Customer Success Using Deep Learning

S. Deepthi, Sumith Reddi Baddam, Vignesh Thangaraju
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引用次数: 1

Abstract

Customer Success is gaining priority for Organizations in transforming to recurring revenue business model. For this we need to shift our paradigm from being a “reactive troubleshooting” to “proactively advising” our customers. As part of this transformation various capabilities are being built, to capture customer data, have smart agents that collect information from customer networks to predict a failure before it happens and to advise the customer of the resolution. Products can be both hardware and software. It is trickier to predict a failure or an issue beforehand in software when compared to hardware because in hardware there are predefined set of symptoms for a failure. In software, predicting an issue beforehand means knowing and understanding what code is going in with each commit, defect or an enhancement. In most cases, defects found during internal testing, which are often neglected, crop up as customer issues at a later point in time. In this paper, we propose a solution to predict the potential defects that the customer might find after the release of the product using LSTM and CNN. We also predict the time (weeks or months) within which the customer might face this issue. This knowledge helps the teams to prioritize the defects and proactively resolve them on time before going live with known backlog of issues. Thus improving the quality of product that we deliver. Post production this can help proactively advise customers on these known issues that he might face and recommend a software patch or upgrade path. This paper is aimed at reducing internal failures cost component of Cost of Quality leads to Customer Retention and Success.
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利用深度学习获得客户成功
在向经常性收入业务模式转型的过程中,客户成功正成为各组织的优先事项。为此,我们需要将我们的模式从“被动故障排除”转变为“主动为客户提供建议”。作为这一转变的一部分,我们正在构建各种功能,以捕获客户数据,让智能代理从客户网络中收集信息,在故障发生之前预测故障,并将解决方案告知客户。产品既可以是硬件也可以是软件。与硬件相比,在软件中预先预测故障或问题更为棘手,因为在硬件中,故障有一组预定义的症状。在软件中,预先预测问题意味着了解和理解每次提交、缺陷或增强的代码。在大多数情况下,在内部测试中发现的缺陷(通常被忽视)会在以后的某个时间点作为客户问题突然出现。在本文中,我们提出了一种使用LSTM和CNN来预测客户在产品发布后可能发现的潜在缺陷的解决方案。我们还预测了客户可能面临此问题的时间(几周或几个月)。这些知识有助于团队确定缺陷的优先级,并在处理已知积压问题之前及时主动解决这些问题。从而提高我们提供的产品质量。生产后,这有助于就客户可能面临的这些已知问题主动向客户提供建议,并推荐软件补丁或升级路径。本文旨在减少质量成本中的内部故障成本部分,从而实现客户的保留和成功。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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