Artificial intelligence delivers value when strategy, people, and governance align around measurable use cases and rapid time-to-value. This hub explains how AI strategy implementation unfolds in practice, why a people-first approach reduces friction, and which interventions produce clear ROI for SMBs. Readers will learn concrete implementation elements, reproducible case-study examples, governance patterns that protect employees and customers, and tactical next steps to capture competitive advantage. The article maps key elements of successful AI programs, summarizes curated adoption case studies with quantifiable outcomes, explains how Responsible AI strengthens adoption and employee well-being, and outlines challenges and proven mitigations for SMBs. Throughout, we surface practical models—including fractional leadership and structured roadmaps—that help small and mid-sized organizations scale AI responsibly and measure results within months. Current research and recent practitioner experience show that disciplined prioritization, governance, and change management are the difference between pilot fatigue and sustained ROI.
Successful AI strategy implementation requires coordinated attention to people, data, governance, use-case selection, and measurable outcomes; these elements together create predictable value. The mechanism is straightforward: prioritize high-ROI, low-friction use cases, ensure data readiness, embed governance to manage risk, and invest in adoption so employees apply the tools. The specific benefit is faster, sustainable ROI and reduced operational disruption when all elements are executed in parallel. Below are the essential elements that practitioners repeatedly surface as critical to execution.
The core elements of effective AI strategy include the following prioritized capabilities:
Bringing these elements together requires leadership that can translate technical recommendations into operational change and measurable KPIs. In many SMBs, a fractional leadership model helps bridge the gap between strategy and execution without the fixed cost of a full-time C-suite hire. This leadership model supports governance, prioritizes use cases, and coordinates cross-functional teams so that technical work delivers business outcomes.
The AI Opportunity Blueprint™ is a structured, 10-day discovery and prioritization roadmap designed to identify high-ROI AI use cases that fit SMB constraints and speed adoption. The process maps current workflows, quantifies potential impact, and produces a prioritized shortlist of practical pilots plus an implementation plan. Deliverables typically include a concise use-case brief, data readiness checklist, adoption risks with mitigation steps, and a phased roadmap that aligns resources and KPIs for near-term wins.
The Blueprint’s mechanism accelerates decision-making by converting qualitative problems into quantified opportunities and practical next steps. That translation reduces adoption friction because stakeholders see clear metrics and accountable owners for each pilot. For SMBs seeking a rapid, low-risk evaluation of AI opportunity, a structured 10-day blueprint can shorten the discovery phase that often stalls projects and enables prioritized pilots to start within weeks rather than months.
A Fractional Chief AI Officer (fCAIO) provides part-time executive leadership focused on AI governance, strategy alignment, and scaling without the fixed cost of a full-time hire. The fCAIO defines policy, oversees model risk and ethical review, sets KPI frameworks, and mentors cross-functional teams to operationalize AI. This model is especially effective for SMBs that need senior expertise to bridge technical teams and business stakeholders while preserving budget flexibility.
Fractional leadership also operationalizes governance: the fCAIO implements model review checklists, approval gates for production deployment, and monitoring frameworks that ensure fairness, privacy, and transparency. By embedding an executive-level perspective, the fCAIO shortens feedback loops between pilots and scaled deployment, enabling organizations to iterate on early wins and measure ROI more reliably. When combined with a prioritized roadmap, fractional leadership often converts scattered projects into coherent capability-building initiatives.
Real-world adoption case studies show that focused, people-first interventions yield measurable outcomes across e-commerce, marketing, and media production workflows. The mechanism across these cases is consistent: identify a constrained process, apply a targeted AI intervention, measure a small set of KPIs, and iterate. The value is demonstrated as percent lifts in key metrics and reductions in production time that are directly attributable to the intervention.
Below are concise case summaries that illustrate problem → solution → result patterns commonly found in SMB contexts.
Intro to the case-comparison table: The table below compares representative SMB case outcomes in an at-a-glance format so readers can compare problems, interventions, and measured results.
| Client / Industry | Problem | Quantifiable Result |
|---|---|---|
| Retail / E-commerce | Low personalization, stagnant AOV | 35% increase in average cart value |
| Marketing / Email | Low open & conversion rates | 60% increase in email conversions |
| Media / Ad Production | Slow creative turnaround | 90-95% faster video ad production |
This comparison highlights how distinct, targeted AI applications produce concrete business gains in short timeframes when paired with adoption practices. The pattern shows that narrow, measurable pilots are often the fastest path to build momentum for broader AI investments.
After reviewing comparative outcomes, organizations should use these micro-cases as templates: pick a constrained process, define one or two KPIs, design a hypothesis-driven pilot, and measure impact against baseline. For SMBs interested in a rapid, structured evaluation, a short-form diagnostic can crystallize high-potential use cases and a phased plan to capture ROI within months. In fact, structured discovery engagements priced as focused roadmaps often accelerate prioritization and reduce execution ambiguity.
People-first AI solutions focus on improving employee workflows and ensuring that models augment rather than replace human judgment; this approach delivers faster adoption and measurable ROI through increased productivity. The mechanism is to redesign the workflow with AI as a decision-support layer, embed training and feedback loops, and measure both efficiency and user satisfaction. The direct benefit typically shows up as reduced time-on-task, improved output quality, and higher tool adoption rates.
Further research emphasizes the importance of centering technology around human needs and ethical principles for successful digital transformation.
People-First AI: Ethical & Inclusive Digital Transformation
The PEOPLE-FIRST session aims to promote the development of digital and industrial technologies that are centred around people and uphold ethical principles. This session aligns with the overarching objective of building a strong, inclusive, and democratic society that is well-equipped for the challenges of digital transition. Session Position and Approach: PEOPLE-FIRST aims to embed ethical, inclusive innovation into the technological landscape. By bringing together stakeholders from ICT, STEM, and social sciences, we tackle the diverse societal impacts of digital transformation. This interdisciplinary collaboration ensures that technological advancements are accessible and beneficial, reducing inequalities and promoting inclusivity for all societal groups. At the heart of our initiative is the empowerment of end-users and workers, actively involving them in the development lifecycle of technologies, fostering a participatory design process.
Digital Humanism: Towards a People-First Digital Transformation, 2025
Examples of people-centric interventions include automating routine data labeling tasks while keeping humans in a validation loop, surfacing AI suggestions within familiar UIs, and running short coaching sessions to align teams on new processes. These tactics reduce friction and create champions that accelerate rollout. The result is often a short time-to-value where productivity gains are realized within weeks rather than quarters, and cultural acceptance supports scale.
E-commerce and marketing projects often yield fast, measurable wins by applying personalization, prediction, and creative acceleration where data is rich and decision cycles are short. Mechanisms include predictive recommendations, propensity scoring, dynamic content generation, and automated creative variants. Benefits manifest as higher conversion rates, increased average order value, and faster campaign production cycles.
Representative success patterns include personalization that increases AOV by double-digit percentages, email experimentation that lifts conversion rates substantially, and generative creative workflows that reduce production time by orders of magnitude. These interventions scale because they map closely to revenue levers and provide direct, testable hypotheses. For SMBs, starting with marketing and commerce use cases is a pragmatic path to demonstrate ROI and build confidence for broader operational projects.
Responsible AI integrates fairness, safety, privacy, transparency, and governance into AI strategy so that deployments protect people and increase organizational trust. The mechanism is to operationalize ethical principles through policies, technical checks, role-based responsibilities, and transparent communication with stakeholders. The benefit is twofold: reduced risk of harm and improved employee confidence and well-being because systems are designed to augment rather than undermine human roles.
Responsible AI cannot be an afterthought; it must be built into model development, validation, and post-deployment monitoring. When teams explicitly map principles to actions—such as fairness tests, data minimization, and explainability reports—employees are more likely to trust and adopt the tools. That trust accelerates usage and improves outcomes because users understand how decisions are made and how to intervene when necessary.
An integrated approach to AI governance is crucial for organizations aiming to scale responsible AI systems effectively.
Integrated AI Governance Framework for Responsible Implementation
Data governance and artificial intelligence governance have come together as a necessity when organizations want to introduce responsible AI systems to scale. The given article proposes an end-to-end data and artificial intelligence (AI) governance framework that envisions data governance and AI ethics in the context of the AI lifecycle and the important interplay between data integrity and model ethics. The offered structure contains four main steps, including data source and preparation, model development, deployment, operations, and feedback and iteration with embedded governance checkpoints and automated controls. With its ability to create a coherent framework on top of which business organizations can execute and implement the mechanisms of building AI systems that balance performance and ethical alignment, the framework proposed allows companies to integrate AI systems that operate on a global scale.
Integrated Data and AI Governance Framework: A Lifecycle Approach to Responsible AI Implementation, 2025
Intro to the principle-to-benefit table: The following table maps common Responsible AI principles to concrete implementation actions and the resulting benefits for employees and the business.
| Principle | Implementation Action | Benefit to Employees / Business |
|---|---|---|
| Fairness | Group-level bias tests and remediation | More equitable outcomes and reduced reputational risk |
| Privacy | Data minimization and access controls | Greater employee and customer trust; legal compliance |
| Transparency | Model documentation and explainability reports | Easier human oversight and faster debugging |
| Governance | Approval gates and audit trails | Clear accountability and safer deployments |
This mapping clarifies how abstract principles translate into measurable protections and cultural improvements. Implementing these actions reduces employee stress by minimizing unexpected model behavior and increases the likelihood that AI tools become accepted aids rather than sources of friction.
Practical ethical frameworks for people-first AI adoption combine standards for fairness, privacy, and human oversight into actionable checklists and governance processes. Frameworks typically include model impact assessments, stakeholder engagement steps, data privacy requirements, and ongoing monitoring plans. These frameworks work because they convert high-level principles into repeatable tasks performed at every project milestone.
Applying these frameworks reduces adoption risk by ensuring teams address potential harms early and define remediation pathways. For employees, the presence of a clear framework signals that systems are designed to respect their roles and that there are established procedures for addressing issues. That assurance increases uptake and supports long-term sustainability of AI initiatives.
AI governance establishes roles, processes, and controls—such as model review boards, documentation standards, and monitoring metrics—that operationalize fairness, privacy, and transparency. Governance mechanisms include pre-deployment checklists, post-launch audits, and defined escalation paths for model issues. The mechanism ensures that technical work aligns with legal and ethical expectations, and the benefit is consistent, auditable decision-making across AI projects.
Leadership roles like a fractional CAIO or governance committee maintain oversight, approve risk mitigations, and ensure that monitoring dashboards report meaningful health metrics. By institutionalizing these checks and communicating results, organizations minimize surprises, maintain regulatory alignment, and build employee confidence that AI tools are safe and accountable.
SMBs commonly face barriers such as limited budgets, talent gaps, immature data, and adoption friction; overcoming these requires pragmatic prioritization and modular execution models. The mechanism for overcoming these challenges is to adopt phased pilots, apply fractional leadership where needed, and focus on a small set of measurable KPIs. The benefit is reduced upfront cost and faster demonstration of value that unlocks further investment.
Research highlights that despite challenges like limited resources and expertise, AI adoption can significantly enhance efficiency and productivity for small businesses.
AI Adoption & ROI for Small Businesses
The adoption and implementation of artificial intelligence (AI) in small businesses in selected developing countries have become increasingly prevalent in recent years. Small businesses in developing countries are recognizing the potential benefits of AI technologies in enhancing efficiency, productivity, and competitiveness. However, challenges such as limited resources, lack of technical expertise, and concerns about job displacement hinder the widespread adoption of AI in this context. This comprehensive analysis explores the current trends, opportunities, challenges, and strategies related to the adoption and implementation of AI in small businesses in selected developing countries. The paper therefore recommended that business owners should make use AI. It will help small businesses streamline their operations by automating routine tasks such as data entry, customer service inquiries, and inventory management with higher return on investment.
Adoption and implementation of artificial intelligence in small businesses in selected developing countries, EO Ikpe, 2024
Key barriers and direct mitigations include:
These tactical responses ensure that SMBs can begin with modest investments and still achieve meaningful outcomes. The next list gives a concise, three-step pattern for overcoming common adoption obstacles.
A three-step approach to overcome adoption friction:
This sequence reduces risk and ensures that learning from early pilots informs broader rollouts. By following a prioritized, pilot-first approach, SMBs convert theoretical opportunities into repeatable processes that produce sustainable value.
eMediaAI uses structured discovery and fractional leadership to reduce early-stage friction and fill executive-level talent gaps for SMBs. The firm’s approach combines a rapid opportunity roadmap with interim AI leadership to prioritize use cases, align stakeholders, and set up governance that supports adoption. Expected outcomes include a clear set of prioritized pilots, a data-readiness plan, and guidance on embedding monitoring and feedback loops.
This model helps SMBs avoid common pitfalls—such as starting with overly complex projects or failing to secure user adoption—by delivering practical, people-focused recommendations and leadership that bridges technical and business teams. The approach emphasizes measurable KPIs and time-bound milestones so organizations can validate ROI before committing to larger investments.
Operational excellence in AI integration relies on phased deployment, monitoring, feedback loops, and clear KPIs tied to business outcomes. Practical steps include modular architecture to reduce integration complexity, automated monitoring to detect drift and performance issues, and cross-functional feedback mechanisms that surface user concerns early. These processes create a virtuous cycle where production models are continuously improved from real-world signals.
Tooling considerations include adopting lightweight MLOps practices, reproducible data pipelines, and dashboards that reflect both technical health and business impact. Defining KPIs—such as time saved, conversion lift, or error reduction—ensures that the team measures what matters. Over time, these strategies transform isolated pilots into reliable operational capabilities that sustain competitive advantage.
AI strategy drives efficiency and competitive advantage by automating repetitive tasks, improving forecasting, and enabling personalized customer interactions at scale. The mechanism is to replace manual, error-prone processes with predictive models and automation while keeping humans in decision loops for oversight. The benefit is lower costs, faster cycle times, and differentiated customer experiences that competitors may find hard to replicate.
Intro to the operations impact table: The table below summarizes specific process interventions and measured operational changes to demonstrate systematic impact across workflows.
| Process | AI Intervention | Operational Metric Change |
|---|---|---|
| Inventory forecasting | Demand forecasting models | Reduced stockouts and 15-25% lower carrying costs |
| Order processing | Automation of exception routing | 40-60% reduction in manual handling time |
| Creative production | Generative templates & workflow automation | 70-90% faster production cycles |
These examples illustrate how targeted AI interventions improve core operational metrics and free teams to focus on higher-value activities. For SMBs, prioritizing processes with measurable cost or time impact is a pragmatic route to build competitive differentiation without overengineering.
Supply chain and workflow case studies show measurable improvements when forecasting, exception handling, and resource allocation are automated or augmented with AI. The mechanism often involves combining historical data with real-time signals to produce actionable predictions and automated routing rules. The direct benefits are fewer stockouts, reduced expedited shipping costs, and significant labor time savings.
Practical examples include demand-forecasting pilots that reduce inventory variance, automated exception workflows that decrease fulfillment time, and scheduling optimizations that improve throughput. These interventions scale because they focus on measurable metrics and deliver continuous improvements as models receive more data. SMBs can adopt lightweight forecasting pilots to validate impact before expanding models across the supply chain.
AI enhances customer experience through personalization, predictive analytics, and automation that deliver more relevant interactions and faster service. The mechanism is to use customer signals to tailor offers, predict churn, and automate routine inquiries while routing complex cases to human agents. Benefits include higher conversion rates, increased average revenue per user, and improved retention.
Micro-case results often show double-digit lifts in conversion from personalization, measurable revenue gains from targeted promotions, and reduced support costs through automated triage. For SMBs, the practical path is to instrument customer journeys, identify key drop-off points, and apply narrow AI solutions that directly move revenue-related KPIs.
Near-term trends that matter for SMBs include the maturation of generative AI for creative workflows, the rise of autonomous AI agents for routine tasks, and growing demand for fractional AI leadership to orchestrate strategy and governance. The mechanism driving these trends is increased accessibility of advanced models and lower-cost tooling that democratizes sophisticated capabilities. The benefit to SMBs is the ability to access enterprise-grade capabilities without enterprise-scale budgets, provided they pair new tools with disciplined governance.
Emerging opportunities include automating creative production, building AI assistants for knowledge work, and using agents to automate routine operational tasks. SMBs that experiment selectively and pair pilots with governance and adoption practices can convert these trends into durable advantage.
The following list highlights immediate areas SMBs should evaluate:
These focus areas allow SMBs to extract disproportionate value from new capabilities while managing risk and cost. For teams planning next-year investments, a staged experimentation approach—pilot, measure, govern—remains the most reliable strategy.
Generative AI is accelerating content creation, personalization, and prototyping by producing drafts, variants, and structured outputs that humans refine. The mechanism is to generate candidate content at scale and then apply human curation to ensure quality and brand alignment. The primary benefits are speed and volume: teams can iterate more broadly and test creative hypotheses that were previously cost-prohibitive.
Practical applications include automated copy generation for ads, rapid video ad scripting and editing, and personalized product descriptions. Caveats include quality control, hallucination risks, and intellectual property considerations. Organizations that implement guardrails—such as human-in-the-loop review and content verification processes—gain speed while protecting brand and compliance.What Is the Growing Importance of Fractional CAIO Services in AI Leadership?
Fractional CAIO engagements provide access to senior AI strategy and governance expertise without the full-time cost, enabling SMBs to accelerate adoption while maintaining budget flexibility. The mechanism is to inject executive-level decision-making into prioritization, governance, and vendor selection for a defined period or scope. The benefit is faster, safer scaling because initiatives are guided by experienced leadership who can translate technical options into business outcomes.
Typical fractional scopes include establishing governance frameworks, selecting pilot projects, building KPI dashboards, and mentoring internal teams. Signals that an SMB should consider fractional CAIO services include multiple stalled pilots, inconsistent model governance, or lack of a clear rollout roadmap. When used judiciously, fractional leadership converts fragmented efforts into a cohesive, accountable program.
For SMBs ready to move from exploration to execution, structured discovery and fractional leadership are practical levers to accelerate results. eMediaAI, a Fort Wayne-based AI consulting firm focused on people-first AI adoption and governance for SMBs, offers a 10-day AI Opportunity Blueprint™ that surfaces prioritized, implementable use cases and a phased roadmap; the Blueprint™ is offered as a focused engagement priced at $5,000 and is designed to identify high-ROI pilots and accelerate measurable outcomes in under 90 days in many instances. For organizations seeking executive-level guidance without a full-time hire, fractional Chief AI Officer services provide governance, scaling expertise, and practical oversight to turn prioritized use cases into operational capabilities. Contact Lee Pomerantz at eMediaAI to discuss how a short diagnostic or fractional engagement could fit your priorities.
Small and mid-sized businesses (SMBs) often encounter several challenges when implementing AI strategies, including limited budgets, talent shortages, and data readiness issues. These obstacles can hinder the adoption of AI technologies. To overcome these challenges, SMBs can adopt phased pilots that focus on high-ROI use cases, leverage fractional leadership for expertise, and prioritize data quality. By addressing these barriers strategically, organizations can demonstrate value quickly and build confidence for broader AI initiatives.
Measuring the success of AI initiatives involves defining clear, quantifiable KPIs that align with business objectives. Organizations should track metrics such as time saved, cost reductions, conversion rates, and user satisfaction. Regular monitoring and feedback loops are essential to assess performance and make necessary adjustments. By establishing a framework for evaluation, businesses can ensure that their AI projects deliver tangible results and contribute to overall operational efficiency and competitive advantage.
Employee training is crucial for successful AI adoption as it helps users understand how to effectively utilize AI tools and integrate them into their workflows. Structured training programs can reduce resistance, enhance user confidence, and increase tool adoption rates. By providing ongoing support and feedback, organizations can foster a culture of continuous learning and improvement. This approach not only boosts productivity but also ensures that employees feel empowered and engaged in the AI transformation process.
To ensure ethical AI practices, businesses should integrate responsible AI principles into their implementation strategies. This includes establishing governance frameworks that prioritize fairness, transparency, and accountability. Organizations can conduct regular audits, implement bias detection measures, and maintain open communication with stakeholders. By embedding ethical considerations into every stage of the AI lifecycle, companies can build trust with employees and customers, ultimately leading to more sustainable and responsible AI deployments.
A fractional Chief AI Officer (fCAIO) provides SMBs with access to high-level AI strategy and governance expertise without the cost of a full-time executive. This model allows organizations to benefit from experienced leadership in prioritizing AI initiatives, establishing governance frameworks, and mentoring internal teams. By leveraging a fCAIO, businesses can accelerate their AI adoption, ensure effective oversight, and align technical projects with strategic goals, ultimately enhancing their competitive edge.
AI can significantly enhance customer experience in small businesses by enabling personalized interactions, predictive analytics, and automation. By analyzing customer data, AI can tailor recommendations, predict churn, and streamline service processes. This leads to more relevant offers, faster response times, and improved customer satisfaction. Implementing AI-driven solutions allows SMBs to create a more engaging and efficient customer journey, ultimately driving higher conversion rates and fostering long-term loyalty.
SMBs should keep an eye on several emerging trends in AI strategy, including the rise of generative AI for content creation, the increasing use of autonomous AI agents for routine tasks, and the growing demand for fractional AI leadership. These trends are driven by advancements in technology that make sophisticated AI capabilities more accessible. By staying informed and experimenting with these innovations, SMBs can leverage new opportunities to enhance their operations and maintain a competitive advantage.
Implementing a robust AI strategy can significantly enhance operational efficiency and competitive advantage for small and mid-sized businesses. By focusing on people-first approaches and responsible AI practices, organizations can achieve measurable outcomes while fostering employee trust and engagement. Exploring tailored solutions like the AI Opportunity Blueprint™ can help identify high-ROI use cases and accelerate results. Contact us today to discover how we can support your AI journey and unlock your business’s full potential.
Competing with giants like Amazon made it difficult for a small but growing e-commerce brand to deliver the kind of personalized shopping experience customers expect. Their existing recommendation engine produced generic suggestions that ignored customer intent, seasonality, and browsing behavior — resulting in low conversion rates and high cart abandonment.
The brand implemented a bespoke AI recommendation agent that delivered real-time personalization across their digital storefront and email campaigns.
Key Capabilities: Real-time personalization • Behavioral analysis • Cross-sell optimization • Continuous learning from user engagement
Increase driven by intelligent upselling and cross-selling.
Lift in email conversion rates with personalized product highlights.
Significant reduction in cart abandonment, boosting total sales performance.
The AI system paid for itself through improved revenue efficiency.
In today's market, one-size-fits-all recommendations no longer work. Tailored AI systems designed around your customer data deliver the kind of personalized, dynamic experiences that drive loyalty and repeat purchases — helping niche e-commerce brands compete effectively against industry giants.
A marketing team responsible for promoting global travel destinations needed to produce a constant stream of fresh, high-quality video content for in-flight entertainment and digital advertising campaigns. With hundreds of destinations to showcase across multiple markets, traditional production methods couldn't keep pace with demand.
Traditional production — involving creative agencies, travel shoots, and post-production — was costly, time-consuming, and logistically complex, often taking weeks to produce a single 30-second ad. This limited the team's ability to adapt campaigns quickly to market trends or seasonal travel spikes.
The marketing team implemented an AI-powered video production pipeline using Google's latest generative AI technologies:
Script generated by Gemini highlighting cultural landmarks, fall foliage, and traditional experiences. Veo created cinematic footage showing temples, cherry blossoms, and street scenes — all without a physical production crew.
Reduced ad production time from 3–4 weeks to under 1 day.
Eliminated physical shoots and editing labor, saving ≈ $50,000 annually for mid-size campaigns.
Enabled production of dozens of destination videos per month with brand consistency.
Increased click-through rates on destination ads due to richer, faster content rotation.
"Google Veo has fundamentally changed how we approach video content creation. We can now test dozens of creative concepts in the time it used to take to produce a single video. The quality is cinematic, the turnaround is lightning-fast, and our engagement metrics have never been better."
The marketing team plans to expand their AI-powered production capabilities to include:
By leveraging Google Cloud's generative AI capabilities, the organization has transformed video production from a bottleneck into a competitive advantage — enabling creative agility at scale.
A regional sports broadcaster manages hours of live event commentary daily across multiple sporting events. The organization needed to transform raw commentary into engaging, shareable content that could be distributed to fans immediately after events concluded.
Creating highlight reels and post-event summaries manually was slow and resource-intensive, often taking an entire production team several hours per event. By the time the recap was ready, fan interest and social engagement had already peaked — leading to missed opportunities for timely content distribution and reduced viewer retention.
The broadcaster implemented an automated podcast creation pipeline using Google Cloud AI and serverless technologies:
Reduced highlight production from ~5 hours per event to 20 minutes.
Automated workflows cut production costs, saving an estimated $30,000 annually.
Same-day release of highlight podcasts boosted daily listens and social media shares.
System scaled effortlessly across multiple sports events year-round.
"Google Cloud's AI capabilities transformed our production workflow. What used to take our team an entire afternoon now happens automatically in minutes. We're able to deliver content while fans are still talking about the game, which has completely changed our engagement metrics."