Data Intelligence

Everything You Need to Know About Data Contracts

Actian Corporation

March 4, 2024

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Enterprises exchange vast volumes of data between different departments, services, and partner ecosystems from various applications, technologies, and sources. Ensuring that the data being exchanged is reliable, of high quality, and trustworthy is vital for generating tangible business value. This is where data contracts come in. Similar to traditional contracts that define expectations and responsibilities, data contracts serve as the framework for reliable data exchange.

In this article, learn everything you need to know about data contracts.

What is a Data Contract?

A data contract is essentially an agreement between two or more parties regarding the structure, format, and semantics of the data being exchanged. It serves as a blueprint that defines how information should be organized, encoded, and validated during the communication process. Moreover, a crucial aspect of a data contract involves specifying how and when it should be delivered to ensure data freshness. Ideally, they should be provided at the start of any data-sharing agreement, setting clear guidelines from the outset while ensuring alignment with the evolving regulatory landscape and technological advancements.

Data contracts typically serve as the bridge between data producers, such as software engineers, and data consumers, such as data engineers or scientists. These contracts meticulously outline how data should be structured and organized to facilitate its utilization by downstream processes, such as data pipelines. Accuracy in data becomes essential to prevent downstream quality issues and ensure the precision of data analyses.

Yet, data producers may lack insights into the specific requirements and essential information needed by each data team’s organization for effective data analysis. In response to this gap, data contracts have emerged as indispensable. They provide a shared understanding and agreement regarding data ownership, organization, and characteristics, facilitating smoother collaboration and more effective data utilization across diverse teams and processes.

It’s important to emphasize that data contracts are occasionally separated from data sharing agreements. While data contracts intricately outline the technical specifics and legal obligations inherent in data exchange, data sharing agreements provide a simplified version, often in formats like Word documents, specifically tailored for non-technical stakeholders like Data Protection Officers (DPOs) and legal counsels.

What is in a Data Contract?

A data contract typically includes agreements on:

Semantics

Semantics in a data contract clarify the meaning and intended usage of data elements and fields, ensuring mutual understanding among all parties. Clear documentation provides guidance on format, constraints, and requirements, promoting consistency and reliability across systems.

The Data Model (Schema)

The schema in a data contract defines the structure of datasets, including data types and relationships. It guides users in handling and processing data, ensuring consistency across systems for seamless integration and effective decision-making.

Service Level Agreements (SLA)

The SLAs component of a data contract sets out agreed standards for data-related services to ensure the freshness and availability of the data. It defines metrics like response times, uptime, and issue resolution procedures. SLAs assign accountability and responsibilities to both parties, ensuring service levels are met. Examples of delivery frequencies include in batch, e.g. once a week, on-demand as an API, or in real-time as a stream.

Data Governance

In the data contract, data governance establishes guidelines for managing data responsibly. It clarifies roles, responsibilities, and accountability, ensuring compliance with regulations and fostering trust among stakeholders. This framework helps maintain data integrity and reliability, aligning with legal requirements and organizational objectives.

Data Quality

The data quality section of a data contract ensures that exchanged data meets predefined standards, including criteria such as accuracy, completeness, consistency, and timeliness. By specifying data validation rules and error-handling protocols, the contract aims to maintain the integrity and reliability of the data throughout its lifecycle.

Data Security and Privacy

The data security and privacy part of a data contract outlines measures to protect sensitive information and ensure compliance with privacy regulations. It includes policies for encryption, access controls, and regular audits to safeguard data integrity and confidentiality. The contract emphasizes compliance with laws like GDPR, HIPAA, or CCPA to protect individuals’ privacy rights and build trust among stakeholders.

Here is an example of a data contract from PayPal’s open-sourced Data Contract:

Who is Responsible for Data Contracts?

Creating data contracts typically involves collaboration between all stakeholders within an organization, including data architects, data engineers, compliance experts, and business analysts.

Data Architects

Data architects play a key role in defining the technical aspects of the data contract, such as data structures, formats, and validation rules. They ensure that the data contract aligns with the organization’s data architecture principles and standards, facilitating interoperability and integration across different systems and applications.

Data Engineers

Data engineers are responsible for implementing the technical specifications outlined in the data contract. They develop data pipelines, integration processes, and data transformation routines to ensure that data is exchanged, processed, and stored according to the contract requirements. Their expertise in data modeling, database management, and data integration is essential for translating the data contract into actionable solutions.

Compliance Experts

Compliance experts also play a crucial role in creating data contracts by ensuring that the agreements comply with relevant laws, regulations, and contractual obligations. They review and draft contractual clauses related to data ownership, privacy, security, intellectual property rights, and liability, mitigating legal risks and ensuring that the interests of all parties involved are protected.

Business Analysts

Business analysts contribute by providing insights into the business requirements, use cases, and data dependencies that inform the design and implementation of the data contract. They help identify data sources, define data attributes, and articulate business rules and validation criteria that drive the development of the contract.

The Importance of Data Contracts

At the core of data contracts lies the establishment of clear guidelines, terms, and expectations governing data sharing activities. By outlining the rights, responsibilities, and usage parameters associated with shared data, data contracts help foster transparency and mitigate potential conflicts or misunderstandings among parties involved in data exchanges.

Data Quality

One of the primary importance of data contracts is their role in ensuring data quality and integrity throughout the data lifecycle. By defining standards, formats, and validation protocols for data exchange, contracts promote adherence to consistent data structures and quality benchmarks. This, in turn, helps minimize data discrepancies, errors, and inconsistencies, thereby enhancing the reliability and trustworthiness of shared data assets for downstream analysis and decision-making processes.

Data Governance and Regulatory Compliance

Data contracts serve as indispensable tools for promoting data governance and regulatory compliance within organizations. In an increasingly regulated environment, where data privacy laws and industry standards govern the handling and protection of sensitive information, contracts provide a framework for implementing robust data protection measures and ensuring adherence to legal requirements. By incorporating provisions for data security, privacy, and compliance with relevant regulations, contracts help mitigate legal risks, protect sensitive data, and uphold the trust and confidence of data subjects and stakeholders.

Data Collaboration

Data contracts facilitate effective collaboration and partnership among diverse stakeholders involved in data sharing initiatives. By articulating the roles, responsibilities, and expectations of each party, contracts create a shared understanding and alignment of objectives, fostering a collaborative environment conducive to innovation and knowledge exchange.

In conclusion, data contracts extend beyond mere legal instruments; they serve as foundational pillars for promoting data-driven decision-making, fostering trust and accountability, and enabling efficient data exchanging ecosystems.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Data Security

Data Security: The Advantages of Hybrid vs. Public Clouds

Actian Corporation

February 29, 2024

Data Security

As an industry, we often discuss proper and effective data analysis, however data security is actually even more important. After all, what good is effective analysis without securing the foundational data? Additionally, in 2024 there are numerous clouds one can persist data within including public, private, and hybrid cloud environments. This raises the natural question of how to properly secure your data for the cloud.

Public, Multi-Cloud, and Hybrid Clouds

It helps to start with a baseline of common terminology used throughout the industry. Public clouds are publicly accessible compute and storage services provided by third-party cloud providers. Multi-cloud is simply an architecture composed of services originating from more than one public cloud.

A hybrid cloud is composed of different interconnected public and private clouds that work together sharing data and processing tasks. Interconnectivity between hybrid environments is established with local area networks, wide area networks, VPNs, and APIs. Like all cloud environments, hybrid environments leverage virtualization, containerization, and software-defined networking and storage technologies. And dedicated management planes allow users to allocate resources and scale on-demand.

Security Benefits of Hybrid Cloud Architecture

A hybrid cloud is ideal when you want to leverage both the scale of public cloud services while also securing and retaining a subset of your data on-premises. This helps an organization retain and secure compliance and to address data security policies. Sensitive datasets can be retained on-premises while less sensitive assets may be published to public cloud services.

Hybrid clouds provide the ability to scale on-demand public services during peak workloads. Organizations reap cost optimization by being able to leverage both on-premises and public cloud services and storage assets. And there are disaster recovery and geographic failover benefits to hybrid cloud solutions. Finally, a hybrid cloud enables businesses to gradually migrate legacy applications and datasets from on-premises to public cloud environments.

Actian Data Platform

The Actian Data Platform coupled with DataConnect provides no-code, low-code and pro-code data integrations that enable hybrid cloud data solutions. Actian DataConnect provides enterprise-grade integration with connectivity support for both our public and private cloud data platforms. Public cloud data services can be provisioned using SOAP or REST API access with configurable authentication. Users are able to schedule and execute data integration jobs that securely move data across all Actian Data Platform environments. Both at-rest and in-flight data encryption can also be implemented.

The Actian Data Platform’s data warehousing component can be scaled up and down in real-time, this helps greatly with right-sizing workload scale. The Actian public cloud data warehouse is built on decades of patented real-time query processing and optimizer innovations. In summary, the Actian Data Platform is unique in its ability to collect, manage, and analyze data in real-time, leveraging its native data integration, data quality, and data warehouse capabilities in an easy-to-use single platform.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Databases

Easily Add Modern User Interfaces to Your Database Applications

Teresa Wingfield

February 29, 2024

Data Modernization with OpenRoad

Modernizing legacy database applications brings all the advantages of the cloud alongside benefits such as faster development, user experience optimization, staff efficiency, stronger security and compliance, and improved interoperability. In my first blog on legacy application modernization with OpenROAD, a rapid database application development tool, I drilled into the many ways it makes it easier to have data modernization in applications with low risk by retaining your existing business logic. However, there’s still another big part of the legacy modernization journey, the user experience.

Users expect modern, intuitive interfaces with rich features and responsive design. Legacy applications often lack these qualities, which can often require significant redesign and redevelopment during application modernization to meet modern user experience expectations. Not so with OpenROAD! It simplifies the process of creating modern, visually appealing user interfaces by providing developers with a range of tools and features discussed below.

The abf2or Migration Utility

The abf2or migration utility modernizes Application-By-Forms (ABF) applications to OpenROAD frames, including form layout, controls, properties, and event handlers. It migrates business logic implemented in ABF scripts to equivalent logic in OpenROAD. This may involve translating script code and ensuring compatibility with OpenROAD’s scripting language. The utility also handles the migration of data sources to ensure that data connections and queries function properly and can convert report definitions.

WebGen

WebGen is an OpenROAD utility that lets you quickly generate web and mobile applications in HTML5 and JavaScript from OpenROAD frames allowing OpenROAD applications to deployed on-line and on mobile devices.    

OpenROAD and Workbench IDE

The OpenROAD Workbench Integrated Development Environment (IDE) is a comprehensive toolset for software development, particularly for creating and maintaining applications built using the OpenROAD framework. It provides tools specifically designed to migrate partitioned ABF applications to OpenROAD frames. Developers can then use the IDE’s visual design tools to further refine and customize the programs.   

Platform and Device Compatibility

Multiple platform support, including Windows and Linux, lets developers create user interfaces that can run seamlessly across different operating systems without significant modification. Developers can deliver applications to a desktop or place them on a web server for web browser access; OpenROAD installs them automatically if not already installed. The runtime for Windows Mobile enables deploying OpenROAD applications to mobile phones and Pocket PC devices.

Visual Development Environment

OpenROAD provides a visual development environment where developers can design user interface components using drag-and-drop tools, visual editors, and wizards. This makes it easier for developers to create complex user interface layouts without writing extensive code manually.   

Component Library

OpenROAD offers a rich library of pre-built user interface components, such as buttons, menus, dialog boxes, and data grids. Developers can easily customize and integrate these components into applications, saving time and user interface design effort.

Integration With Modern Technologies

Integration with modern technologies and frameworks such as HTML5, CSS3, and JavaScript allows developers to incorporate modern user interface design principles, such as responsive design and animations, into their applications.

Scalability and Performance

OpenROAD delivers scalable and high-performance user interfaces capable of handling large volumes of data and complex interactions. It optimizes resource utilization and minimizes latency, ensuring a smooth and responsive user experience.

Modernize Your OpenROAD Applications

Your legacy database applications may be stable, but most will not meet the expectations of users who want modern user interfaces. You don’t have to settle for the status quo. OpenROAD makes it easy to deliver what your users are asking for with migration tools to convert older interfaces, visual design tools, support for web and mobile application development, an extensive library of pre-built user interface components, and much more.

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About Teresa Wingfield

Teresa Wingfield is Director of Product Marketing at Actian, driving awareness of the Actian Data Platform's integration, management, and analytics capabilities. She brings 20+ years in analytics, security, and cloud solutions marketing at industry leaders such as Cisco, McAfee, and VMware. Teresa focuses on helping customers achieve new levels of innovation and revenue with data. On the Actian blog, Teresa highlights the value of analytics-driven solutions in multiple verticals. Check her posts for real-world transformation stories.
Data Management

The Link Between Trusted Data and Expanded Innovation

Actian Corporation

February 27, 2024

Enterprise Data, Expanded Innovation

One highlight of my job is being able to talk to customers and prospective customers throughout the year at various events. What I keep hearing is that data is hard, and this holds true for companies of all sizes. And they’re right. Data can be hard. It can be hard to integrate, manage, govern, secure, and analyze. Building pipelines to new data sources can also be hard.

Business and IT both need data to be accessible to all users and applications, cost-effective to store, and deliver real-time insights. Any data challenges will limit these capabilities and present major barriers to innovation. That’s why we’ve made it our mission to make data easy and trustworthy.

Actian exists to provide the most trusted, flexible, and easy-to-use data platform on the market. We know that’s a bold promise and requires solving a lot of your data pain points. Yet we also know that to be truly data-driven, you must have uninterrupted access to trusted data.

Overcoming the Trust Barrier

At Actian, we’ve been saying for a long time that you need to be able to trust your data. For too many companies, that’s not happening, or it’s not happening promptly. For example, nearly half—48%—of CEOs worry about data accuracy, according to IBM, while Gartner found that less than half of data and analytics teams—just 44%—are effectively providing value to their organization.

These numbers are unacceptable, especially in the age of technology. Everyone who uses data should be able to trust it to deliver ongoing value. So, we have to pause and ask ourselves why this isn’t happening. The answer is that common barriers often get in the way of reaching data goals, such as:

  • Silos that create isolated, outdated, and untrustworthy data.
  • Quality issues, such as incomplete, inaccurate, and inconsistent data.
  • Users do not have the skills needed to connect and analyze data, so they rely on IT.
  • Latency issues prevent real-time data access, which limits timely insights.
  • Data management problems that existed on-premises were migrated to the cloud.

Organizations know they have some or all of these problems, but they often don’t know what steps are needed to resolve them. Actian can help. We have the technology and expertise to enable data confidence—regardless of where you are on your data journey.

Innovation Starts With Trustworthy Data

What if you could swiftly go from data to decision with full confidence and ease? It doesn’t have to be a pipe dream. The solution is readily available now. It ensures you’re using high-quality, accurate data so you have full confidence in your decision-making. It simplifies data transformations, empowering you to get the data you want, when and how you want it, regardless of your skill level, and without relying on IT. Plus, you won’t have to wait for data because it gets delivered in real-time.

The Actian Data Platform makes data easy-to-use, allowing you to meet the needs of more business users, analysts, and data-intensive applications. You can collect, manage, and analyze data in real-time with our transactional database, data integration, data quality, and data warehouse capabilities working together in a single, easy-to-use platform.

The platform lets you manage data from any public cloud, multi- or hybrid cloud, and on-premises environment through a single pane of glass. The platform’s self-service data integration lowers costs while enabling you to perform more use cases without needing multiple data products.

What does all of this mean for your business? It means that data integration, access, and quality are easier than ever. It also means that you can trust your data to make confident decisions that accelerate your organization’s growth, foster new levels of innovation, support your digital transformation, and deliver other business value.

Enabling a Data-Driven Culture

With data volumes becoming more robust, having immediate access to high-quality data is essential, but challenging. Any problems with quality, latency, or integration will compound as data volumes grow, leading to potentially misinformed decision-making and mistrust in the data. Establishing data quality standards, making integration and access easy, and putting data in the hands of everyone who needs it advances the business, promotes a data-driven culture, and drives innovation. And this is where Actian can play a critical role.

What makes the Actian Data Platform unique, at a high level, is its ability to consolidate various data functions into a single platform, making data readily available and easy to use across your organization.

The platform handles extract, transform, and load (ETL), data transformation, data quality checks, and data analytics all in one place. Bringing everything and everyone together on a single platform lowers costs and reduces the resources needed to manage your data system. You benefit from real-time, trustworthy data across the entire organization, giving you full confidence in your data.

When you trust your data, you have the ability—and the confidence—to explore more use cases, increase revenues, reduce costs, fast-track innovation, win market share, and more for a strategic edge in your industry. Our customers are using data to drive new successes everyday!

Additional Resources:

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Data Intelligence

What is Data Sharing: Benefits, Challenges, and Best Practices

Actian Corporation

February 26, 2024

Summary

This blog explores data sharing—defining what it is, why it’s critical for collaboration and innovation, the key challenges around security, compliance, and interoperability, and best practices to unlock value while mitigating risk.

  • What data sharing entails and why it matters: Organizations share data across teams, partners, and systems to boost collaboration, drive innovation, and inform decisions, especially in data-rich fields like healthcare and finance.
  • Main risks to address: Sharing data exposes organizations to privacy breaches, compliance violations, asymmetry in formats, and inconsistent governance, requiring strong security controls, clear policies, and standards alignment.
  • Proven practices for safe and productive sharing: Implement role-based/access controls, encryption, data anonymization, standardized formats/APIs, data catalogs, audit trails, and adaptive governance to maximize benefits while minimizing threats.

Data sharing has become essential to drive business value. Indeed, across industries and domains, organizations and individuals are harnessing the power of data sharing to unlock insights, drive collaboration, and fuel growth. By exchanging diverse enterprise data products, stakeholders can gain valuable perspectives, uncover hidden trends, and make informed decisions that drive tangible impact.

However, the landscape of data sharing has its complexities and challenges. From ensuring data security and privacy to navigating regulatory compliance, stakeholders must navigate many considerations to foster a culture of responsible data sharing.

In this article, learn everything you need to know about data sharing and how an Enterprise Data Marketplace can enhance your internal data-sharing initiatives.

The Definition of Data Sharing

Data sharing, as its name implies, refers to the sharing of data among diverse stakeholders. Beyond the act of sharing itself, data sharing entails a commitment to maintaining the integrity and reliability of the shared data throughout its lifecycle. This means not only making data accessible to all stakeholders but also ensuring that it retains its quality, coherence, and usefulness for the processing and analysis by data consumers. A crucial part of this process involves data producers carefully documenting and labeling sets of data, including providing detailed descriptions and clear definitions so that others can easily find, discover, and understand the shared data.

In addition, data sharing implies making data accessible to the relevant individuals, domains, or organizations using robust access controls and permissions. This ensures that only authorized personnel can access specific data sets, thus adhering to regulatory compliance demands and mitigating risks associated with breaches and data misuse.

Internal vs. External Data Sharing

In the landscape of modern business operations, we must distinguish between internal and external data sharing, with their different approaches for organizations to disseminate information.

Internal data sharing is all about the exchange of information within the confines of an organization. The focus is on breaking down silos and ensuring that all parts of the organization can access the data they need, when they need it, within a secure environment. Internal sharing can be facilitated with an enterprise data marketplace, but we’ll come to this later.

External data sharing, in contrast, extends beyond the organization’s boundaries to include partners, clients, suppliers, and regulatory bodies. Given its nature, external data sharing is subject to stricter regulatory compliance and security measures, necessitating robust protocols to protect sensitive information and maintain trust between the organization and its external stakeholders.

The Benefits of Data Sharing

Data sharing entails many benefits for organizations. Some of them including:

Increase Collaboration

By facilitating data sharing within your enterprise, you foster improved collaboration among internal teams, partners, and different branches of your organization. When companies share pertinent information, all stakeholders benefit from a deeper understanding of critical aspects such as market trends, customer preferences, successful strategies, and insightful analyses. This shared data empowers teams to collaborate more effectively on joint projects, research endeavors, and development initiatives.

In addition, through the exchange of data both internally and externally, organizations can collectively explore innovative ideas and alternative approaches, drawing insights and expertise from diverse sources. This collaborative environment nurtures a culture of experimentation and creativity, ultimately driving the generation of solutions and advancements across a spectrum of industries and domains.

Finally, one real-life example of the benefits of external data sharing can be seen in the healthcare industry through initiatives like Health Information Exchanges (HIEs). HIEs are networks that facilitate the sharing of electronic health records among healthcare providers, hospitals, clinics, and other medical facilities. By sharing patient information securely and efficiently, HIEs enable healthcare providers to access comprehensive medical histories, diagnostic test results, medication lists, and other vital information about patients, regardless of where they received care.

Boost Productivity

Data sharing significantly boosts productivity by facilitating access to critical information. When organizations share data internally among teams or externally with partners and stakeholders, it eliminates silos and enables employees to access relevant information quickly and efficiently. This eradicates the laborious endeavor of digging through disparate systems or awaiting data retrieval from others.

Moreover, data sharing acts against duplicate and redundant information, fostering awareness of existing data assets, dashboards, and other enterprise data products through shared knowledge. By minimizing redundant tasks, data sharing not only diminishes errors but also optimizes resource allocation, empowering teams to concentrate on value-added initiatives.

Enhance Data Trust & Quality

Data sharing plays a critical role in improving data trust and quality in various ways. When data is shared among different stakeholders, it undergoes thorough validation and verification processes. This scrutiny by multiple parties allows for the identification of inconsistencies, errors, or inaccuracies, ultimately leading to enhancements in data accuracy and reliability.

Furthermore, shared data encourages peer review and feedback, facilitating collaborative efforts to refine and improve the quality of the information. This ongoing iterative process instills confidence in the precision and dependability of the shared data.

Additionally, data sharing often involves adhering to standardized protocols and quality standards. Through the standardization of formats, definitions, and metadata, organizations ensure coherence and consistency across datasets, thereby maintaining data quality and enabling interoperability.

Finally, within established data governance frameworks, data sharing initiatives establish clear policies, procedures, and best practices for responsible data management. Robust auditing and monitoring mechanisms are employed to track data access and usage, empowering organizations to enforce access controls and uphold data integrity with confidence.

The Challenges of Data Sharing

Massive Volumes of Data

Sharing large datasets over networks can pose significant challenges due to the time-consuming nature of the process and the demand for substantial bandwidth. This often leads to slow transfer speeds and potential congestion on the network. Additionally, storing massive volumes of shared data requires extensive storage capacity and infrastructure resources. Organizations must allocate sufficient storage space to accommodate large datasets, which can result in increased storage costs and infrastructure investments.

Moreover, processing and analyzing massive volumes of shared data can strain computational resources and processing capabilities. To effectively manage the complexity and scale of large datasets, organizations must deploy robust data processing frameworks and scalable computing resources. These measures are essential for ensuring efficient data analysis and interpretation while navigating the intricacies of vast datasets.

Robust Security Measures

Ensuring data security poses a significant challenge in the realm of data sharing, demanding careful attention and robust protective measures to safeguard sensitive information effectively. During data sharing processes, information traversing networks and platforms becomes vulnerable to various security threats, including unauthorized access attempts, data breaches, and malicious cyber-attacks. To uphold the confidentiality, integrity, and availability of shared data, stringent security protocols, encryption mechanisms, and access controls must be implemented across all aspects of data sharing initiatives.

Compliance Requirements

Another notable challenge of data sharing is maintaining data privacy and compliance with regulatory requirements. As organizations share data with external partners, stakeholders, or third-party vendors, they must navigate complex privacy laws and regulations governing the collection, storage, and sharing of personal or sensitive information. Compliance with regulations such as GDPR in the European Union, HIPAA (Health Insurance Portability and Accountability Act) in the healthcare industry, and CCPA (California Consumer Privacy Act) in California is crucial to avoid legal liabilities and penalties.

Data Sharing Best Practices

To counter these challenges, here are some best practices:

Implement Clear Governance Policies

Establishing clear data governance policies is crucial for enabling effective data sharing within organizations. These policies involve defining roles, responsibilities, and procedures for managing, accessing, and sharing data assets. By designating data stewards, administrators, and users with specific responsibilities, organizations ensure accountability and oversight throughout the data lifecycle.

Moreover, standardized procedures for data collection, storage, processing, and archival play a pivotal role in promoting consistency and efficiency in data governance practices. By standardizing these procedures, organizations can ensure that data is handled consistently and systematically across departments and teams.

Define Data Sharing Protocols

Defining clear protocols and guidelines for data sharing within and outside the organization is vital for promoting transparency, accountability, and compliance.

Organizations must establish precise criteria and conditions for data sharing, including defining the purposes, scope, and intended recipients of shared data. Any limitations or restrictions on data usage, redistribution, or modification should be clearly outlined to ensure alignment with organizational objectives and legal mandates. The implementation of encryption, access controls, and data anonymization techniques ensures the secure transmission and storage of shared data, enhancing overall data security measures.

Furthermore, the development of formal data sharing agreements and protocols is essential for governing data exchange activities with external partners or stakeholders. These agreements delineate the rights, responsibilities, and obligations of each party involved in the data sharing process, covering aspects such as data ownership, confidentiality, intellectual property rights, and liability.

Implement a Data Marketplace

A data marketplace serves as a centralized hub where organizations can easily share and access data resources. By consolidating diverse datasets from various sources, it streamlines the process of discovering and acquiring relevant data.

Moreover, a data marketplace fosters collaboration and innovation by connecting data providers with consumers across different industries. Organizations can effortlessly share their data assets on the marketplace, while data consumers gain access to a vast array of data to enrich their insights and strategies.

In addition, a data marketplace prioritizes data governance and compliance by upholding standards and regulations related to data privacy, security, and usage. It provides robust tools and features for managing data access, permissions, and consent, ensuring that data sharing activities align with legal and regulatory requirements.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
ESG

Measuring and Reporting on Supply Chain Sustainability the Right Way

Kasey Nolan

February 22, 2024

plane and truck showing supply chain optimization

In an era where sustainability is not just a buzzword but a strategic imperative, the supply chain plays a pivotal role in shaping an organization’s environmental and social footprint. Here are some ways to guide your business on the essential aspects of measuring and reporting sustainability within the supply chain, focusing on data management, goal and metric definitions, and adherence to reporting standards.

Data Management: Unraveling the Threads of Sustainability

In the intricate web of supply chain operations, data serves as the thread that weaves together the fabric of sustainability. Comprehensive data management is essential for measuring, monitoring, and optimizing sustainability initiatives within all aspects of your organization’s supply chain.

The first step in sustainable data management is collecting relevant information across the organization. Some examples of this data include energy consumption, water usage, waste generation, emissions, and social impact factors such as labor practices and community engagement. The challenge, however, is gathering data from diverse sources—including suppliers, manufacturers, logistics partners, and internal operations. Strategies for overcoming this include implementing data-sharing agreements with vendors, conducting regular audits, and leveraging emerging technologies like Internet of Things (IoT) sensors, blockchain, and the API integration capabilities of your data platform to track and trace environmental and social performance throughout the supply chain.

Once collected, sustainability data must be organized coherently and structured to facilitate fast analysis and decision-making. This means establishing a clear taxonomy and data schema that categorizes information according to relevant sustainability indicators, like carbon emissions or waste generation. This is where data visualization tools and dashboards come in handy because they will help present the information in a user-friendly format.

Defining Goals and Metrics: Charting a Course for Sustainable Success

Once the data is collected and integrated, the next step is to establish goals and metrics for meaningful action and measurable progress. By breaking down silos and integrating data from various departments, sources, and stakeholders, organizations can gain a comprehensive understanding of their environmental and social impact across the entire supply chain. This integrated approach allows you to identify and establish goals that address the most significant areas of opportunity and risk.

Implementing policies to act on the data requires a strategic and proactive approach that aligns with your defined goals and metrics. Best practices include setting ambitious, yet achievable, targets based on data-driven insights and industry benchmarks. These targets should provide clear direction and accountability for sustainability efforts. Additionally, your organization should develop policies and procedures to track progress toward these targets, leveraging technology and data analytics to monitor performance in real-time to course correct as needed.

Establishing a culture of continuous improvement and accountability is essential, with regular reviews and updates to policies and targets based on evolving data insights and stakeholder expectations.

Reporting Standards: Navigating the Landscape of Transparency

Established reporting frameworks such as the Global Reporting Initiative (GRI) and the Sustainability Accounting Standards Board (SASB) play a crucial role in guiding organizations toward transparent and consistent sustainability reporting. These frameworks provide comprehensive guidelines and standardized metrics for measuring and disclosing environmental, social, and governance (ESG) performance.

Adhering to recognized reporting standards helps organizations enhance credibility and comparability in the eyes of stakeholders—including investors, customers, employees, and regulators. Consistent reporting enables investors to make informed investment decisions, customers to make ethical purchasing choices, and regulators to enforce compliance with environmental and social regulations.

The emergence of integrated reporting represents a paradigm shift in how organizations disclose their performance and make holistic decisions, moving beyond traditional financial metrics to encompass broader value creation for all stakeholders. Integrated reporting seeks to present financial and sustainability performance cohesively, acknowledging the interconnectedness between financial success and environmental and social impact.

By integrating financial and non-financial data into a single, comprehensive report, organizations can provide stakeholders with a holistic view of their long-term value-creation strategy. Integrated reporting encourages a more balanced and sustainable approach to business decision-making, where financial considerations are complemented by environmental and social considerations. As organizations increasingly recognize the importance of holistic value creation, integrated reporting, and integrated data in general, is the key for communicating sustainability performance and demonstrating long-term resilience and viability.

Integration is Hard, but Actian Can Help

The Actian Data Platform offers invaluable capabilities to companies striving to enhance their ESG efforts and reporting accuracy. By providing a unified platform for data management, integration, and analytics, Actian empowers organizations to access, analyze, and leverage sustainability-related data from across the entire supply chain in real-time.

With these real-time insights into key ESG metrics, your company can make informed decisions that drive sustainable practices and optimize resource usage. Actian’s advanced integration capabilities empower your organization to identify trends, patterns, and opportunities for improvement, facilitating proactive interventions to minimize environmental impact and maximize social responsibility. Moreover, by streamlining data collection and aggregation, Actian enhances confidence that sustainability reports are comprehensive, accurate, and timely, bolstering credibility and trust with stakeholders.

Measuring and reporting sustainability in the supply chain requires a strategic and holistic approach. By mastering data management, defining clear goals and metrics, and adhering to reporting standards, businesses can not only enhance their environmental and social impact but also build trust with stakeholders. By making data easy, the Actian Data Platform enables you to drive and monitor sustainability initiatives across your entire supply chain.

Kasey Nolan

About Kasey Nolan

Kasey Nolan is Solutions Product Marketing Manager at Actian, aligning sales and marketing in IaaS and edge compute technologies. With a decade of experience bridging cloud services and enterprise needs, Kasey drives messaging around core use cases and solutions. She has authored solution briefs and contributed to events focused on cloud transformation. Her Actian blog posts explore how to map customer challenges to product offerings, highlighting real-world deployments. Read her articles for guidance on matching technology to business goals.
Data Management

A Day in the Life of a Chief Digital Officer

Teresa Wingfield

February 20, 2024

Man working in front of a computer as a representation of the Chief Data Officer's responsibilities.

Almost every organization is embarking on some sort of digital transformation initiative. The role of a Chief Digital Transformation Officer (CDO) has emerged to lead and oversee success. Major responsibilities of the CDO include:

  • Define and implement a digital strategy for the company’s future that includes technologies such as the cloud, artificial intelligence, automation, Internet of Things (IoT), and social media.
  • Integrate digital initiatives with strategic planning to gain executive leadership commitment and budget, and resource allocation.
  • Work with cross-functional teams to generate innovative digital solutions for products, services, customer experiences, sales, marketing, and optimized business processes.
  • Own, prioritize, monitor, and manage the company’s digital innovation project portfolio.
  • Serve as an evangelist and a change agent, championing the use of digital technology and practices.

Top Challenges for the CDO

Executing the above activities is a demanding job. While specific challenges may vary based on the industry and organizational context, some common challenges faced by the CDO include resistance to change, budget justification, hard-to-replace legacy technologies, the skills gap, and demonstrating success as discussed below.

Resistance to Change

A general sentiment expressed as “if it ain’t broke don’t fix it” competes with an overarching sense of urgency created by the need for digital transformation. To overcome the status quo, CDOs are constantly engaged in identifying and clearly communicating the pain points stagnation is causing. These often include compatibility and obsolescence issues, security and compliance risks, missing functionality, lack of scalability to meet business growth, expensive maintenance, inefficient workflows, and processes that hamper business agility, and poor user experiences.

Budget Justification

It can be challenging to show that the cost of modernization is significantly less than maintaining legacy systems over time. The budget justification challenge is compounded by maintenance and innovation budgets that are usually separate along with the sentiment that money might be better spent on opportunities other than what is working as intended, especially if the return on investment of modernization will take time to materialize.

These issues place a heavy onus on CDOs to highlight the opportunities that digital transformation presents. By embracing digital transformation, CDOs elaborate on the business value, such as operational efficiency, optimizing the customer experience, product innovation, data-driven decision making, business agility, sustainability, and staff productivity.

Plus, it’s a lot easier to integrate digital technologies with a wide range of systems, processes, and functions across an organization than to integrate legacy ones. This is important because digital technologies play a critical role in optimizing the supply chain by improving visibility, efficiency, and collaboration. Legacy modernization in the realm of electronic commerce is another key example that can lead to a more agile and user-friendly online shopping experience that supports a greater choice of web and mobile interfaces.

Hard-to-Replace Legacy Technologies

As businesses attempt to modernize, many have legacy systems and infrastructure that are hard to replace. On-premises to cloud migration can be a long and risky journey. Migrating or replacing these systems while ensuring business continuity requires careful planning and resources. The CDO often oversees the development of a data migration strategy to ensure a smooth transition from legacy systems to modern platforms and their integration with existing applications, databases, and platforms. Identifying and mitigating risks associated with legacy system replacement is critical to avoid disruption of mission-critical systems. 

Talent Acquisition and Skill Gaps

Not only is attracting, developing, and retaining talent with the right digital skills a constant challenge, but existing legacy staff will need to be retrained and/or upskilled. Layoffs in technology may be in full swing, but demand in 2024 for digital transformation technical skills such as cloud, DevOps, security, privacy, development, artificial intelligence, automation, system updates, data integration, and analytics is high according to Robert Half Technology’s 2024 IT salary report.

Showing Success

Demonstrating positive business outcomes is critical to continued success, but how to measure them isn’t easy. CDOs often use these types of key performance indicators (KPIs) to gauge impact:

  • Percentage increase in digital sales or revenue.
  • Customer satisfaction scores (CSAT), Net Promoter Score (NPS), and other customer engagement metrics.
  • Time to launch for digital products and services.
  • Percentage of users or employees adopting new digital tools and processes.
  • Cost savings achieved through process automation or efficiency gains.

Digital Transformation With Actian

Actian transforms business by enabling customers to make confident, data-driven decisions that accelerate their organization’s growth. We are committed to helping our customers secure their digital future by making it easy to modernize their databases and database applications, including flexible choices for on-premises to cloud migration.

Additional Resources:

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About Teresa Wingfield

Teresa Wingfield is Director of Product Marketing at Actian, driving awareness of the Actian Data Platform's integration, management, and analytics capabilities. She brings 20+ years in analytics, security, and cloud solutions marketing at industry leaders such as Cisco, McAfee, and VMware. Teresa focuses on helping customers achieve new levels of innovation and revenue with data. On the Actian blog, Teresa highlights the value of analytics-driven solutions in multiple verticals. Check her posts for real-world transformation stories.
Data Management

How to Optimize Data in Any Environment

Actian Corporation

February 15, 2024

Data Optimization

New demands, supply chain complexity, truly understanding customers, and other challenges have upended the traditional business landscape and forced organizations to rethink their strategies and how they’re using data. Organizations that are truly data-driven have opportunities to gain new market share and grow their competitive advantage with proper data management. Those that don’t will continue to struggle—and in a worst-case scenario, may not be able to keep their doors open.

Data Management is Needed to Drive and Support Use Cases

As organizations face the threat of a recession, geopolitical instability, concerns about inflation, and uncertainty about the economy, they look to data for answers. Data has emerged as a critical asset for any organization striving to intelligently grow their business, avoid costly problems, and position themselves for the future.

As explained in the webinar “Using Data in a Downturn: Building Business Resiliency with Analytics,” successful organizations optimize their data to be proactive in changing markets. The webinar, featuring William McKnight from McKnight Consulting Group, notes that data is needed for a vast range of business uses, such as:

  • Gaining a competitive advantage.
  • Increasing market share.
  • Developing new products and services.
  • Entering new markets.
  • Increasing brand recognition and customer loyalty.
  • Improving efficiency.
  • Enhancing customer service.
  • Developing new technologies.

McKnight says that when it comes to prioritizing data efforts, you should focus on projects that are easy to do with your current technology set and skill set, those that align with your business priorities, and ones that offer a high return on investment (ROI).

Justifying Data and Analytics Projects During a Downturn

The webinar explains why data and analytics projects are needed during an economic downturn. “Trusted knowledge of an accurate future is undoubtedly the most useful knowledge to have,” McKnight points out. Data and analytics predict that future, giving you the ability to position your company for what’s ahead.

Economic conditions and industry trends can change quickly, which means you need trustworthy data to inform the analytics. When this happens, you can uncover emerging opportunities such as products or features your customers will want or identify areas of risk with enough time to take action.

McKnight explains in the webinar that a higher degree of accuracy in determining your future can have a significant impact on your bottom line. “If you know what’s going to happen, you can either like it and leave it, or you can say, ‘I don’t like that, and here’s what I need to do to tune it,’ and that’s the essence of analytics,” he says.

Applying Data Management and Customer Analytics to Achieve High-Value Results

Not surprisingly, the more data you make available for analytics, the more precise your analytics will be. As the webinar explains, artificial intelligence (AI) can help with insights. AI enhances analytics, provided the AI has the robust and quality data sets needed to deliver accurate and actionable results. The right approach to data and analytics can help you determine the next best step you can take for your business.

You can also use the insights to drive business value, such as creating loyal customers and repeat buyers, and proactively adjusting your supply chain to stay ahead of changing conditions. McKnight says in the webinar that leading companies are using data management and customer analytics to drive ROI in a myriad of ways, such as optimizing:

  • Product placement in stores.
  • Product recommendations.
  • Content recommendations.
  • Product design and offerings.
  • Menu items in restaurants.

All of these efforts increase sales. Likewise, using data and analytics can drive results across the supply chain. For example, you can use data to optimize inventory and ensure fast delivery times, or incorporate real-time data on customer demand, inventory levels, and transportation logistics to have products when and where they’re needed. Similarly, you can take a data-driven approach to demand forecasting, then optimize product distribution, and improve visibility across the entire supplier network.

Data Best Practices Hold True in Soft Economies

Using data to drive the business and inform decision-making is essential in any economy. During an economic downturn, you may need to shift priorities and decide what projects and initiatives to pursue, and which to pause or discontinue.

To help with these decisions, you can use your data foundation, follow data management best practices, continue to use data virtualization, and ensure you have the ability to access accurate data in real time. A modern data platform is also needed to integrate and leverage all your data.

The Actian Data Platform offers integration as a service, makes data easy to use, gives users confidence in their data, improves data quality, and more. The platform empowers you to go from data source to decision with confidence. You have the ability to better utilize data in an economic downturn, or any other market conditions.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Data Management

Reduce the Risk of Application Modernization – Retain Business Logic

Teresa Wingfield

February 13, 2024

Risk of Application Modernization

While legacy database applications power the business operations of many organizations, they can prevent them from realizing the benefits of digital transformation. Yet organizations settle for the status quo because application modernization can be a long, expensive, and risky journey that can involve replacing thousands of lines of custom-developed business logic. OpenROAD, Actian’s solution for rapid database application development, makes it easy to modernize applications with low risk by retaining your investment in existing business logic. This blog will cover all the details of how this is possible.

Application Modernization: Rethinking Business Logic

Before delving into OpenROAD, let’s start with a brief overview of what application business logic is. Application business logic includes the set of rules, processes, and workflows that define how an application operates and how it handles data and user interactions to deliver specific business functionality. It governs how an application processes and validates data, performs calculations, manages workflows, enforces business rules, handles errors and exceptions, and generates outputs. The application business logic also defines how the application is integrated with external systems and security controls to protect data, maintain data integrity, and prevent unauthorized access.

OpenROAD and Preservation of Business Logic

When creating OpenROAD, Actian realized that applications require continuous adaptation and improvement as technology evolves, business requirements change, and new opportunities emerge over time. This is why OpenROAD’s key features and design principles focus so heavily on preserving business logic for application modernization projects as discussed below:

Model-Driven Development

OpenROAD makes it possible for developers to follow a model-driven development approach, allowing them to define the business logic of their applications using high-level models rather than low-level code. This helps to abstract away technical complexities and focus on capturing the essential business rules and processes.

Data Independence

OpenROAD provides a data abstraction layer that decouples the application’s business logic from the underlying database schema. This allows developers to define business rules and logic independently of the database structure, facilitating easier maintenance and future changes to the application.

Component-Based Architecture

OpenROAD applications are built using a component-based architecture that promotes code reuse, simplifies maintenance, and ensures consistency across the application.

Business Logic Encapsulation

Encapsulation separates the implementation details of the business logic from other parts of the application, promoting modularity, maintainability, and reusability. OpenROAD Server is a critical component of the OpenROAD platform, providing the runtime environment and infrastructure needed to deploy and execute OpenROAD applications effectively and allowing developers to encapsulate reusable business logic into modular components.

Integration Capabilities

OpenROAD provides integration capabilities that allow developers to incorporate existing business logic and functionality from other systems or applications. This enables organizations to leverage their existing investments in business logic while modernizing their applications with OpenROAD.

Version Control and Change Management

OpenROAD includes features for version control and change management, allowing developers to track and manage changes to the application’s business logic over time. This helps to preserve the integrity of the business rules and ensure that modifications are properly documented and auditable.

Modernize Your OpenROAD Applications

Your legacy database applications may be stable, but most may not meet the needs of digital business today. You don’t have to settle for the status quo. OpenROAD preserves business logic to reduce application modernization work. OpenROAD provides a flexible and scalable development platform that supports a model-driven development approach, data independence, a component-based architecture, encapsulation, integration capabilities, and version control. These features help organizations maintain and evolve their business logic effectively while developing and modernizing their applications.

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About Teresa Wingfield

Teresa Wingfield is Director of Product Marketing at Actian, driving awareness of the Actian Data Platform's integration, management, and analytics capabilities. She brings 20+ years in analytics, security, and cloud solutions marketing at industry leaders such as Cisco, McAfee, and VMware. Teresa focuses on helping customers achieve new levels of innovation and revenue with data. On the Actian blog, Teresa highlights the value of analytics-driven solutions in multiple verticals. Check her posts for real-world transformation stories.
Data Intelligence

What are APIs?

Actian Corporation

February 13, 2024

Api Application Programming Interface. Software Development Tool. Business, Modern Technology, Internet And Networking Concept

You’ve undoubtedly heard of APIs—ubiquitous yet often misunderstood. Curious to learn everything about APIs, or Application Programming Interfaces? Let’s uncover what they do, their benefits, and how they operate.

API—three letters without which companies today couldn’t seamlessly deploy their data strategies. An Application Programming Interface is a set of rules and protocols enabling two distinct software programs to communicate. It defines the methods and data formats allowed for information exchange, facilitating the integration of different applications or services.

The concept of APIs dates back to the early days of computing. In the 2000s, with the growth of the Internet and the rise of web services, APIs gained significant importance. Companies began providing APIs to enable the integration of their services with other applications and systems. In 2020, it’s estimated that nearly 2 billion euros were invested worldwide to develop APIs.

How Does an API Work?

In the world of diplomacy, there are interpreters. In the IT universe, there are APIs. This somewhat straightforward comparison sums up the function of an API. It acts as an intermediary, receiving requests and returning structured responses. An API operates by defining endpoints accessible via HTTP requests. These endpoints represent specific functionalities of the application, and developers interact with them using standard HTTP methods such as GET, POST, PUT, and DELETE. Data is then exchanged in JSON or XML format. The API specifies necessary parameters, expected data types, and possible responses. HTTP requests contain information like headers and query bodies, allowing data transmission. Responses provide status codes to indicate success or failure, accompanied by structured data.

API documentation, usually based on specifications like Open API, describes in detail how to interact with each endpoint. Authentication tokens can be used to secure API access. In summary, an API acts as an external interface, facilitating integration and communication between different applications or services.

What are the Benefits of APIs?

Using APIs offers numerous advantages in the software and system integration realm. They simplify access to an application’s features, allowing developers to leverage external services without necessarily understanding their internal implementation. This promotes modularity and accelerates the development of interconnections between essential business solutions for your employees’ efficiency.

Furthermore, APIs facilitate integration between different applications, creating interconnected software ecosystems. The key advantage? Substantially improved operational efficiency. Updates or improvements can be made to an API without affecting the clients using it. Code reuse is encouraged, as developers can leverage existing functionalities via APIs rather than recreating similar solutions, resulting in significant cost savings and shorter development timelines that contribute to your business’s agility.

Finally, APIs offer an improved collaboration perspective between teams, as different groups can work independently using APIs as defined interfaces.

Different Types of APIs

APIs form a diverse family. Various types cater to specific needs:

Open API

Also known as an external API or public API, it is designed to be accessible to the public. Open APIs follow standards like REST or GraphQL, fostering collaboration by allowing third-party developers or other applications to access a service’s features and data in a controlled manner.

Partner API

Partner APIs, or partner-specific APIs, are dedicated to specific partners or trusted external developers. These APIs offer more restricted and secure access, often used to extend an application’s features to strategic partners without exposing all functionalities to the public.

Composite API

Behind the term Composite API lies the combination of several different API calls into a single request. The benefit? Simplifying access to multiple functionalities in a single call, reducing interaction complexity, and improving performance.

Internal API

Designed for use within an organization, this type of API facilitates communication between different parts of a system or between different internal systems. It contributes to the modularity and coherence of applications within the company.

Different API Protocols

If APIs can be compared to interpreters, the protocols they use are, in a sense, the languages that enable them to communicate. There are four protocols:

SOAP (Simple Object Access Protocol)

Using XML, SOAP is a standardized protocol that offers advanced features such as security and transaction management. However, it can be complex and require significant resources.

XML-RPC (XML Remote Procedure Call)

The primary quality of this protocol is its simplicity. Based on XML, it allows the calling of remote procedures. Although less complex than SOAP, it offers limited features and is often replaced by more modern alternatives.

REST (Representational State Transfer)

Founded on HTTP principles, REST uses standard methods like GET, POST, PUT, and DELETE to manipulate resources. It exploits the JSON data format, deriving its simplicity, scalability, and flexibility.

JSON-RPC (JavaScript Object Notation Remote Procedure Call)

Lightweight and based on JSON, JSON-RPC facilitates the calling of remote procedures. It provides a simple alternative to XML-RPC and is often used in web and mobile environments.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Data Intelligence

Why a Data Catalog is Essential for Data Product Management

Actian Corporation

February 12, 2024

Data Mesh is one of the hottest topics in the data space. In fact, according to a recent BARC Survey, 54% of companies are planning to implement or are implementing the Data Mesh in their companies. Implementing Data Mesh architecture in your enterprise means incorporating a domain-centric approach to data and treating data as a product. Data Product Management is, therefore, crucial in the Data Mesh transformation process. Eckerson Group Survey 2024 found that 70% of organizations have or are in the process of implementing Data Products.

However, many companies are struggling to manage, maintain, and get value out of their data products. Indeed, successful Data Product Management requires establishing the right people, processes, and technologies. One of those essential technologies is a data catalog.

In this article, discover how a data catalog empowers data product management in data-driven companies.

Quick Definition of a Data Product

In a previous article on Data Products, we detailed the definition and characteristics of Data Products. We define a Data Product as being:

“A set of value-driven data assets specifically designed and managed to be consumed quickly and securely while ensuring the highest level of quality, availability, and compliance with regulations and internal policies.”

Let’s get a refresher on the characteristics of a Data Product. According to Zhamak Dehghani, the Data Mesh guru, to deliver the best user experience for data consumers, data products need to have the following basic qualities:

  • Discoverable
  • Addressable
  • Trustworthy and truthful
  • Self-describing semantics and syntax
  • Inter-operable and governed by global standards
  • Secure and governed by a global access control

How can you ensure your sets of data meet the criteria for becoming a functional and value-driven Data Product? This is where a data catalog comes in.

What Exactly is a Data Catalog?

Many definitions exist of what a data catalog is. We define it as “A detailed inventory of all data assets in an organization and their metadata, designed to help data professionals quickly find the most appropriate data for any analytical business purpose.” Basically, a data catalog’s goal is to create a comprehensive library of all company data assets, including their origins, definitions, and relations to other data. And like a catalog for books in a library, data catalogs make it easy to search, find, and discover data.

Therefore, in an ecosystem where volumes of data are multiplying and changing by the second, it is crucial to implement a data cataloging solution – a data catalog answers the who, what, when, where, and why of your data.

But, how does this relate to data products? As mentioned in our previous paragraph, data products have fundamental characteristics that they must meet to be considered data products. Most importantly, they must be understandable, accessible, and made available for consumer use. Therefore, a data catalog is the perfect solution for creating and maintaining data products.

View our Data Catalog capabilities.

A Data Catalog Makes Data Products Discoverable

A data catalog collects, indexes, and updates data and metadata from all data sources into a unique repository. Via an intuitive search bar, data catalogs make it simple to find data products by typing simple keywords.

Our data catalog enables data users to not only find their data products but to fully discover their context, including their origin and transformations over time, their owners, and most importantly, to which other assets it is linked for a 360° data discovery. Actian Data Intelligence Platform was designed so users can always discover their data products, even if they don’t know what they are searching for. Indeed, our platform offers unique and personalized exploratory paths so users can search and find the information they need in just a few clicks.

A Data Catalog Makes Data Products Addressable

Once a data consumer has found the data product, they must be able to access it or request access to it in a simple, easy, and efficient way. Although a data catalog doesn’t play a direct role in addressability, it certainly can facilitate and automate part of the work. An automated Data Catalog solution plugs into policy enforcement solutions, accelerating data access (if the user has the appropriate permissions).

A Data Catalog Makes Data Products Trustworthy

We strongly believe that a data catalog is not a data quality tool. However, our catalog solution automatically retrieves and updates quality indicators from third-party data quality management systems. With the Actian Data Intelligence Platform, users can view their quality metrics via a user-friendly graph and instantly identify the quality checks that were performed, their quantity, and whether they passed, failed, or issued warnings. In addition, our Lineage capabilities provide statistical information on the data and reconstruct the lineage of the data product, making it easy to understand the origin and the various transformations over time. These features combined increase trust in data and ensure data users are always working with accurate data products.

A Data Catalog Makes Data Products Understandable

One of the most significant roles of a data catalog is to provide all the context necessary to understand the data. By efficiently documenting data, with both technical and business documentation, data consumers can easily comprehend the nature of their data and draw conclusions from their analyses. In the Actian Data Intelligence Platform, Data Stewards can easily create documentation templates for their Data Products and thoroughly document them, including detailed descriptions, associating Glossary Items, relationships with other Data Products, and more. By delivering a structured and transparent view of your data, the Actian Data Intelligence Platform’s data catalog promotes the autonomous use of Data Products by data consumers in the organization.

A Data Catalog Enables Data Product Interoperability

With comprehensive documentation, a data catalog facilitates data product integration across various systems and platforms. It provides a clear view of data product dependencies and relationships between different technologies, ensuring the sharing of standards across the organization. In addition, a data catalog maintains a unified metadata repository, containing standardized definitions, formats, and semantics for various data assets. Our platform is built on powerful knowledge graph technology that automatically identifies, classifies, and tracks data products based on contextual factors, mapping data assets to meet the standards defined at the enterprise level.

A Data Catalog Enables Data Product Security

A data catalog typically includes robust access control mechanisms that allow organizations to define and manage user permissions. This ensures that only authorized personnel have access to sensitive metadata, reducing the risk of unauthorized access or breaches. With the Actian Data Intelligence Platform, you create a secure data catalog, where only the right people can act on a data product’s documentation.

Start Managing Data Products in the Actian Data Intelligence Platform

Interested in learning more about how Data Product Management works in the Actian Data Intelligence Platform? Get a 30-minute personalized demo with one of our experts now.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Databases

Legacy Transactional Databases: Oh, What a Tangled Web

Teresa Wingfield

February 8, 2024

Transactional Database

Database modernization is increasingly needed for digital transformation, but it’s hard work. There are many reasons why; this blog will drill down on one of the main ones: legacy entanglements. Often, organizations have integrated legacy databases with business processes, the applications they run (and their dependencies), and systems such as enterprise resource planning, customer relationship management, supply chain management, human resource management, point-of-sales systems, and e-commerce. Plus, there’s middleware and integration, identify and access management, backup and recovery, replication, and other technology integrations to consider.

Your Five-Step Plan for Untangling Legacy Dependencies

So, how do you safely untangle legacy databases for database modernization in the cloud? Here’s a list of steps that you can take for greater success and a less disruptive transition.

1. Understand and Document Dependencies and Underlying Technologies

There are many activities involved in identifying legacy dependencies. A good start is to review any available database documentation for integrations, including mentions of third-party libraries, frameworks, and services that the database relies on. Code review, with the help of dependency management tools, can identify dependencies within the legacy codebase. Developers, architects, database administrators, and other team members may be able to provide additional insights into legacy dependencies.

2. Prioritize Dependencies

Prioritization is important since you can’t do everything at once. Prioritizing legacy dependencies involves assessing the importance, impact, and risk associated with each dependency in the context of a migration or modernization effort. Higher-priority dependencies should incorporate those that are critical for the database to function and that have the highest business value. When assessing business impact, include how dependencies affect revenue generation and critical business operations.

Also, consider risks, interdependencies, and migration complexity when prioritizing dependencies. For example, outdated technologies can threaten database security and stability. Database dependencies can have significant ripple effects throughout an organization’s systems and processes that require careful consideration. For example, altering a database schema during a migration can lead to application errors, malfunctions, or performance issues. Finally, some dependencies are easier to migrate or replace than others and this might impact its importance or urgency during migration.

3. Take a Phased Approach

A phased migration approach to database modernization that includes preparation, planning, execution, operation, and optimization helps organizations manage complexity, minimize risks, and ensure continuity of operations throughout the migration process. Upfront preparation and planning are necessary to ensure success. It may be beneficial to start small with low-risk or non-critical components to validate procedures and identify issues. The operating phase involves managing workloads, including performance monitoring, resource management, security, and compliance. It’s critical to optimize activities and address concerns in these areas.

4. Reduce Risks

To reduce the risks associated with dependencies, consider approaches that run legacy and modern systems in parallel and use staging environments for testing. Replication offers redundancy that can help ensure business continuity. In case unexpected issues arise, always have a rollback plan to minimize disruption.

5. Breakdown Monolithic Dependencies

Lastly, don’t recreate the same monolithic dependencies found in your legacy database so that you can get the full benefits of digital transformation. A microservices architecture can break down the legacy database into smaller, independent components that can be developed, deployed, and scaled independently. This means that changes to one part of the database don’t affect other parts, reducing the risk of system-wide failures and making the database much easier to maintain and enhance.

How Actian Can Help with Database Modernization

The Ingres NeXt Readiness Assessment offers a pre-defined set of professional services tailored to your requirements. The service is designed to assist you with understanding the requirements to modernize Ingres and Application By Forms (ABF) or OpenROAD applications and to impart recommendations important to your modernization strategy formulation, planning, and implementation.

Based on the knowledge gleaned from the Ingres NeXt Readiness Assessment, Actian can assist you with your pilot and production deployment. Actian can also facilitate a training workshop should you require preliminary training.

For more information, please contact services@actian.com.

 

teresa user avatar

About Teresa Wingfield

Teresa Wingfield is Director of Product Marketing at Actian, driving awareness of the Actian Data Platform's integration, management, and analytics capabilities. She brings 20+ years in analytics, security, and cloud solutions marketing at industry leaders such as Cisco, McAfee, and VMware. Teresa focuses on helping customers achieve new levels of innovation and revenue with data. On the Actian blog, Teresa highlights the value of analytics-driven solutions in multiple verticals. Check her posts for real-world transformation stories.