulations
• Accessible via API for developers
• Major step toward practical quantum computing

3. Flying Electric Taxi by Ehang & Dubai RTA
Ehang and Dubai’s RTA revealed the next generation of autonomous air taxis. These electric VTOL (Vertical Take-Off and Landing) vehicles can carry two passengers up to 35 km, promising to revolutionize urban transport and reduce congestion dramatically.

Key Highlights:

• Fully autonomous navigation system
• 100% electric and eco-friendly
• Commercial launch expected in 2026

4. AI-Powered Cyber Defense Platform by Palo Alto Networks
Cybersecurity took a bold leap with Palo Alto’s AI defense engine that can predict, detect, and neutralize threats before they happen. Using machine learning and global data feeds, the system autonomously blocks potential breaches in milliseconds.

Key Highlights:

• Predictive threat analysis
• Automated patch management
• AI-driven network monitoring

5. Smart City Operating System by Huawei
Huawei’s CityBrain platform impressed attendees with its AI-driven management system for urban infrastructure. By collecting data from IoT sensors and analyzing it in real time, CityBrain enhances traffic control, energy management, and public safety.

Key Highlights:

• Real-time data analytics for smart cities
• Optimized energy and transport networks
• Seamless IoT device integration

6. Metaverse Collaboration Hub by Meta
Meta launched Workverse, a virtual workspace that blends VR, AI, and social interaction. Designed for hybrid work environments, users can attend meetings, design prototypes, or socialize in an immersive 3D world powered by AI avatars.

Key Highlights:

• Immersive VR collaboration tools
• Customizable AI avatars
• Integrated productivity suite for remote work

7. AI-Driven Health Diagnostics by Siemens Healthineers
Siemens unveiled an AI imaging platform capable of detecting early signs of cancer and cardiovascular diseases with record-breaking accuracy. By using deep learning on thousands of MRI scans, the system helps doctors make faster and more reliable diagnoses.

Key Highlights:

• 97% diagnostic accuracy
• Supports radiologists with AI-generated insights
• Reduces human error in medical imaging

8. Sustainable AI Data Center by Microsoft
Microsoft’s self-cooling data center, powered by renewable energy, offers a greener future for cloud computing. This design minimizes water consumption and carbon emissions while maintaining top-tier performance for AI workloads.

Key Highlights:

• Fully renewable energy-powered
• Liquid immersion cooling
• Carbon-negative infrastructure

9. Blockchain-Based Digital ID by ConsenSys
ConsenSys presented a blockchain-based identity platform allowing secure cross-border verification. It enables users to control their digital identities without relying on centralized authorities — a big step toward decentralized governance.

Key Highlights:

• Decentralized and self-sovereign identity
• Cross-border authentication support
• Privacy-first design with Ethereum backbone

10. Neural Interface Wearable by Neuralink
Neuralink showcased a brain-computer interface wearable that reads neural activity to control digital devices. The innovation promises new hope for disabled individuals and expands possibilities for human-computer integration.

Key Highlights:

• Real-time brain signal translation
• Wireless and minimally invasive design
• Potential applications in healthcare and AR/VR

5 Other Noteworthy Highlights in Tech & Software

1. AI-Powered Code Generation Tools
A new generation of AI coding assistants was unveiled, capable of writing, optimizing, and debugging code in real time. These tools, integrated into popular IDEs like VSCode and JetBrains, are revolutionizing the way developers build software.

Key Highlights:

• Smart suggestions and auto-debugging
• Compatible with multiple programming languages
• Integrated real-time testing features

2. Web3 Gaming Platforms
Blockchain-based gaming continues to evolve. Developers showcased immersive play-to-earn games where players truly own their in-game assets using NFTs and decentralized wallets.

Key Highlights:

• NFT-based asset ownership
• Decentralized reward systems
• Enhanced player-driven economies

3. AR Retail Experiences
Retail companies revealed augmented reality platforms that let customers try products virtually before purchase — from clothing to furniture. The technology bridges online and in-store shopping like never before.

Key Highlights:

• Virtual try-on and 3D product visualization
• Increased conversion rates for e-commerce
• Personalized customer experiences

4. Autonomous Delivery Robots
AI-driven delivery robots are becoming a common sight in Dubai. These compact robots can deliver food, parcels, and groceries autonomously, ensuring faster and safer last-mile delivery.

Key Highlights:

• AI-powered navigation and obstacle avoidance
• 24/7 operational capability
• Eco-friendly electric power systems

5. Edge Computing for IoT
Tech giants demonstrated edge computing nodes designed for local processing of IoT data. This technology reduces latency and enhances security for smart cities and industrial applications.

Key Highlights:

• Real-time data processing
• Improved IoT device efficiency
• Reduced reliance on central cloud systems

Conclusion

GITEX Global 2025 reaffirmed Dubai’s position as a global hub of innovation. The event wasn’t just about futuristic tech — it showcased a connected, sustainable, and intelligent digital future already taking shape. As industries adopt these innovations, the line between science fiction and reality grows thinner every year.

1. DeepSeek (Developer: DeepSeek AI)

DeepSeek is recognized for its cost-effectiveness and high performance, particularly in technical fields. Its models, such as DeepSeek-V3 and DeepSeek R1, often use the efficient Mixture-of-Experts (MoE) architecture.

• Key Strengths: Exceptional in Code Generation and advanced mathematical reasoning. Strong open-source commitment.
• Official Link: DeepSeek Platform | DeepSeek Chat

2. ERNIE Bot (Developer: Baidu)

ERNIE Bot (Enhanced Representation through kNowledge IntEgration) is Baidu’s flagship LLM, deeply integrated into the Chinese tech giant’s ecosystem and known for its mastery of the Chinese language.

• Key Strengths: Unmatched expertise in Chinese NLP and a powerful Multimodal foundation (text, image, audio, video).
• Official Link: ERNIE Bot / 文心一言

3. Qwen (Developer: Alibaba Cloud)

The Qwen model family, also known as Tongyi Qianwen, is Alibaba Cloud’s strategic AI asset. It stands out for its extensive multilingual support and long context processing capabilities, crucial for large-scale enterprise applications.

• Key Strengths: Superior Long Context handling (up to 128K+ tokens) and highly effective Multilingual processing (119+ languages).
• Official Link: Qwen Official Website | Qwen on Hugging Face

4. MiniCPM (Developer: ModelBest & Tsinghua University)

MiniCPM is a Small Language Model (SLM) that emphasizes efficiency, speed, and reduced size while maintaining performance close to much larger models.

• Key Strengths: High performance with minimal resources, enabling On-Device and Edge Computing deployment (e.g., on smartphones).
• Official Link: ModelBest Website (Chinese)

5. Hunyuan (Developer: Tencent)

Hunyuan is Tencent’s massive foundation model, designed to power its vast portfolio of digital services, including social media (WeChat) and gaming, with a strong focus on generating media content.

• Key Strengths: Deep integration with Tencent’s services and advanced capabilities in Creative Media Generation (Text-to-Image, Text-to-Video, 3D).
• Official Link: Hunyuan Image/Video/3D (fal.ai Integration)

6. Sense Nova (Developer: SenseTime)

Sense Nova is SenseTime’s comprehensive AI platform, built upon the company’s core expertise in Computer Vision (CV), making it a formidable player in multimodal and visual tasks.

• Key Strengths: Superior Vision-Language Understanding and advanced multimodal models (e.g., image and video generation).
• Official Link: SenseTime SenseNova Platform

Comparative Table of Chinese LLMs

Conclusion

The Chinese AI landscape is intensely competitive and rapidly innovating, positioning these models as genuine rivals to global leaders. The key takeaways from this comparison are:

1. Specialization as a Competitive Edge: Unlike the general-purpose approach of early models, Chinese LLMs often excel in specific niches:
   • DeepSeek dominates in the coding and open-source arenas.
   • MiniCPM is pioneering high-performance on-device AI.
   • Sense Nova leverages its parent company’s strength in Computer Vision.
2. Multimodal Dominance: With ERNIE Bot and Sense Nova leading the charge, Chinese LLMs are pushing the boundaries of multimodal interaction (text, image, video, 3D), often achieving superior results in Chinese-language multimodal benchmarks.
3. Efficiency and Accessibility: Models like DeepSeek (via MoE) and MiniCPM (via SLM) are proving that world-class performance can be achieved with significantly lower computational costs, making advanced AI more accessible and sustainable.
4. Strategic Ecosystem Integration: Companies like Baidu (ERNIE) and Tencent (Hunyuan) are deeply integrating their models into their massive user ecosystems, ensuring rapid real-world deployment and continuous feedback for refinement.

In summary, the Chinese models are not merely catching up; they are setting new standards in efficiency, specialization, and multimodal capabilities, making them critical players in the global AI race.

This guide reviews the top 10 AI image generators in 2025, comparing their unique strengths, pricing models, and access points.

Quick Comparison Table

1. Midjourney — The Artistic Powerhouse

Midjourney is widely regarded as the top choice for cinematic and aesthetically stunning visuals. Its V6 model (released late 2024) dramatically improved facial and hand rendering.

• Key Strength: Cinematic lighting, artistic compositions, and ultra-polished results.

• Pricing: Paid only (monthly subscription).

• Access: Discord bot + beta web app.

2. ChatGPT (DALL·E 3, GPT-4o) — Precision & Integration

Powered by OpenAI, DALL·E 3 via ChatGPT (GPT-4o) excels at prompt accuracy. It’s particularly strong at following long, detailed instructions without simplification.

• Key Strength: Accurate prompt-to-image mapping, inpainting, iterative edits, and legible text generation in images.

• Pricing: Free via Microsoft Bing + Microsoft Designer; full unlimited use with ChatGPT Plus.

• Access: ChatGPT web interface, Bing, and Microsoft products.

3. Stable Diffusion 3 — Open-Source Flexibility

As the only open-source heavyweight, Stable Diffusion gives unmatched customization, from community checkpoints to tools like ControlNet.

• Key Strength: Extreme flexibility with custom models, LoRAs, and detailed control.

• Pricing: Free (local install) / Semi-free (DreamStudio or third-party sites).

• Access: DreamStudio, community platforms (NightCafe, Tensor.Art), or PC installation.

4. Adobe Firefly — Professional & Ethical

Adobe Firefly is built for professionals who care about copyright compliance. It is trained exclusively on licensed content.

• Key Strength: Commercial safety + seamless integration with Photoshop & Illustrator.

• Pricing: Semi-free (monthly “generative credits”) / Paid with Creative Cloud.

• Access: Firefly web app + Adobe desktop apps.

5. Leonardo AI — Beginner-Friendly Creativity

Leonardo has risen quickly as a favorite for newcomers, thanks to its intuitive interface and wide range of pre-trained models.

• Key Strength: Preset artistic styles and dedicated models (e.g., Leonardo Diffusion, Alchemy).

• Pricing: Semi-free (daily credits) with premium upgrades.

• Access: Web platform.

6. Gemini Image Generator (Google) — Smart Editing for Photos

Google’s Gemini 2.5 Flash model offers advanced photo editing with high fidelity, especially when modifying human subjects.

• Key Strength: Upload an image and apply natural edits (e.g., outfit changes, new environments).

• Pricing: Semi-free (basic usage free, premium plans available).

• Access: Web + mobile Gemini app.

7. Grok AI (xAI) — Social Media & Real-Time Content

Integrated into X (Twitter), Grok is tuned for real-time, topical visual content.

• Key Strength: Generates both images and short videos, making it ideal for memes, trends, and news content.

• Pricing: Requires X Premium / Premium+.

• Access: Directly on the X platform.

8. Seedream 4.0 (ByteDance) — Ultra-High Fidelity

Seedream delivers some of the cleanest, most realistic outputs in the industry, competing head-to-head with Midjourney and Firefly.

• Key Strength: Exceptional clarity and reduced artifacts (perfect fingers, sharp textures).

• Pricing: Enterprise-grade, subscription-based.

• Access: ByteDance ecosystem + partner products.

9. Qwen-Image (Alibaba) — Accessible Powerhouse

Alibaba’s Qwen-Image integrates seamlessly with Qwen Chat, enabling users to switch between text and image generation.

• Key Strength: Strong photorealism + accessible free tiers.

• Pricing: Free with optional upgrades.

• Access: Qwen Chat platform.

10. Higgsfield AI — The Future of Motion

Higgsfield is unique in focusing on AI video generation, bridging the gap between static visuals and animated storytelling.

• Key Strength: Consistency of characters and environments across frames for narrative videos.

• Pricing: Paid / API-based for studios and developers.

• Access: Web app + developer API.

Conclusion: Choosing the Right AI Image Generator in 2025

The AI landscape is moving beyond static images into multimodal creation, editing, and video.

• For complete customization: Stable Diffusion 3

• For fast, viral-ready edits: Gemini and Grok AI

• For professional, enterprise-grade use: Adobe Firefly and Seedream 4.0

• For artistic visionaries: Midjourney and Leonardo AI

If you’re exploring AI image generators in 2025, start with free options like Leonardo AI or DALL·E 3 via ChatGPT, then scale up to professional solutions such as Midjourney or Adobe Firefly depending on your creative needs.

]]> https://prosigntv.com/top-10-ai-image-generators-in-2025-features-pricing-and-access/feed/ 0 https://prosigntv.com/artificial-intelligence-and-the-future-of-advertising-from-personalization-to-programmatic-out-of-home/?utm_source=rss&utm_medium=rss&utm_campaign=artificial-intelligence-and-the-future-of-advertising-from-personalization-to-programmatic-out-of-home https://prosigntv.com/artificial-intelligence-and-the-future-of-advertising-from-personalization-to-programmatic-out-of-home/#respond Tue, 09 Sep 2025 05:50:41 +0000 https://blueonsign.com/index.php/2021/04/12/detect-investigate-and-respond-to-advanced-threats/ Introduction

Artificial intelligence (AI) is rapidly reshaping advertising across channels — from programmatic digital buys and hyper-personalized online creative to automated content generation and real-time out-of-home (OOH) experiences. As generative and predictive systems mature, advertisers can scale relevance, measure impact more precisely, and move budgets toward outcomes rather than impressions.

Where AI is Already Changing Advertising

1. Ad creation and creative optimization. Generative AI tools now assist with ad copy, image and video creation, A/B test generation, and adaptive creative that changes by audience segment or context — reducing turnaround time and increasing creative variants at scale. Recent research and field reports show brands using AI to produce credible ads quickly while keeping humans in the loop for brand control.

2. Hyper-personalization at scale. AI systems analyze granular customer signals — behavior, context, time, device — to serve tailored messages, driving stronger engagement and lift in conversion metrics. Industry reviews and consulting studies indicate companies that operationalize AI for personalization see measurable uplift in ROI.

3. Programmatic decisioning and attribution. Machine learning improves bidding strategies, audience modeling, and multi-touch attribution, enabling advertisers to buy and optimize media more efficiently and with better measurement of outcomes rather than last-click credit.

Digital Signage: The Physical Channel Reimagined

Digital signage — screens in retail, transit, venues, workplaces and public spaces — is emerging as a vital physical touchpoint that AI can activate in real time. With camera sensors, edge analytics, and AI-driven audience estimation, digital signage networks can alter content by demographics, dwell time, footfall, weather, or local events, making OOH advertising as contextually relevant as many digital channels. The digital signage market is also growing rapidly: market analyses estimate the global market size was around USD 28–29 billion in 2024 and project robust growth through 2030.

Role of Digital Signage Management Software

Central to this shift is digital signage management software (also called CMS or DSaaS platforms), which enables remote content orchestration, scheduling, real-time updates, inventorying of screens, and data aggregation from sensors and players. Modern platforms increasingly incorporate AI functions — automatic content adaptation, programmatic ad insertion, dynamic playlists, and analytics dashboards — letting marketers treat physical screens like programmatic publishers. Recent vendor case studies and product updates show providers integrating AI to optimize messaging and measure impact on traffic and sales.

Strategic Implications for Advertisers

• Blend creativity with automation. AI accelerates repetitive tasks and expands creative permutations, but human strategic oversight preserves brand voice, ethical boundaries, and cultural sensitivity. Hybrid human–AI workflows are the pragmatic path forward.

• Treat screens as an omnichannel node. Integrate digital signage into omnichannel measurement and programmatic stacks so out-of-home impressions and in-store interactions feed into the same attribution and personalization systems as web and app data.

• Invest in data governance and privacy. Audience estimation from sensors and first-party signals increases effectiveness but raises regulatory and ethical responsibilities. Robust consent frameworks and privacy-preserving modeling are nonnegotiable.

• Monitor ROI and operationalize learnings. Organizations that systematically track AI-driven marketing outcomes tend to reallocate spend faster and see higher campaign ROI. Start with measurable pilots that link creative variants and contextual triggers to sales or conversion KPIs.

Use Cases: Practical Examples

• Retail: A clothing retailer uses AI to detect peak footfall and switch signage to targeted visuals and time-sensitive offers, while backend analytics attribute uplift in conversion to specific playlists.

• Transit & venues: Programmatic insertion of contextually relevant ads (e.g., weather-responsive travel items) across a network of screens, with centralized scheduling via a management platform.

• Sustainability & activation: New kiosks combine recycling incentives with branded messaging, using cloud-based management for nationwide content control — an example of how digital signage can combine social purpose and targeted brand engagement.

Risks and Responsible Adoption

AI introduces new risks: bias in audience models, brand safety if generative content produces inappropriate outputs, and concentration risks when a few platforms control measurement. Advertisers must build guardrails: human review stages, diverse training data, transparency in model decisions, and contracts that secure measurement integrity.

Outlook: Convergence and the Next Five Years

Expect tighter convergence between programmatic digital ecosystems and physical display networks. Advances in on-device inference, federated learning, and standardized measurement protocols will make it easier to deliver contextually relevant creative across every screen while preserving privacy. Digital signage management platforms will increasingly plug into brand stacks as programmable, measurable inventory — effectively making physical screens another addressable ad channel. Market growth projections and vendor roadmaps suggest this transition is already underway.

Conclusion

AI is not merely a set of “tools” for advertising — it is the operational fabric that will let brands scale relevance and link creative outcomes to business metrics. When combined with the physical immediacy of digital signage and the orchestration power of modern management software, AI enables a future in which advertising is adaptive, measurable, and deeply contextual — provided advertisers pair innovation with governance, measurement rigor, and human creativity.

Select references (sources cited above)

• McKinsey — The state of AI (2024/2025 insights). McKinsey & Company+1

• McKinsey — Unlocking the next frontier of personalized marketing (Jan 30, 2025). McKinsey & Company

• Harvard Business Review — personalization and AI in marketing pieces (2023–2024). Harvard Business Review+1

• Serra-Simón et al. / ScienceDirect — Generative artificial intelligence in advertising (2025). ScienceDirect

• Grand View Research — Digital Signage Market (2024 market sizing & outlook). Grand View Research

• Vendor/case examples (Korbyt, Korbyt case studies; Wovenmedia/BrightSign integration; 22Miles digital signage software report). KorbytAVNetwork22miles.com