首页 > 其他分享 >Chapter 5. How AI can improve Business Process

Chapter 5. How AI can improve Business Process

时间:2024-12-25 21:57:36浏览次数:3  
标签:Chapter customer customers Business Process AI time improve

AI can improve Business Process (customer service & HR)

Customer Service

  • Workload Reduction: Employee burnout is a significant issue in customer service.
    AI Assistants: Virtual AI assistants can decrease support request volume by providing 24/7 support and handling multiple inquiries across various channels.
    • Example: Exelon uses an AI assistant to answer billing and service outage questions for 10 million customers.
  • Productivity Improvement: AI can enhance customer service operator productivity.
    MetTel developed the Next Best Action (TNBA) AI system to streamline ticket routing.
    TNBA analyzes service tickets and predicts next steps with 75% accuracy, reducing labor-intensive tasks.
    Answer Suggestions: AI can suggest answers to operators, reducing time spent searching for information.
    Even with 50-60% accuracy, AI significantly boosts operator productivity, allowing for faster customer responses and an increased capacity to handle inquiries.

Human Resources

  • Faster Recruitment:
    Recruiting qualified candidates is time-consuming and requires careful attention to job needs and candidate qualifications.
    AI tools can efficiently sift through millions of candidates and various data points to identify suitable individuals.
    • Example: Vodafone uses AI to assess candidates through video responses, evaluating factors like voice intonation and body language, which reduces vetting time by half.
  • Personalized Learning and Development:
    Personalized L&D opportunities can help retain employees and support career growth.
    LinkedIn Learning provides course recommendations based on individual skills and industry trends.
    Companies can use AI to connect employees with mentors and create customized learning paths tailored to career aspirations, enhancing employee engagement and retention.
  • Promotions and Rewards:
    Employee promotions and rewards can be biased and lack transparency, leading to turnover.
    AI can streamline the promotion process by recommending candidates based on performance, pay trajectory, and tenure.
    AI can also predict employees at risk of leaving by analyzing churn patterns, allowing for timely incentives to improve retention.
    Establishing a fair manual process is crucial before implementing AI to avoid perpetuating existing biases.

AI can improve Business Process (Sales)

Sales

  • Creating an Accurate Prospect List:
    AI can automatically generate accurate prospect databases, reducing the need for manual corrections of missing or outdated information.
    It intelligently populates databases, merges multiple sources to eliminate duplicates, and ranks prospects by relevance, enhancing the efficiency of prospecting efforts.
  • Increasing Leads:
    AI can improve lead generation by actively engaging with prospects and qualifying leads at scale.
    For example, Terrapinn uses an AI sales assistant to reach out to thousands of potential customers, significantly increasing the number of qualified leads and improving the sales team's meeting rates.
  • Predicting Sales Actions:
    AI tools assist sales personnel by recommending tailored actions for individual customers based on their buying journey.
    By analyzing past purchases and customer engagement, AI can predict the next steps, allowing sales representatives to focus on nurturing relationships rather than spending time deciding on actions.

AI can improve Business Process (Marketing)

  • Personalized Recommendations:
    Amazon's recommendation engine contributes to one-third of its revenue by suggesting alternative products, leading to increased purchases.
    Other platforms like Twitter and LinkedIn recommend content and connections, enhancing user engagement and retention.
    Personalized recommendations build brand loyalty, gather valuable customer data, and encourage user-generated content, potentially boosting revenue.
    Businesses can recommend tutorials based on support inquiries or compatible product add-ons during purchases to further increase sales.
  • Churn Reduction:
    Churn rate measures the percentage of customers who stop using a service, and a slight reduction can significantly enhance profits. (a 5% reduction in churn can produce a 25% increase in profits)
    AI can predict which customers are likely to churn and provide targeted incentives to retain them.
    For instance, a telecommunications company in Southeast Asia saved $10 million monthly by using a churn prediction model to send high-value offers to at-risk customers.
    AI can also analyze unstructured data to identify root causes of churn, helping businesses address issues that lead to customer loss.
  • Uncommon Uses of AI in Marketing:
    An AI pipeline can streamline workflows by automatically suggesting keywords for market analysis, saving time and improving efficiency.
    Content marketers can use NLP to identify content gaps by analyzing customer search logs, generating topic ideas quickly. (SOE)
    AI can also assist in customer nurturing through predictive outreach, enabling personalized engagement with customers who need support, thus strengthening relationships.

AI can improve Business Process (IT Operations)

  • Preventative Maintenance:
    In October 2021, Meta experienced a significant service outage due to network maintenance mistakes, resulting in millions lost in advertisement revenue for both Meta and its customers.
    Traditionally, IT monitoring has been reactive, addressing problems after they occur. However, machine learning (ML) allows for a preventative and predictive approach.
    AI-driven solutions can alert IT teams hours or days before a potential incident by detecting patterns that precede IT infrastructure failures.
    For Meta, predictive capabilities could have identified the risk of an outage based on commands and configuration changes during maintenance.
  • Event Noise Reduction:
    IT teams often face an overwhelming number of daily alarms from monitoring systems, many of which are redundant or false.
    These excessive alerts can slow down IT operations as teams spend time searching for issues instead of resolving them.
    AI can prioritize alerts based on their business impact, ensuring critical issues, such as network problems affecting customer-facing platforms, are addressed promptly.
    Fannie Mae uses an AIOps tool to reduce alert noise, which groups similar alerts and identifies common root causes, resulting in a 35% reduction in incidents.The use of AI has also decreased problem resolution times by 25-75%, allowing issues that previously took hours to fix to be resolved in minutes.

AI can improve Business Process (Manufacturing)

  • AI in Manufacturing Operations:
    At a BMW assembly plant in Germany, an AI tool compares vehicle order data with live images of produced cars to ensure model designations match order specifications, alerting the final inspection team if discrepancies are found. This intelligent automation improves efficiency in tedious tasks requiring high attention to detail.
  • Predictive Quality Control:
    AI is particularly valuable in detecting defects throughout the manufacturing process, which can be costly due to the need for replacement components, rework, and delays.
    By leveraging data from machine sensors and cameras, machine learning (ML) models can be trained to detect defects more accurately than human inspections, even identifying flaws invisible to the naked eye.
    Seagate has implemented ML in its hard disk manufacturing, transitioning from human analysis of microscopic images to a deep learning approach that processes images in real time, identifying defects early and minimizing production impacts. This has led to a 10% reduction in manufacturing time and up to a 300% ROI.
  • Predictive Maintenance:
    Unplanned downtime is a significant challenge for manufacturers, costing an estimated $250,000 per hour in lost production.
    Predictive maintenance uses data collected during machine operation to forecast potential failures, allowing for timely maintenance planning and reducing unwarranted downtime.
    This strategy enables maintenance to be scheduled during low-impact periods, extending machine life and avoiding costly replacements.

标签:Chapter,customer,customers,Business,Process,AI,time,improve
From: https://www.cnblogs.com/luweiseu/p/18631510

相关文章

  • Chapter 10-11-12. Find AI Opportunities - 4 Stages
    WhoseJobisAIIt’scommonformanagementteamstoassumethatdatascientistsinherentlyknowwhichproblemstosolveforthecompany.However,thisbottom-upapproachtoAIrarelyleadstomeaningfulresults.WhiledatascientistsandMLengineerscan......
  • Chapter 8, 9 B-CIDS: 5 pillars of AI preparation → Jumpstart Approach
    B-CIDSAI-Readiness:AcompanyisAI-readywhenitcansmoothlyprogressfromAIconcepttoimplementationandbenefitrealization,anddosoconsistently.Preparation:AchievingAI-readinessisacomprehensiveprocessinvolvingcompanyculture,talent,......
  • Chapter 6 Optimize decision making with AI - Simple versus Intelligent Data Anal
    decisionmaking≈datadrivendecisionmakingData-drivendecision-makingreferstoleveragingaggregatedandsummarizeddatatodrivecriticaldecisions.Thedataservesasacompass,allowingyoutorefineyour“gutfeeling”andminimizebiasinyourde......
  • chapter 2: The Promise of AI
    AIEliminatesInefficienciesAIcansignificantlyreduceinefficienciesinvarioussectorsbyautomatingtediousandtime-consumingtasks.Forinstance,duringtheearlydaysoftheCOVID-19pandemic,manyfreelancersonUpworkfellvictimtocheckscams......
  • SAP从入门到放弃系列之第三方交易(third-party orderprocessing)
    目录1、概述:2、销售订单结构:3、配置:3.1行项目类别:TAS配置3.2销售订单行项目类别确定逻辑3.3行项目对应计划行类别:CS配置3.4行项目对应计划行类别的确定逻辑:3.5采购申请3.5.1源确定(Sourcedetermination)3.6采购订单创建3.7收货4、操作4.1数据准备4.2系统操作1、......
  • 计算机组成原理-Chapter2
    Chapter2数据表达和MIPS汇编语言2.1二进制表示方法        针对于有符号整数,可以使用原码、补码和反码的方式进行表示。2.1.1反码与原码        对于一个数的有符号数,若其为正数则反码为其本身。例如正数0001的反码为0001与之前保持一致;负数1001......
  • Spring源码分析之后置处理器 BeanPostProcessor
    前言在我前面文章带领大家看源码的时候我们就是会发现义初始化为例子:我们在初始化的时候就是要要在初始化前运行BeanPostProcessorsBeforeInitialization方法然后在初始化后就是会调用BeanPostProcessorsAfterInitialization方法,这个意思就是说我们可以在Bean对象进行初始......
  • Chapter 1. ACI 概述
    目录一、ACI是什么?二、ACI优势架构方面管理方面策略与应用方面总结一、ACI是什么?ACI全称是ApplicationCentricInfrastructure,即应用为中心的网络架构,是思科的一款软件定义网络(SDN)解决方案。APIC控制器(ApplicationPolicyInfrastructureController)作为控制......
  • Spring源码分析之ConfigurationClassPostProcessor
    前言 在通过Spring源码分析之容器Refresh()方法_spring源码中refresh()方法-CSDN博客我们知到其中有一个步骤就是说会将满足条件的类注册为BeanDefinition然后放入到Spring容器中,这个主要就是存在于invokeBeanFactoryPostProcessors这个方法中进行的这个就是说具体是怎么......
  • 数据结构与算法分析-Chapter1
    Chapter1-绪论1.1数据结构的基本概念1.数据(data)        主要包括数值型数据和非数值型数据。2.数据元素(dataelement)        描述数据的基本单位。可以由多个数据项(dataitem)组成。        数据项是具有独立含义的最小标识单位。例如描述......