#Moving data in Appian

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Transferring Data from One Part to Another

Unlocking Effortless Data Transfer: A Journey Through E-commerce and Dating Sites Have you ever wondered how data is seamlessly moved from one container to another in platforms like dating sites or e-commerce applications? In this enlightening blog post, we will explore the fascinating patterns behind this process, delivering you key insights for effortless data transfer. Understanding the…

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How are Companies Achieving Greater Efficiency Through Automated Contract Workflows?

The Contract Management Software Market was valued at USD 3.1 billion in 2023 and is expected to reach USD 9.1 billion by 2032, growing at a CAGR of 12.79% from 2024-2032.

The global Contract Management Software Market is on the cusp of significant expansion, with its valuation expected to nearly triple in the coming years. From a substantial USD 3.1 billion in 2023, the market is projected to skyrocket to USD 9.1 billion by 2032, demonstrating an impressive Compound Annual Growth Rate (CAGR) of 12.79% from 2024 to 2032. This remarkable growth underscores the escalating importance of sophisticated digital solutions in managing the intricate web of contracts that underpin modern business operations.

Contract Management Software Market Set for Explosive Growth, Driven by U.S Digital Transformation and Risk Mitigation Needs

The burgeoning Contract Management Software Market reflects a fundamental shift in how organizations approach their contractual obligations. Moving beyond manual, labor-intensive processes, businesses are increasingly adopting automated and intelligent systems to streamline the entire contract lifecycle, from creation and negotiation to execution and renewal. This widespread adoption is being propelled by the urgent need to enhance operational efficiency, ensure stringent regulatory compliance, and proactively mitigate the escalating risks associated with complex global agreements.

Get Sample Copy of This Report: https://www.snsinsider.com/sample-request/6706 

Market Keyplayers:

Atlassian – Jira Service Management

Pegasystems – Pega Case Management

ServiceNow – Customer Service Management

Salesforce – Service Cloud

OpenText – Core Case Management

InterSystems – TrakCare

CompuGroup Medical – CGM Clinical

Greenway Health – Intergy

Adobe Workfront – Workfront

TeleTracking – RTLS

IBM – Case Manager

Tyler Technologies – Odyssey Case Manager

Appian – Dynamic Case Management

Hyland Software – OnBase

OpenText (formerly Micro Focus) – Content Manager

Market Analysis

Increasing Business Complexity and Regulatory Scrutiny: The growing intricacy of global business operations and the ever-evolving landscape of legal and regulatory compliance are driving the demand for robust contract management solutions.

Need for Enhanced Efficiency and Cost Reduction: Organizations are actively seeking ways to automate contract workflows, reduce manual errors, accelerate contract cycle times, and ultimately lower operational costs.

Emphasis on Risk Mitigation and Governance: The criticality of effectively managing contractual risks, ensuring adherence to terms and conditions, and maintaining comprehensive audit trails is a key driver for market expansion.

Market Trends

AI and Machine Learning Integration: The market is rapidly embracing AI and machine learning for intelligent contract extraction, automated clause analysis, risk identification, predictive insights for negotiations, and even generative AI for drafting, significantly enhancing accuracy and efficiency.

Dominance of Cloud-Based Solutions: Cloud-based contract management software is experiencing massive adoption due to its inherent advantages in scalability, accessibility from any location, enhanced collaboration features, and cost-effectiveness, particularly for small and medium-sized enterprises (SMEs).

Market Scope

The Contract Management Software Market encompasses a wide array of software solutions and related services designed to manage the entire lifecycle of a contract. This includes:

Core Software Modules: Capabilities such as contract authoring, negotiation, approval workflows, e-signatures, central repositories, version control, and renewal management.

Integration Capabilities: Seamless integration with other enterprise systems like ERP, CRM, procurement, and HRMS for a unified data flow and streamlined processes.

Analytics and Reporting: Features for tracking contract performance, identifying bottlenecks, and generating insights to support strategic decision-making.

Target Industries: Spanning across diverse sectors including BFSI (Banking, Financial Services, and Insurance), Legal, Government, Healthcare and Life Sciences, Retail, Manufacturing, and IT & Telecommunications.

Forecast Outlook

The future of the Contract Management Software Market is undeniably bright, characterized by continuous technological innovation and an escalating strategic imperative for businesses. As organizations worldwide strive to enhance their operational resilience, reduce legal exposure, and unlock greater value from their agreements, the adoption of intelligent contract management solutions will only intensify. The coming years will witness an even deeper integration of advanced AI and automation, transforming contracts from static legal documents into dynamic, data-rich strategic assets that drive business performance and ensure proactive compliance in an increasingly regulated and interconnected world.

Access Complete Report: https://www.snsinsider.com/reports/contract-management-software-market-6706 

Conclusion

The Contract Management Software Market's remarkable projected growth to USD 9.1 billion by 2032 unequivocally highlights its critical importance in today's business environment. In an era where contractual agreements are the backbone of every transaction and relationship, effective management is paramount for success. By embracing cutting-edge contract management software, organizations can achieve unparalleled efficiency, minimize costly risks, ensure regulatory adherence, and ultimately gain a significant competitive edge. For any enterprise seeking to navigate the complexities of modern commerce with confidence and precision, strategic investment in these advanced solutions is not just an option, but a fundamental requirement for sustainable growth and operational excellence.

Related Reports:

U.S Contract Management Market Set for Significant Growth U.S Contract Management Software Adoption on the Rise

U.S. Real estate software Market Sees Strong Growth Driven by Digitalization

About Us:

SNS Insider is one of the leading market research and consulting agencies that dominates the market research industry globally. Our company's aim is to give clients the knowledge they require in order to function in changing circumstances. In order to give you current, accurate market data, consumer insights, and opinions so that you can make decisions with confidence, we employ a variety of techniques, including surveys, video talks, and focus groups around the world.

Contact Us:

Jagney Dave - Vice President of Client Engagement

Phone: +1-315 636 4242 (US) | +44- 20 3290 5010 (UK)

[skillmatchaiflow]

10 Best AI Automation Software for Large Enterprises in 2025

In 2025, large enterprises are increasingly turning to AI automation to streamline operations, reduce costs, and boost efficiency. Cflow stands out as a leading no-code automation platform, making it easy for enterprises to automate complex workflows without the need for extensive coding or IT support. Here are the 10 best AI automation software options for large enterprises this year.

1. Cflow

Cflow is a powerful no-code workflow automation platform that allows large enterprises to automate their business processes with ease. It offers AI-driven insights, real-time tracking, and seamless integrations, making it a smart choice for organizations looking to reduce manual workloads and improve overall efficiency. With its user-friendly interface, Cflow enables rapid deployment and customization, helping businesses scale without technical bottlenecks.

2. UiPath

UiPath remains a dominant player in the robotic process automation (RPA) market, known for its robust AI capabilities and enterprise-grade scalability. It’s ideal for automating repetitive tasks, enhancing process accuracy, and reducing operational costs.

3. Automation Anywhere

Automation Anywhere is known for its advanced AI-driven bots that can handle end-to-end business processes. It offers powerful analytics and machine learning capabilities, making it a preferred choice for large-scale automation projects.

4. Blue Prism

Blue Prism is a pioneer in RPA, offering secure, scalable, and intelligent automation solutions. It’s known for its ability to automate complex workflows while maintaining compliance and data security.

5. IBM Robotic Process Automation

IBM’s RPA solutions integrate seamlessly with its broader AI ecosystem, including Watson. This makes it perfect for enterprises seeking cognitive automation for data processing, customer service, and decision-making.

6. Microsoft Power Automate

Part of the Microsoft Power Platform, Power Automate provides AI-powered automation with deep integration into the Microsoft ecosystem, including Office 365, Dynamics, and Azure.

7. WorkFusion

WorkFusion combines RPA, machine learning, and analytics, making it a strong choice for financial services and healthcare enterprises that require high levels of accuracy and scalability.

8. SAP Intelligent RPA

For enterprises using SAP systems, SAP Intelligent RPA provides pre-built bots and deep integration with SAP modules, ensuring smoother automation and faster ROI.

9. Pega

Pega’s AI-powered process automation platform is known for its real-time decision-making and customer engagement capabilities, making it ideal for customer-centric businesses.

10. Appian

Appian offers a low-code automation platform that enables rapid deployment of AI-powered workflows, making it perfect for enterprises undergoing digital transformation.

Choosing the Right AI Automation Software

When selecting AI automation software, large enterprises should prioritize scalability, integration capabilities, security, and ease of use. The right platform can transform business operations, reduce manual workloads, and significantly cut costs, providing a competitive edge in today’s fast-paced market.

In 2025, investing in AI automation is a strategic move for large enterprises looking to stay competitive and drive growth. With tools like Cflow leading the way, businesses can streamline processes, improve decision-making, and deliver better customer experiences.

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[cert007]

Appian ACD301 Exam: Essential Preparation Strategies for Aspiring Lead Developers

Are you ready to take your Appian development skills to the next level? The Appian Lead Developer ACD301 Exam is the perfect opportunity to validate your expertise in leading Appian projects, designing scalable solutions, and implementing best practices. To help you succeed, it's essential to use the most up-to-date Appian Lead Developer ACD301 Questions and Answers from Cert007. These resources ensure comprehensive coverage of all the key topics you'll face on the exam, increasing your chances of passing with flying colors. Whether you're aiming to reinforce your knowledge or prepare for a deep dive into the exam material, this guide will walk you through everything you need to know.

What is the Appian Lead Developer ACD301 Exam?

The Appian Lead Developer ACD301 Exam is a certification exam designed to validate the skills and knowledge of professionals with experience leading Appian project teams. This exam demonstrates that candidates have the ability to design and implement scalable, high-performing solutions on the Appian platform, while adhering to the best practices for development and architecture.

Passing the exam shows that a candidate can:

Lead an Appian project team effectively

Make informed architecture decisions

Design and implement scalable, high-performance applications

Ensure optimal user experiences, efficient data management, and peak performance

Implement advanced Appian components and integrations

Lead teams using Agile methodologies

This certification is ideal for professionals who have worked in senior Appian development roles and are ready to take on more leadership responsibilities. It serves as a clear demonstration of your ability to manage complex Appian applications and ensure their successful deployment.

Who Should Take the Appian Lead Developer Exam?

The Appian Lead Developer ACD301 Exam is best suited for experienced Appian developers who have already acquired the Associate and Senior Developer certifications. Candidates should have a deep understanding of the Appian platform and possess a wealth of hands-on experience in delivering solutions on the Appian platform.

To be eligible for this exam, candidates should ideally have:

At least two years of experience in delivering Appian solutions.

A deep understanding of Appian’s platform, tools, and architecture.

Proven experience leading teams in designing, implementing, and optimizing Appian applications.

A solid track record of troubleshooting complex issues and applying best practices for project success.

If you’ve worked on Appian projects, led development teams, and are ready to prove your ability to architect scalable, robust solutions, then this certification is the right move to boost your career.

Exam Details and Format

Understanding the structure of the Appian Lead Developer ACD301 Exam is crucial for your preparation. The exam has a well-defined format, and familiarity with the exam structure can help you approach it with confidence.

Here’s a breakdown of the exam details:

Exam Name: Appian Lead Developer ACD301

Exam Code: ACD301

Prerequisites: Appian Associate and Senior Developer certifications

Number of Questions: 45 questions

Exam Duration: 90 minutes

Passing Score: 54% (or higher)

Exam Fee: $200

The exam consists of 45 multiple-choice and scenario-based questions. These questions test your knowledge in a range of areas, from platform management and application design to advanced integrations and resource management. The 90-minute duration provides you with ample time to carefully review each question and choose your answers.

Key Appian Lead Developer ACD301 Exam Objectives

To pass the Appian Lead Developer ACD301 Exam, you must demonstrate proficiency in a range of key areas. Let’s take a deeper look at these objectives and why they are essential to your success:

1. Platform Management

This section evaluates your ability to manage Appian’s environment, from configuring servers to managing users and permissions. You’ll need to show your understanding of how to maintain a secure, high-performing environment. This includes knowledge of deployment processes, security protocols, and performance monitoring tools.

2. Application Design and Development

One of the most critical areas, this objective focuses on your ability to design robust, scalable, and efficient applications on the Appian platform. You will be tested on your understanding of Appian’s application development lifecycle, from design to deployment. This also includes knowing how to build reusable components, use expression rules, and configure Appian’s user interface components effectively.

3. Data Management

Appian’s platform heavily relies on efficient data management. In this section, you must prove your knowledge of data storage, data retrieval, and data manipulation. You’ll need to design entities, set up relationships, and utilize Appian’s various data tools to manage and query large datasets. Additionally, performance optimization of data queries and understanding data lifecycle management is crucial.

4. Proactively Designing for Scalability and Performance

Scalability is key to building successful Appian applications. You must know how to design systems that can handle increased load while maintaining high performance. This involves optimizing data models, workflows, and integrations. The exam tests your ability to think ahead, designing systems that scale efficiently as business demands increase.

5. Extending Appian

Extending Appian’s native capabilities with integrations and custom components is a major aspect of this certification. You’ll need to demonstrate your expertise in integrating with external systems, extending Appian using custom plugins, and working with web services. This also includes advanced scripting and customization techniques.

6. Project and Resource Management

As a lead developer, you’re not only responsible for coding but also for managing teams and resources. This section tests your understanding of Agile methodologies, team collaboration, resource allocation, and project timelines. Your ability to lead a project to successful completion, ensuring quality delivery on time, will be assessed.

How to Prepare for the Appian Lead Developer ACD301 Exam

Preparation for the Appian Lead Developer ACD301 Exam requires a strategic approach. Since the exam covers a wide range of topics, it’s essential to focus on areas that are most likely to appear on the exam while ensuring a strong understanding of every subject.

Here are some essential steps you can follow to prepare effectively:

1. Study the Exam Objectives Thoroughly

Begin by familiarizing yourself with the official exam objectives. This will provide a clear map of the content areas you need to focus on. Understand each objective, as it forms the foundation of the questions you will face.

2. Use Official Appian Resources

Appian offers several training courses and materials to help you prepare for the ACD301 Exam. These resources include online courses, webinars, and documentation that provide detailed explanations and hands-on exercises for real-world scenarios.

3. Practice with Sample Questions

Practice makes perfect. Take time to review Appian Lead Developer ACD301 sample questions, available through platforms like Cert007, to test your knowledge and gauge your exam readiness. These sample questions give you a feel for the question style and format, helping you become familiar with what to expect on exam day.

4. Leverage Your Experience

Since the exam is intended for experienced developers, leverage your hands-on experience with the Appian platform. If you have already worked with Appian in a real-world setting, focus on the areas where you have the most experience. Real-world experience is invaluable, especially when it comes to troubleshooting and understanding complex scenarios.

5. Focus on Performance and Scalability

Pay special attention to topics like scalability, performance, and system optimization. These are vital areas in the exam, and understanding them can set you apart from other candidates. Look for case studies and examples that demonstrate best practices in designing scalable applications.

Conclusion

The Appian Lead Developer ACD301 Exam is a critical step for experienced Appian professionals looking to advance their careers and validate their expertise in designing scalable, high-performance solutions on the Appian platform. By understanding the exam objectives, leveraging official training resources, and practicing with sample questions, you can significantly boost your chances of success. Remember, the key to passing the ACD301 exam lies in not just mastering Appian’s technical aspects, but also honing your ability to lead teams, manage projects, and design for scalability and performance.

Take your preparation one step at a time, dive deep into each topic, and leverage your real-world experience to approach the exam with confidence. With dedication and the right study approach, you’ll be well on your way to achieving the Appian Lead Developer certification and stepping into a leadership role in your career.

[otiskeene]

Top 5 Business Process Automation Software Of 2024

Ever wake up thinking it’s Monday, but nope—it’s actually Tuesday? That’s what happens when you don’t manage your routine, and before you know it, you’re putting cereal in your coffee mug! Believe it or not, businesses can experience the same kind of chaos when their processes aren’t well-organized. Imagine if HR hired content writers when they needed marketers, or management sent invoices to Santa instead of clients!

Enter Business Process Automation (BPA) Software, which is like a personal assistant for your business. It keeps everything organized, ensures tasks get done on time, and makes life easier by automating boring stuff. Let’s check out the top 5 BPA tools of 2024 that can save your business from turning into a hot mess.

Tool 1: Laserfiche

Laserfiche is like that super-organized friend who has everything in order. It helps businesses go paperless and automate workflows with easy-to-use templates. You don’t need to be a tech whiz—just drag, drop, and you’re good to go! No wonder it’s been getting awards left and right, including a Customers’ Choice in Gartner’s 2023 rankings.

Tool 2: Microsoft Power Automate

You know Microsoft, right? Well, they’ve got this tool called Power Automate, which is trusted by the big players. It automates workflows using AI and low-code solutions, saving companies time and money. Plus, it helps you spot ways to improve processes, so you’re always getting better.

Tool 3: Appian

Appian is the tool you need if you want to make things go fast. It speeds up workflows by 95%, helps break down data barriers, and uses AI to make your business run smoother. Plus, it keeps your data safe and secure, so no worries there.

Tool 4: Process Street

Process Street is all about making automation simple. It’s great for setting up workflows without any coding, and it uses AI to customize everything to fit your needs. Whether you’re onboarding new employees or getting customer approvals, this tool gets it done quickly.

Tool 5: IBM Cloud Pak

IBM Cloud Pak is like the Swiss Army knife of automation. It’s got everything you need to streamline processes, automate workflows, and make better decisions. It’s designed for businesses that operate across different cloud platforms, so it’s perfect for big companies with lots of moving parts.

In a nutshell, if you want to keep your business running smoothly and avoid the chaos of disorganization, investing in BPA software is the way to go. It saves time, reduces errors, and helps you get more done—what’s not to love?

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Low code No code software platforms

What is low code no code software development?

Would you wish to design software but lack coding knowledge and any experience? For this reason, this is your lucky moment since the software industry is advancing to enable software development with little or without code. Software experts describe this kind of design as low code no code software development.When comparing this style of developing software with traditional methods, with low-code no-code development does not require compilers and code editors. When adding any feature to your project, there are ready-made tools available. These tools contain different elements that users click when selecting and then drag to their project layouts. From this visual development style, we find that low-code no-code software development techniques are simple to study, unlike the coding software development methods.

Low code No code development platforms

- OutSystems: Provides a comprehensive application development environment with visual development tools, integrations, and deployment capabilities. - Mendix: Offers a robust platform for building, testing, and deploying applications quickly with visual modeling tools. - Appian: Focuses on business process management (BPM) and allows users to create applications with drag-and-drop tools. - Microsoft PowerApps: Part of the Microsoft Power Platform, enabling users to build custom apps with minimal coding. - Bubble: A no-code platform that allows users to build web applications with a visual editor. - Zoho Creator: Provides tools for building custom applications, automating workflows, and integrating with other Zoho apps and third-party services.

Low code software development

Since the emergence of the COVID-19 pandemic, statistical reports suggest that the need for automating business operations has accelerated. For instance, In 2022, the worldwide market for low code development practises was $ 21.63B. And when you look at the year 2024, the market increased by 19% to $26.9 billion. We notice that companies are relying on fast methods to satisfy their business needs.This is because low-code development assures a quicker method requiring user visual abilities to develop software. Looking at the older development technique, creating software from scratch requires enough time for planning, designing, testing, and implementing. Moreover, the traditional approach must include several professional developers and data analysts to be successful. If you study the platforms available in low-code software development, you will notice that they often use graphics interfaces and configurations. They also handle time-consuming processes, easing developers from overburden.What are the features of low code software development? As discussed earlier, low-code development has different approaches when compared to traditional methods. The features available for low-code development make the development abilities required to be simple and adaptable for user developers. Let us view the examples of these features. (i). Use of dragging and dropping tools. When designing UI/UX interfaces, developers place elements within a software page layout, which is a quicker approach than coding. The developer can move, resize, and organize the visible objects in the software layout. These objects can be columns, thumbnails, icons, texts, etc. A developer should clearly understand the features of these tools provided and where to apply them correctly. All platforms available provide template samples with various themes that developers can improvise to satisfy their needs. The drag-and-drop feature is like a drawing sketch in physical drawing. (ii). Vision designs Unlike writing codes to determine the view of a layout, developers visually map out elements to design the graphical presentation of software. Instead of specifying them through codes, this feature enables developers to create an application structure easily and quickly. This feature makes the configuration of components within an application quick to save time. (iii). Integration Low-code development platforms enable developers to connect their applications to external systems. They contain API integration features, which include components that update data between servers and users. Some platforms offer a wide range of API directories. With the directories, developers save a lot of time using these integration tools instead of documenting and looking for the correct authentication formats. With the integration features, developers can connect an application to an external database and other external systems. An example of integration to a database is designing an application that connects to SQL or non-SQL databases. (iv). Quick scalability Developers can scale their low-code applications depending on the usage increase. The available tools in low-code development platforms are ready-made to help developers find an efficient way to modify their software. They can easily accommodate new features in their apps within short periods without researching so much. (v). Reusable components Low code platforms include a prebuilt library of reusable modules. These components accelerate development by eliminating redundancy and improving consistency. The provided components are segments of tested codes that don't require confirmation for efficiency. These components include buttons, text fields, and functionalities like authentication systems. (vi). Maintainance Low code applications are designed with ready-made segments joined to achieve a common goal. The specific providers update these segments regularly and make them available on different low-code platforms. This feature enables developers to find it easy to maintain their platforms. They are not required to update lines of codes and libraries to update their applications. (vii). Security Low code platforms include in-built security features for software developers. Features like encryption and user authentication are some of their examples. Some platforms also provide developers with features to help achieve compliance requirements by various institutions and industries.Benefits of low code software developmentThe low code platforms provide models that make user experience more accessible. It is attracting all kinds of developers because of its advantages. Let us discuss these advantages, which include: - Minimizing labour - Speedy Productions - Efficient collaborations - Quality productionLow code platforms enhance user experience software development. Users and developers can utilize the automation processes to produce quality applications. Developers can deliver applications requiring clients to use mobile and web apps in a single online development platform. The integrations available to connect to external systems are semi-automatic and do not need a lot of research or consultations. 

What is no code software development?

In simple terms, no-code development is a software development approach that needs no coding experience. Ordinary citizens with basic IT skills use their platforms for development. These users use visionary skills to drag and drop elements to design software. You will notice that their platforms include pre-built templates and various models configured to meet specific targets. Since their designs are based on the integrated development environment, these platforms utilize building tools important when writing and testing applications. As the user develops software, the platforms use data abstraction abilities to hide their complex automated functions from the user's view. Because users lack the knowledge in programming, the development platform's engineers encapsulate functions and features that only require selection to operate on the user software. That is why, at no point in software development activity is the user supposed to write down codes. As it is simple to develop apps with a no-code development platform, the end products are simple with no complex extending abilities if not available within the development platforms.   Related: What causes crashing and freezing on your android app?  Examples of no code software development advantages Almost all statistics reports suggest that the value of business digitalization increases every single day. Professional developers are becoming overburdened with development tasks to satisfy client needs. Due to this, companies are searching for alternative solutions for software development. No-code development is taking advantage of this opportunity by providing solutions required by various companies. These solutions are attractive and come with benefits while using them. They include,  (i). eliminating the need for professionalism in the development No code platforms are automated and simplified to the extent that one doesn't need to have gone through professional development to use them. Anyone with basic computer literacy can develop software to use in professional industries.   (ii). inbuilt automation processes No code platforms enable users to automate processes through visual interface designs. For instance, these platforms offer the ability to set authorization and authentication functions for their products without coding skills. Other examples include the automation of e-commerce functions, automated reports, the development of a chatbox, etc.  (iii). cost-effective Developing no code applications requires no extensive knowledge, and their platforms are readily available over the Internet. Industries do not have to hire professional software developers to design applications. If there is any software development need with a company, no-code development platforms are used without external access need.   Disadvantages of no code software development We have noted that no code platforms offer you with templates that run the entire software abilities. Their software products offer solutions for specific services but fail when solving scalable business needs. The functions of their application are limited depending on the template selected.  (i). External Apps Integration It is complex to connect the no code application to existing software. Why is that? connecting to an existing application requires a specific set of instructions that are implementable by writing codes.  (ii). Limited Scalability No code  platforms do not include complex abilities and functions. It is impossible to add any custom ability to software since low-code development depends on the foundation of its templates.  (iii). Poor Security No-code applications can only rely on third-party service providers to improve their security. It is because of lacking access to codes. The best approach to dealing with emerging technology threats is through updating software security codes.  (iv). No creativity The template choices provided by low-code platforms are limited to performance abilities. It is challenging to access a template that meets all user needs. One can only develop an application with the resources at hand.   (v). Support and maintenance Updating no-code application features solely depends on the vendors. Depending on the subscriptions provided in the development platforms, a user is limited to updating his/her app willingly. Any bug invasion depends on the vendor's effort and timing. The type of apps you can develop under no code platforms Low-code applications are suitable for specific tasks limited to scale. Below are examples of apps you can design since they do not require much improvising for complex abilities.  - E-commerce apps E-commerce apps are online platforms where vendors can sell products. Designing these kinds of software applies a common procedure across different different platforms. Achieving such a design does not require customization, with all features available on multiple platforms. - Messaging apps Integrating a messenger app needs no code writing since it's not complex. Developing a messenger app is possible under mo-code platforms to serve any need. - Social apps They only need a connection of people to work. Their development platform can add a social function to an existing application. 

Conclusion

We can note that the value of low and no-code has been rising in the past few years. It is because the development platforms provide building tools that solve similar tasks necessary across different industries. These tasks relate to each other and are like basic needs for a company. Low and no-code development can substitute old software development procedures only but not replace them, depending on the level of meeting the software need. Both low and no-code development platforms focus on meeting the need to solve similar problems affecting almost all industries. Writing codes is still the foundation of software development. We will still need to write and update codes to maintain the low and no-code platforms along with their building tools and blocks.  Read the full article

[meshare]

The Future of SaaS: 5 Key Trends for 2023

The software-as-a-service (SaaS) market has experienced tremendous growth over the past decade. As more businesses move their applications and workloads to the cloud, SaaS has become integral across practically every industry. But where is SaaS headed next? Here we explore 5 major trends that will shape the SaaS landscape in 2023 and beyond.

1. The Move to Multi-SaaS Environments

In the early days of SaaS, companies often adopted a single vendor to provide their main software needs. But today, businesses are using multiple SaaS apps across departments to create a customized technology stack. On average, companies now use 110 SaaS apps, a number forecasted to grow higher. Evaluating integrations and managing identity across many apps is the new challenge. 

Expect “multi-SaaS” environments to become standard as businesses assemble their unique puzzle pieces of solutions. The ability for providers to integrate seamlessly with common platforms and offer robust single sign-on will be a competitive advantage. IT leaders will also need tools to optimize spend across their SaaS portfolios.

2. Double-Down on Industry Specialization 

Many SaaS vendors originally built apps for broad appeal across many verticals. But given the vast diversity of industry-specific needs, providers are now targeting their products and features for maximum relevance in individual verticals.

Vertical-focused SaaS offers built-in workflows, terminology, and capabilities for healthcare, real estate, manufacturing, and other industries. This powers faster adoption with less customization required. Expect vertical specialization to pick up pace in 2023, as vendors compete on tailored solutions rather than one-size-fits-all offerings.

3. Platform-as-a-Service Expansion

Platform-as-a-service (PaaS) provides development tools, APIs, and managed infrastructure to simplify coding, deploying, and running cloud-based apps. Demand for PaaS offerings is booming thanks to explosive growth in cloud-native development.  

Major PaaS vendors will continue expanding their toolkits and market reach in 2023. At the same time, expect more niche PaaS options focused on emerging approaches like low-code/no-code development and serverless computing. PaaS creates the foundation for SaaS innovation, so growth in this area impacts the entire ecosystem.

4. Everything Becomes Asynchronous 

Remote and distributed work has spotlighted inefficiencies in synchronous communication models. Employees are now dispersed across locations, time zones, and schedules. This will drive more SaaS collaboration vendors to embrace asynchronous communication modes in 2023.

Expect video chat to decrease, while options for asynchronous messaging, meeting summaries, status sharing, project management and document collaboration will rise. SaaS apps that enable asynchronous workflows and flexibility will resonate most with post-pandemic worker expectations.

5. The Rise of Composable SaaS

Traditionally, SaaS apps were monolithic solutions delivered by a single vendor. But companies now prefer agility in assembling a stack across many niche SaaS offerings. This “composable” approach gains steam in 2023.

Vendors will offer lighter-weight modular components that can integrate smoothly with other data sources. APIs and microservices will enable mixing and matching capabilities from disparate apps. Development platforms like Appian also help stitch together custom components into comprehensive solutions.

Composability gives enterprises flexibility and control to build SaaS stacks tailored to their needs. This represents a major shift from the single-vendor model of the past.

The Road Ahead 

SaaS is expected to keep thriving, with estimated 15% annual growth through 2025. As more enterprise workloads move to the cloud, SaaS will become the new normal for delivering software. These trends show how SaaS is evolving to meet business needs in the multi-cloud era.

Of course, factors like security, compliance and managing spend across many vendors remain vital considerations. But the flexibility and agility of SaaS will continue fueling digital transformation across virtually every industry. Companies not actively migrating to SaaS risk falling behind competitively. 

With smart planning, strong integrations, and the right mix of tools, businesses can assemble a productivity engine using SaaS composability. The possibilities ahead are wide open to build solutions tailored to any unique need. SaaS offers an adaptive, scalable foundation to drive innovation now and in the years to come.

[thefinancialpyramid]

Insights to automation — should businesses close the loop?

A continuous cycle of insights to automation is the big trend in SaaS, but what are the pitfalls to following the crowd? Technology Magazine finds out

The partnership between ServiceNow and Celonis underlines a market trend plotted by acquisitions such as ProcessGold by UiPath, Signavio by SAP, myInvenio by IBM, and Lana Labs by Appian, as well as partnerships like ABBYY Timeline and Blue Prism. But what do these moves tell us about the trend, according to the leading research and advisory company, Forrester, of ‘closing the loop from insights to integration’?

Speaking on the partnership, Forrester asks if competitors to ServiceNow in the automation platform market will shy away from partnering with Celonis based on the depth of the relationship, and questions if the partnership is “a precursor to an acquisition”, like many before it?

Issues with closing the loop

According to Forrester, “organisations run the risk of tying process optimisation to automation and, even more concerning, to a particular vendor’s automation solution.”

Rob Koplowitz, VP Principal Analyst at Forrester, says that their data indicates that 76% of process optimisation efforts are in service of driving some form of end-to-end automation. As Koplowitz states, “including relevant stakeholders like customer experience professionals, governance, risk and compliance pros, etc. could provide critical insight as to when automation is not the right approach.”

In Koplowitz’s mind, there’s two schools of thought at play: “By creating a tighter link between insight through tools like process and task mining, re-engineering through modelling and documentation and execution through tools like DPA, RPA and low-code, we can streamline insight to automation execution and drive greater agility”.

Koplowitz believes this goal should be considered alongside a parallel approach that overly separates process optimisation from a prescribed automation approach, saying “if a vendor provides customers with a vertical stack, it’s likely that their automation tools will be the solution. If you sell hammers, everything looks like a nail.”

Tying process optimisation to automation

Bruce Mazza, Senior Vice President of Technology Alliances, Blue Prism, insists that it is all about balance, saying: “The best outcomes are possible when organisations find balance between automating existing processes, process re-engineering and optimisation across people, process, and digital workers.”

He added: “Tying process optimisation to automation is important to increase business outcomes including speed, efficiency, cost, and risk reduction. Insight starts by finding hidden bottlenecks and compliance risks at the system level and uncovering user behaviour. Technologies such as process and task mining help democratise insights and baseline the ‘as-is’ process in complex organisations. These insights help bring process excellence business analysts and automation CoEs together to solve problems.”

According to Mazza, “smart enterprises are using these insights to prioritise which processes are best to optimise and automate, then monitor and optimise the end-to-end performance to respond in real-time to remediate new bottlenecks. Without deeper insights, the wrong process variations may be automated, or rework may be required.”

Mazza goes on to add that “insights must be coordinated across many vendor’s systems in an open ecosystem approach including RPA, BPM, systems of record and engagement, and legacy systems. If the insights are limited to only a few systems, or can’t feed the wide array of intelligent automation tools companies use, the business outcomes will be limited.”.

Malcolm Ross — VP, Product Strategy & Deputy CTO at Appian, uses a real-world analogy to describe the process problem: “Take a checkout queue at a traditional retail store as a sample process problem: if the queues are too long when a new product launches or during the holiday busy season, there are a number of ways to mitigate this, such as hiring more clerks, distributing checkouts across the store, or varying the product release days. These are all solutions achieved through process optimisation.

“But, treating this solely as a process problem can prevent sight of the bigger picture and opportunity to change operations or even the business model. Instead of being a process problem, the queue is really a customer experience issue and it could lead to poor customer satisfaction if the wait time is too long. Another way to solve it would be to eliminate the checkout queue altogether and instead, enable staff with mobile devices and distribute them throughout the store to serve customers,” he added.

Analysis and constant review vital to unlocking benefits

Russell Lawrie, commercial director at EAS, a consultancy specialising in robotic automation processes and a UiPath Partner, believes that fully understanding the process and pain points is vital in looking at automation:

“Too often automation is identified as an answer to a particular process or issue without considering the practical and financial improvements of automation across the whole business,” he said.

Echoing Blue Prism, Lawrie says that organisations should “look at the people and ask what their tasks and roles are; learn what processes are undertaken and the issues they present; and know what the print volume is because paper is intrinsic to how a business operates.”

He further added that businesses should “then analyse other aspects such as what applications are being used, time being taken on particular tasks and even the volume of keystrokes required to carry out those tasks. Having this knowledge will show where automation can be of benefit and what solution and software will give the greatest efficiency gains. Don’t forget the right training is also vital for those using the system, otherwise value and benefits will soon be lost.”

Chris Huff, Chief Strategy Officer at Kofax, a California-based intelligent automation software provider, states bias as a potentially a huge issue: “Executives often call for transformation teams, often small and concentrated, to automate business processes based on that particular team’s insights. Any bias on the automation team can have major implications to future business, since automation teams tend to automate, implement and forget. As time passes, people move on to other jobs, yet the automation in all its bias remains.”

Huff says Kofax are thinking of future consequences, insisting they “must institute a continuous process review governance model that minimises early bias from automation efforts while providing oversight and review of automated business processes — so that they evolve as the business and macro environment changes. If not, we risk building modern digital business models today that have the potential to become legacy anchors to the business of the future.”

Vendor lock-in undesirable

Richard Rabin, Head of Process Intelligence at ABBYY, believes that organisations today are not necessarily looking for an all-in-one platform that promises to deliver everything for their intelligent automation, he said: “While they may want best-in-breed solutions and the ability to quickly plug them into existing solutions — as well as the convenience of an all-in-one platform, with process insights easily discoverable on the next platform upgrade — what they really want is to use the best solutions on the market without being tied to one vendor. Organisations need to be careful of standardising on an all-in-one automation and process mining solution if it locks them into an inferior solution. In fact, easy interoperability between automation and mining is better than full integration because it leaves open more options as far as finding the right insights.”

Malcolm Ross of Appian added that “using an integrated automation solution is useful to simplify and speed up deployment of an application. But it is not essential for a company to buy into any one vendor’s solution entirely, although having one software subscription for all automation needs allows organisations to have more control over the lifecycle of the technology, better security, as well as commitment from the vendor for long term maintenance and compatibility. Many organisations also use Appian with other existing automation solutions, such as RPA, process mining, and AI that we can integrate with easily.

Credits: Alex Tuck

Date: March 31, 2022

Source: https://technologymagazine.com/data-and-data-analytics/insights-to-automation-should-businesses-close-the-loop

[techguru99-blog1]

Rising Demand for Rapid Application Development and the Top Five Players

As we move closer to 2020, we figured that some of you may need a head start in identifying the best RADPs out there. So, here’s a list of the top 5 rapid app development platforms.

Rapid application development platform or RADP is a concept that emphasizes on swift development of web and mobile applications. In an ever-competitive market, rapid mobile app development is replacing traditional methods and off-the-shelf products with passion.

A PWC article on rapid enterprise application development states, “…software developers and IT professionals reported only 9% of organizations still using the pure waterfall method.”

RADP allows business and IT to collaborate effectively, acting as a catalyst in innovation and streamlining workflows. Likewise, in comparison to traditional and off-the-shelf options, RADP apps are better structured, offer better functionality and integrations, shorten time-to-market and are affordable to SMEs.

This article helps businesses narrow down app development platform choices as we move closer to 2020.

Our Top 5 Rapid Mobile App Development Platforms for Businesses

The following results take into consideration key RADP factors such as pre-configured application templates, cross-platform compatibility, the range of automation offered, systems integration and data migration, ease of use for laymen, and visual development support.

1. Outsystems

A pioneer in the low-code app development platform space, Outsystems has been at it since 2001. This Boston-based company arms its developers with high-end tools and functionality to develop, iterate and manage enterprise technology quickly. Additionally, Outsystems provides end-to-end security for all solutions developed. This means all data is secure behind industry-grade firewalls.

One key advantage we would like to point out is the RADP integration tools that the app development platform features. If an enterprise has been utilizing multiple software to manage their business, Outsystems RADP makes sure these are integrated into the app so the enterprise experiences zero sunk costs in terms of software investments.

 2.  HokuApps

A late but curious entry in our list, HokuApps is a name we have come across in our search for the best rapid mobile application development platforms. A company based out of Singapore, this low code RADP is a new player in the market. HokuApps concentrates on affordability and quality like no other.

The platform is fully automated, featuring modules for every industry and workflow. Visual development makes certain that any app can be customized to a business’s exact needs. Furthermore, the app development platform features more than 500 tools for one-click integration.

On the UI front, the platform also features a design studio with hundreds of pre-configured UI templates. Alternatively, customers can also select their designs as they see fit. Unlike many app development platforms, HokuApps churns out cross-platform apps without the need for native-coding. We believe HokuApps will provide fierce competition to the rest of the competitors in the upcoming years.

We urge you to check this RADP out and let us know your thoughts. 

3. Zoho

This Indian RADP has been rolling out custom applications and off-the-shelf apps for the better part of two decades. Zoho Creator is one the best there is due to the substantial list of tools and features that they provide.

The rapid mobile application development platform employs a drag and drop interface to create apps. The platform is open to all, which means even a layman can design and develop apps. However, for complex development undertakings, customers will have to engage ‘Deluge’ developers, an exclusive programming language that Zoho has created for app development.

On a side note: Their range of off-the-shelf apps is impressive.

4. Appian

The Appian RADP gives justice to the word ‘rapid’ in every sense of the way. Appian is a market leader in the rapid mobile application development space, creating apps for enterprise since 1999. This Virginia-based app development platform follows the drag and drop method, making it incredibly convenient for users from all backgrounds.

Moreover, the app development platform boasts of fast integration with any tool or tools. A key advantage that stands out is the no-code integration of AI/ML applications through major web data storage platforms like Google and Amazon AWS.

5.  Salesforce

We all know Salesforce for its CRM software. Yet, what is little known is their venture into RADP. Tagged ‘the Future of Sales and CRM’, Salesforce allows the development of enterprise apps using any programming language developers choose to use on its platform. However, the platform cannot be operated by laymen for its complexity level is high.

The rapid mobile application development is designed to enable developers to build and iterate even the most complex of applications. The platform also features native and custom components to incorporate into applications.

Nevertheless, if a business wants to invest in its CRM products and not full-stack enterprise apps, Salesforce remains a preferred option.

Source: https://www.whatech.com/emerging-technologies/625968-rising-demand-for-rapid-application-development-and-the-top-five-players-in-the-market-today .

[appiantips]

Dynamic Movements of Rows in Appian

In the world of low-code development platforms, Appian distinguishes itself by swiftly creating powerful applications with minimal coding. A standout feature of Appian is its capability for dynamically moving rows within a dataset, which enhances user experience and streamlines data management. Let’s delve into this functionality and explore its significance in application development. What are…

[ethnus]

Do I Need an Appian Online Course?

Introduction

As technology keeps evolving, application developers must keep pace with the latest updates, understand them, and deliver modern solutions. Learning traditional programming languages requires time and practise and is often complicated. Regular updates of new programming languages, tools, structures, and module methods add to the difficulty. The Appian low-code platform offers a solution to this problem. Developers can build applications with the latest features much faster. In this blog, we will understand how the Appian online course can help you become proficient with application development.

What Is Appian?

Appian is a low-code development platform that allows you to develop business apps using pre-written program code and drag-and-drop interfaces, reducing the amount of coding. This significantly reduces the development time for an application, allowing IT teams to accomplish more goals in a shorter period of time. Appian also provides app templates, making it easier to get started while allowing you to customize the application based on the company’s needs. After the application is deployed, everything else, including maintenance and automated feature upgrades, is taken care of. You can make an application within a few days, with practically no assistance from IT.

How Does Appian Low Code Help You?

Efficiency: Appian course assists you in increasing production while using existing resources. The IT department does not have a backlog of development requests, and users are not forced to wait several weeks for new applications.

Business Advancement: As a backlog of development requests doesn’t bog down IT, they can focus on critical responsibilities. This unlocks the door to technical advancements, as the IT team can develop strategies for business growth.

Control: The development tools are IT-approved. They can still regulate data and user access, eliminating the problems that Shadow IT caused.

Reduced Costs: Using the Appian low-code platform, you can achieve more with your present resources. There is no need to bring engineers or hire outside assistance to fulfill the increased demand.

Why Is Appian Easy to Learn?

Integration: Developing custom business apps entails managing multiple systems and independently tracking vast volumes of data. On the other hand, building business apps with Appian allows you to link numerous diverse systems into a single centralized data repository. This will not only save your company time when moving data between business applications, but it will also increase organizational accessibility. The Appian course teaches how API-centric software solutions can be used to improve integration, adaptability, and user interactions.

Swift Application Development Cycles: The advancement of low-code technologies has enabled businesses to shorten application development cycles. Appian online course can teach you how to swiftly build new business software solutions, facilitate cross-departmental interaction, and empower citizen developers with no traditional coding expertise to automate coding procedures. This implies that your company can improve an organization’s efficiency, production, and profitability over time.

Pre-Constructed Templates: Rather than learning new source code for each application, the Appian online course allows your company to use pre-built templates with specified layouts, styles, and logic. This makes the development cycle more accessible and efficient. Furthermore, these pre-built templates can be customized to meet your organization’s needs and end-user preferences.

Security: The Appian platform has significant security and data encryption solutions that can assist your firm in improving data governance. These features can protect your essential business data and sensitive customer information.

Why Do You Need Appian Online Course Certification?

Appian Online Course Certification Adds Value: The Appian course certifies that you have the necessary knowledge, skills, and tools that can be applied in the business environment. It displays that you have relevant expertise to modify business applications according to the changing environment. The Appian online certification is the best way to demonstrate your knowledge of your company’s business and technical aspects.

Personal Advancement: The most important reason to take an Appian training certification is personal advancement. You should consider an Appian course certification to showcase your skills and learn low-code development.

It Makes a Resume Stand Out: The employment market is highly competitive, and it is becoming tougher to get a dream job. With an Appian course certification on your CV, you can stand out to a recruiter and ace that interview. Many people struggle to get a selection request. With the Appian course certification, you can highlight yourself in the crowd.

Explore New Opportunities: Low-code automation platforms are in high demand in practically every business worldwide. By taking Appian certification training, you represent yourself as someone equipped to lead digital change and boost the impact of your business. You can quickly expand into a different industry or segment of your present market and confidently launch your new applications and solutions using Appian’s online training skills. Appian certifications can help you stay ahead of the competition by focusing on new applications rather than chasing them down.

Reduce Liability: Taking the Appian online training helps keep your business and infrastructure up-to-date. Technology constantly evolves, and adapting to new changes will ensure optimized applications and better business solutions.

Higher Paychecks: Appian online courses, certifications, and skill development are correlated with more significant raises. Acquiring the low-code skills, your employer needs can increase your pay. An Appian developer makes more money than other employees involved in low-code development programs. You can grow your career in application development and show your expertise in offering business solutions.

To read the full blog click: https://codemithra.com/do-i-need-an-appian-online-course/

[visualworkflowdesign]

Workflow Automation Market Size

The global workflow automation market is expected to witness an impressive CAGR of 23% through the forecast period. This growth can be attributed to the increasing adoption of cloud technology. Businesses are looking to streamline operations by automating their processes. It also helps in reducing the risk of errors and saving time and money. In addition, it allows workers to focus on more productive tasks.

As the world moves to a digital economy, it is becoming increasingly important to use technology to enhance the operational efficiency of businesses. Automation technology is expected to help businesses gain insights from various data sources. Furthermore, it can help in eliminating redundancy and providing a top-down view of work.

The global workflow automation market is estimated to be US$ 78 billion by 2030. A large number of businesses are adopting this solution to optimize their workflows and minimize risks. Moreover, it also enables them to improve compliance, increase productivity, and provide better client experiences.

The major players in the market include Ipsoft, Inc., Tibco Software Inc., Software AG, Oracle Corporation, and Appian. These companies have adopted different strategies for growth. However, some factors, such as the economic recession, may affect the global workflow automation market.

Asia Pacific is expected to lead the global market with the highest CAGR. This growth can be attributed to the fact that the region is home to several service providers offering end-to-end workflow automation solutions. Also, increased adoption of cloud-based solutions is contributing to the growth of the regional market.

Also Read : economic recession

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[halcyondaysforyou]

Workflow Automation Market to Cross US$ 78 Billion by 2030 - Exclusive Report By Acumen Research & Consulting

Acumen Research and Consulting recently published report titled “Workflow Automation Market Size, Share, Analysis Report And Region Forecast, 2022 - 2030”

CHICAGO, June 14, 2022 (GLOBE NEWSWIRE) -- The global workflow automation market size is estimated to grow a CAGR above 23% over the forecast timeframe and reach a market value of more than US$ 78 billion by 2030.

In the coming years, organizations will move toward broader workflow automation across business operations and IT activities. A survey found that 95% of IT and engineering leaders believe their companies prioritize workflow automation. They claim that it helps to speed up operations and improve communication. Workflow automation enhances processes by automating manual tasks with software that automates all or part of a process. Workflow automation enhances administrative control across the network, cloud, operating system, and divisional interactivity. It also adds an important layer of visualization to better monitor, configure, and analyze network health, safety, and deficiencies. In addition, automation reduces human errors and eliminates numerous time-consuming and repetitive processes, such as manual data entry. Organizations with antiquated, manual processes will struggle to scale with labor- and capital-intensive operations. By incorporating automation, businesses have increased their scalability.

Organizational demand for workflow software is driving massive investment in the creation of more sophisticated and efficient software. Artificial intelligence and related emerging technologies are gaining popularity, ranging from computer vision, intelligent automation, and deep learning to robotic process automation. This technological convergence produces automated processes that substantially increase customer value creation and competitive advantages.

Report Coverage:

Market

Workflow Automation Market

Market Size 2021

US$ 12 Bn

Market Forecast 2030

Above US$ 78 Bn

CAGR (2022 - 2030)

Over 23%

Analysis Period

2018 - 2030

Base Year

2021

Forecast Data

2022 - 2030

Segments Covered

By Offering, By Process, By Deployment Model, By Organization Size, By Operation, By Industry Vertical, By Region

Regional Scope

North America, Europe, Asia Pacific, Latin America, and Middle East & Africa

Key Companies Profiled

Appian Corporation, Bizagi, IBM Corporation, Oracle Corporation, Pegasystems Inc., Software AG, Xerox Corporation, Ipsoft Inc., Newgen Software Technologies Limited, and Nintex Global Limited.

Report Coverage

Market Trends, Drivers, Restraints, Competitive Analysis, Player Profiling, Regulation Analysis

Customization Scope

10 hrs of free customization and expert consultation

Global Workflow Automation Market Growth Aspects

Some of the primary factors responsible for the growth of the workflow automation market include greater resource utilization, enhanced business processes, and cost-efficiency. The growing size of businesses, changes in businesses, and advancements in technology that provide faster assistance to sectors with large amounts of data and functionality are expected to fuel the growth of the workflow automation industry. Additionally, the solutions optimize automation, productivity, and processes, reducing the need for manual labor and rework. Workload reduction, increased ROI, and improved efficacy are expected to drive market growth over the forecast period.

Workflow automation is used to improve efficiency and quality in industries such as finance, manufacturing, and travel. The healthcare and pharmaceuticals business is predicted to grow at the fastest rate in the market during the next several years. Workflow automation in the health care system has been shown to minimize errors, improve patient care, ensure better resource utilization, and alleviate clinician stress by reducing manual effort. In the age of information technology, using manual processes and paperwork makes little sense when there are technical solutions that can remove the bother from healthcare processes, minimize excessive repetition of jobs, and significantly simplify workflows while removing the chance for error. As a result, enterprises are developing healthcare and pharmaceutical-specific business workflow automation solutions.

Check the detailed table of contents of the report @

IoT Adoption Increasing Across Industries

IoT adoption is being driven by emerging business and operational models, as well as falling device costs. The ability of a company to improve the efficiency of its resources and people is inextricably linked to its ability to grow. The incorporation of IoT technologies into automation allows for more flexibility in business. Furthermore, combining workflow automation and IoT helps achieve desired results, such as efficiently managing IoT systems and enabling effective device connectivity. IoT sensors help businesses gain visibility into existing workflows and processes, allowing them to see where and how things are happening in real-time. This integration also allows for more efficient task execution and faster deployment of business functionalities. As a result, the adoption of workflow automation across global organizations has become an unstoppable feat.

Market Segmentation

The global workflow automation market has been segmented by Acumen Research and Consulting based on offering, process, operation, organization size, deployment model, and industry vertical. Based on the offering, the market is divided into software, and services. Based on the process, the market split into decision support and management solution, automated solution, and interaction solution. Based on operation, the market is classified into rule-based, knowledge-based, and robotic process automation-based. Based on organization size, the market is categorized into large enterprises and SMEs. Based on deployment model, the market is classified into cloud and on-premise. Furthermore, based on industry vertical, the market is segmented into BFSI, travel, hospitality, & transportation, telecom & IT, retail & consumer goods, healthcare & pharmaceuticals, manufacturing & logistics, energy & utilities, and others.

Regional Overview

North America, Europe, Asia-Pacific, Latin America, and the Middle East & Africa are the regional classification of the global workflow automation market. The Asia-Pacific workflow automation market is expected to grow at the fastest rate, owing to increased IoT device penetration and increased demand for business process automation. As a result of the rising demand for business process automation and greater digitalization, the financial services sector is gaining traction in India and China. Additionally, due to rapid industrialization and the increasing adoption of information technology across a wide range of industry sectors, India and China are expected to have high product demand for solutions. As a result of these factors, there is an increasing demand for the market in the region. Furthermore, increased Chinese investment in technology firms is paving the way for the region's market to expand.

Major Players

Some key players covered global in the workflow automation industry are Appian Corporation, Bizagi, IBM Corporation, Oracle Corporation, Pegasystems Inc., Software AG, Xerox Corporation, Ipsoft Inc., Newgen Software Technologies Limited, and Nintex Global Limited.

Few Automation Industry Reports

The global Lab Automation Market is anticipated to grow at a CAGR of around 7.9% during the forecast period 2022 to 2030 and reach around US$ 9,371 Mn by 2030.

The global Marketing Automation Market is anticipated to grow at a CAGR of around 12.1% during the forecast period 2022 to 2030 and to reach around US$ 12,178 Mn by 2030.

The global Hyper Automation Market is expected to reach the value of US$ 32,632 Mn by 2030, growing at a CAGR of 18.7% from 2022 to 2030.

The global Substation Market is projected to reach US$ 123,417 Mn by 2030, growing at a CAGR of 3.3% from 2021 to 2028.

Source: https://finance.yahoo.com/news/workflow-automation-market-cross-us-141500177.html

Date: June 14, 2022

[balrajgis]

Workflow Management System Market is set for lucrative growth during 2021-2031 | Size, Share, Demand and Opportunities Analysis | Nintex UK Ltd., Oracle Corp, Appian

Global Workflow Management System Market report from Global Insight Services is the single authoritative source of intelligence on Workflow Management System Market. The report will provide you with analysis of impact of latest market disruptions such as Russia-Ukraine war and Covid-19 on the market. Report provides qualitative analysis of the market using various frameworks such as Porters’ and PESTLE analysis. Report includes in-depth segmentation and market size data by categories, product types, applications, and geographies. Report also includes comprehensive analysis of key issues, trends and drivers, restraints and challenges, competitive landscape, as well as recent events such as M&A activities in the market.

A workflow management system is a computer program that helps you coordinate and manage complex processes by breaking them down into a series of smaller, more manageable tasks. Workflow management systems are often used in businesses and organizations to streamline workflows and improve efficiency.

Request Sample Report – https://www.globalinsightservices.com/request-sample/GIS21192/

Key Trends

There are several key trends in Workflow Management System technology. One is the move towards cloud-based solutions. This means that instead of being installed on a local server, Workflow Management Systems are hosted on a remote server and accessed via the internet. This has several advantages, including reduced IT costs and increased flexibility.

Key Drivers

There are a few key drivers of the Workflow Management System market. One is the need for better organization and management of workflows. This can help businesses to optimize their workflows and improve efficiency. Another driver is the increasing popularity of cloud-based Workflow Management Systems. These systems offer a number of advantages over traditional on-premise systems, including scalability, flexibility, and cost-effectiveness.

Market Segments

By Software

Production Workflow Systems

Suite-based Workflow Systems

By Deployment Mode

On-Premises

Cloud

By Service

IT Consulting

Integration & Implementation

By Industry Vertical

Public Sector

Healthcare

Retail

By Region

North AmericaThe U.S.

Free Customization Available – https://www.globalinsightservices.com/request-customization/GIS21192

Key Players

Nintex UK Ltd.

Oracle Corp

Appian

Pegasystems Inc.

Xerox Corp

Software AG

With Global Insight Services, you receive:

10-year forecast to help you make strategic decisions

In-depth segmentation which can be customized as per your requirements

Free consultation with lead analyst of the report

Excel data pack included with all report purchases

Robust and transparent research methodology

Ground breaking research and market player-centric solutions for the upcoming decade according to the present market scenario

About Global Insight Services:

Global Insight Services (GIS) is a leading multi-industry market research firm headquartered in Delaware, US. We are committed to providing our clients with highest quality data, analysis, and tools to meet all their market research needs. With GIS, you can be assured of the quality of the deliverables, robust & transparent research methodology, and superior service.

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[superbcollectorsheep]

How Cement Mixers Work

In addition to the mixing energy applied to the fresh concrete (i.e. shearing during mixing), the shear history after mixing is also important. This applies especially to binder rich concretes like the different types of high performance concrete (HPC). With this in mind, the shear rate is analyzed inside a drum of a concrete tank truck. The objective is to better understand the effect of transport of fresh concrete, from the ready mix plant to the building site. The analysis reveals the effect of different drum charge volume and drum rotational speed. Also, the effect of yield stress and plastic viscosity is investigated. The work shows that the shear rate decreases in an exponential manner with increasing drum charge volume. It is also shown that for a given drum speed, the shear rate decreases both with increasing plastic viscosity and yield stress.

Since civilizations first started to build, the human race has sought materials that bind stones into solid formed mass. After the discovery of Portland cement in 1824 (year of patent), concrete has become the most commonly used structural material in modern civilizations. The quality of the concrete structure is of course dependent on the quality of each constituent used in the concrete mix. However, this is not the only controlling factor. The quality also depends very much on the rheological properties of the fresh concrete during placement into the formwork [1]. That is, the concrete must be able to properly flow into all corners of the mold or formwork to fill it completely, with or without external consolidation depending on workability class. Tragic events may sometimes be traced back to concrete of unsuitable consistency resulting in, for example, coldjoint and honeycombing. Therefore, one of the primary criteria for a good concrete structure is that the fresh concrete exhibits satisfactory rheological properties during casting [1]. The use of simulation of flow to analyze such behavior is something that has been increasing in popularity for the last decade [2], [3], [4], [5], [6], [7], [8], [9]. In 2014, a RILEM state-of-the art report (TC 222-SCF) was made specifically on this subject [10]. Here, such method is used to analyze the shear rate inside a concrete truck mixer for a wide range of cases. Previously in [11], such simulation was reported for the case of yield stress 50 Pa and plastic viscosity 50 Pa ⋅s, in which the aim was to verify a special truck mixer simulator.

In addition to the energy applied during mixing (i.e. shearing during mixing) [12], [13], [14], the shear history after mixing is also important [15], [16], [17]. This applies especially for binder rich concretes like the (rich) high performance concrete (HPC). This is due to the influence that the binder exerts on the concrete as a whole in terms of thixotropic- and structural breakdown behavior (these two terms are well explained in [18]). The rheological state of the binder depends heavily on the shear rate and especially on its history [15], [16], [17]. That is, in a highly agitated system (high shear rate), the cement particles will disperse, making the overall fresh concrete more flowable. While in a slowly agitated system, the cement particles will coagulate and thus thicken the overall fresh concrete.

The rheological properties of the fresh concrete depends on the proportions of each constituent as well as on their quality. However, as is apparent from the above paragraph, conditions like the shear rate during transport can play a major role on final workability. That is, a concrete batch with seemingly target rheological behavior at the ready mix plant can become unsuitable at the building site due to thixotropic thickening, caused by insufficient agitation during transport (i.e. low shear rate). The decrease in the slump during transport in truck mixer can be up to 90 mm, which corresponds to a deviation of one and a half consistency class [11]. Such could lead to the refusal of acceptance, or in the case of acceptance, make successful casting in awkward sections or through congested reinforcement difficult, resulting for example in honeycombing [1], [11].

In this work, the shear rate is analyzed inside the drum of a concrete fuel tank truck. This is done to better understand the potential effect of transport, from the ready mix plant to the building site, in terms of the concrete final rheological state. From Section 1.2, a higher shear rate will imply increased dispersion of the cement particles and thus more flowable concrete during the casting phase. Likewise, a lower shear rate will imply insufficient agitation, increased thixotropic rebuild and thus stiffer concrete during casting.

Because the shear rate within the drum is highly non-uniform and time dependent, meaning , a two step integration is most necessary to generate quantifiable values for analysis and comparison, which is shown later. The final outcome is given by  and is simply referred to as “shear rate”. Here, this shear rate is analyzed as a function of drum rotational speed f = 0.03, 0.07, 0.11, 015, 019 and 0.23 rps (revolutions per second) and drum charge volume V = 2.6 m3, 5.4 m3 and 8.2 m3. In addition to this, the effect of yield stress τ0 = 0, 150 and 300 Pa and plastic viscosity μ = 25, 75 and 125 Pa ⋅s, is analyzed.

The simulation software used in this work is the OpenFOAM. It is licensed under the GNU General Public License (GNU GPL) and available at http://openfoam.org, without charge or annual fee of any kind. The benefits of using a GNU GPL licensed code rather than a closed commercial code, is that the user has always a full access to the source code, without any restriction, either to understand, correct, modify or enhance the software. Here, this is a highly desirable feature since a custom made solver is used for the current analysis. The software OpenFOAM is written in C++. As such, an object-oriented programming approach is used in the creation of data types (fields) that closely mimics those of mathematical field theory [19]. For the code parallelization and communication between processors, the domain decomposition method is used with the Message Passing Interface, or MPI [20]. In OpenFOAM, the collocated mesh system (in Cartesian coordinates) is applied in conjunction with the finite volume method (FVM).

The mesh in Fig. 1 is generated with a native OpenFOAM mesh utility called blockMesh. To investigate the mesh dependency of the numerical result, two different mesh densities (or mesh resolutions) are used, namely 58,888 and 372,568 cells, which are shown in the left and right illustrations of Fig. 1, respectively. For the former case, 88% of the cells are hexahedra, while it is 99% for the latter case. In either case, the remaining cells consist of prisms, tetrahedra and polyhedra. In the end of the mesh generation, its quality is checked with another native OpenFOAM utility, named checkMesh.

The internal dimensions shown to the left and right in Fig. 1 are identical and were directly measured at the local concrete premixing plant: the internals consists of two helix shaped blades, in which the blade thickness is roughly 8 mm, while the height is about 430 mm. The space between two adjacent blades is 620 mm on the average. As shown in Fig. 1, all these numbers vary as a function of the location within the drum. These number also change as a function of time, depending on drum usage. That is, the concrete wears and tears the internals of the drum with time.

Decrease of availability of fossil fuels and environment issues, push research towards the development of high efficiency power trains for vehicles that transport people, goods and mobile operating machines, like the concrete 5cbm mixer truck considered in this paper. Conventional concrete 3cbm mixer truck use diesel engine to move the truck and a hydraulic system which keep spinning the concrete drum. A hybrid powertrain based on battery-powered electrical drives can replace the conventional hydraulic system assuring an efficiency improvement. Furthermore, thanks to the reversibility of the electrical drives, it is possible to recover kinetic energy during the braking phases of the truck. Aim of this paper is to study and develop a hybrid powertrain for the concrete mixer drum. The study is based on a full energetic model of the vehicle developed for sizing the components and designing the control strategies. A model of the conventional hydraulic 8cbm mixer truck has also been proposed in order to evaluate the benefit introduced by the proposed hybrid system. Simulation models have been validated comparing experimental data collected on a conventional mixer truck in different operating conditions.

Most construction equipment is easy to understand. Cranes move things up and down. Dump trucks load up, move out and unload. Bulldozers push and graders grade. The one exception to this is the humble cement mixer, beloved by children, hated by in-a-hurry drivers, and misunderstood by most people outside the cab of the 30,000-pound (13,608-kilogram) behemoths.

While concrete has been around in one form or another since before the Romans built the Appian Way, the transit mixer is a child of the 20th century. But recent invention or not, the mixer is here to stay.

The misunderstanding begins with the name. What people refer to as a cement mixer is known in the construction industry as a concrete mixer and comes in a large number of types, sizes and configurations to handle the many tasks set before it each day. That need to fill so many roles means the machine is dynamic, changing shape and form as the needs of the people using concrete change as well.

In this article we'll examine some of the major types of mixers, from the traditional drum-shaped ready-mix transit mixer to the less-common but growing in popularity volumetric mixer, essentially a concrete plant on wheels. How cement mixers work and why they work the way they do is a fascinating combination of old and new technology. You'll never see a cement mixer the same way again.

But before we begin, let's clarify the difference between cement and concrete. In baking terms, the difference between concrete and cement is the difference between flour and a loaf of bread. Concrete is a generic term for a mix of aggregate -- usually stone or gravel, water and cement. Modern cement is a complex blend of finely ground minerals, and goes by the generic name of "portland." Concrete is made by combining the three ingredients in a mixer, whether that mixer is stationary or driving down the road, and the water is absorbed by the cement, which then binds the aggregate together, creating concrete.