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Oracle Data Platform for Financial Services

Customer 360 for financial services

Understand your customers, learn their behaviors, and predict their needs

Financial services organizations, especially those in the consumer space, such as retail banks, credit card issuers, private wealth management firms, and insurance companies, need intelligence on their customers, markets, products, and more to run successful marketing campaigns, cross-sell and upsell, and effectively support customers throughout the relationship. Some use cases—for example, making product recommendations and predicting and responding to customer needs when resolving a satisfaction issue—require real-time intelligence. Others require gathering the right data for model learning to generate insights that can be used to improve marketing, sales, operations, and, crucially, the customer experience.

In all these use cases, customer knowledge is vital. The concept of a 360-degree view of the customer has developed significantly, evolving from a basic understanding of the many interactions a customer has with an organization to a deep, detailed understanding of each customer as an individual with unique behaviors, wants, and needs that extend beyond their financial services interactions. Today’s customers expect every interaction to be easy, convenient, and intuitive—whether they’re ordering takeout, filing an insurance claim, or opening a checking account—and they want a consistent, cohesive, seamless experience whether they’re interacting online, using an app, or in person.

Highly satisfied customers are two and a half times more likely to open new accounts or adopt new products with their existing bank than those who are merely satisfied. While banks continue to invest to meet their customers’ rising expectations, they’ve struggled to keep pace with other retail sectors, held back by legacy IT infrastructure and data siloes—and the data quality and lineage challenges they cause. Even for institutions that boast a better-than-average customer experience, typically only one-half to two-thirds of customers rate their experience as excellent.

To meet their customers’ expectations, financial services organizations must continue to address the challenges caused by siloed data in legacy infrastructure while simultaneously employing machine learning, artificial intelligence, and 360-degree customer data to shift from reactive to predictive engagement. For organizations that accomplish this, the rewards can be significant; according to a McKinsey analysis, US retail banks that ranked in the top quartile for customer experience have had meaningfully higher deposit growth over the past three years compared with their peers, thanks to their ability to attract new customers and strengthen relationships with their existing ones.

Make your customer knowledge count with machine learning

The following architecture demonstrates how Oracle Data Platform is built to help financial services organizations apply advanced analytics, machine learning, and artificial intelligence to all the available data to provide the necessary insights to create highly relevant, in-the-moment, personalized customer experiences. This enables them to focus on proactive engagement, helping them flawlessly execute every touchpoint across the entire customer lifecycle, from shopping and account opening to onboarding, relationship expansion, and service delivery or insurance claims processing.

Customer 360  diagram, description below

This image shows how Oracle Data Platform for financial services can be used to support a 360-degree view of customer activities. The platform includes the following five pillars:

  1. 1.Data Sources, Discovery
  2. 2.Connect, Ingest, Transform
  3. 3.Persist, Curate, Create
  4. 4.Analyze, Learn, Predict
  5. 5.Measure. Act

The Data Sources, Discovery pillar includes two categories of data.

  1. 1. Business records (first-party data) comprises credit card transactions, deposits, withdrawals, account information, CRM data, case management data, ATM event streams, and location data.
  2. 2. Third-party data includes social feeds.

The Connect, Ingest, Transform pillar comprises four capabilities.

  1. 1. Bulk transfer uses OCI FastConnect, OCI Data Transfer, MFT, and OCI CLI.
  2. 2. Batch ingestion uses OCI Data Integration, Oracle Data Integrator, and DB tools.
  3. 3. Change data capture uses OCI GoldenGate and Oracle Data Integrator.
  4. 4. Streaming ingest uses OCI Streaming and Kafka Connect.

All four capabilities connect unidirectionally into the cloud storage/data lake capability within the Persist, Curate, Create pillar.

Additionally, streaming ingest is connected to stream processing within the Analyze, Learn, Predict pillar.

The Persist, Curate, Create pillar comprises four capabilities.

  1. 1. The customer 360 serving data store uses Autonomous Data Warehouse and Exadata Cloud Service.
  2. 2. Cloud storage/data lake uses OCI Object Storage.
  3. 3. Batch processing uses OCI Data Flow.
  4. 4. Governance uses OCI Data Catalog.

These capabilities are connected within the pillar. Cloud storage/data lake is unidirectionally connected to the serving data store; it is also bidirectionally connected to batch processing.

One capability connects into the Analyze, Learn, Predict pillar: The serving data store connects unidirectionally to the analytics and visualization, AI services, and machine learning capabilities and bidirectionally to the streaming analytics capability.

The Analyze, Learn, Predict pillar comprises four capabilities.

  1. 1. Analytics and visualization uses Oracle Analytics Cloud, GraphStudio, and ISVs.
  2. 2. AI services uses Oracle Digital Assistant, OCI Language, OCI Speech, and OCI Vision.
  3. 3. Machine learning uses OCI Data Science, Auto ML, and Oracle Machine Learning Notebooks.
  4. 4. Streaming analytics uses OCI GoldenGate Stream Analytics.

The Measure, Act pillar comprises three consumers: dashboards and reports, applications, and machine learning models.

The three central pillars—Ingest, Transform; Persist, Curate, Create; and Analyze, Learn, Predict—are supported by infrastructure, network, security, and IAM.



There are three main ways to inject data into an architecture to enable financial services organisations to create a 360-degree view of their customers.

  • To start our process, we need to ingest our customer transactions. Transactional data includes deposits and withdrawals; this data is highly structured and mastered in core banking or operational applications and systems. These datasets often comprise large volumes of often on-premises data, and in most cases, batch ingestion following source processing is typically most efficient. This data is generally ingested on a specific schedule, such as hourly at 30 minutes past the hour or daily at 2 p.m. (occasionally periods will be longer than this for complex processes).
  • Customer data from customer relationship and experience systems usually requires little transformation or aggregation during ingestion and may be handled purely via a change data capture process to capture changes to datasets initially loaded in bulk. Further data can be sourced from operational systems, web clicks, social media feeds, and third-party customer data feeds.
  • Streaming ingestion will be used to ingest data read from beacons in branch locations through IoT, machine-to-machine communications, and other means. Video imaging can also be consumed this way. Additionally, in this example, we intend to analyze and rapidly respond to consumer sentiment by analyzing social media messages, responses to first-party posts, and trending messages. Social media (application) messages/events will be ingested with the option to perform some basic transformation/aggregation before storing the data in cloud storage or a data lake. Additional stream analytics can be used to identify correlating consumer events and behavior, and identified patterns can be fed back (manually) for OCI Data Science to examine the raw data.

Data persistence and processing is built on three (optionally four) components.

  • Ingested raw data is stored in cloud storage. We will use OCI Data Flow for the batch processing of this now persisted streamed data, such as tweets (JSON), location data, sensor data from beacons and apps, geo-mapping data, and product reference data. These processed datasets are returned to cloud storage for onward persistence, curation, and analysis and ultimately for loading in optimized form to the serving data store. Alternatively, depending on architectural preference, this can be accomplished with OCI Big Data Service as a managed Hadoop cluster.
  • We have now created processed datasets ready to be persisted in optimized relational form for curation and query performance in the serving data store. This will enable us to identify and return the top trending product and consumer hashtags, which can be enriched with location, inventory, and product data from enterprise systems.

The ability to analyze, learn, and predict is built on two technologies.

  • Analytics and visualization services deliver descriptive analytics (describes current trends with histograms and charts), predictive analytics (predicts future events, identifies trends, and determines the probability of uncertain outcomes), and prescriptive analytics (proposes suitable actions, leading to optimal decision-making), enabling financial services institutions to answer questions such as
    • Does our upsell activity align with campaign predictions and has customer engagement activity changed as a result?
    • What products are driving the most customer engagement? How do they compare with the best-selling products and services in a division or department?
    • Are we seeing “channel fatigue,” and, if so, is it causing customers to disengage with the channel?
  • Alongside the use of advanced analytics, machine learning models are developed, trained, and deployed. These models can be accessed via APIs, deployed within the serving data store, or embedded as part of the OCI GoldenGate streaming analytics pipeline.
  • Our curated, tested, and high-quality data and models can have governance rules and policies applied and can be exposed as a data product (API) within a data mesh architecture for distribution across the financial services organization.

Meet customer expectations with automated intelligence

By leveraging all the available data across each customer’s lifecycle—including structured, semistructured, and unstructured data—and applying advanced big data analytics, machine learning, and AI to a complete record of previous customer interactions, financial services organizations can

  • Design and provide highly relevant, in-the-moment, personalized customer experiences.
  • Incorporate second- and third-party data to improve the customer experience and use analytics to predict (and influence) customer behavior.
  • Use AI to recommend next-best actions, delivering more consistent customer interactions and refined customer outcomes.
  • Evolve advisory and sales activities from being reactive to being proactive by leveraging robo-advisors both to provide self-service tools and to help employees serve customers better.
  • Understand each customer’s history, anticipate their needs, and ensure their experience, at each stage of the customer lifecycle, exceeds their expectations.

Oracle Data Platform 快速入門

試用 20 多項永遠免費雲端服務,並可在 30 天内試用其他服務

Oracle 所提供的 Free Tier 包含無時間限制使用 20 多項服務 (如 Autonomous Database、Arm Compute 和 Storage) 以及 300 美元的免費額度,可試用其他雲端服務。取得詳細資料,並立即註冊您的免費帳戶。

  • Oracle Cloud Free Tier 包含哪些項目?

    • 2 個 Autonomous Database,每個 20 GB
    • AMD 和 Arm 運算 VM
    • 200 GB 總區塊儲存體
    • 10 GB 物件儲存體
    • 每月 10 TB 輸出資料傳輸
    • 10 多項永遠免費服務
    • 300 美元的免費點數,可在 30 天内試用其他服務

深入瞭解逐步指引

透過教學課程和實作實驗室來體驗廣泛的 OCI 服務。無論您是開發人員、管理員還是分析人員,我們都可以協助您瞭解 OCI 的運作方式。許多實驗室是在 Oracle Cloud 免費層或 Oracle 提供的免費實驗室環境上執行。

  • 開始使用 OCI 核心服務

    此研討會中的實驗室涵蓋 Oracle Cloud Infrastructure (OCI) 核心服務介紹,包括虛擬雲端網路 (VCN) 以及運算和儲存服務。

    立即開始 OCI 核心服務實驗
  • Autonomous Database 快速入門

    在此研討會中,您將會瞭解使用 Oracle Autonomous Database 的步驟。

    立即開始 Autonomous Database 快速入門實驗
  • 以試算表建立應用程式

    本實驗將引導您將試算表上傳到 Oracle Database 表中,然後根據此新表格建立應用模組。

    立即開始此實驗
  • 在 OCI 上部署 HA 應用程式

    在本實驗中,您將會在 Oracle Cloud Infrastructure (OCI) 中的兩個運算執行處理上部署 Web 伺服器,並使用負載平衡器以高可用性模式 (High Availability) 進行設定。

    立即開始 HA 應用程式實驗

探索 150 多種最佳實務設計

瞭解架構師與其他客戶如何部署各種工作負載,從企業應用程式至 HPC,以及從微服務到資料湖。透過「Built & Deployed」影片系列,瞭解最佳實務,聽聽其他客戶架構師的分享,甚至使用我們的「按一下即可部署」功能來建置許多工作負載,或者從我們的 GitHub 儲存區域自行完成。

熱門架構

  • Apache Tomcat 搭配 MySQL Database Service
  • Kubernetes 上的 Oracle Weblogic,搭配 Jenkins
  • 機械學習 (ML) 與人工智慧環境
  • Arm 上的 Tomcat,搭配 Oracle Autonomous Database
  • 日誌分析與 ELK 堆疊
  • HPC 與 OpenFOAM

瞭解 OCI 可以助您節省多少成本

Oracle Cloud 的定價簡單明瞭,在全球各地保持一致的實惠價格,而且支援廣泛的使用案例。若要預估您的費率,請查看費用預估工具,並依照您的需要設定服務。

體驗與衆不同之處:

  • 1/4 的外送頻寬成本
  • 3 倍運算性價比
  • 每個區域的定價同樣實惠
  • 定價實惠,且無須長期履行合約

聯絡業務代表

有興趣深入瞭解 Oracle Cloud Infrastructure 的資訊嗎?讓我們的專家助您一臂之力。

  • 我們的業務代表可以爲您解答以下問題:

    • 哪些工作負載在 OCI 上的執行效果最佳?
    • 如何從 Oracle 的整體投資中獲得最大收益?
    • OCI 如何與其他雲端運算提供者比較?
    • OCI 如何支援您的 IaaSPaaS 目標?