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Ecommerce Customer Journey Series

Welcome to our blog series on the eCommerce customer journey! In this series, we will be discussing the various stages and how businesses can optimize their strategies to improve the customer experience and drive conversions.

 consists of four main phases: awareness/discovery, acquisition/consideration, conversion/purchase, and retention/loyalty. Each phase presents unique challenges and opportunities for businesses to engage and connect with their customers.

In this first blog, we will focus on the awareness/discovery phase. Providing valuable content, engaging on social media platforms, and optimizing for search engines are essential components of achieving this goal. We'll discuss the importance of website performance, 

, and a Lighthouse score during this phase. 

We'll also cover the role of SEO, responsive design, easy navigation, and search in creating a positive first impression and establishing a connection with potential customers. Then we will go over the benefits of edge side rendering, real-time analysis of user behavior, and push notifications. Lastly, we will cover the  Macrometa's Real-Time Ecommerce Platform and how you can boost website performance.

In subsequent blogs, we'll cover the remaining phases of the 

 customer journey in more detail and provide insights and best practices to help businesses improve the overall customer experience. Stay tuned for more!

The first step in the eCommerce customer journey

The awareness/discovery phase is the first stage in a customer's journey, where they become aware of a brand's existence and start to learn more about it. During this phase, customers are actively searching for information and solutions to their problems. Therefore, businesses must provide relevant and valuable content to attract and engage potential customers. The goal is to educate potential customers about the brand and its products or services. Website optimization and a high Lighthouse score are critical components of achieving this goal.

 is an open-source tool from Google that measures website performance, accessibility, best practices, and SEO. It provides an overall score that helps businesses identify areas that need improvement. A high Lighthouse score not only improves website performance but also affects search engine rankings and user experience.

SEO, or search engine optimization, is crucial for businesses to gain visibility and attract potential customers. 

 is a significant factor that affects SEO rankings. Search engines like Google prioritize websites with faster loading times and better performance. Therefore, businesses must optimize their websites for speed and performance to rank higher in search engine results pages (SERPs).

Responsive design and intuitive navigation

A responsive design and easy navigation are also essential elements of website performance. With the increase in mobile usage, having a mobile-friendly website is no longer an option but a necessity. A responsive design ensures that a website looks and functions correctly across all devices, including smartphones, tablets, and desktops. Additionally, easy navigation helps visitors find what they're looking for quickly and improves their overall experience on the website.

 is a technique that improves website performance at the edge. By rendering website content closer to the user, it reduces latency and improves loading times. This technique is particularly useful for businesses that have a global audience, as it can improve website performance for users in different geographic locations.

Potential customers may arrive at a website without a clear idea of what they are looking for or may want to explore different options before making a decision. In such cases, having sophisticated 

 capabilities within the site can help potential customers quickly find the information they need and navigate the site more efficiently.

Search can also be a useful tool for businesses to understand what potential customers are searching for on their site. By analyzing search queries, businesses can gain insights into the content and products that potential customers are interested in and use this information to improve their marketing and content strategies.

 may not be the primary focus of the awareness/discovery phase, it's still important to gather data and insights that can be used for future personalization efforts. By tracking user behavior and analyzing website traffic, businesses can gain valuable insights into what their potential customers are interested in and tailor their content and marketing efforts accordingly. These insights can help businesses 

 their messaging and create more targeted efforts in the later stages of the eCommerce customer journey.

 can be  used in the awareness/discovery phase to entice potential customers to sign up for emails or other offers. For example, businesses could offer a 20% discount to customers who sign up for their email list through a push notification. This can help businesses build their email list and establish a connection with potential customers early in the customer journey. However, it's important to use push notifications strategically and not overwhelm potential customers with too many messages. A targeted and personalized approach is key to making push notifications effective in the awareness/discovery phase.

In conclusion, the awareness/discovery phase is a crucial stage in a customer's journey, and website performance plays a vital role in creating a positive first impression. Next week we will discuss the next step in the eCommerce customer journey, acquisition/consideration.

Macrometa’s Real-Time eCommerce Platform

Macrometa is a converged platform designed to deliver fast, personalized customer experiences for

organizations. With site acceleration and optimization for fast load times and seamless navigation, you can reduce bounce rates and improve your Lighthouse score. Leverage Macrometa’s intent-based 

 to deliver accurate and relevant search results that can help you drive engagement and increase sales. With instant personalization and recommendations, you can deliver tailored experiences and product suggestions to your customer.

If you want to boost site performance and improve your Google Lighthouse score, request a 

Optimizing Website Performance In The Ecommerce Customer Journey

As the media and entertainment industry continues to evolve at lightning speed, it can be challenging to deliver a personalized experience across all platforms. How can you gather the amount of data you need efficiently, at the scale you require, at the speed that is necessary, and leverage it for better subscriber experiences and revenue streams?

Enter the Macrometa Global Data Network (GDN), a hyper distributed cloud platform designed to address the most pressing challenges faced by media organizations. From infrastructure and scalability to latency and security, the GDN offers a comprehensive solution that empowers media companies to deliver cutting-edge content seamlessly and efficiently.

 need a robust and scalable infrastructure to handle the increasing demand for digital content. Outdated systems can cause slow load times and poor user experiences. Users want to access and consume content easily with fast load times, a responsive design, and intuitive navigation. 

is critical for multimedia content, live streaming, and real-time data to keep audiences engaged. Efficient storage and data management solutions can control costs, keep data safe, and analyze data in real-time, even with massive amounts of diverse data. Media companies may find it challenging to 

 new content formats with existing systems to avoid data silos and inefficiencies in content creation.

Enable innovative content types and formats

Media companies can maintain and grow their subscriber base by prioritizing high-quality, engaging content and delivering personalized content that caters to each subscriber's unique interests. The 

 can facilitate this by enabling different content types and formats, including multimedia storytelling, podcasts, video content, live streaming, user-generated content, and AI. Edge computing, which processes and stores data closer to users, ensures low-latency content delivery. The Macrometa GDN's 

 and data connectors provide seamless integration and management of various content formats and data sources to enable efficient distribution of multimedia narratives across multiple platforms.

In a fast-paced world, real-time data and 

 are crucial for media companies to stay ahead of the curve. They need to invest in advanced tools and technology to analyze data in real-time, allowing them to identify trends, breaking news, and emerging topics that can be leveraged to create content that resonates with their audience. With its noSQL and full-text search capabilities, the Macrometa GDN provides a unified and scalable solution for managing diverse data types and enabling real-time data processing and analytics.

By leveraging Macrometa's APIs, media companies can generate new revenue streams. From personalized content experiences and 

 delivery to real-time analysis and audience segmentation, Macrometa can enable premium content and subscriptions, pay-per-view and live events, advertising and sponsored content, and content syndication and licensing. Media companies can diversify their income sources and improve user engagement by utilizing these revenue streams.

With Macrometa's hyper distributed cloud architecture, media companies can easily handle increased traffic, data volume, and user demands without compromising performance or user experience. The 

 allows media companies to efficiently manage and distribute data on a global scale. By leveraging interconnected nodes and 

, media companies can access, process, and analyze data from various sources, enabling them to optimize user experiences and make data-driven decisions. 

 functionality includes geo-fencing capabilities to store and process data within specific geographic locations, ensuring adherence to regional data protection regulations.

The Macrometa GDN enables media companies to provide engaging content and exceptional user experiences that keeps their subscribers renewing. To learn more about how the Macrometa GDN can transform your media organization, 

Expand Multimedia Storytelling And API Revenue Streams

Are your customer experiences and profitability affected by the limitations of centralized cloud platforms? Do you want to leverage globally distributed applications with ultra-low-latency performance? Look no further than the Macrometa Global Data Network (GDN).

In the Shastra of Macrometa, written by CEO and Co-founder Chetan Venkatesh, you'll discover the core principles behind real-time data and how we're able to achieve low latency and data synchronization at scale. You'll also learn about the key features of Macrometa’s Global Data Network (GDN): Global Data Mesh, Edge Compute, and Data Protection.

Shastra is Sanskrit term that refers to a written text or treatise related to philosophy or principles. These texts are considered authoritative sources of knowledge and expertise in their respective fields.

Let’s run through the highlights and sections of the eBook to learn more about the value of real-time data, Macrometa principles, and GDN features. But first let’s talk about the benefits of a hyper-distributed cloud.

A hyper distributed cloud for scale, performance and reliability

 is a network of interconnected nodes, data centers or 

 (PoPs) distributed across multiple geographic locations. Rather than relying on a centralized data center (whether on-premises or cloud service provider), a hyper distributed cloud spreads workloads across multiple PoPs, enabling faster processing, lower latency, and improved reliability. It can be configured to comply with various data privacy regulations, allowing businesses to maintain compliance with ease. A hyper distributed cloud is an ideal choice for businesses that require high performance, low latency, and reliability across different regions and geographies. Now, let’s cover the key sections of the eBook.

Data is a fundamental unit of value creation and businesses need to leverage vast amounts of operational business insights to create innovative digital services. The Macrometa GDN is a modern, hyper-distributed cloud platform that enables the processing and 

 from anywhere in the world, reducing network transit costs and time complexity, enabling high resiliency with a consistent end-user experience, and overcoming data jurisdiction challenges. The GDN enables organizations to add real-time data capabilities to their existing cloud applications or create brand new ones to drive innovation and deliver value in a wide range of industries. 

GDN - a converged, hyper distributed cloud platform

is a distributed system that allows for the sharing of data and microservices across multiple regions or data centers around the world, creating a seamless movement of data across physical, logical, and geographical boundaries. The GDN converges a suite of NoSQL data stores, real-time search, complex event processing, data connectors, and edge computing capabilities to create a highly scalable, low latency, hyper distributed cloud platform for real-time applications and APIs. 

Architectural principles of the Macrometa GDN

The GDN's data replication protocol uses 

Conflict-free Replicated Data Types (CRDTs)

 to enable extremely fast data replication between thousands of geographically separated data centers or PoPs without the need for a centralized arbitration layer. This eliminates the need for consensus algorithms and offers several advantages over more centralized approaches, such as greater scalability and fault tolerance, more flexible data replication topologies, and faster and more efficient replication.

Learn more about the architectural concepts that make the Macrometa GDN a highly scalable, low latency, hyper distributed cloud platform in the eBook.

Key features of the Global Data Mesh, Edge Compute, and Data Protection

Let’s go over the three main components of the Macrometa GDN. The 

 offers several data stores, such as Key Value, JSON Document, Graph, and Search Stores, as well as support for Pub-Sub and Change Data Capture. 

 enables low-latency microservices, WASM functions, and containers to be deployed close to the source of the data. Query Workers are responsible for executing queries, transformations, mutations, and Stream Workers process data streams in real-time and allow developers to build complex event processing applications, data enrichment pipelines, and real-time analytics. Finally, 

 includes GeoFabrics, Region-Based Secure Vaults, and Data Tokenization to ensure compliance, security, and privacy for sensitive and regulated data. 

Download the Shastra of Macrometa to unlock data value

We are really excited to have you read this technical exploration of how a hyper distributed cloud platform works and the architectural principles and features of the Macrometa GDN. Whether you're a developer looking to create scalable applications or a CEO interested in harnessing the power of real-time operational data, this eBook is a must-read.

 and learn more about enabling real-time data insights - anywhere in the world - with the power of the Macrometa GDN.

Introducing the Shastra of Macrometa: Harnessing Real-Time Data with a Hyper Distributed Cloud

Based on the Category Visionaries Podcast from Front Lines Media published March 24, 2023 (hosted by Brett Stapper, CEO of Front Lines Media), “

Chetan Venkatesh, CEO of Macrometa: $38 Million Raised to Build the Hyper Distributed Cloud for the Next Generation of Applications

Are you looking for insights into the world of data infrastructure? Do you want to hear about the latest real-time data trends and best practices? Then look no further than the Category Visionaries podcast with Chetan Venkatesh, CEO and Co-founder of Macrometa.

In this podcast, Chetan discusses how the Macrometa platform is changing the game by delivering data and events at lightning-fast speeds through the 

. He talks about the limitations of the current cloud-based architecture and why the demand for better data infrastructure will continue to increase. Chetan also shares insights on the organic development of Macrometa’s “category-creating” solution, and why he still believes in the potential of the Bay Area for tech startups. He concludes with key focus areas for Macrometa in the future including real-time data, scaling to 

Whether you're a data professional, a business leader, or just someone interested in the latest technology trends, this podcast is sure to provide valuable insights and thought-provoking discussion. So don't wait - tune in to the 

Category Visionaries podcast with Chetan Venkatesh

 today! If you would like to learn more about Macrometa, 

Category Visionaries Podcast - Hyper Distributed Cloud for the Next Generation of Applications

In travel, companies constantly manage many "moving pieces" – such as flight changes, connections, baggage tracking, lodging, and ground transportation. At the same time, the travel industry is contending with economic pressures from fuel prices and inflation, labor shortages, and lingering effects of the pandemic. 

To stay competitive, travel organizations must harness massive amounts of data for real-time analysis to create personalized experiences for travelers. The challenge is this data from all these “moving pieces” comes from many different systems and even different players – like an online travel agency communicating with a hotel or airline. 

 offers a hyper distributed cloud platform designed to tackle these data challenges on a global scale, providing businesses with valuable information to inform decision-making and drive growth.

 has experienced significant growth in recent years from a variety of major online travel agency (OTA) players like the Expedia Group and Booking Holdings (booking.com) to new services like Airbnb and an 

 for travel on the horizon, all competing for a share of the lucrative market. As consumer preferences and technology evolve, the industry is in a constant state of flux, and companies must adapt to remain competitive. The landscape is highly dynamic, with companies striving to provide the best user experience, personalized offerings, and seamless integration across various travel-related services.

 have been placing greater emphasis on their own loyalty programs to increase direct bookings and reduce dependency on OTAs. By offering guests exclusive rewards, discounts, and personalized experiences, hotels aim to foster brand loyalty and encourage customers to book directly through their platforms. This shift towards loyalty programs and direct bookings has had a noticeable impact on OTAs, as guests are incentivized to bypass these platforms in favor of booking directly with hotels. To maintain their appeal to customers, OTAs are continually seeking to differentiate themselves by providing value-added services, such as price comparison tools, comprehensive travel planning resources, and user-friendly interfaces.

Tailor travel experiences with real-time data

Macrometa's GDN offers a hyper-distributed cloud platform designed to help you collect and 

 from various sources to create a personalized experience for your guests. 

 allows travel companies to integrate data from various third-party systems, providing a unified view of guest information while meeting global data privacy and compliance requirements. Real-time monitoring and reporting also enables the creation of alerts for anomalies from competitors' price drops and travel delays to maintenance issues or potentially fraudulent transactions.

To improve guest engagement and satisfaction, travel entities can use real-time data and low-latency digital services to gather information on guest preferences, behaviors, and needs. This enables them to provide highly personalized recommendations that are 

 digital services, Macrometa helps travel platforms enhance the entire website journey for guests, from booking to check-out or departure. By providing a more streamlined and personalized experience, travel platforms can delight travelers and maintain market share, becoming the preferred platform for travel. Additionally, Macrometa's technology can improve website performance by up to 25X-50X, further enhancing the guest experience and improving customer satisfaction.

Meet global data privacy and compliance requirements

Travel entities must implement technical and organizational measures to protect guests' personal data from unauthorized access, theft, or disclosure to meet data privacy and security requirements. Macrometa's GDN provides

 in-region and globally, ensuring data encryption, access controls, and data anonymization features. This enables travel companies to comply with regulatory requirements, safeguard customer data, and maintain their trust.

Begin your journey to more personalized travel experiences 

 and highly competitive landscape, travel companies must be able to integrate and synchronize data from different systems, sources, and locations for real-time analytics and personalized experiences across all touchpoints. To ensure compliance and security globally, data can be pinned to specific regions and anonymized for analysis and reporting. Real-time monitoring can quickly send alerts to prevent fraud losses or disruptions. Macrometa's 

 provides travel companies with the power of real-time data insights to stay ahead of the competition and become the “go-to” booking platform. For more information about our Travel Solutions, 

 with a solution architect, we look forward to speaking with you!


Deliver Personalized Travel Experiences With Real-Time Data

Macrometa Query Workers offer a powerful solution for developers aiming to reduce development time, streamline data management, and optimize query processing capabilities. In this blog, we will examine the essential aspects of Query Workers, highlighting their core features and the numerous benefits they bring to developers.

 consist of named, parameterized C8QL or SQL queries stored within the 

. Accessible through a dedicated REST endpoint, they offer a versatile and scalable approach to executing custom data processing tasks and queries at the network edge. Utilizing Query Workers enables developers to construct the back-end of their applications in mere minutes, rather than days.

Designed for easy set-up and configuration - at the edge

 are designed with you, the developer, in mind. They offer a simple and straightforward experience, requiring minimal setup and configuration to get started. To create a new Query Worker, all you need to do is define a query that performs your desired task. From there, you can easily generate an 

One of the key benefits of Query Workers lies in their ability to run directly at the network edge. This feature significantly reduces latency times for your apps, enabling you to deliver near-instantaneous responses to user 

. Unlike traditional cloud-based data processing solutions, which can be slower and less responsive due to latency in data transmission between the edge and the cloud, Macrometa Query Workers ensure a seamless and efficient experience for you and your customers.

Creating and utilizing Macrometa Query Workers

Creating and updating Query Workers is a breeze with the Macrometa GDN web console, CLI, 

, or by directly interacting with the REST API. Each Query Worker consists of specific query text and may include a parameter set (bind variables). You have the option to set default values for query parameters, making them optional during the execution of your Query Worker. Alternatively, you can require mandatory parameters for each run, with failure resulting in an error.

To illustrate, let's create data for an imaginary shop inventory using the Macrometa console. The dataset we intend to save is represented by the JSON below.

You will be adding a single data point to the inventory, as demonstrated in the image below.

The initial step involves logging in to the Macrometa platform. Once logged in, select the Query Worker tab to access the query editor. If utilizing a 

 to insert data, the query should appear exactly like this:

Enhancing the flexibility of queries, the @ symbol indicates that we're using a field as a parameter, which we refer to as a bind variable. To test the query, simply click the "Run Query" button. If the query performs as expected, you can save it and generate an API endpoint for use in your application. Creating an endpoint is as easy as clicking the "API Endpoint" button, and just like that, you've built the Create operation from the CRUD!

To view the newly added data, query the entire inventory using the following:

This represents the Read operation from the CRUD framework. Converting this query into an API endpoint is a straightforward process, as illustrated in the image below.

Each new query worker has its own endpoint on  Macrometa GDN. Query Workers are organized by 

, enabling developers to have different Query Workers for different geo-regions as well as for different fabrics within the same region.

Macrometa’s integration with Akamai EdgeWorkers

Macrometa Query Workers into a native Akamai EdgeWorker

 and automatically deploy it onto Akamai’s edge. Simply supply your Akamai credentials and with the click of a button, the API gets generated as an Akamai EdgeWorker and is automatically deployed to 1000s of Akamai edge PoPs that query and serve data from adjacent Macrometa regions on Linode. Check out the

 (like a Netflix or a Hulu) that runs on the Akamai edge and Linode leveraging Macrometa, Linode and Akamai EdgeWorkers to see it in action!

Macrometa Query Workers offer a versatile and scalable solution for performing custom data processing tasks and real-time queries. With a straightforward setup process that allows you to focus solely on crafting queries, deployment is effortlessly handled by the Macrometa GDN.

By leveraging the flexibility and scalability of Query Workers, developers can optimize their data management and query processing workflows and incorporate them into existing workflows and processes. This can help improve 

 and minimize latency, allowing developers to execute complex 

 and computations on large datasets quickly and efficiently.

Tutorial: Experience The Power Of Macrometa Query Workers

The manufacturing industry is facing significant challenges, driven by increasing complexity in global supply chains, rising inflation, a pressing need for sustainability, and keeping up with new technologies. In response to these challenges, manufacturers are turning to 

 to transform their operations. The IIoT, 5G, and edge computing are transforming how data is collected, processed, and analyzed, paving the way for smarter, more efficient factories. Digital twins, predictive maintenance, robots and cobots, and blockchain/NFT are driving innovation and efficiency in various applications.

At the core of these technology-driven transformations lies the 

, which facilitates seamless data integration, real-time monitoring, and data analytics. This powerful, scalable infrastructure streamlines operations and enables data privacy and fraud detection, while AI and machine learning (ML) augment the capabilities of digital twins, predictive maintenance, and robotics, among other applications.

Seamless data integration for manufacturing efficiency

 from multiple sources is critical for manufacturing companies in today's competitive landscape. By consolidating data from various systems like Enterprise Resource Planning (ERP), Manufacturing Execution Systems (MES), Supply Chain Management (SCM) and Quality Management Systems (QMS), manufacturers can gain a comprehensive understanding of their operations, leading to informed decisions, optimized performance, and enhanced innovation. The importance of data integration in manufacturing lies in several key areas, including enhancing visibility and efficiency across the organization, facilitating improved decision-making, and supporting agility and adaptability with real-time insights.

By consolidating data from multiple sources, manufacturers create a rich and comprehensive dataset that can be leveraged to train and deploy AI and ML algorithms. These advanced technologies drive innovation and efficiency in various applications such as IIoT, robots and cobots, automated factories, blockchain and NFT, augmented reality-based 

The integrated data serves as the fuel for AI and ML models, providing them with the necessary information to learn from patterns, make predictions, and optimize processes. For instance, AI-powered 

 can analyze real-time data to improve equipment performance and predict maintenance needs. Data integration also plays a vital role in enabling AI-driven predictive maintenance, allowing manufacturers to minimize downtime, extend the life of equipment, and reduce costs.

Real-time analytics and tracking to optimize operations

In today's competitive and fast-paced manufacturing environment, "just in time" has evolved into "real-time," emphasizing the importance of 

 for businesses to stay ahead of the curve. Real-time tracking and analytics enhance overall efficiency and reduce waste, including in the area of digital manufacturing.

End-to-end visibility for optimal production 

One of the primary reasons real-time tracking analytics is essential for manufacturing is its ability to provide end-to-end visibility into the production process in their own factories or contract manufacturers. By monitoring production processes in real-time, manufacturers can quickly identify bottlenecks, adjust workflows, and maintain optimal production levels.

Real-time analytics also enables manufacturers to be more agile and responsive to changing market demands. By continuously monitoring customer orders, 

 levels, and production capacity, manufacturers can better align their production schedules with customer needs.

Real-time tracking and analytics help improve quality control in the manufacturing process. By collecting and analyzing data from 

, RFID tags, and other sources, manufacturers can quickly identify and address quality issues more quickly, reducing the likelihood of defects and enhancing the overall quality of their products.

Accelerating automation and emerging technologies

, 5G, and edge computing are transforming how data is collected, processed, and analyzed, paving the way for smarter, more efficient factories. However these technologies will require unprecedented speed and performance across the globe to support all factories, warehouses and other business locations.

Digital twins can minimize the need for physical prototypes and reduce development time and costs. Augmented reality can also provide real-time information and guidance to workers, enabling them to perform complex tasks more efficiently and accurately. 

, driven by advanced analytics, lets manufacturers predict when equipment will fail and take preventative measures, reducing downtime and maximizing asset performance. Moreover, the adoption of robots and collaborative robots (cobots) is automating factories, freeing up workers to focus on higher-value tasks.

As manufacturers increasingly rely on digital technologies and collect vast amounts of data, they become more susceptible to data breaches and cyberattacks. Ensuring data privacy and 

 with regulations is critical to maintaining customer trust and avoiding costly fines and penalties. Industrial cybersecurity is critical in the manufacturing sector to prevent potential dangerous risks. Real-time fraud and anomaly detection can help stop fraudsters in the act - whether it is inventory, procurement, intellectual property, or cyber fraud.

The benefits of a hyper distributed cloud for manufacturing - Macrometa

Manufacturers may struggle with their current platforms as technologies become more complex and soon will require 

. With Macrometa's hyper-distributed cloud, you can avoid the speed and scalability limitations of a centralized cloud or edge servers respectively and achieve the necessary performance for your advanced manufacturing operations.

Behind the scenes, Macrometa can help you navigate a labyrinth of 

 to provide a holistic view of your data and perform real-time data analytics and ML algorithms across different data sources and formats for actionable insights. Easily uncover real-time data insights to identify and address potential issues, such as supply delays, power outages, or changes in customer demand, before they become major problems.

Manufacturers often have factories in different regions to diversify their supply chain, reduce the risk of disruptions, access local markets, and take advantage of lower production costs. 

Macrometa’s hyper distributed cloud platform

 enables manufacturing companies to access and process data from anywhere in the world, providing real-time insights into their operations and enabling seamless collaboration and communication with partners and customers across the supply chain.

 in-region and globally with data encryption, access controls, and data anonymization features, as well as regular data snapshots to ensure data resilience in the event of a breach or system failure.  With Macrometa, you can track production, supplies, and package safety protocols, and prevent fraud with anomaly detection, alerts, and continuous risk assessments.

 provides low-latency and high-throughput processing capabilities that can handle the large amounts of data and event processing required for smart technologies like digital twins or robots. With its real-time operations, analytics, and event processing capabilities, the Macrometa GDN can enable faster and more efficient implementation of smart technologies and IIoT, allowing companies to stay competitive in a rapidly evolving market.

For more information about our Manufacturing Solutions, 

 with one of our solution architects, we look forward to speaking with you!

Accelerating Digital Transformation in Manufacturing With A Hyper Distributed Cloud

Imagine you're running an online shoe store that caters to a global customer base. Your customers expect a seamless, low-latency experience when browsing your catalog, and your development team needs an efficient way to build and manage the backend. Macrometa, a 

In this blog post, we'll discuss the advantages of using Macrometa over traditional centralized cloud platforms and walk you through the process of building a shoe store catalog API that provides CRUD and search functionalities.

 architecture simplifies the process of building and managing a geo-distributed application. It provides a single API to access key-value, document, and graph data models, along with built-in search, pub-sub, queueing, complex event processing, and general-purpose computing capabilities.

This stands in contrast to traditional centralized cloud platforms, where developers must design, build, and manage applications that are typically using many various tools and single-purpose databases to achieve similar functionality. Macrometa's platform ensures data consistency and synchronization across multiple regions using proprietary CRDT technology, providing significant advantages for developers working on applications with a global audience.

 is an advanced full-text search engine designed to support key values, documents, and graphs as data models. Unlike traditional full-text indexes, Macrometa Search offers a highly configurable and customizable experience, combining Boolean and generalized ranking retrieval techniques to refine search results. It ranks all Boolean-approved results by relevance using the Vector Space Model in conjunction with BM25 or TF-IDF weighting schemes.

Macrometa Search is equipped with state-of-the-art indexing and search capabilities, enabling sophisticated search operations on 

Search views are virtual collections that enable fast full-text searching across multiple linked collections.

Analyzers parse input values and transform them into sets of sub-values for tokenization, language-specific word stemming, case conversion, and removal of diacritical marks.

Macrometa Search features are integrated into C8QL as a SEARCH operation and a set of C8QL functions. This integration allows for a wide range of use cases, such as performing federated full-text searches over product descriptions in a webshop, retrieving and ranking research database information by relevance, or querying 

 for specific titles and sorting the results by best matching while favoring movies with longer durations.

Key features of Macrometa Search include:

 Perform intricate search operations using Boolean operators to combine multiple conditions and refine results.

 Automatically rank search results based on their relevance to the query.

 or partial matches to enhance the accuracy of results.

 Customize the ranking algorithm and fine-tune the relevance of search results to suit specific use cases.

 Configure analyzers for tokenization, language-specific word stemming, case conversion, and removal of diacritical marks.

Retrieval of both documents and projections of documents:

 Retrieve complete documents or specific projections based on search criteria.

Combinable search queries across multiple data models and access patterns:

 Seamlessly perform search queries across various data models, such as key-value pairs, documents, and graphs.

Geo-replicated search indexes for instant results:

 Benefit from low-latency search results through the geo-replication of search indexes.

 offers a powerful, flexible solution for building advanced search functionality into applications. Its extensive features, configurability, and seamless integration with C8QL make it an invaluable tool for developers looking to create responsive and engaging applications for global audiences.

To demonstrate how easy it is to create a geo-distributed shoe store inventory API with Macrometa, we'll guide you through the following steps:

Create a document collection called inventory:

 In the Macrometa console, create a new document store collection named inventory.

 Import the JSON file containing shoe catalog data into the inventory collection.

 Write your first query to fetch all documents in the inventory collection:

 Name your Query Worker saveProduct and write an INSERT statement to add a new product to the inventory collection. The @ symbol in this query example is a `binding parameter`. They allow you to leave values as wildcards, so you can pass values along when you call the API to dynamically write and read your data.

 Enable high-performance search on the inventory collection by creating a search view named 

 by shoe name. Use the ANALYZER function to perform various search operations and filter results based on size and price range.

 Save the search query as a Query Worker named inventory-search, and now you have a fully functional search API!

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