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  • 5 AI Use Cases Every Sales Team Should Know

    5 AI Use Cases Every Sales Team Should Know

    When a regional director at a Fortune 500 technology company analyzed where his sales team actually spent their time, the results were sobering. His top performers—the reps closing the biggest deals—were spending only 35% of their day actually selling. The rest went to research, data entry, follow-up emails, and preparing forecasts that were often wrong anyway.

    This isn’t unusual. Sales teams are under constant pressure to do more with less: more calls, more meetings, more deals—with the same headcount. According to research on AI in sales, 83% of sales teams using AI experienced growth in 2025, compared to 66% of teams without AI—a 17 percentage point performance gap. Teams that frequently use AI report a 76% increase in win rates, 78% shorter deal cycles, and a 70% increase in deal sizes.

    AI agents are changing the game by automating the tedious work that eats into selling time while improving the quality of every customer interaction. But not all AI use cases are created equal. Some deliver quick wins with minimal risk; others require significant investment but promise transformative results. Here are five AI use cases every sales leader should understand—from practical starting points to advanced implementations.

    Overview: Sales AI Use Cases at a Glance

    Use Case Typical ROI Complexity Time to Value
    Lead Qualification 6-10x Low 3-5 weeks
    Account Research 8-10x Low 2-3 weeks
    Deal Acceleration 10-15x Medium 3-5 weeks
    Sales Forecasting 12-15x Medium-High 4-6 weeks
    Competitive Intelligence 5-8x Low 2-4 weeks

    1. Lead Qualification: Score, Route, and Follow Up Automatically

    Marketing generates thousands of leads monthly, but sales teams waste precious time sifting through unqualified prospects instead of engaging with high-intent buyers. Response times stretch from hours to days, killing conversion rates. The vast majority of sales teams now use AI daily, with 52% using it specifically for data analysis including lead scoring, pipeline analysis, and forecasting.

    An agentic lead qualification workflow receives leads from forms, events, and campaigns, then scores them based on firmographic fit and engagement signals. It routes qualified leads to the appropriate sales representative by territory or expertise, then sends personalized follow-up emails within minutes rather than hours. Predictive lead scoring driven by AI enhances lead-to-customer conversion rates by as much as 28%—that’s not incremental improvement, it’s transformational.

    The impact compounds across the funnel. Organizations see a 30% increase in sales-qualified leads reaching reps, a 50% reduction in lead response time, and 6-10x ROI through sales productivity gains. For a deeper framework on measuring these gains, see our guide to measuring AI ROI in the enterprise.

    This is an ideal first AI use case for sales. The workflow is straightforward (score, route, follow up), integrations are standard (CRM, email, marketing automation), and the risk is low. You can start with simple scoring rules and add sophistication over time.

    2. Account Research and Buyer Intelligence: Enter Every Call Prepared

    Sales reps often enter calls unprepared, missing key stakeholders and failing to understand buyer context. Manual research takes hours and produces incomplete information, leading to weak first impressions and missed multi-threading opportunities. The reality is that selling time is precious, and every minute spent on research is a minute not spent building relationships.

    An account research agent changes this calculus entirely. It researches target accounts automatically, surfaces decision-maker profiles from LinkedIn, identifies all stakeholders involved in the buying process, maps organizational hierarchies, and analyzes buyer priorities based on news, financials, and company announcements. Reps receive comprehensive account briefs moments before calls—context that would take hours to compile manually, delivered in seconds.

    According to research on AI sales agents, sales representatives save 2-5 hours per week with AI, and teams report up to 44% more productivity. The impact on meeting quality is substantial: 30% reduction in research time, 20% higher meeting engagement scores, and 8-10x ROI through more effective conversations.

    Start with the most critical data points—company news, key executives, recent funding—and expand from there. Integration with LinkedIn Sales Navigator and news APIs is straightforward, and the use case delivers value from week one.

    3. Deal Acceleration and Bottleneck Detection: Revive Stalled Opportunities

    Deals often sit idle for weeks as reps forget follow-ups or lack clarity on next steps. Without visibility into engagement gaps, deals slip through cracks or extend sales cycles unnecessarily. By the time anyone notices, the opportunity may be lost to a faster competitor—or simple inertia.

    A deal acceleration agent continuously monitors velocity across the pipeline, identifying stalled deals that haven’t progressed in specific timeframes. It analyzes engagement history to find gaps, recommends specific next best actions based on deal context and stakeholder responses, and auto-generates personalized follow-up messages. The system learns from successful deals to improve recommendations over time.

    The numbers are compelling. According to research, 69% of sellers using AI shortened their sales cycles by an average of one week, while 68% said AI helped them close more deals overall. ZoomInfo documented a 30% increase in average deal sizes and a 25% faster sales cycle after adopting AI-driven pipeline management. The impact adds up: 25% faster sales cycles, 15% higher close rates on stalled deals, 40% reduction in lost opportunities, and 10-15x ROI through recovered revenue that would otherwise have slipped away.

    Getting started is straightforward. Define what “stalled” means for your business—7 days without activity? 14 days in the same stage?—then build rules to surface at-risk deals. Start with notifications before adding automated outreach.

    4. Sales Forecasting and Pipeline Inspection: Predict with Confidence

    Manual sales forecasting is time-consuming, frequently inaccurate (often off by 20% or more), and reactive to pipeline problems rather than anticipating them. Sales leaders struggle to identify which deals are truly at risk, leading to missed forecasts, revenue surprises, and difficult conversations with finance and the board.

    An AI forecasting agent continuously monitors the sales pipeline, analyzing deal progression and identifying risks like stalled activity, budget changes, and competitive threats. It predicts close probabilities using machine learning trained on your historical data, and flags deals requiring immediate attention. For deals forecasted to close within 30 days, leading AI systems achieve 90-95% accuracy—far better than gut instinct or spreadsheet models.

    Companies integrating AI into forecasting have seen accuracy improve by 40%, enabling better strategic decisions about hiring, capacity, and resource allocation. AI-driven CRM analytics result in a 20% increase in sales forecasting accuracy, improving operational decision-making across the organization. The impact is substantial: 30% increase in forecast accuracy, 40% reduction in forecast preparation time, 30% increase in average deal sizes through early intervention on at-risk opportunities, and 12-15x ROI through better resource allocation.

    This is a more advanced use case requiring clean CRM data and historical outcomes to train models. Start with rule-based risk flags, then layer in machine learning predictions as you accumulate data. The Future of Agentic use case library includes detailed sales forecasting architectures.

    5. Competitive Intelligence: Know Your Battleground

    Reps encounter competitors in nearly every deal but lack current intelligence on positioning, pricing, and weaknesses. Competitive information is scattered across wikis, Slack channels, and tribal knowledge—often outdated or incomplete by the time it reaches the frontline.

    A competitive intelligence agent continuously monitors competitor activity: website changes, press releases, product updates, and pricing changes. It synthesizes intelligence into battle cards that reps can access in the moment. It surfaces relevant competitive insights within deal context, and alerts reps when competitors are mentioned in accounts they’re working.

    The broader AI for sales and marketing market is forecasted to grow from $57.99 billion in 2025 to $240.58 billion by 2030, and competitive intelligence is one of the fastest-growing segments. Organizations see higher win rates against key competitors, faster ramp time for new reps who don’t need to absorb years of tribal knowledge, and 5-8x ROI through improved competitive positioning.

    Start by identifying your top 3-5 competitors and implementing basic monitoring (website changes, news mentions). Layer in win/loss analysis from closed deals to surface what’s actually working in competitive situations.

    Governance Considerations for Sales AI

    As you implement these use cases, governance matters more than you might expect.

    Data quality is foundational. Agents are only as good as the data they’re built on. Clean CRM data, accurate contact information, and complete deal records are prerequisites. Gartner (2025) finds that cross-functional alignment reduces AI implementation time by 25-30%, and much of that alignment involves ensuring data is reliable enough to power AI recommendations.

    Keep humans in the loop for high stakes. For deal acceleration and forecasting, consider maintaining human oversight for recommendations that could affect customer relationships or major resource decisions. AI should inform judgment, not replace it entirely.

    Measure outcomes, not just activity. Track whether AI-qualified leads actually convert, whether recommended actions actually accelerate deals, whether forecast accuracy actually improves. The goal is business results, not impressive-sounding metrics. For a framework on connecting AI activity to business outcomes, see our guide to AI ROI measurement.

    Start simple, then scale. Begin with one use case, prove value, build governance foundations, then expand. Trying to do everything at once is a recipe for failure.

    Getting Started

    If you’re ready to bring AI to your sales organization, start by auditing your current process. Where do reps spend time on non-selling activities? Where do deals stall? What data is missing or unreliable?

    Pick one use case—lead qualification or account research are ideal starting points with low complexity, high impact, and fast time to value. Define success metrics upfront, tying measurements to business outcomes (revenue, conversion, cycle time) rather than just activity. Build governance from day one by establishing logging, measurement, and oversight before deploying to production.

    The sales organizations that master AI will close more deals, faster, with fewer wasted hours. Salesforce reports that sales teams leveraging AI are 1.3 times more likely to experience revenue growth. That’s the gap between thriving and struggling in an increasingly competitive market.

    Want to see how leading sales organizations are implementing these use cases? Schedule a demo to learn how Olakai helps you measure ROI and govern AI agents across your sales stack.

  • What is Agentic AI? A Guide for Enterprise Leaders

    What is Agentic AI? A Guide for Enterprise Leaders

    If you’re an enterprise leader trying to make sense of AI, you’ve likely noticed a shift in the conversation. ChatGPT and copilots were impressive—but now there’s talk of agentic AI: systems that don’t just answer questions, but take action to achieve goals. What does this mean for your organization?

    The numbers suggest this isn’t hype. According to Gartner, 40% of enterprise applications will be integrated with task-specific AI agents by the end of 2026, up from less than 5% in 2025. That’s an 8x increase in a single year. McKinsey’s 2025 State of AI report found that 62% of organizations are already experimenting with AI agents, and 79% say they’ve adopted agents to some extent.

    This guide cuts through the hype to explain what makes AI “agentic,” how it differs from the chatbots and copilots you’re already using, and what enterprise leaders need to know as autonomous agents become a reality.

    The Evolution of Enterprise AI

    To understand agentic AI, it helps to see where we’ve been.

    Traditional AI (2020-2022) consisted of machine learning models that predict outcomes based on patterns. Think fraud detection scoring, demand forecasting, or customer churn prediction. These systems were powerful but passive—they required humans to interpret results and take action on the insights they provided.

    Chat AI (2023) brought large language models that respond to prompts with natural language. ChatGPT made AI accessible to everyone, enabling research assistance, content drafting, and customer service chatbots. But these systems had no ability to take action—they could only provide information and leave the execution to humans.

    Copilots (2024) represented AI assistants that augment human work with suggestions and completions. GitHub Copilot, Microsoft 365 Copilot, and Salesforce Einstein GPT define this generation. They’re context-aware and integrated into workflows, but humans remain in control of every decision. The AI suggests; the human decides and executes.

    Agentic AI (2025-2026) introduces autonomous systems that take action to achieve goals with minimal human intervention. These agents don’t wait for prompts—they plan multi-step workflows, use tools and APIs, and execute end-to-end processes. For a deeper exploration of how this evolution is unfolding, see our analysis of enterprise AI’s evolution from prediction to action.

    Six Core Characteristics of Agentic AI

    What makes an AI system truly “agentic”? According to Gartner, autonomous agents are combined systems that achieve defined goals without repeated human intervention, using a variety of AI techniques to make decisions and generate outputs. They have the potential to learn from their environment and improve over time. Look for these six characteristics.

    Autonomy means the system takes action without constant human input. It operates independently within defined boundaries and escalates only when necessary. Think of it like a trusted personal assistant who knows to book your recurring monthly flight without asking each time, but will check with you if prices exceed your usual budget. Gartner predicts that by 2029, agentic AI will autonomously resolve 80% of common customer service issues without human intervention.

    Planning enables the system to break down complex tasks into actionable steps. It creates execution plans and adjusts based on outcomes and changing conditions. Like a seasoned chef preparing Thanksgiving dinner—they know to start the turkey first, prep sides while it cooks, and adjust timing if guests arrive late. The planning capability is what transforms a responsive system into a proactive one.

    Tool Use allows the system to integrate with other systems via APIs, databases, and applications. It orchestrates multiple tools to complete end-to-end workflows. Think of a general contractor who doesn’t just plan your kitchen remodel—they actually pick up the phone to coordinate electricians, plumbers, and inspectors to get the job done. Agentic AI doesn’t just recommend calling the API; it calls it.

    Memory maintains context across interactions and sessions. The system remembers past decisions, user preferences, and workflow state. Like your family doctor who remembers your medication allergies from three years ago, your preferred pharmacy, and that you respond better to evening appointments. Memory transforms one-off interactions into ongoing relationships.

    Reasoning enables decisions based on goals, constraints, and context. The system evaluates trade-offs and selects optimal actions given the information available. Like a financial advisor who weighs your retirement goals against current cash needs and recommends whether to max out your 401(k) or pay down your mortgage. The reasoning is transparent and auditable.

    Learning allows the system to adapt from feedback, successes, and failures. It improves performance over time through experience and reinforcement. Like a barista who remembers you liked your latte extra hot last time, tries it that way again today, and asks for feedback to get your order perfect every visit. Learning agents get better the more they’re used.

    For a comprehensive exploration of these characteristics with interactive examples, the Future of Agentic guide to agent characteristics provides detailed analysis.

    Chat AI vs. Copilots vs. Agents: Key Differences

    Understanding the spectrum helps you set appropriate expectations.

    Dimension Chat AI Copilots Agentic AI
    Autonomy Level None—responds only when prompted Limited—suggests but doesn’t execute High—executes multi-step workflows
    Human Oversight 100% (every interaction) 80-90% (review before action) 10-30% (key decision points only)
    Task Complexity Single-turn Q&A Assisted completion Multi-step workflows
    Response Time Seconds Milliseconds to seconds Minutes to hours
    Cost per Interaction $0.001-0.01 $0.01-0.10 $0.10-1.00+
    Risk Level Low (information only) Medium (human reviews) High (requires governance)

    While generative AI focuses on creating content such as text, images, or code, agentic AI focuses on action. Adding task specialization capabilities evolves AI assistants into AI agents with the capacity to operate and perform complex, end-to-end tasks.

    Real-World Examples

    What does agentic AI look like in practice?

    Agentic Example: Invoice Processing. When an invoice exceeds $50K or has mismatched PO numbers, an agentic system automatically flags it, updates the status to “Review Required,” adds a comment explaining the anomaly, and sends a Slack message to the appropriate approver based on department and amount thresholds. No human initiated these steps—the agent made decisions and executed actions autonomously based on policy and context.

    Agentic Example: Travel Booking. An employee submits a trip request: “Book me a flight to San Francisco next Monday, staying until Thursday.” The agent searches flights, books the cheapest option under $500 per company policy, reserves a hotel near the office, creates an expense report pre-filled with trip details, updates the employee’s calendar, and sends a confirmation email with the complete itinerary—all without human intervention.

    Not Agentic: Code Completion. A developer uses an AI-powered code editor that predicts what they’ll type next. The AI suggests function completions, but the developer must explicitly accept each suggestion. This is a copilot pattern—sophisticated assistance, but no autonomous execution. The human remains in the loop for every action.

    Why This Matters for Enterprise Leaders

    The shift to agentic AI has significant implications that go beyond technology decisions.

    Higher stakes. When agents take action autonomously, mistakes have real consequences. A chatbot that gives wrong information is annoying; an agent that executes wrong actions can cost money, damage relationships, or create compliance issues. Deloitte’s 2025 study found that while 30% of organizations are exploring agentic options and 38% are piloting solutions, only 14% have solutions ready to deploy and just 11% are actively using agents in production. The gap reflects how seriously enterprises are taking the governance requirements.

    New governance requirements. You need visibility into what agents are doing, controls to prevent unauthorized actions, and the ability to audit decisions after the fact. Traditional IT governance wasn’t designed for autonomous systems. Gartner predicts that guardian agents—specialized agents focused on governance and oversight—will capture 10-15% of the agentic AI market by 2030. For a comprehensive framework, see our AI governance checklist for CISOs.

    Different ROI model. Agents cost more per interaction but can deliver dramatically higher value by completing end-to-end workflows. The economics shift from “cost per query” to “value per outcome.” In a best-case scenario, Gartner projects agentic AI could generate nearly 30% of enterprise application software revenue by 2035—surpassing $450 billion. For a framework on measuring this value, see our AI ROI measurement guide.

    Workforce implications. Agents won’t replace humans wholesale, but they will change what humans do. Many roles will shift from execution to oversight and exception handling. By 2028, Gartner predicts 33% of enterprise software applications will include agentic AI, enabling 15% of day-to-day work decisions to be made autonomously. Organizations need to prepare their workforce for this shift.

    The Multi-Agent Future

    Just as monolithic applications gave way to distributed service architectures, single all-purpose agents are being replaced by orchestrated teams of specialized agents. Gartner reported a staggering 1,445% surge in multi-agent system inquiries from Q1 2024 to Q2 2025. By 2028, Gartner predicts 70% of AI applications will use multi-agent systems.

    This evolution means enterprise AI will increasingly involve ecosystems of specialized agents working together—finance agents, HR agents, security agents, customer service agents—coordinating to complete complex workflows that span organizational boundaries.

    Getting Started with Agentic AI

    If you’re considering agentic AI for your enterprise, start with low-risk, high-volume use cases. Lead qualification, invoice processing, and IT ticket routing are common starting points where autonomous action delivers clear value with manageable risk. 50% of enterprises using generative AI are expected to deploy autonomous AI agents by 2027, doubling from 25% in 2025.

    Build governance from day one. Don’t wait until you have a dozen agents to think about visibility, controls, and measurement. Establishing governance foundations early prevents painful retrofitting later. Our AI risk heatmap framework helps you match governance intensity to risk level.

    Measure what matters. Track not just agent activity but business outcomes: time saved, error rates, cost per transaction, and ROI. Without measurement, you can’t prove value or identify problems before they become crises.

    Plan for scale. Pilot projects often succeed; scaling is where most enterprises struggle. Consider how your infrastructure, governance, and change management will handle 10x the agents before you need to find out.

    The Bottom Line

    Agentic AI represents a fundamental shift from AI that informs to AI that acts. For enterprise leaders, this means new opportunities for automation and efficiency—but also new requirements for governance, measurement, and oversight.

    The enterprises that thrive will be those who embrace agentic AI while building the guardrails to use it responsibly. That means investing not just in the agents themselves, but in the infrastructure to measure their impact, govern their behavior, and ensure they’re delivering real business value.

    Ready to implement agentic AI with confidence? Schedule a demo to see how Olakai helps enterprises measure ROI, govern risk, and scale AI agents responsibly.