Increasing Production Efficiency: How AI Can Improve Asset Utilization and Minimize Downtime

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Today, manufacturers are advancing on their factory digitalization journey, betting on innovative technologies to strengthen competitiveness, deliver sustainable growth, and offer new services. Macroeconomic factors – such as high energy costs, increasing labor, and raw material shortages – drive the need for urgent operational optimizations and automation.
Cloud capabilities have matured at an accelerated pace, giving manufacturers practical avenues to achieve these goals. Manufacturers are finding new ways to bring AI and machine learning (ML) to practical use cases, like predictive maintenance, anomaly detection, and asset utilization management. However, manufacturers struggle to adopt AI at scale due to challenges around data accessibility, infrastructure, and technology.
Google Cloud created purpose-built tools and solutions to organize manufacturing data, make it accessible and useful, and help manufacturers quickly take significant steps on this journey by reducing the time to value. In this post, we will explore a practical example of how manufacturers can use Google Cloud manufacturing solutions to train, deploy and extract value from ML-enabled capabilities to predict asset utilization and maintenance needs.
The journey to machine learning insights starts with accessible data
The first step to a successful machine learning project is to unify necessary data in a common repository. For this, we will use Manufacturing Connect, the factory edge platform co-developed with Litmus Automation, to connect to manufacturing assets and stream the asset telemetries to Pub/Sub.
After the telemetry messages are published to Pub/Sub, Dataflow will identify each message based on its structure and apply corresponding normalizations and transformations, which are preconfigured in Manufacturing Data Engine. Once the messages are processed, the messages will be routed to Cloud Storage, BigQuery, and/or Cloud BigTable based on user configuration.

Figure 1. High level architecture diagram of machine learning with Manufacturing Data Engine
To train a machine learning model, manufacturers can use Vertex AI AutoML to build a no-code model based on the training data stored in the Manufacturing Data Engine.
Then, users can trigger a batch prediction job in Vertex AI or export the AutoML model to run on the edge component of Manufacturing Connect for real-time prediction. Regardless of the model deployment methods, the prediction and explanation results will be ingested into Manufacturing Data Engine, which can be analyzed and visualized in Looker.
A blueprint for classifying asset condition
The following scenario is based on a hypothetical company, Cymbal Materials. This company is a factitious discrete manufacturing company that runs 50+ factories in 10+ countries. 90% of Cymbal Materials manufacturing processes involve milling, which are accomplished using industrial computer numerical control (CNC) milling machines. Although their factories implement routine maintenance checklists, there are unplanned and unknown failures that happen occasionally. However, many of the Cymbal Materials factory workers lack the experience to identify and troubleshoot failures due to labor shortage and high turnover rate in their factories. Hence, Cymbal Materials is working with Google Cloud to build a machine learning model that can identify and analyze failures on top of Manufacturing Connect, Manufacturing Data Engine, and Vertex AI.
For the pilot, Cymbal Materials forms a team of manufacturing engineers and data scientists to evaluate the feasibility of solving the tool wear detection problem. To avoid compliance concern, the Cymbal Materials team chooses to start with a public tool wear detection dataset hosted on Kaggle. This dataset is collected from running machining experiments on 2″ x 2″ x 1.5″ wax blocks in a CNC milling machine. The dataset contains measurements from the 4 motors (X,Y, Z axes and spindle) and program values in the CNC machine, which maps well to the data that Cymbal Materials collects for their CNC milling machines.

To start, the Cymbal Materials data scientists download the tool wear detection dataset from Kaggle and upload the dataset to Cloud Storage. Then, the data scientists use Vertex AI to:
- Perform exploratory data analysis using Vertex AI Workbench
- Train machine learning models using Vertex AI AutoML
- Deploy machine learning models to perform batch prediction and export AutoML models for edge deployment
- Interpret predictions using Vertex Explainable AI

After seeing great performance of the AutoML tabular model, the Cymbal Materials data scientists decide to use the AutoML model to predict on the actual CNC milling machine telemetries from their factories and validate the generalizability of the AutoML model. They ask the manufacturing engineers to deploy Manufacturing Connect in a Cymbal Materials factory and stream telemetries for one CNC milling machine to the Manufacturing Data Engine.
Manufacturing Connect includes an edge component that can gather data from manufacturing assets via an extensive library of 250+ communication protocols. The edge component of Manufacturing Connect comes with built-in Node-RED and Docker runtime, which support running custom workflows and machine learning models at the edge.
Using pre-defined hierarchies, Manufacturing Connect pushes asset telemetries and states to Pub/Sub.

After the factory operational data are ingested into Pub/Sub, Cymbal Materials uses Manufacturing Data Engine to:
- Normalize, transform, and contextualize real-time operational data with slowly changing metadata
- Batch ingest historical operational data and prediction results
- Route data dynamically to Cloud Storage, BigQuery, and/or Cloud BigTable

Figure 5. Manufacturing Data Engine configuration in Manufacturing Connect.
Using the trained AutoML tabular model and real-time telemetries from CNC milling machines, the data scientists trigger a batch prediction job on the CNC milling machine telemetries in BigQuery. The data scientists configure the batch prediction to output prediction results in Cloud Storage such that Manufacturing Data Engine can batch ingest the prediction results after the batch prediction job completes.
To consume the prediction results, the Cymbal Materials manufacturing engineers use Looker to create visualizations. The dashboard allows the manufacturing engineers to:
- Visualize the CNC milling machine actual and predicted tool conditions over time
- Explain the prediction results by summarizing the top attributing features
- Create alerts based on the predicted tool condition for their assets
- Take actions by contacting the supplier and/or scheduling maintenance for their assets

Figure 6. CNC mill wear prediction displayed in a Looker dashboard.
From edge to cloud, improving production efficiency for manufacturers
To support the entire factory digitalization value journey, manufacturers are looking for capabilities from simple visualizations to predictive ML models. Robust solutions, such as the one covered here, provide rapid paths for engineers to extract insight from their factory data.
Having a common data repository for manufacturing data, industry-leading machine learning platform, and versatile dashboard components accelerate manufacturer’s digital transformation.
This solution brings the best of Google Cloud’s data analytics and artificial intelligence capabilities in an industrial environment. Manufacturing Connect creates the link between industrial machinery and Manufacturing Data Engine, the cloud platform where the manufacturing data are processed, normalized, contextualized, and stored in a ready-to-consume format. Vertex AI can build, deploy, and scale machine learning models using data stored in the Manufacturing Data Engine. Vertex AI includes AutoML and Workbench for training models without code and training custom models with code-first experience respectively.
Learn more about how Google Cloud is transforming manufacturing to meet changing customer expectations at our Google Cloud Next Manufacturing playlist.
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CCAI Platform goes GA: Deliver World-class CX and Accelerating Time-to-value with AI

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Customers reach out to contact centers for help in moments of urgent need, but due to increasing demands, new channels, peak times, and operational pressures, contact centers often struggle to provide timely help. To bridge this gap, enterprises are increasingly investing in AI-driven solutions that balance addressing customer expectations with operational efficiency.
But building and generating value from such solutions can be complicated and challenging. Google Cloud built Contact Center AI (CCAI) to streamline and shorten this time to value, and CCAI Platform, our newest addition, takes a crucial step in this effort by introducing end-to-end call center capabilities. After debuting these new capabilities in March, we are excited to announce that CCAI Platform is now generally available across the US, Canada, UK, Germany, France, Italy and Spain—with more markets soon to come.
Delivering world-class customer experiences and accelerating time-to-value with CCAI
CCAI encompasses a comprehensive set of offerings to address the top pain points of the three main user groups in the contact center: contact center owners, their agents, and the customers they serve.
Dialogflow lets the contact center manager scale their operations while balancing cost and customer satisfaction, including reducing painful, long waiting times endured by end users. Using Dialogflow, contact center managers can build complex chat and voice virtual agents—a proven, cost-effective way to scale contact centers while continuing to provide great customer experiences. Available 24/7, without any waiting queue, these virtual agents can converse naturally with customers, identify their issues, and address them effectively.
Agent Assist reduces overall handling time and coaches human agents to become more effective and helpful. The service uses AI to “listen” to the voice and chat conversations between the human representative and the customer, then provides real-time guidance and recommendations to the agent, based on historical conversations, knowledge bases, and best practices of experienced agents. It also automates post-call actions such as transcription and call summarization, saving significant time and overhead at the end of every call.
CCAI Insights stores and analyzes all the customer conversations in the contact center, whether with human or virtual agents, to provide leaders with real-time, actionable data points on customer queries, agent performance, sentiment trends, and opportunities for automation.
At the heart of these technologies is our conversational AI brain. It uses Google Research’s technology to talk, understand, and interact, enabling and orchestrating high-quality conversational experiences at scale.
CCAI Platform: a modern CCaaS and the shortest path to CCAI value
While the value of the CCAI offerings is clear to our customers, we also hear from them that integrating these solutions with legacy infrastructure takes too long.
To minimize these integration difficulties, accelerate time-to-value using the CCAI offerings, and help businesses provide outstanding customer experiences, we’re pleased to announce the general availability of CCAI Platform, the Contact Center as a Service (CCaaS) solution from Google Cloud built in partnership with UJET.
CCAI Platform is a modern, turnkey Contact Center as a service solution, designed with user-first, AI-first, and mobile-first principles. It offers:
- Turnkey core Contact Center capabilities out-of-the-box, for faster time to production, lower implementation overhead, and custom development needed
- AI-powered experiences, from routing to better handling customer interactions
- Deep integration with CCAI’s offerings, to provide a unified end-to-end experience for contact center transformation
- Mobile-first design that enables interactions in line with the way people expect to communicate across channels
- CRM-centered design with automated updates, so agents can focus on the customer
- Deployment flexibility, with customer data residing in their CRM and the flexibility to bring their own telephony carrier to minimize cost
All of this is available without the typical need to integrate complex technologies from multiple providers.
“With Google Cloud and CCAI Platform, we will quickly move our contact center to the cloud, supporting both our customers and agents with industry-leading CX innovations, all while streamlining operations through more efficient customer care operations,” said Dean Kontul, Division CIO of KeyBank.
For customers looking to change platforms for a cloud-native CCaaS with deep Google AI integrations, CCAI Platform offers end-to-end capabilities that accelerate call center transformations. We also remain strongly committed to customer choice, and customers will continue to have the option to integrate our latest and greatest CCAI offerings through our existing OEM partners.
The Contact Center conversation is just beginning
This launch is part of a broader effort to deliver more value, faster, to more CCAI customers. As companies replace interactive voice response (IVR) with intelligent virtual agents (IVA) and begin to collect and analyze data, use cases are likely to grow more sophisticated—which is one reason Google Cloud is continuing to invest in technologies to make our CCAI offerings even more useful, as well as best practices like the following:
- CCAI Agent Assist and Insights are a great first step in AI transformation. They let contact center owners enable call transcription and use Topic Modeling to identify conversation themes that demand attention. Human agents can automatically generate high-quality conversation summaries to reduce call wrap-up time, and the associated costs, while improving business insights. We are working to make these features available both in CCAI Platform and with our partner ISVs.
- Chat and call steering are the first step for IVA automation. Another area of broad impact is conversational chat or call steering, in which friction is reduced by routing customers to the correct virtual or live agent experience. Many call centers rely on IVR systems in which customers have to use a keypad to select an option. Enterprise leaders tell us that attrition is very high throughout this process: some customers angrily hang up without resolution and, just as bad, many simply pound a single key in hopes of reaching a human agent, leading to the customer reaching the wrong person because their issue was never correctly identified or routed. Using Dialogflow’s natural language understanding (NLU) capabilities can sweep away such problems, with the customer more likely to not only reach the appropriate resources, but also share conversational data from which insights can be gleaned. It’s an approach that can pay dividends right away, and a quick first step to IVA automation.
In coming months, we will continue to work on these and other capabilities that are targeted to deliver higher and quicker value to our customers. We plan to release pre-built components to help companies tackle call center use cases in specific industries, for example. We’ll also continue to partner with companies that share our vision of transforming customer experiences with AI, such as TTEC, a provider of customer experience technology and software.
“TTEC Digital and Google Cloud have a shared vision for transforming global CX delivery through artificial intelligence, digital innovation, and operational excellence,” said Sam Thepvongs, VP of TTEC Digital. “With CCAI Platform, we can offer our largest enterprise customers a strategic blueprint for moving to the cloud while adopting a leading, AI-powered contact center platform. We couldn’t be more excited about this evolution of Google Cloud’s groundbreaking CCAI portfolio, and the opportunity to help our customers digitally transform their CX through this partnership.”
To get started with CCAI Platform, visit our solutions page or checkout our new omni channel demo video—and don’t forget to join us at Google Cloud Next ’22, where I’ll be sharing exciting new updates for CCAI in my session, “Delight customers in every interaction with Contact Center AI.”
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Generating Value with AI
Hear how enterprises leveraging the Google Cloud–across industries–are using AI to navigate uncertain times, and how they are innovating with AI to generate value moving forward.
In this video, you’ll uncover how to start using innovations from Google Cloud AI in your business today, and how customers deploy AI to transform their organizations.
Making Hybrid Work Human: Google Workspace and Economist Impact Survey

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Google Workspace recently commissioned Economist Impact to complete a global survey (October 2021)* on the state of hybrid work, including its challenges and opportunities. We already knew that the pandemic had fundamentally changed the world of work, but the survey emphasizes the scale, reach, and longevity of those changes..
Over 75% of respondents believe that hybrid/flexible work will be a standard practice within their organizations in the coming three years. Given that 70% of respondents said they never worked remotely before the pandemic, it’s clear that hybrid has become the dominant model for work and that it’s here to stay.
But it’s also clear, as we’ll see below, that hybrid has some serious gaps that need to be addressed if it’s going to be sustainable and successful in the long term.
Defining hybrid work
As part of our work on the hybrid work survey and a broader project with The Economist Group, we interviewed a group of experts across research, consulting, business, and the advocacy world to arrive at a definition of hybrid work that captures all ways work is changing.
As Brian Kropp, one of the interviewees and vice president at Gartner, puts it: “Hybrid work is not just about different locations, but also different timings and different schedules.”
Harriet Molyneaux, managing director at HSM Advisory, a future-of-work research and advisory group, adds to this notion by describing the time-location work spectrum: “At one end of the spectrum is everyone in the office, nine till five, so both restricted time and location. And then at the other end of the spectrum is anywhere around the world at any time. So no restricted time or location. A hybrid is anything that sits in the middle of that.”
I agree with Brian and Harriet’s views. Flexibility in both location and hours is a core part of our working definition of hybrid work: a spectrum of flexible work arrangements in which an employee’s work location and/or hours are not strictly standardized.

Given this definition and framework, how is hybrid work faring and what lies ahead?
Individual wellbeing is coming at the cost of organizational connection
Early on in the pandemic, productivity remained steady or even increased for many organizations. But it came at a cost, with levels of burnout spiking as employees juggled caregiving, homeschooling, and other demands in their personal lives with work responsibilities.
Based on the survey data, wellbeing has made an upward shift, no doubt aided by things like students returning to schools in many regions and fewer demands being made of working parents. The majority of respondents said that hybrid work, based on their own experiences, can have a positive impact on the physical, mental, financial, and social wellbeing of employees.
But it appears that individual wellbeing is coming at the cost of organizational connection. The majority of respondents said they feel disconnected from their organization and co-workers (57%), that limited networking opportunities negatively impact career growth (62%), and that limited social interactions with co-workers has had a negative impact on their mental health (54%).
To be sustainable, hybrid work models must address this sense of disconnection in real and tangible ways. And it won’t happen just by increasing the number of virtual meetings. Although 72% of people say that virtual meetings improve inclusion and participation, 68% also say there are too many virtual meetings to begin with. We need new ways for people to connect spontaneously.
Hybrid workers are often using tools built for a bygone desktop era
When asked about the most important conditions needed to achieve the long-term success of hybrid work models, the number one choice globally was “new technologies that allow for time and location flexibility.”
Naturally, it was gratifying to see this, since Google Workspace is built on a cloud-based platform that empowers collaboration from anywhere, on any device, but the survey answer also highlights how much organizations have had to scramble to meet the demands of the pandemic. Some had to take legacy, office-centric systems and make them work for a distributed workforce overnight, often leveraging less-than-ideal technologies like VPNs that introduce digital friction.
As a result, top technology concerns of respondents include:
- unreliable internet access (if only all our WiFi connections were hybrid-ready!)
- reliance on slow or outdated tools
- accessing and maintaining files in multiple places
- relying on too many applications in order to get work done
Hybrid work, it seems to me, doesn’t need more applications and collaboration surfaces. It needs deeper, more meaningful connections in the tools and surfaces we already have.
As organizations assess their tech stacks, they should consider whether they can shape the behaviors they want from hybrid employees (e.g., real-time collaboration, ease of information sharing) with the tools they have in place. Or are the limits of the technology determining hybrid employee behavior?
The management and culture gap
In the same way that tools have often been built for a shared physical workspace, organizational culture seems to lag behind the hybrid moment. The majority of respondents said that a lack of face-to-face supervision creates a sense of distrust among managers and employees, and that they feel stressed by increased monitoring associated with flexible work. And more than 62% said that limited networking opportunities with senior employees and co-workers has a negative impact on career growth.
Strikingly, more than 70% of respondents indicated that the culture of trust between managers and employees needed improvement. Training and management best practices (60% of people want more of both) might help fill some of the gaps, but a manager can’t build trust with their hybrid teams by going through a training program.
The role of manager must itself evolve to meet the demands of a hybrid model. How can we empower managers to be the bridge between the “office of one” and the “office of many”? And as I discussed previously on Forbes, driving towards impact rather than output is a more sustainable metric for team engagement and productivity. It also dispenses with monitoring as a core part of a manager’s role, freeing them up to be a coach-and-connector.
How Google Workspace can help bridge the hybrid work gaps
No one has all the answers for how to make hybrid work successful, and I suspect we will see iterations of the model into 2022 and beyond as organizations—including Google—experiment with the right mix of location, culture, processes, and tools.
On the technology front, Google Workspace is uniquely positioned to bridge many of the emerging hybrid work gaps. Over the last year, we’ve delivered a set of innovations that are designed to deepen collaboration experiences while strengthening social connections within and across teams.
For example, we launched smart canvas to bring new collaboration capabilities to the places where people are already working together, helping to keep them connected, rather than having them switch tabs or open new apps. And we delivered Spaces as a central place for collaboration, where teams can share ideas, work on documents together, and manage tasks from a single place. Because all their work is preserved for future reference, team members can easily jump in and contribute at a time that works best for them, seeing a full history of the conversations, context, and content along the way. Spaces helps people maintain individual wellbeing while preserving the health of a group project.
In Google Meet, we’ve introduced real-time captions in multiple languages (in preview now), the ability for people to customize their video tiles, including being able to turn off their own to help with meeting fatigue, and we’ve implemented automatic light adjustments and noise cancellation. These changes help ensure that everyone can be seen and heard.
Meanwhile, features like hand-raise, Q&A, and polls have helped make meetings more inclusive and companion mode (in preview) can bring these to life in hybrid settings, to help ensure that there’s one cohesive conversation between the people in the office and their colleagues working somewhere else. We view companion mode as a bridge between the office and “somewhere else.”
On the personal wellbeing front, we launched Focus Time, which lets people block out their calendars for uninterrupted focus work, and Time Insights in Google Calendar, where employees can look at how they’re spending their time and adjust as needed.
As hybrid work continues to evolve, Google Workspace is committed to supporting wellbeing and seamless collaboration with tools that can remove digital friction and help people maintain connections—to each other and the organizations they work for.
*Survey details: The survey, completed in October 2021, polled a total of 1,244 employees and managers in four regions (North America, Europe, APAC, and Latin America), from more than 15 industries, in every age group, and from both small and large organizations. The focus was on knowledge workers, though it’s important to note that some of those people have been working on the frontlines; 20% of respondents indicated they haven’t worked remotely at all during the pandemic. This includes people in hospitality, retail, transportation and logistics, and healthcare.
Canadian Bank’s SAP Workload Moved to BigQuery Helps Unlock New Business Opportunities

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When ATB Financial decided to migrate its vast SAP landscape to the cloud, the primary goal was to focus on things that matter to customers as opposed to IT infrastructure. Based in Alberta, Canada, ATB Financial serves over 800,000 customers through hundreds of branches as well as digital banking options. To keep pace with competition from large banks and FinTech startups and to meet the increasing 24/7 demands of customers, digital transformation was a must. To support this new mandate, in 2019, ATB migrated its extensive SAP backbone to Google Cloud. In addition to SAP S/4 HANA, ATB runs SAP financial services, core banking, payment engine, CRM and business warehouse on Google Cloud.
In parallel, changes were needed to ATB’s legacy data platform. The platform had stability and reliability issues and also suffered from a lack of historical data governance. Analytics processes were ad hoc and manual. The legacy data environment was also not set up to tackle future business requirements that come with a high dependency on real-time data analysis and insights.
After evaluating several potential solutions, ATB chose BigQuery as a serverless data warehouse and data lake for its next-generation, cloud-native architecture. “BigQuery is a core component of what we call our data exposure enablement platform, or DEEP,” explains Dan Semmens, Head of Data and AI at ATB Financial. According to Semmens, DEEP consists of four pillars, all of which depend on Google Cloud and BigQuery to be successful:
- Real-time data acquisition: ATB uses BigQuery throughout its data pipeline, starting with sourcing, processing, and preparation, moving along to storage and organization, then discovery and access, and finally consumption and servicing. So far, ATB has ingested and classified 80% of its core SAP banking data as well as data from a number of its third-party partners, such as its treasury and cash management platform provider, its credit card provider, and its call center software.
- Data enrichment: Before migrating to Google Cloud, ATB managed a number of disconnected technologies that made data consolidation difficult. The legacy environment could handle only structured data, whereas Google Cloud and BigQuery lets the bank incorporate unstructured data sets, including sensor data, social network activity, voice, text, and images. ATB’s data enrichment program has enabled more than 160 of the bank’s top-priority insights running on BigQuery, including credit health decision models, financial reporting, and forecasting, as well as operational reporting for departments across the organization. Jobs such as marketing campaigns and month-end processes that used to take five to eight hours now run in seconds, saving over CA$2.24 million in productivity.
- Self-service analytics: Data for self-service reporting, dashboarding, and visualization is now available for ATB’s 400+ business users and data analysts. Previously, bringing data and analytics to the business users who needed it while ensuring security was burdensome for IT, fraught with recurrent data preparation and other highly manual elements. Now, ATB automates much of its data protection and governance controls through the entire data lifecycle management process. Data access is not only open to more team members but it is faster and easier to acquire without compromising security. And it’s not just raw data that users can access. ATB uses BigQuery to define its enterprise data models and create what it calls its data service layer to make it easier for team members to visualize their data.
- AI-assisted analytics and automation: Through Google Cloud and BigQuery, ATB has been able to publish data and ML models that provide alerts and notifications via APIs to customer service agents. These real-time recommendations allow customer service agents to provide more tailored service with contextualized advice and suggested new services. So far, the company has deployed more than 40 ML models to generate over 20,000 AI-assisted conversations per month. Thanks to improved customer advocacy and less churn, the bank has realized more than CA$4 million in operating revenue. During the ongoing COVID crisis, the system was also able to predict when business and personal banking customers were experiencing financial distress so that a relationship manager could proactively reach out to offer support, such as payment deferral or loan restructuring. The AI tools provided by BigQuery are also helping ATB detect fraud that previously evaded rules-based fraud detection by using broader sets of timely and accurate data.
Thanks to the speed and ease of moving data from SAP to BigQuery, ATB is using artificial intelligence (AI) and machine learning (ML) to do things it previously hadn’t thought possible, including sophisticated fraud prevention models, product recommendations, and enriched CRM data that improves the customer experience.
Using the power of Google Cloud and BigQuery, ATB Financial has been able to draw more value from its SAP data while lowering cost and improving security and reliability. Speed to provide data sets and insights to internal team members has improved 30%. The bank also has seen a 15x reduction in performance incidents while improving data governance and security. Dan Semmens projects that the digital transformation strategy built on Google Cloud and BigQuery has both saved millions compared to its on-premises environment and has also realized millions in new business opportunities.
Semmens is looking toward the future that includes initiatives like Open Banking and greater ability to provide real time personalized advice for customers to drive revenue growth. “We see our data platform as foundational to ATB’s 10-year strategy,” he says. “The work we’ve undertaken over the past 18 months has enabled critical functionality for that future.”
Learn more about how ATB Financial is leveraging BigQuery to gain more from SAP data. Visit us here to explore how Google Cloud, BigQuery, and other tools can unlock the full value of your SAP enterprise data.
Custom AI Solutions, Global Delivery Centers and More Resources Dedicated for Customer Success

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At Google Cloud, our customers are at the forefront of digital transformation—launching entirely new businesses and products built in the cloud, redefining entire industries with data and artificial intelligence, delivering innovative new consumer experiences, or committing to sustainable new ways of doing business.
We’re committed to our customers’ success, and over the past two years we’ve invested significantly in providing ongoing and integrated support through our customer care portfolio, including launching new Premium and Mission Critical Support offerings that allow us to monitor, prevent, and mitigate impacts quickly, while delivering the fastest response times in the industry.
Today, I’m proud to unveil several new resources and offerings for our customers, including a new Custom AI Solutions practice, new Global Delivery Centers, expanded Executive Briefing Centers, and new leaders to help continue to drive our organization forward.
Helping businesses innovate with a new Custom AI Solutions practice
We are investing in services and offerings to help our customers innovate and drive innovative change to business processes, culture, and customer experiences with Google Cloud products and services. Artificial intelligence (AI) and machine learning (ML) technologies are foundational for many such digital transformations, and to help customers create real business value with these technologies, we’re excited to launch a Custom AI offering to address our customers’ most critical innovation needs.
AI and ML technologies are foundational to digital transformations, yet they are not “one size fits all.” Each customers’ problems and opportunities are unique; a rideshare company will use AI differently than a brick and mortar retailer, or a healthcare company, or an insurance firm. To help organizations deploy AI and ML more effectively, we’re launching a new Custom AI Solutions practice, offering customers custom-built AI and ML solutions built into Vertex AI; access to Google’s engineering expertise; and predictable, subscription-based pricing.
Our teams are already partnering closely with early customers to build and deploy custom AI solutions. For instance, USAA, the large North American insurer, is using Google Cloud ML to process near-real-time damage estimates based on digital images to create a streamlined operations experience.
Learn more about our Custom AI Solutions practice offering here, and how we work together with our customers here. To get in touch, please contact our sales team.
Launching new Global Delivery Centers
Our drive to digitally transform our customers’ businesses is often manifested through our Global Delivery Centers, which expand our professional consulting and emerging practices capabilities available to customers and partners around the world.
The teams at our Global Delivery Centers help customers get up-and-running on Google Cloud quickly and cost effectively, and consult with customers to rapidly build capacity in areas like data analytics, hybrid and multi-cloud, artificial intelligence, and machine learning. More importantly, they help customers successfully execute projects in support of their most mission-critical business objectives. Critically, these centers also help our global partner ecosystem quickly ramp their Google Cloud practices, and get fast, expert consultation for their customers too.
In 2022, we aim to triple the size of our Global Delivery Center teams in Argentina, Poland, and India. In addition, we’ll invest in building deep Google Cloud talent in Mexico and Portugal, furthering our commitment to the industry’s best expert consultation for customers and partners around the world.
Expanding our Executive Briefing Centers footprint
In addition to our Global Delivery Centers, we’re also pleased to expand our resources and facilities that enable digital and face-to-face meetings and working sessions with our customers. This year, we will launch four new Executive Briefing Centers, located on Google Cloud campuses in London, Paris, Singapore, and Munich.
These centers provide an opportunity to listen to our customers, share the best of Google Cloud’s solutions, and inspire digital transformation, in conversations facilitated by Google Cloud leadership, engineers, and industry experts. By bringing this experience to our customers in-region we can foster deeper partnerships and develop cloud solutions that meet their requirements for security, privacy, and digital sovereignty without compromising on functionality or innovation.
Adding new leadership to enable customer success
Finally, I’m excited to welcome two new leaders to Google Cloud on the Customer Experience team, who will help scale our Delivery Centers and deliver exceptional experiences for our customers.
Heading our Global Delivery Center experience is Sunil Rao. Sunil comes to Google Cloud from Accenture, where he spent 18-plus years working with large technology customers across many industry verticals and managed large global teams in Accenture Advanced Technology Center. Sunil will also lead our Technical Onboarding Center, which helps businesses around the world get up to speed with technologies that are critical to understanding customer and business process contexts, and delivering great experiences.
Additionally, Lee Moore is joining Google Cloud to lead Customer Experience in North America. Lee spent nearly 30 years at Accenture in various leadership positions, including services integration for complex problem-solving, product development across a number of industry verticals, and building long-term customer relationships.
You’ll be hearing much more from us in the coming months, as we build out even more powerful and effective cloud-based services and offerings, work with customers to deliver new analytics- and AI-based tools and services, and work with our growing list of partners to help ensure customer success, across the globe.
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