Year: 2022

The Impact of Artificial Intelligence on the Future of Insurance

Posted on by Elia

Many businesses are being rapidly transformed by artificial intelligence (AI), including the insurance industry.  AI is being used more and more by insurance companies to enhance underwriting and risk assessment, automate claims processing, and customize insurance products and services. This article will examine the ways that AI is influencing the insurance sector’s future, as well as the possible advantages and difficulties it poses.

 

The Role of Artificial Intelligence in Underwriting, Claims Processing, and Personalization in the Insurance Industry

Underwriting and risk assessment are two of the major uses of AI in the insurance sector. Underwriting is the act of figuring out the right price for coverage and evaluating the risk of insuring a specific person or entity. This procedure has historically relied on manual analysis of data from sources including social media accounts, financial records, and medical records. AI, on the other hand, can examine this data more quickly and precisely and spot trends that can point to a larger or lower likelihood of a claim being filed. This can assist insurance businesses in managing their risk exposure and making better judgements about pricing and coverage.

AI can also be used to automate claims processing, which is a key area of focus for many insurance companies. Insurance companies receive a large number of claims, and processing these claims can be time-consuming and costly. AI can be used to automate parts of the claims process, such as identifying fraudulent claims or determining the appropriate payout amount for a valid claim. This can help insurance companies to reduce the time and cost associated with claims processing, and to improve the customer experience by providing quicker and more accurate settlements.

In addition to underwriting and claims processing, AI can also be used to personalize insurance products and services. For example, insurance companies could use AI to analyze a customer’s data and make recommendations for coverage that is tailored to the customer’s specific needs and risk profile. This could involve analyzing data such as the customer’s age, medical history, and lifestyle to determine the most appropriate coverage. Personalized insurance products and services can help insurance companies to differentiate themselves in a competitive market and to build stronger relationships with their customers.

In the insurance sector, using AI has a variety of potential advantages. AI can assist insurance firms with improved risk management and more informed decision-making in addition to increasing efficiency and lowering expenses. Insurance firms may be able to provide more individualized goods and services as a result, which may increase client retention and satisfaction.

 

Challenges of Using Artificial Intelligence in the Insurance Industry

However, there are also some challenges and potential drawbacks to the use of AI in the insurance industry. One concern is that AI may be biased, either in the data that it is trained on or in the algorithms that are used to analyze that data. This could result in unfair treatment of certain individuals or groups, and could potentially lead to legal or regulatory issues. Another challenge is that AI may displace certain jobs within the insurance industry, as certain tasks are automated. This could impact the employment prospects of workers in the sector and may require the retraining of some workers in order to adapt to new roles.

Overall, it is evident that AI will play a big role in determining how the insurance sector develops. It might increase productivity, cut expenses, and boost customer satisfaction. To make sure that AI is utilized ethically and responsibly, insurance companies must take into account all of the potential risks and difficulties that could arise from its use. It is anticipated that as AI use develops, it will become a more substantial component of the insurance sector and significantly influence the industry’s future course.

Driving Value Through Smart Factory Implementation

Posted on by Elia

A smart factory, also known as an Industry 4.0 factory, is a manufacturing facility that leverages advanced technologies such as the Internet of Things (IoT), artificial intelligence (AI), and data analytics to improve efficiency, productivity, and flexibility. These technologies allow for real-time data collection and analysis, enabling the factory to adapt and respond to changing market demands and operational challenges in a more agile and efficient manner.

Implementing a smart factory requires a comprehensive and strategic approach that involves the integration of various technologies, processes, and organizational structures. It also requires a significant investment in infrastructure, training, and talent development. However, the benefits of a smart factory far outweigh the costs, as it can help companies to drive value by increasing competitiveness, customer satisfaction, and profitability.

The Benefits of Implementing a Smart Factory: Driving Value through Advanced Technologies and Processes

One key benefit of a smart factory is the ability to optimize production processes through real-time data analysis and machine learning. By collecting data from sensors and other sources, a smart factory can identify bottlenecks, inefficiencies, and opportunities for improvement in the production process. For example, a smart factory can use data analytics to optimize machine utilization, prevent equipment failures, and reduce waste and energy consumption. These improvements can lead to increased productivity and cost savings.

Another advantage of a smart factory is the ability to customize production and offer personalized products and services to customers. With the help of AI and machine learning, a smart factory can analyze customer preferences and market trends to produce products that meet specific needs and demands. This customization can lead to increased customer satisfaction and loyalty, as well as a competitive edge in the market.

In addition, a smart factory can enable greater collaboration and communication among different departments and stakeholders. By leveraging the IoT and other technologies, a smart factory can connect people, machines, and systems in a seamless and integrated manner, enabling real-time communication and decision-making. This can help to improve coordination and responsiveness, as well as to reduce errors and delays.

Steps for Implementing a Smart Factory: A Holistic and Visionary Approach

To implement a smart factory, companies need to adopt a holistic and visionary approach that involves the following steps:

  • Define the objectives and strategic priorities: Companies need to identify the key goals and priorities that they want to achieve with a smart factory, such as improving efficiency, quality, customization, or agility.
  • Conduct a technology assessment: Companies need to assess the technologies and platforms that are required to support a smart factory, such as IoT, AI, data analytics, and robotics. They also need to evaluate the existing technological capabilities and infrastructure, as well as the potential costs and risks of implementing these technologies.
  • Develop a roadmap and plan: Companies need to develop a roadmap and plan that outlines the steps and resources required to implement a smart factory, including the infrastructure, processes, training, and talent development.
  • Engage with stakeholders: Companies need to involve and engage with all relevant stakeholders, including employees, suppliers, customers, and regulators, to ensure that the implementation of a smart factory aligns with their needs and expectations.
  • Measure and evaluate the results: Companies need to establish metrics and benchmarks to measure and evaluate the results of a smart factory, and to continuously improve and optimize the performance and value of the factory.

 

Conclusion

In conclusion, implementing a smart factory can be a complex and challenging task, but it can also provide significant benefits and value to companies. By leveraging advanced technologies, processes, and organizational structures, a smart factory can improve efficiency, productivity, customization, and collaboration, and drive competitiveness, customer satisfaction, and profitability.

How Digital Platforms are Transforming Future of Marketplace

Posted on by Elia

The rise of digital platforms has transformed the way businesses operate and interact with customers. These platforms have created new opportunities for businesses to reach a larger audience, improve their services, and drive growth. However, they have also introduced new challenges, such as the need to constantly innovate and adapt to changing consumer behavior.

Leveraging Digital Technology for Business Transformation

Digital platforms are defined as online networks or systems that facilitate the exchange of information, products, and services between different parties. Examples of digital platforms include e-commerce platforms like Amazon, social media platforms like Facebook, and online marketplaces like eBay.

A digital transformation is the adoption of digital technology to fundamentally change how an organization operates and delivers value to its customers. This can include the use of technology to automate processes, improve the customer experience, and drive innovation. Digital transformation services can help organizations become more agile, efficient, and competitive in today’s digital economy. However, it also requires significant changes to an organization’s culture, business processes, and technology infrastructure.

Innovative Models: Exploring New Ways of Doing Business

Digital platforms may initially appear to be just another channel for delivering goods or services. However, companies with platforms build value with external customers, in a way switching manufacturing from the inside to the outside, whereas a traditional company scales by selling more and more for less and less of that product or service. The value of the platform ecosystem, which enables the exchange of value between various parties, increases with the number of players. These businesses have also been able to produce network effects that increase value at a previously unknown rate without the labor, production, and infrastructure expenditures that traditional players bear.

Digital platforms have several advantages over traditional brick-and-mortar businesses. For example, they have low barriers to entry, allowing small businesses to reach a global audience without the need for a physical storefront. They also offer flexibility, allowing businesses to quickly respond to changing market conditions and consumer preferences.

However, digital platforms also come with their own set of challenges. For example, they are subject to intense competition, with new competitors entering the market all the time. This can make it difficult for businesses to differentiate themselves and stand out from the crowd. Additionally, digital platforms are constantly evolving, requiring businesses to constantly innovate and adapt to new technologies and consumer behavior.

A Look at the Digital Future

The future of the marketplace looks bright for businesses that are able to effectively leverage digital platforms. As more and more consumers turn to online channels for their shopping needs, digital platforms will continue to play a crucial role in driving growth and success in the marketplace of the future.

The digital platform titans of today face unique challenges, ranging from charges of spreading fake news to looming antitrust action. However, there are numerous lessons to be drawn from their success for more traditional, non-digital platform businesses. Many of these companies have already progressed with their digital platform and ecosystem strategies. While the big names may get the most attention, the growing platform presence outside of these few may indicate that the true impact of digital platforms and ecosystems has yet to be felt.

Advanced Tutoring Allocation Algorithm Tool for Online Education

Posted on by Elia

The pandemic and the subsequent lockdown have marked a dramatic shift from classroom to online learning. While online classes and online tutoring took a while to become the norm, it is now a highly effective, convenient, and seamless process, thanks to Edtech services.

In certain online tutoring forms, students can talk to and learn from a real tutor in some other part of the world than theirs. All that a student and the tutor need to have is a stable internet connection. To better the experience for students and tutors alike, the online tutoring industry is evolving like never before. Technology like allocation algorithms has solved many operational challenges of the EdTech industry. At the click of a button, such tools present the students with options that are refined based on their needs and they can start their courses.

Experion helping to streamline the online tutoring process

Experion has developed a tutoring allocation tool that uses an algorithm to efficiently allocate tutors to the students for one of our clients. Our allocation algorithm works using the similar principles used by food delivery apps to allocate their delivery partners. Based on the student’s requirements like location, experience, ratings given to the tutor, cost, etc., the algorithm will search among the available tutors and assign the most suitable tutor to answer the questions. The system keeps an advanced FIFO queue of available tutors based on the above parameters. To get better performance and reliability our scheduling algorithm relies on caching cluster that manages tutor allocation, tutor schedules and session timers.

One of the key features of our algorithm is that you can schedule tutors for a future session so that both the student and the tutor can become well-prepared for the live tutoring session. Once the student sets these criteria, the algorithm will automatically match the available tutors’ requirements and allocate the one who best suits the requirement. The student can then make the payment using the multiple payment methods available in the system. Through video conferencing, the student and the tutor meet, questions are answered, or more sessions are planned. The payment is then transferred to the tutor’s account.

As the saying goes, ‘every cloud has a silver lining.’ The pandemic forced humankind to explore newer avenues of continuing a normal life. While it started as a necessity, online learning is here to stay and flourish. In such conditions, an option to choose your tutor will go a long way in establishing a sense of confidence in the students in their pursuit of knowledge.

Revolutionizing Customer Experience with Industry 4.0

Posted on by Elia

The manufacturing landscape has changed as a result of Industry 4.0, commonly referred to as the Fourth Industrial Revolution. Manufacturers can automate the shop floor, get rid of manual procedures, improve product quality, and cut waste by using intelligent technology and machinery and the businesses that want to fully realize Industry 4.0’s promise are going further.

In any firm, the consumer is always put first. Leading businesses are aware that in order to retain today’s clients, they must regularly offer thrilling and motivating brand experiences. The product experience, which has something to do with production, makes up a portion of the brand experience. Even with a sole focus on operations, there is still a lot more to the brand experience, such as on-time delivery, a willingness to respond to customer needs, and innovative business models that simplify life. These can be completed more efficiently and effectively by incorporating Industry 4.0.

A Primer on Industry 4.0

Industry 4.0 combines the Internet of Things (IoT) with relevant physical and digital technologies, such as analytics, robotics, high-performance computing, artificial intelligence and cognitive technologies, advanced materials, and augmented reality, to integrate digital data from numerous sources and locations and drive the actual act of manufacturing.

The idea of Industry 4.0 expands and integrates the Internet of Things (IoT) within the framework of the physical world, including the physical-to-digital and digital-to-physical transitions that are relatively specific to manufacturing processes.  The heart of Industry 4.0, however, is the transition from connected, digital technologies to the production of a physical object.

Positive Impacts of Industry 4.0 on Customer Experience

Customer experience can be improved with Industry 4.0. Let’s see how!

Improved Customer Understanding

According to estimates, 60% of the purchase process for B2B customers is finished before they even contact a salesperson, with 90% of their product research taking place online. When it comes to having an internet presence, manufacturers have historically been sluggish to adapt. However, it’s obvious that the B2B audience strongly prefers digital engagement.

E-commerce platforms could be useful. They will not only enable manufacturers to reach a larger audience with a digital catalog, but they will also enable them to collect information on consumer behavior. Examples include the most popular items by demography, demand spikes, and whether those correlate with the larger market. All of these can assist manufacturers in becoming more customer-centric and enhancing the entire customer experience.

Better Customer Engagement

A customer always wants to be engaged with, regardless of where they are in the purchasing process. Here, various Industry 4.0 technologies can be useful. Artificial intelligence and virtual reality might be useful for customers who are just starting out on their trip. Customers continue to want perfection even after they have made a purchase. Customers want proactive help in addition to the obvious well-functioning product, flawless quality of service, and a frictionless experience. It demonstrates how highly their preferred employer regards them. A few examples of Industry 4.0 technology that can assist manufacturers in doing this are Trackers with RFID and GPS, augmented reality, and predictive analytics.

Fleet managers and operators can use solutions to gather essential data in one location, improving their understanding of resource utilization, team availability, and asset maintenance needs. Manufacturers can prevent equipment failures by using this in conjunction with IoT-enabled equipment that can collect real-time data on machine performance and productivity, as well as perform root cause investigation and hasten remediation.

 

Conclusion

There is pressure to keep up with technology in most sectors because it is constantly evolving. This makes sense because the correct technology may increase a variety of things, including process efficiency, internal productivity, cost effectiveness, product quality, and data quality. Don’t forget, though, that a company’s ability to stay ahead of the competition depends on factors other than technology. Instead, the ultimate decision-makers in determining a company’s long-term viability are its customers. Manufacturers ought to view Industry 4.0 in that light. It’s a means for them to maintain their business over the long run as well as improve it.

Transforming Patient Experience Through Smart Hospital Rooms

Posted on by Elia

Automation, digitization, and technological enablement are all having a significant impact on several businesses today. Delivery of healthcare is not an exception. On the supply side, a variety of modern technologies, including artificial intelligence (AI), robotics, precision medicine, 3-D printing, augmented reality/virtual reality, genomics, telemedicine, and more, can now be included into the delivery of healthcare. These technologies are being adopted due to both short-term requirements such as cost reduction and efficiency improvement and long-term objectives, especially greater precision, fewer errors, and better outcomes.

The Smart Health Care System: A New Approach to Healthcare

What does the term “smart spaces” signify in the context of healthcare? It entails utilizing technology, including Internet of Things devices, tablets, smartphones, smart TVs, and more, both inside and beyond the hospital’s walls, to give resources and treatment to the patient at any stage of the care journey.

However, it also entails adopting a new way of thinking about patient care; hospitals must now “see” patients proactively rather than reactively. The travels of patients seeking healthcare do not begin and end in the confines of their hospital rooms, nor do they last simply as long as they are there. Before being in, they had a rich history of receiving treatment, and they will continue to receive healthcare after being released. It’s time to use information and technology in wiser, more significant ways to improve patient engagement and alter their expectations of their experiences.

Hospitals will continue to provide care for acute, serious, and complicated illnesses under the smart health care system. They will also include services like in-patient admission, major surgery, trauma treatment, and critical care units. The smart healthcare system will include clinics, gyms, and patient homes as well as preventative services and healthcare management systems. Additionally, independent facilities will offer diagnostic testing, ambulatory facilities will offer quick surgeries, and so on. Pharmacy services, childcare facilities, and rehabilitation centers are further systematic components.

Mckinsey-Video

What Can Smart Hospitals Offer Patients?

Digital connectivity is one of the key components of a smart healthcare ecosystem because it enables primary care physicians and independent service centers to gather patient information and communicate and store data in a uniform format. Utilizing automation to enhance business operations and patient care is another important aspect. Through technological advancements like telemedicine, cloud-accessible reporting, and self-assisted exams, the ecosystem also fosters a patient-centered experience. Additionally, the ecosystem’s analytics and big data enable practitioners to use tools like artificial intelligence to create affordable preventative programmes. The ecosystem also promotes interdisciplinary and holistic innovation, which may result in better, more effective healthcare.

The Demand for Smart Hospitals

The first factor relates to the pressing desire for better results and quality. This need is partially functional because every year, seven out of every 100 hospitalized patients get an infection associated with medical care. The “revitalization” of health services is another major factor. This has to do with how many medical services are being provided in locations other than hospitals. These services consist of test work, minor procedures, and vaccines. Patients who are well-informed and empowered make up a third factor. Patients get access to their health information through digital devices. Given that people want a bigger say in their care, this might make it possible for more patient-centered care to be provided. Greater value and accountability are also required.

The Future of Healthcare is already here!

It’s crucial for those in hospital administration roles to foster a culture that embraces digital transformation during the transition to a smart hospital since this can help people realize the advantages of the change. Additionally, they want to think about utilizing interdependent communication-based technology. The planning team for a hospital should also consider the long-term requirements for scalability of systems in the future. Additionally, administrators should concentrate on creating systems that are designed to collect, store, secure, and analyze data. Hospital administrators should also provide training in the creation of digital plans to staff members to ensure that they are ready for the change. Finally, hospital executives should have a reliable cybersecurity plan. It is obvious that hospitals need to be clever. However, creating smart hospitals will require a lot of preparation, money, and commitment.

How the Internet of Behavior (IoB) Enhances Customer Relationship Management

Posted on by Elia

A network of linked physical objects known as the Internet of Things (IoT) uses the Internet to gather and exchange information and data. The complexity of the IoT is continually growing and changing, including how devices are connected to one another, what calculations these items are capable of performing on their own, and how data is stored in the cloud. The Internet of Behavior (IoB) refers to the collection of data (BI, Big Data, CDPs, etc.) that offers useful information on client behaviors, interests, and preferences. The IoB makes an effort to comprehend user online activity data from a behavioral psychology standpoint. It addresses the issue of how to comprehend the data and how to use that comprehension to develop and advertise new products, all from the viewpoint of human psychology.

IoB and its contribution

The Internet of Behavior, often known as the Internet of Behaviors or IoB, is a relatively new industry idea that aims to comprehend how customers and companies make decisions based on their digital experiences. The IoB unites three academic disciplines: Internet of Things, edge analytics, and behavioral science (IoT). The IoB’s objective is to record, examine, and react to human behavior in a way that makes it possible to follow and comprehend that behavior utilizing developing machine learning algorithms and upcoming technical breakthroughs. The IoB uses cutting-edge data-driven technology to sway consumer purchase choices in a way that prioritizes the requirements of the customer.

Many users are happy to provide their data as long as it adds value, data-driven value whereas some users are hesitant to do so. For businesses, this includes having the ability to alter their brand, promote their goods to consumers more successfully, or enhance the Customer Experience (CX) of a good or service. It is conceivable that data on every aspect of a user’s life could be gathered with the ultimate aim of enhancing effectiveness and quality.

Applications of IoB in Customer Relationship Management

Every day, the number of IoB applications grows significantly. For businesses, this is currently a crucial marketing strategy. IoB’s “intelligence” can be advantageous to both people and businesses. It appears as a cutting-edge means of transferring and storing data. This examines the opportunities and assesses the hazards. IoB seeks to accurately comprehend and apply data in order to build and market products. It is utilized to put into practice cutting-edge customer experience strategies, enhance the search experience, and create and market goods and services for enterprises. Organizations increase their data collection and mix and use of data from numerous sources. IoB is capable of collecting, combining, and processing data from a range of sources, including social media, consumer data, citizen data gathered by government organizations, and facial recognition and geolocation.

The advantages of IoB in specific are:

  • Analyze the buying patterns of customers across all platforms.
  • Analyze previously unobtainable information on how consumers utilize items and technologies.
  • Learn additional specifics about the stage of the purchasing process that a consumer is at.
  • Targeting and real-time POS notifications are provided.
  • Quickly resolving issues will help you close sales and keep consumers satisfied.

 

Conclusion

IoB has quickly evolved into a universal setting that regulates human behavior. To connect people and computers for behavior analysis, a milestone is required. IoB analyses behavioral data before determining its potential. In order to develop methods for producing and selling things to consumers, businesses have examined, tested, and used a variety of methodologies. The information can serve as the foundation for corporate growth, marketing, and sales strategy. Various fresh data and materials may be analyzed by the industry. Additionally, it contributes to greater consumer pleasure and profit. The IoB assists with research by collecting information from many touch points along the way. This results in the creation of more points and new channels of consumer communication. IoB is used for marketing and advertising and will assist business people in enhancing their operations. It boosts market revenue and the use of connected devices that connect to the Internet and use wireless networks to collect and transfer data without the help of humans. The IoB uses the data collected to transform the information into knowledge. It links people to their behaviors and combines behavioral psychology. IoB issues a warning about a bad scenario and provides advice for altering the course of action. It gathers behavioral and user data from devices connected to the Internet and gives consumers perceptions of their needs, interests, and behaviors. Internet of Behavior (IoB) will undoubtedly advance the field of customer relationship management in the upcoming years with all these potential and capabilities.

CRM-ERP Integration Advantages and Benefits

Posted on by Elia

Offering extremely good client experiences at every stage in the consumer venture is not only a differentiator but a customer expectation. Optimizing every customer touchpoint or interaction will increase the likelihood of customer satisfaction. But without access to integrated data, agencies struggle to maintain their customers’ happiness.

The mixing of Client Relationship Management (CRM) and Enterprise Resource Planning (ERP) systems is critical in delivering seamless client experiences. Now, let’s take a look at how connecting CRM and ERP applications can advantage your enterprise.

5 proven key benefits of CRM & ERP integration

1. Comprehensive view of customers

CRM and ERP integration offers a holistic view of the customers. It may be the most essential reason why you want it. Whenever you combine ERP and CRM systems, you get a complete view from your customers. From accounting to funds, income, and support, it offers all-out visibility and accuracy. It assists you with providing a higher value to your customer base. Your agency will have all the total facts it wishes to pursue extra certified choices and the most talented techniques to keep up with, and in addition, broaden your commercial enterprise relationship with customers.

2. Enhances performance

Companies repeatedly are caught investing strength in manual, strenuous obligations that call for loads of resources. Using an integration platform with a prebuilt ERP gadget and CRM system enables simplifying those strategies as they automate the work tactics for you and improve performance.

3. Eliminates data duplication

A good ERP system or business management solution will be able to incorporate the individual departmental gaps and completely eradicate the need for duplicate data. Using ERP and CRM it removes the possibility of duplicate or incorrect information and advances facts-pushed procedures for the duration of your corporate environment. Inaccurate statistics also can be controlled via your integrated platform. As a result, your corporation benefits from advanced statistics-driven workflows and consequences.

4. Advanced employee collaboration

Connected employees get an advantage from increased productivity and performance. Because everyone is on an equal page, they could push for more results. Previously, each group had a completely unique set of comparable statistics and as a result, getting the right records at the proper time turned out to be almost impossible.

While ERP and CRM work together, your team can proportion and expend up-to-date information. It increases their possibilities of manufacturing higher, more effective consequences. Salesforce confirms that high performers opt for cross-departmental collaboration. According to an AON study, engaged groups can drive 17 percent better productiveness, which can cause 21 percent better profitability and, ultimately, 10 percent better client rankings.

5. Accelerated motility with ERP and CRM integration

Constant facts assist sales and operations in correctly managing client contracts. It enables them to shorten settlement approval stages and even have same day signing. Therefore, an integrated system will help with shortening prolonged and sluggish performance. Cloud-based CRMs likewise make it easy to get to facts and update duties from any vicinity. It helps quicker time-to-income and expands valuable business possibilities.

The integration Challenge

In general, ERP and CRM systems are slow because their distinct configurations make integration difficult. Custom point-to-factor integration is frequently used by those seeking seamless connectivity between the two. This method is more delicate and difficult to manipulate. While using point-to-point connections, a developer must manipulate connectivity and make changes. Furthermore, changes have an impact on the entire system, leaving room for errors. These point-to-point integrations provide a quick recovery but become more complex as organizations grow.

Integrating workflow automation together with your CRM and ERP structures.

Your CRM and ERP system are primarily used by your organization for the dissemination of key strategies, the most notable of which is a quote-to-cash. To truly transform these processes so that they are resilient, scalable, and environmentally friendly, you’ll want to create workflow automation that can work from commercial enterprise activities; once activated, real-time enterprise outcomes (or actions) should occur across your CRM, ERP (among other apps), statistics, and groups.

 

Conclusion

ERP and CRM integration can enhance corporate efficiency and help you develop your client base. To enjoy the perks of CRM and ERP integration, recognize your vital necessities. Survey your systems, arrange your information, and sort out how you’ll combine. Eventually, you may locate the proper combination that supports your requirements now and later.

Banking as a Service (BaaS) and Top Financial Services Trends

Posted on by Bijaya Bhattacharjee

The rapid wave of digital transformation set forth the transition of banks from rigorous to responsive, conventional to digitally savvy, and more receptive to change than ever before. Besides just being digitally established, they are moving fast-forward towards innovation and bringing a change in the industry practices.

Over the last few years, the banking sector has gone through an inevitable transformation as more and more fintech businesses come into the market. Financial services are evolving to the point where new products, channels, partnerships, and opportunities are being created. At the heart of this digital storm, lies the concept of Banking as a Service (BaaS).

So, what is Banking as a Service (BaaS)?

In simple words, Banking as a Service (BaaS) is the provision of banking products and services through third-party distributors. It is an end-to-end approach that uses APIs to connect fintech companies and other third-party organizations to a bank’s system. This helps such third-party Fintech organizations build innovative financial services upon the provider bank’s regulated infrastructure while enabling open banking services.

Banking as a Service (BaaS), disaggregating the traditional banking value chain.

The typical structural functions of a bank as we all know are accepting deposits, lending deposits to businesses, remittance, and payment processing. To facilitate these, banks require huge investments and other physical assets like property, infrastructure, etc. All these processes create  gridlocks.

BaaS is bringing revolutionary changes in the finance industry by reconfiguring the value chain and promoting new sources of growth. FinTech companies & Non-banking Financial Services providers are working with traditional banks to create BaaS that enables innovative, specialized offers to get to market faster by combining the strengths of both institutions. With increasing problems of customers with existing banking barriers of regulation, security, and technology, Baas is delivering fast, agile and seamless offerings. The winning factor of BaaS is the ability to capitalize on technology investments and create value.

According to Finextra, the top companies that are actively pioneering BaaS strategies and have already experienced all the advantages first-hand are solarisBank, Bankable, Starling Bank, Pi1, Green Dot, and BBVA.

The future of banking is driven by next-generation technologies, enabling customers to make seamless, safe, and rapid payments in order to meet their changing needs. Let’s look into some of the key trends that are disrupting the banking industry in 2022 and opening new doors of growth for banking.

Embedded Finance or embedded banking: According to Juniper Research, the value of the embedded finance market will exceed $138 billion in 2026, from just $43 billion in 2021. Embedded finance is the seamless integration of financial services into a typically non-financial platform, enabling customers to use apps to avail banking services. Apart from the easy-to-use user experience, embedded finance is having a great deal of success because of its already existing broad customer base.  In addition to embedded payments, there are also emerging trends for embedded credit which allows customers to take credit within the non-financial platforms. For example, Amazon offers EMI options which purchasing any product. Moreover, embedded investments and insurance are integrated within the non-financial apps for a smooth customer experience. In fact, embedded insurance has the potential to increase the purchase of insurance for high-value products among eCommerce customers. Research reveals embedded insurance premiums to grow to over $10 billion in 2026, from just $3.8 billion in 2021.

Emerging technologies in financial services: Advanced technologies like AI (Artificial Intelligence), Machine Learning, Blockchain, Internet of things (IoT) are rapidly transforming customer experiences by increased responsiveness, security, transparency, and time efficiency. Today, customers are exploring the benefits of open banking where they are thoroughly aware of their financial condition, they can plan investments, compare the alternatives and make better financial decisions.

Increase in Mobile Banking: According to 2020 mobile banking survey, approximately 58% of respondents indicated that they were visiting branches less frequently due to the pandemic; among them, over 61% indicated they were also using mobile apps more frequently. This trend is likely to continue as users are more comfortable than ever in availing mobile banking. Mobile banking enables users to have account information access, transaction access, investments, support services, and news and offers alerts. One of the biggest reasons for the rapid growth of this trend is because users can conduct almost all sorts of banking activities anywhere, anytime. This has further helped the bank to cut down on its operational costs by maintaining customer satisfaction.

To conclude, both banks and fintechs are imbibed in a symbiotic relationship. The difference between the structure and functions of the two is even making the relationship more valuable. Along with the provisions of banking infrastructure, regulatory legitimacy, and the existing customers who still rely on banks; fintech brings the freedom to create, design, and experiment, offering user-friendly and tailor-made solutions for the customers. Finally, it would not be wrong to say that banks, fintechs, and BaaS firms are most effective when they collaborate to reduce risk, maintain compliance, and provide the modern financial solutions that customers demand.

The Role of IoT in Sustainable Transportation

Posted on by Elia

How IoT creates value and increases sustainability for different segments in the transportation industry

Research proves that 95% of companies are investing in IoT since it will help them improve their sustainability practices as well it is also the backbone for many solutions in the present and future. IoT solutions such as real-time tracking, route optimization, predictive asset, and product maintenance can help increase sustainability and productivity. According to Gartner the aviation and transport industry will account for the largest opportunities to increase and generate $64 and $11 billion by 2028 with the help of IoT features. Implementing IoT approaches for different segments of the transport industry such as sensors on railways, highways, roads, bus stops, airports can smoothen the entire operation process as well as increase visibility and transparency.

Air travel
The use of IoT not only provides passengers with real-time information about their baggage and boarding details but also helps reduce excess waste and utilize energy and power in a sustainable manner by switching off lights in empty areas and controlling the temperature.

Public transport
IoT technology not only updates passengers with real-time data about the bus schedule and timings but also reduces wastage of fuel, resources, materials, and cost with its real-time and automation features. IoT sensors are beneficial since they provide data about real-time air pollution as well as reduces pollution. Moreover, the sensors help address issues regarding temperature, fuel, and route optimization.

Road traffic department
The use of IoT helps in managing the road traffic department in an effective manner. The real-time features help in managing traffic, accidents, and roadblocks. It helps with parking issues and also helps individuals in identifying where they parked their cars to avoid wasting time and fuel.

Supply chain
Implementing IoT with supply chain strategies for companies has proved to be effective and efficient since it helps in reducing waste, fuels, and costs. It even smoothens the transport solution process with its real-time features and tracking devices. It even minimizes the usage of electricity.

Logistics
This sector accounts for 1.6 billion of CO2 emissions. IoT technology can be used to improve communication, usage of resources and materials, and navigation. The real-time feature will help drivers to avoid routes where there is a lot of traffic or delay which will reduce wastage of fuel. Better navigation due to real-time data will help minimizing harmful emissions. IoT data can help update owners regarding maintenance issues such as faulty parts which can reduce waste. IoT is a great way to minimize the use of power and electricity due to its smart features, real-time data, and sensors.

Automotive Industry
The connected vehicle technology enables communication among vehicles and infrastructure which can reduce crashes, energy, and gas emissions with the help of real-time and navigation IoT features. It even improves customization and the complete fleet operation becomes much more effective and efficient since it reduces gas emission and fuel.

 

The advantages of integrating IoT practices with day to day operations

IoT technology is beneficial not only for the present but for the future as well. It helps increase effectiveness for different operational activities at a low cost. Not only does it help with sustainability but also increased the security of different stored information.
PwC states that technologies such as IoT can help reduce environmental challenges and increase sustainability.

Sustainable environment – Real-time data and sensors help in better route optimization, planning, understanding traffic issues as well as reducing fuel, wastage of resources, and energy.

Smooth operational practices – Real time data enhances the entire operational process. It helps reduce cost and improve productivity and monitoring.

Better customer experience – Increases focus on customization as well as with real time data customers can plan better. It increases transparency, communication, and efficiency.

Increased safety and protection – With the use of sensors, important aspects such as temperature, speed of vehicle, issues and accidents can be minimized. It helps improve the safety of various aspects of the transportation industry. Helps understand key issues regarding maintenance.

Cost effective and efficient – IoT sensors and real-time features help improve planning when it comes to resources. Sensors help with sending updates regarding maintenance to avoid any accidents or wastage of resources. It even reduces energy consumption.

 

In conclusion

Nowadays, both businesses and consumers focus on sustainable practices which is why integrating IoT along with the day-to-day operations and goals of the company can increase sustainability and improve the carbon footprint in a cost-effective manner. The adoption of IoT technology by companies will help reduce emissions, pollution, and fuel, which will indeed make the world a better and greener place for the present and future.