The cloud has emerged as a game-changer in the ever-evolving software development landscape. Cloud-based application development is not just a trend; it’s a transformative shift reshaping how software is conceived, built, and deployed. As we navigate through this digital age, understanding the role of cloud-based development in the future of software is crucial.  

This article will explore the rise of cloud-based application development, its major types, benefits, and upcoming trends. 

The Evolution of Cloud-Based Development 

Cloud-based application development has evolved from a niche technology to a mainstream practice. Early cloud platforms offered limited capabilities but have since expanded to provide a vast ecosystem of tools, services, and infrastructure options. This has enabled developers to build, test, and deploy applications faster and flexibly. 

The evolution of cloud-based development has been driven by a commitment to simplifying complex tasks, reducing costs, and empowering businesses to focus on innovation rather than infrastructure management. Engineering courses like online software engineering degree programs are adapting to this paradigm shift, providing aspiring developers with the skills and knowledge necessary to excel in this dynamic and cloud-centric landscape.  

This evolution continues to shape the future of software development, offering new possibilities and efficiencies for businesses across industries. Today, cloud-based development is synonymous with digital transformation and is essential for businesses striving to stay competitive in the digital age. A 2022 Google survey found that nearly half (41.4%) of tech and business leaders plan to increase their use of cloud-based services in response to the current economic climate. 

Key Concepts in Cloud-Based Application Development 

Scalability: Cloud-based application development can be scaled horizontally (by adding more servers) or vertically (by increasing the capacity of each server). This allows you to easily accommodate changes in demand, such as during peak traffic periods or when you launch a new mobile application. 

Cost-efficiency: Cloud-based development can save you money on hardware, software, and maintenance costs. You also don’t have to worry about hiring and managing an extensive amount of IT staff. 

Accessibility: Cloud-based development allows developers to work from anywhere, improving productivity and collaboration. It also makes it easier for businesses to reach a global audience. 

Flexibility: Cloud-based application development offers a wide range of services and tools, so you can choose the ones that best suit your needs. This can help you save time and money and give you more control over your development environment. 

Security and compliance: Cloud providers invest heavily in security measures, such as encryption, identity and access management, and threat detection. This helps to protect your data from unauthorized access, modification, or destruction. Cloud providers also often comply with industry-specific regulations like HIPAA and PCI DSS. 

Types of Cloud Solutions 

Cloud-based application development is not a one-size-fits-all solution. There are various approaches and paradigms, each with advantages and best use cases. The following are the different types of cloud solutions. 

 

2023 SaaS Trends (Source: FinancesOnline)

Software as a Service 

SaaS is a fully managed service where the cloud provider hosts and maintains the software application, and users access it online. Statista reports that SaaS is the market leader for 2022, securing a commanding 56% share of total revenue. This is the most popular cloud service model and is ideal for applications that do not require customization or complex IT infrastructure. 

Platform as a Service 

PaaS provides a platform for developers to build, deploy, and manage applications. The cloud provider provides the underlying infrastructure and system maintenance so developers can focus on solution development. This is a good choice for developers who want to create custom applications without the hassle of managing infrastructure. 

Infrastructure as a Service 

IaaS provides virtualized computing resources over the internet. Businesses have greater control over their IT infrastructure with IaaS, allowing them to customize their virtual environments to meet specific requirements.  

This is a good choice for businesses that require more control and flexibility, such as those running complex cloud-based application development workloads or hosting websites. 

Benefits of Using Cloud-Based Application Development in Your Business 

Now that we understand the fundamentals and various approaches to cloud-based development, let’s delve into the tangible benefits it offers businesses.

1. Cost-efficiency and Resource Optimization 

Cloud-based application development offers a pay-as-you-go pricing model, which can help you save money on infrastructure costs. You can also optimize your spending by using only the resources you need. 

2. Scalability without Upfront Investment 

Traditional infrastructure requires significant upfront capital expenditure to scale resources. In contrast, cloud-based development allows you to scale resources on-demand without substantial upfront investment. This scalability aligns your costs with actual usage and growth. Also, this ensures that your application can handle fluctuating workloads efficiently and cost-effectively.

3. Enhanced Disaster Recovery and Data Backup 

Cloud-based development provides robust disaster recovery and data backup solutions. Your data is securely stored in redundant data centers, reducing the risk of data loss due to hardware failures, natural disasters, or other unforeseen events. This ensures business continuity and minimizes downtime. 

4. Improved Collaboration and Remote Work 

Cloud-based application development facilitates collaboration among geographically dispersed teams. With cloud-based tools and services, team members can work on the same projects in real time, share resources, and access critical data from anywhere. This flexibility enhances team productivity and supports the growing trend of remote work. 

5. Rapid Development and Deployment 

Cloud platforms offer development tools and pre-built services like databases, authentication systems, and AI capabilities. These resources can significantly accelerate the development process, allowing you to market new features and products faster. 

6. Automatic Software Updates and Maintenance 

Cloud providers handle software updates and maintenance, ensuring your applications and infrastructure run on the latest versions. This eliminates the burden of manual maintenance tasks and frees your IT team to focus on strategic cloud-based application development projects rather than routine upkeep. 

7. Data Analytics and Insights 

Cloud-based applications can easily integrate with powerful data analytics and machine learning services. This enables businesses to derive valuable insights from their data, make data-driven decisions, and gain a competitive edge through predictive analytics and business intelligence. 

8. Competitive Advantage 

By embracing cloud-based application development, businesses can stay competitive in today’s fast-paced market. They can quickly adapt to changing customer demands, experiment with new features, and pivot when necessary without the constraints of legacy infrastructure. 

9. Enhanced Security Features 

Leading cloud providers invest heavily in cloud security measures, including encryption, identity and access management, and threat detection. Leveraging these built-in security features can help businesses enhance their security posture and protect sensitive data. 

10. Green and Sustainable Computing 

Many cloud providers are committed to sustainability and use energy-efficient data centers. By moving to the cloud, businesses can reduce their carbon footprint and contribute to a more environmentally friendly IT ecosystem. 

Incorporating these additional benefits into your cloud-based application development strategy can profoundly impact your organization’s efficiency, competitiveness, and resilience in an increasingly digital world.

Future Trends in Cloud-Based Application Development 

The future of cloud-based application development is exciting and filled with opportunities: 

Edge Computing 

Edge computing brings computation closer to data sources, reducing latency and enabling real-time processing. This trend is crucial for applications requiring low-latency responses, such as IoT and augmented reality. 

Quantum Computing 

Quantum computing has the potential to revolutionize cloud-based application development by tackling complex problems that are currently infeasible for classical computers. It’s still in its infancy, but its impact on software development could be profound. 

Containerization 

Containers are becoming a standard for packaging and deploying applications. They provide consistency across environments, making developing, testing, deploying, and monitoring the performance of applications in different cloud environments easier. 

Embracing Cloud-Based Application Development 

In conclusion, cloud-based application development isn’t just a technological shift—it’s a transformative force driving the future of software development. Your business can stay at the forefront of the ever-evolving software landscape by understanding what it entails, exploring different cloud solutions, and harnessing its benefits. 

Embrace cloud-based development to ensure your software endeavors are efficient, scalable, and globally accessible, positioning your organization for success in the digital age. 

Today’s data systems generate an unparalleled amount of information from physical and digital sources. When properly consumed, analyzed, and merged, the wealth of information can be utilized to identify patterns and gain insights that can guide you to better customer experiences and more efficient operational workflows.  

In the business world, process intelligence is becoming an increasingly important tool for success. What is process intelligence, and why should your business embrace it? In this article, we will discuss the benefits of process intelligence and how to implement it in your own organization. 

What is Process Intelligence? 

Process intelligence is a method of analyzing data to identify trends and patterns. The goal is to improve business performance by eliminating inefficiencies, reducing costs, increasing productivity, improving customer service levels or all four at once! Process intelligence can be used for almost anything from marketing campaigns to manufacturing processes – any time you want better results without spending more money. 

Process intelligence isn’t just about identifying problems; it’s also about finding solutions. For example: if your sales team is struggling with lead generation then using process analytics might reveal that the outreach emails aren’t getting any responses because customers don’t interact with them. By analyzing data in this way, you can make critical changes that will improve your results. 

With a process intelligence solution, you’ll be able to discover, manage, and understand the execution of business processes much more effectively than you otherwise would have. As a result, it can enable you to reach and maintain a higher level of productivity. To this end, here are some of the benefits that it can yield for enterprises.  

Process Intelligence Benefits 

1. Process visualization 

The most notable benefit of process intelligence is that it can help gain a greater understanding of your enterprise’s operations. For example, with a transparent, visual model of workflows, you’ll determine the bottlenecks causing inefficiencies and delays and how to address these concerns. In other words, it allows businesses to find problem areas that they would have otherwise missed to improve upon them.

2. Accuracy 

Apart from shedding light on areas that may require improvement, these platforms can help you better understand how the existing processes operate. Process intelligence provides accurate insights into how processes are performing and helps in decision-making for future enhancements.  It can be applied to many types of enterprises, such as manufacturing, distribution, retail, and logistics. 

3. Cost optimization   

When obstacles are eliminated, and the processes are efficient, operational expenses are effectively reduced as well. This is integral for any business since its outlays determine profit margins. And by lessening the financial load of the company, it’ll offer you more opportunities to make more investments to support the growth of your enterprise. 

4. Automation 

Another advantage of process intelligence is that it generally combines artificial intelligence modeling with cross-application information collection to provide a greater level of information. This means that you’ll have more accurate data on hand, which will allow you to automate tasks and processes end-to-end with an Intelligent Automation Platform , and have a significant impact on your company. 

Criteria for Choosing the Right Process Intelligence Platform 

No one can deny the importance of having a process intelligence platform. However, with so many available platforms, it can be a complicated affair to choose the right one. To help you out, here are some of the criteria you must keep an eye out for: 

• Data indexing and collection. The first element to consider when selecting a process intelligence platform is its capacity for collecting data. All businesses will have multiple endpoints from where it accumulates machine data. Over time, they’ll expand with the information it gets. And it must be capable of collecting data from every system within the cloud and the premises. 
• Data Visualization. The platform’s ability to define and index data, perform complex integrations, and make the information searchable through unified dashboards should also be considered. After all, it’s how you’ll derive value from it. The way it visualizes the data and connects it with multiple sources is critical because the performance needs of a business will vary across different units and departments. 
• Ease of scaling. Process Intelligence platforms should be simple to deploy and easily scalable for meeting the enterprise’s evolving needs. 

Steps for Effective Process Intelligence Implementation 

The first step in implementing process intelligence is to define your goals. What do you want to achieve? Once you have a goal, you can identify the data and processes you need to track in order to measure progress. This might include things like website visits, customer complaints, product defects or sales leads. 

Once you have the data you need, it’s time to analyze it and find patterns. This is where process intelligence comes into play. Process intelligence tools can help you spot trends that would otherwise be difficult for humans alone – such as when sales drop off during certain months each year or if there are spikes in customer complaints about a particular product feature. 

Finally, use your findings to make adjustments and improve processes. If you’re seeing dips in sales during specific months, then you might want to adjust your strategy accordingly with offers tailored towards those times of year when customers are less likely to buy. 

The process intelligence cycle doesn’t end here though – once improvements have been made, it’s time for another round of data collection and analysis so that you can continue iterating on your process improvements indefinitely. 

Conclusion 

Whether you’re a B2C or B2B business, you can always benefit from a process intelligence platform. However, you must make sure that you choose the right solution so carefully consider the factors listed above. They’ll guide you to the one that will best meet your needs. 

About the Author:
Mocca Bajao is a Digital PR Specialist at Thrive who enjoys writing about SEO, tech, and business.  

IoT or the Internet of Things is a network of tangible items that are connected to the internet and can be accessed remotely and controlled at any time from any location. IoT platforms brace the access point, data network, and hardware together to the end-user application.

Key Components of IoT Platforms 

The key components of the IoT platform include; 

1. Hardware – it is the microcontroller with wireless connectivity which is responsible for running and withholding any application. 
2. Hub level –  the software that acts as a communication bridge between IP-connected cloud and IP non-connected cloud. 
3. Cloud hub level– it is the part from where the data is sent from devices, to be formatted for output. It allows to remove software updates and to control devices remotely. 

Features of IoT Platforms 

IoT platforms facilitate the purpose of connecting, communicating, and controlling various things. An effective IoT platform acts as a link between machines, applications, devices, and people thus maintaining interconnectivity. 

There is such a wide range of capabilities and features available on the IoT platforms based on the unique goals of organizations and unique users. Some of the main features are:

• Safety:

IoT platforms, these days, come with built-in security features. They offer privacy and identity management by providing end-to-end security mechanisms across networks, devices, and cloud services. Data integrity, additional protection for certain proprietary data types, privacy protection, authentication, encryption, and identity are all part of the security wing of an IoT platform and can function at different levels.

• Connectivity:

Connectivity is an integral part of any IoT system. At a basic level, an IoT platform is easy or uncomplicated as a software infrastructure that facilitates and oversees connectivity between physical world objects. Solid connectivity management ensures the security of various IoT devices and administration of effortless integration of multi-protocol, multi-network connections even in this complex environment of connectivity.

In addition, each IoT platform consists of a layer of connectivity that provides different services. These include data collection, monitoring, control, and asset management.

• Horizontal management:

Mostly, enterprises and organizations work with multiple agencies, all of which work in seclusion and concentrate only on their requirements. Each vertical can create its custom solution by creating a segmented and inefficient model for operation and development. A horizontal management IoT platform lets an organization incorporate connectivity data collection, analysis, business application development, and service management.

• Real-time Analytics:

When the Internet of Things platform displays real-time analytics, and when it flows through the system, it visualizes and contextualizes the data. It allows an organization to keep an eye on its devices, understand performance, usage patterns, and also identify privacy issues and unsafe situations in advance along with availability. In short, real-time analytics manages devices and ensures security and performance as resourcefully as possible.

Real-World IoT Applications 

1. Wearables

Wearable technology is a well-known application of IoT. Heart rate monitors, fitbits, and smartwatches are commonly used examples. 

2. Smart Home

Implementation of IoT in the home resulted in the idea of ‘Smart Homes’. The best examples are Jarvis; a smart home with innovative features introduced by Mark Zuckerberg and Allen Pan’s Home Automation System where the house functions on a string of musical notes.

3. Health Care

IoT applications can turn medical-based technologies into wellbeing applications. The sources used in current medical research do not have conclusive real-world information. It mostly uses survivor data, restricted environments, and volunteers for medical testing. It provides access to important data through research, real-time field data, and evaluation.

4. Smart Cities

The concept of a Smart City is different for each city and the application of IoT affects each city differently. It can help the government and engineers to analyze complex factors of each city such as town planning, waste control, water management, parking management, and emergencies. The best example is the Smart City Palo Alto, which has sensors installed at the parking ground to guide the drivers.

5. Agriculture

With the growing population, it is necessary to merge agriculture with technology to obtain the best results. There are possibilities such as Smart Greenhouse where farming Greenhouse farming method increases crop yield by regulating environmental parameters and more. Not only does this make it easier to monitor greenhouses with embedded devices, but it also allows them to regulate the climate inside.

6. Industrial Automation

With IoT applications, products and their packaging can be re-engineered to deliver better performance when it comes to cost and customer satisfaction. IoT has the capabilities to bring about great changes with the right solutions for all the following areas.

• Digitalization of Factory
• Monitoring Product flow
• Managing Inventory
• Safety and Security
• Quality Controlling
• Optimizing packages
• Optimization of supply chain and logistics

Choosing the right IoT Platform

Choosing the right IoT platform might be complicated due to the numerous options and vendors available.

When selecting an IoT platform, one should not just consider technical capabilities but look beyond them. One needs to have an eye on technical, business, and operational capabilities as a combination as they align with company strategies and where one stands in their product adoption lifecycle.

For Instance, if you are at the start of your journey, you should pay more attention to IoT platforms that can build and test prototypes very quickly. You should not worry about scalability, cost, and features at this stage. Moving up the ladder you should gather the rest of the factors to focus on like the market fit and scale.

5 crucial areas to consider while choosing the right IoT platform:

1. Trustworthy vendor: It’s very important to evaluate the vendor’s reputation, stability, financials, and track record before taking the leap.

2. Large ecosystem: Many leading IoT platform providers have a strong partner ecosystem as they commonly don’t do hardware in-house.

3. Access: Always choose a provider that gives you admission to the maximum of the functionality.

4. Vendor: Select a vendor that has expertise in your industry. Having the best solution to handle your data and analytics is an advantage. Some vendors also assist with techniques in complying with industry regulations.

5. Robust onboarding: Always pick companies that have a strong solutions department that can coach your team, and give you a clear understanding during the POC (proof of concept).

Benefits of IoT Platforms

The IoT platform is the heart of smart devices. Listed below are reasons why one needs to use IoT platforms.

1. It helps to validate a business case much earlier and get to the market quickly

The primary goal of your project is to validate your business case and present it to your partners. Business case verification should be done as soon as possible – before initiating intensive engineering efforts. Many IoT systems enable you to create proof-of-concept prototypes in a relatively short time. Having prototypes in the target user’s hand allows you to quickly verify a business case and take advantage of customer feedback quickly.

Once the validation is completed, it is a goal for any product to hit the market as soon as possible. Customers are always excited to get their hands on the product and your competition will always be equally closer.

2. Improve operations, productivity, and efficiency

IoT consists of a range of physical and digital devices connected to the internet, across the globe. This enables gathering and sharing data from one point to another, in no time and without any hindrance. This process not only increases the overall productivity but also allows companies to gather more and more data in no time. Moreover, the efficient functioning of the IoT platforms minimized the cost of energy and saves time.

3. It offers vital features for your project

It’s obvious for an IoT platform to have unique features and a couple of common features. IoT platform includes the following features:

• Low-power operation
• Long distance, unattended networking
• Ease of installation
• Integration with third-party software
• Device management
• User management
• Software updates
• Push notifications or email alerts

4. It reduces costs and risks

IoT projects are naturally risky but they can considerably lessen the risk and cost of the project as the IoT platform vendor can absorb the technical risk.

Wrap Up

To wrap up, IoT is advancing and is continuously building its networks over time. By merging hardware and software to the internet, IoT is building a smarter world. It has been offering a multitude of opportunities for business and government. It’s time to start seeing the real possibilities of this technology.

Author bio:
Mubarak Musthafa is Vice President of Technology & Services at ClaySys Technologies.

Many organizations are now looking to digital transformation as a way to stay competitive in today’s digital environment. The new digital normality introduced novel innovations and changes in the market of both technological solutions and services. For instance, we witness a sudden twist in how customers connect with their favorite technology brands. Consequently, businesses had to respond. In an unexpected turn of events, those who have managed to implement digital transformation into their business model were more likely to succeed. Digital transformation is a process that is not easy, but it needs to happen. It will change the way you do business and how you connect with your customers.

Before we look at how businesses are becoming competitive through digital transformation, let’s establish a clear definition of what digital transformation is.

What is digital transformation? 

Simply put, digital transformation is the process that involves the implementation of new digital technologies into all areas of business, to improve business processes and customer experience. It goes beyond updating your equipment and expanding your operations: it transforms an organization’s business model and the way it interacts with customers, employees, suppliers, and partners. In other words, digital transformation is a fundamental change in how a business is run, how it is managed, and its operation. As said before, it is an opportunity to create or transform a business model. It changes the management structure, the way its customers can access the business, and the corporate culture, too. 

Finally, digital transformation is not a buzzword. It is a fundamental business imperative that every company in every industry must embrace to remain competitive. Successful digital transformation requires organizations to rethink their value chain and create new customer experiences as they design new products, services, and processes.

How do I achieve digital transformation in my business? 

There are many digital transformation strategies available for any niche on the market. However, most of them revolve around six important points that you should consider before attempting to alter your business model. If you are unsure whether the digital transformation is a viable option, read why now is the perfect time for a digital transformation and then proceed. 

  1. Laws and Regulation 

Laws and regulations play a significant role in encouraging businesses around the world to embrace digital transformation. You should understand how the legal system functions in your country before even attempting to execute a digital transformation strategy. In the data-driven world, we live in, a big chunk of the work to be done relies on collecting and processing data on your customers as well as your competition. Some laws may prevent you from doing this and halt your progress. On the other hand, there may be a legal framework that inspires businesses to adopt new technological advances. Finally, this legal framework may provide more security and affordability, thus, supporting innovation initiatives. Understanding what you can and cannot do is a vital step toward a successful transformation. 

2. Understanding Your Current Position in the Market and Within the Tech Sector. 

• What is my market cap?
• Can it be expanded? 
• Is there any competition in my sector? 
• If yes, how saturated is the market? 
• Are there any market segments that have not been addressed yet? 
• Are there any product/service-related gaps to be filled? 

Answering these questions is a good way to start. If you are a start-up, these questions sound all too familiar, but answering them with the goal of digital transformation in mind can offer a new perspective and yield new answers. Understanding what the market needs and what new services and products you can offer can push towards sustainable high performance. 

3. Understanding Your Business Processes 

Understanding your business processes is a must. The management structure, the research, and the execution of any decisions in offering a product or service are all areas that digital transformation can reinvent. A great example is purchase orders. Let’s suppose that one of your employees needs new equipment. The previously, manually performed process can now be automated using an automation platform, thus, achieving a complete business digital transformation. Employees don’t need to go from one office to another to ask for order approvals and handle multiple paper-based or huge Excel files to fetch data. Order files are generated automatically, using RPA tools, and are sent to the right vendors via email within minutes. Typography errors are eliminated, time is saved, manual tasks are avoided and productivity is increased.   

 4. Understanding Your Customers and Data Related to Them

Data collection and analysis are an integral part of a digital transformation strategy. It goes beyond the standard demographics of age, sex, race, and income bracket and expands into habits, detailed profiling, behaviorism, and predictions based on historical movements with the assistance of cognitive automation technologies. For example, AI systems allow businesses to analyze purchasing behavior and delivery preferences, making future suggestions based on historical data and findings. Another great example is Amazon: they have reinvented the supply chain, understand their customers very well, make personalized suggestions, and have managed to utilize digital technologies to reinvent delivery as well: same-day delivery is becoming a reality across the USA. 

5. Building a Reliable Digital Transformation Strategy

Now that you know where you are and where you should head and how to get there, it is time to customize a digital transformation strategy. Consider what innovation you can bring to the market, and what digital solutions you may need to understand your clients better. Lastly, think of how your technology can make them more satisfied. Think of NIKE – their customers can design their shoes – a mass approach with an individual aspect to drive the change and development of their products. Not only that, but NIKE can expand on designs created by their customers rather than start from scratch every single time. 

Another example worth mentioning is the case of one of our clients, McKesson. McKesson, the global leader in healthcare, was looking for an automation solution to automate a manual, inefficient invoice approval process that was until then based on an Excel template. Comidor solution, which was built in 14 days, was a powerful workflow with RPA capabilities. After the implementation of our solution, McKesson achieved full visibility over each approval request, and instant, real-time accessibility to invoice details. 

Final Thoughts – Why Does Digital Transformation Matter? 

You should understand that digital transformation is not about switching from cold calls to cold emails and handing out the newest iPhones to all your employees. It is not a substitute or an expansion of what you already offer to the customers. Still, it is rather a way to reinvent your production process with digital technologies as the backbone of the new model. These digital solutions can ensure that you have exactly the cues you need to accelerate your business. 

Achieving digital transformation with Comidor No-Code/Low-Code Hyperautomation platform  

No-Code/Low-Code Hyper-Automation platforms enable rapid and lasting transformation within your business. You need to specify your business needs and find the best solution that offers the features and functionality you require. That’s where the Comidor platform comes in. We offer powerful, intelligent process automation solutions that accelerate your business digital transformation.   

Schedule a call with our expert team and get an inside look at our advanced automation features. 

Author
Donald Fomby is an IT enthusiast. He outsources most of his work and focuses on observing and improving the workflow at Online Writers Rating. In his spare time, he codes in HTML and works on his WordPress projects.  

In a world so technologically advanced, automating your business processes is quickly becoming the way of the workplace. Hyperautomation takes all of these ever-evolving technological tools into account to streamline, automate and optimize end-to-end business processes.   

So, what is hyperautomation? Read on to learn more about this growing technological trend and why you should be implementing it in your business.  

What is Hyperautomation? 

From a brilliant combination of tools such as Low-Code platforms and Business Process Management (BPM) software emerges hyperautomation. This advanced technological approach goes beyond simply automating small routine tasks and instead lead to the automation of entire business processes.  

According to Gartner, the inventor of hyperautomation, this method can be defined as “a business-driven, disciplined approach that organizations use to rapidly identify, vet, and automate as many business and IT processes as possible.” 

In other words, it is a way to connect people to processes and information in a central automated hub. From project management to marketing processes to enterprise architecture, hyperautomation software like Artificial Intelligence (AI), Machine Learning (ML) and RPA, can automate routine, repetitive processes, provide data to companies through advanced analytics that were previously unattainable, and promote business-wide growth.   

 This technological approach falls in line with the digital transformation that businesses are seeing across all industries. The goal is to eliminate the need for humans to spend time on small daily tasks that can instead be handled automatically by a robot. Ultimately, companies are trying to free up time for employees to tackle larger, more complex tasks during their days.  

Hyperautomation Tools 

Since this technological method is so advanced, it often works best with a combination of automation tools and platforms to truly automate your business processes. These necessary tools may include:   

• Robotic Process Automation (RPA) 
• Artificial Intelligence (AI) 
• Machine Learning (ML) 
• Business Process Management (BPM)  
• Low-Code/No-Code Development Platforms 

This approach to automation can seamlessly integrate into your business and automate manual processes with its hyper-intelligent platforms.  

The Benefits of Hyperautomation 

Investing in hyperautomation can reap plenty of benefits that will assist in the growth and success of your business. Check out just a few of these phenomenal benefits below.  

Rapid Implementation 

With so many platforms and tool options to integrate into your business, implementing hyperautomation has never been easier. You’ll have the ability to build applications and manage your business with little to no coding or additional IT support. Newer cloud-based solutions also offer this hyper-intelligent automation software instantly at an affordable cost. You can begin automating your business processes with the simple click of a button. 

Simple Interface 

Since these automation platforms are powered by Low-Code, you can easily create and adjust applications to fit your business’s ever-changing needs. Drag-and-drop functions simplify the process of application building, or you can turn to AI and RPA that will determine what processes should be automated and create bots to handle those tasks.  

Integrate Key Data 

By using hyperautomation software in your business processes, you can create a centralized database that will hold all of the information your team needs to make decisions and complete their responsibilities. You’ll also have the ability to protect any private information by implementing role-based access rights to users in many of these tools and platforms that hyperautomation relies on. 

Create Connections 

Gain a competitive advantage in your industry by using hyperautomation software to create both customer and team connections. Not only will your team be able to communicate more efficiently, but you’ll also have the opportunity to create a personalized customer experience using hyperautomation solutios. Keep your customers and employees happy with simple, automated systems.  

Improve Results 

Since the goal of hyperautomation is to eliminate the need for humans in simple tasks and speed up complex processes, your business will likely begin seeing faster results. Additionally, with more time to focus on larger-scale tasks and improved communication, your team will be able to produce higher-quality products and services for your customers. You’ll save time and money automating your business processes while keeping customers happy and coming back.  

Hyperautomation examples

Now, we will demonstrate how a hyperautomation approach can effectively be applied to different hyperautomation examples.

1. Hyperautomation for Asset grading

The aim of the asset grading process is to create a system for proper asset evaluation. The whole procedure is growing in complexity due to many factors like reliability, safety, and cost-effectiveness that must be analyzed with accuracy before proceeding to asset framing. Hyperautomation technologies assist the decision-making with supportive ML models that are trained with historical data and minimize the time that analysts spend gathering, selecting, and visualizing data. Furthermore, thanks to hyperautomation, companies gain deeper insights into the actual value of oil and gas assets. At the same time, they take advantage of RPA technologies to create reporting documents with diagrams and real-time workflow data.

2. Hyperautomation for Customer Identification and Verification

Let’s see in detail how a Hyperautomation solution enables businesses to solve customer verification challenges and offer a fast, easy and secure customer onboarding experience. By leveraging hyperautomation, companies verify customer’s identities, reduce financial risks, speed up onboarding and achieve full compliance. The solution by a hyperautomation tool is to provide OCR technology to scan and extract information from customers’ ID files, and finally, store it inside the platform. Moreover, the hyperautomation system performs money laundering checks, by sending a Rest service request to a central Money Laundering database. Based on the evaluation result, a digital contact document with customer data and e-sign is produced with RPA by the system.

3. Hyperautomation for Customer Request Management

Hyperautomation platforms powered with Natural Language Processing (NLP) and AI/ML enable businesses to power their customer service and achieve exceptional customer experience by automating complex requests. How hyperautomation can enhance your customer request management?

• Public forms for engaging external users to trigger internal processes
• ML for text classification that assists in request categorization based on historic data and fast decision making
• AI for analyzing customer’s sentiment and determining whether the customer’s attitude is positive, negative, or neutral
• Workflow automation with Low-Code for process orchestration and process performance monitoring

Hyperautomation across industries

Hyperautomation is a software that can automate any process and make it more efficient. This software is designed to be used in any industry and can be applied in various areas. Some of the industries where hyperautomation could make an impact are:

Manufacturing

Manufacturing is one of the industries where hyperautomation could make an impact. With the use of AI in manufacturing, people are not only able to produce more but also produce better quality products. There are many benefits to using AI in this industry, such as AI-enabled equipment that can detect flaws and defects before they happen, which decreases the cost and time required for inspection.

Retail

Retailers have already started to use RPA and AI in stores to help customers find products more easily or to assist with inventory management. With AI assistance, retail managers can not only make sure that their staff is trained properly but also reduce their workload. As said before, AI assistants can take care of inventory and supply chain management which are two of the most time-consuming tasks for retail managers.

Healthcare

Healthcare has become one of the most exciting industries to explore in terms of AI. Automation can help with a variety of tasks, such as collecting data, scanning medical records and detecting diseases, scheduling appointments, and providing tips on healthy living.

Finance

Finance is one of the industries that have been most affected by the advent of hyperautomation. Hyperautomation deals with automating repetitive tasks and operations, thereby reducing human involvement and workloads. It is typically used to automate back-office functions such as accounting, reconciliation, reporting, etc., which are not customer-facing or decision-making functions.

Join the Digital Transformation with Comidor 

Stay a step ahead in this period of digital transformation with Comidor. Our innovative and sustainable Low-Code automation solution can streamline your business processes to promote the growth and success of your company. Automate your workflows, build useful applications, and manage every aspect of your business with ease using hyperautomation software.  

 Contact Comidor today to learn how our hyperautomation software can streamline your current business processes and lead to higher-quality results! 

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