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Top 5 Mobile App Development Trends For 2023

Small screens are driving the World. Mobile Phones have transformed to “Smart Phones'' with the passing of time and amplifying tech innovations. Previously only simple applications like calculators, calendars, notes, and the like were embedded inside a phone, but now there are more elaborate applications that affect the enhancement of human life in all aspects. Mobile Applications of today are more interactive and packed with values. Since the Digital Revolution began, companies have found profit, bottling their values and services into compact mobile applications that can cover any Human interests from Education, Entertainment, Health, Wellness, E-commerce, Dating, Banking, and much more. The list keeps going on as mobile applications keep revamping with new Technology trends. 5 Latest trends that will be affecting Mobile App Development in 20235GInternet connectivity initiated the global digital revolution. It served as a base that linked people with Mobile and Web Applications and expanded their scope.The 5th generation of internet connectivity has been a trending subject of tech news, as this innovation is finally being released globally. 5G has enormous power to shift the trends of mobile application development. It is expected to be about a 100 times faster than today’s 4G internet connectivity, thus providing high bandwidth, high connection density, and extremely low latency. It will affect the precision of geolocation services and also extend the battery life of smartphones.This innovation will affect the enhancement of functionality of Mobile Applications as it provides a beneficial base to run them and sharpen other existing tech services that support Mobile Apps.5G subscriptions are predicted to reach 1,900 million by 2024. (Statista; Liftoff, 2020) and 20% of the world’s population will be using the 5G network by 2025 (Statista; Liftoff, 2020)Progressive Web Apps and On-demand AppsProgressive applications are Websites that behave like Applications. These are a hybrid between Websites and Apps and are more efficient than traditional Apps.These apps can be accessed by any web browser and save time by removing the installation process. They are fast, reliable, and engage more users, serving as a perfect base for businesses to launch their ideas into the Market. Packed with features but lightweight at the same time, they can run on weaker internet servers, save storage, and have a short loading time. These apps are generating more benefits for E-commerce businesses. On-demand Applications have gained a popular status in the current lifestyle of people around the Globe. These applications connect customers with different service providers and act as mediators between small businesses and their potential clients. The Number of On-demand Applications is predicted to increase with the upcoming years.Edge ComputingData in the current age is the most important driving factor behind all businesses. Edge Computing is the updated form of the Cloud, and instead of Centralizing data, unlike Cloud, this framework brings the Applications close to the data sources.Processing of data at the edge can generate business benefits like improving bandwidth and response time and enhancing insights, which in the long run can deliver unique Human experiences. The most important aspect of Edge is the assurance of security while transporting and processing Sensitive Data. Due to an increased risk of Cyber breaches, the inevitable demand for Data Security is well satisfied by Edge Computing. Applications that are backed up by robust Edge Computing services have the ability to drive and operate heavy IoT innovations, like self-driving cars and Automated Home Appliances. Cloud-based applications are more convenient to use, manageable, scaleable, and increase client reach. The market value of mobile edge computing is expected to reach $2.8 billion in 2027. (Meticulous Research, 2021)IoTs and Responsive DesignsWith the invention of the Internet, the world became a connected place. After connecting people, the Internet now aims to connect devices and ‘things’. Internet of Things or “IoTs” are objects with facilities like sensors, processing ability, software, and other technologies that connect them with the Internet and help them exchange Data with other devices.IoTs are mostly operated by Mobile Applications. Their unique no-touch interface can be controlled directly by smartphones. This Market is amplifying in its scope determining the future of mobile apps and is estimated to reach $1.6 trillion by 2025. - apexon.comAnother result of technology innovation is the wide manufacturing of wearable devices like smartwatches and smart glasses. Wearable Devices are prominently adopting wellness applications that monitor the overall health of the user hence newer scope of mobile Application design and development are rising.A transformation of structure of the existing device framework has also affected application development. With new foldable devices emerging, an app needs to be designed in a way that it can function with full potentiality in all types of interfaces. A responsive design thus needs to be followed while creating and shaping Mobile Applications. Technology Innovations  With all these factors influencing Mobile App development, a new series of fresh technologies have also been shaping the future of Smartphone Apps. Beacon Technology This technology was initiated in 2013, but just recently, it has been recognized as a strong potential tool for marketing. Beacons are small wireless transmitters that send signals to other smart devices by using low-energy BlueTooth technology. These signals contain data that can be turned into actions after being received and read by the smart devices. This technology carries a huge scope to improve geolocation and marketing services. Applications that incorporate the Beacon technology have a greater chance to increase user interaction and ultimately enhance the user experience of the related brand.   The market value of Beacon technology is predicted to reach $55,554 million by 2026, Worldwide. (Statista, 2020)Machine LearningFrom virtual voice assistants to chatbots and driverless Ubers, Artificial Intelligence has undergone a lot of development. It is considered to be an essential tool in developing seamless Mobile Applications, minimizing development time, and cutting down human programming errors.It can perform a wide series of tasks like analyzing data and creating design deliverables, UX designers use AI to improve the UX design process and enhance the user experience.Here is how Artificial Intelligence shapes Application Development- Data analysis - Power algorithms are constantly analyzing huge amounts of data and using the trends to predict what the User is looking for in a particular application. AI makes it easier to narrowly target users across extensive channels. Chatbots and virtual assistants - These AI assets make it easier to find information and resources quickly and efficiently, through human-like conversations. Chatbots have become an integral part of most online business presence, thus providing dynamic customer experiences.Virtual RealityVirtual Reality and Augmented Realities are the trendiest subjects of tech enhancement. These two technologies are redefining the nature of Reality. Applications, mostly E-commerce apps have been using them to deliver a more unique user experience. Newer experiences can be created by implementing these technologies that help in generating more application users. With everyone carrying a Smartphone in their pockets, Companies have diverted their market to the Digital Space which is perceivable by anyone holding these small screens. Mobile Applications have gained enormous popularity and are the virtual platforms of Global enterprises. Thus with changing trends, mobile applications whether it's Android or ios are likely to change in order to create newer experiences and adjust to new user requirements. Technology innovations are driving Mobile applications, influencing their Performance and Designs. BlockchainBlockchain is termed to be the most secure technology for Data protection and hence it can be operated into a number of applications from Healthcare to Banking. Its unique approach to decentralization of data removes most risks of Data breaches and thus the Applications that deal with a lot of sensitive data flow can implement the Blockchain Technology to avail maximum security. Want to know more about Mobile Application development like for e-commerce , food delivery, grocery, and more? Connect with Sundew.

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Cloud Based Learning Platforms: How Do They Facilitate Remote Learning?

The increasing preference for distance learning has brought the spotlight on cloud based learning platforms, making education more accessible, flexible, and interactive.Breaking down traditional barriers of geography and time, students can access materials from anywhere and learn at their own pace. They can also engage with live video streaming, forums, and collaborative tools. According to Global Market Insights, the valuation of the E-Learning Market stood at USD 399.3 billion in 2022. The same is expected to grow at 14% CAGR by 2032, and educators have not wasted time jumping on the bandwagon.This evident shift enhances blended learning by combining online resources with traditional teaching, adapting to diverse learning styles, and thus transforming the way education is delivered.If you haven’t stepped onto the cloud yet, here are some reasons why and how you should now!Challenges in Managing Learning Management SystemsContent ManagementManaging course content is a significant challenge for LMS administrators. Ensuring that it remains consistently updated, relevant, and engaging can be a complex task that cloud based learning platforms can handle.User and Enrollment ManagementOrganizing and updating user profiles, permissions, and enrollments is another common challenge when managing an LMS. This task can become particularly complex as organizations grow or when offering training to new learners, requiring the system to adapt to evolving needs.Progress Measurement and ReportingData from an LMS is the key to understanding its impact. Modern learning management systems track every user's action, providing valuable insights when they complete exams and courses. However, analyzing and interpreting this data to produce meaningful reports can be challenging for administrators.System MaintenanceMaintaining an LMS to ensure it runs smoothly is essential for an uninterrupted learning experience. These tasks—backups, updates, and security checks—can be time-consuming and complex.IT and Security IssuesHandling IT challenges in LMS management requires special attention. These issues can range from server maintenance to cybersecurity concerns, often demanding extensive technical expertise. Additionally, allocating IT resources effectively without impacting LMS functionality can be challenging.System IntegrationWhile integration offers benefits, it also comes with challenges. Common issues include compatibility problems due to disparate technologies and data formats, data security threats, performance issues, high costs, and a lack of knowledge or expertise.Why Make the Leap to Cloud Based Learning Platforms?Uninterrupted Accessibility Cloud based LMS ensures learners can access educational content anytime, anywhere—at home, on the go, or in a café. Compatible with computers, tablets, and smartphones, it breaks free from traditional classroom constraints. Streamlined Content HandlingA cloud-based LMS centralizes content management, eliminating discrepancies across departments or platforms. It automates uploads for various formats (videos, PDFs, SCORM), ensures seamless learning, and simplifies version tracking with frequent updates. Users can always access up-to-date materials, avoiding confusion from outdated resources. Personalized learningCloud based learning platforms leverage real-time analytics to personalize education, tailoring learning paths and resources. For language learning, they provide flexible content, progress tracking, and native language options, enabling students to learn at their own pace effectively.Real-time collaborative learningCloud tools enable real-time collaboration, instant feedback, and teamwork across locations with tools like Google Drive. Features like content customization and real-time assessments boost engagement and improve retention by 25–60% over traditional classrooms.App Integration CapabilitiesCloud LMS platforms integrate seamlessly with multimedia resources, content libraries, and third-party apps. These integrations make learning more dynamic, personalized, and adaptable for students and educators.Mobile Learning Mobile accessibility is a notable advantage of cloud LMS platforms, enabling learners to engage with courses on-the-go learning across devices.Privacy and Data SecurityModern e-learning platforms built on cloud technology take data security and privacy to the next level with advanced encryption, GDPR compliance, secure HTTPS connections, and automated backups. ensure data safety on these platforms. Data-Driven Insights for Improved LearningCloud LMS platforms provide educators with data analytics to track performance and engagement, enabling informed, data-driven decisions. Real-time Collaborative LearningCloud based learning platforms enable real-time collaboration, instant feedback, and teamwork across locations with tools like Google Drive. Features like content customization and real-time assessments boost engagement and improve retention rates by up to 60%.Streamlined Administrative Efficiency Cloud based solutions streamline administrative tasks by centralizing resource management, grading, and communication.Scalable Solutions at Reduced CostCloud based educational platforms adapt to enrollment changes and group sizes while reducing infrastructure and maintenance costs. As hybrid learning grows, cloud technology enhances learning experiences and cuts operational expenses.How to Develop a Cloud LMS Platform from Scratch?Step 1: Research and PlanValidate your LMS idea by defining its purpose, solving key problems, determining a budget, identifying your target audience, and selecting a monetization model.Define Purpose: Determine if your LMS will support customer training, onboarding, retention, sales preparation, or general education.Solve Key Problems: Address challenges like reducing training costs, streamlining onboarding, freeing up time, or measuring learning impact.Set Budget: Define your budget and account for development, maintenance, and scalability costs.Know Your Audience: Identify users (employees, customers, or general learners) and select an LMS type (corporate, academic, or hybrid).Choose Monetization: Decide between freemium, subscription, or one-time payment models.Step 2: Discovery PhaseAnalyze your business needs to create a clear roadmap using the following steps.Information Gathering: A project manager and business analyst assess your goals, needs, and vision, conduct market research, and define a strategy for a profitable LMS.Competitor Analysis: We identify best practices to streamline development, reduce costs, and accelerate delivery.Defining Scope: Based on your business model and requirements, we outline the project methodology, timeline, and deliverables.User Stories: These describe the LMS's desired functionalities, guiding developers in creating technical specifications and project plans.Architecture Design: Your concept is refined into components and interactions, providing a clear LMS blueprint. Potential technical challenges are identified early, ensuring smooth development.Step 3: Define Core FeaturesFocus on must-have features suiting the LMS functionality plan tailored for your audience. These are indispensable when enterprises aim to provide a good learning experience.Gamification: Boost engagement and retention with points, competitions, and interactive learning.Personalized UX: Deliver relevant content based on a learner's history and role, fostering engagement and ensuring essential skill-building.Integrations: Connect with CRM, email, payment systems, and more to simplify processes and streamline training.Compliance Checker: Ensure proper training and assessments for compliance with internal policies or regulations.Smart Scheduling: Offer convenient scheduling for one-on-one learning sessions.Offline Learning Tracker: Enable learners to download content and manually update assessment checklists to track offline activities.White Labeling: Allow users to customize dashboards with logos and colors to match their branding.Step 4: Choose the Tech StackSelect the appropriate option for the following:Backend frameworks: These form the backbone of LMS operations, handling data storage and processing Popular frameworks include Django, Rails, and Node.js.Frontend tools: Choose the right user-facing interface, like Vue.js or React.js, for quick loading, responsiveness, and aesthetic flexibility.Relational databases: Store and manage LMS data reliably and efficiently with MySQL or PostgreSQLReliable hosting services: Choose from secure, scalable, and cost-effective solutions for cloud-based LMS, like Amazon Web Services (AWS).Step 5: Design and SpecifyOnce you've defined the purpose and features of your LMS, develop detailed specifications. Outline the goals, requirements, features, and technologies for development.With requirements finalized, get mockups and wireframes done for complex architecture. Finalize costs and ensure the design aligns with user expectations.Once approved, get the UI done and hand it over to developers to build the functional product.Step 6: Build the First VersionBegin with implementing essential features first. Add additional functionality incrementally based on client feedback to reduce time-to-market.Step 7: Create the Final ProductFollow a structured workflow: plan, execute, test, and refine in sprints. Conduct regular reviews and testing to ensure high-quality development and timely delivery.Step 8: Rollout and MaintenanceDeploy the cloud LMS platform and provide user training. Offer ongoing maintenance to address user feedback, fix bugs, and implement improvements.Looking ahead, cloud based learning platforms will continue to shape the future of education. While the higher education sector initially lagged in adopting the cloud due to a skills gap, Cloud Service Providers (CSPs) like Sundew are stepping in to bridge that divide.Sundew is committed to transforming education by leveraging the power of the cloud. With our cutting-edge solutions, personalized and immersive learning experiences are now a reality, empowering learners and institutions to break traditional boundaries and reach new heights.The future of education starts with embracing cloud technology, and with Sundew, that future is within your reach.

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Methods to Reduce Food Wastage Using Tech in the F&B Industry

As population soars through all rooves, so does food consumption, and most importantly, the wastage that comes with it. With sustainability efforts growing, a heightened emphasis on better methods to reduce food wastage is important, especially in restaurants. UNEP’s 2024 Food Waste Index Report reveals the global food supply to comprise annual wastage worth over US$1 trillion as a result of market failure. The environmental impact of this outcome is equally gruesome, with food waste contributing to 8-10% of global greenhouse gas emissions.All these figures point towards smarter tech-enabled management as the only way to a more sustainable supply chain from farm to table.So, how can businesses across sectors achieve this and benefit from the same?Keep reading to know.Identifying Trends and Patterns in Food WasteThe first step to reducing food wastage is understanding the recurring loops in food waste. Factors like seasonal trends, popularity of menu items, and operational inefficiencies play a huge role in food wastage.By diving into historical data, operators can forecast future waste scenarios and develop effective reduction strategies for restaurants. For example, if a restaurant consistently sees increased waste during the holiday season, it can proactively adjust inventory orders and enhance staff training to better meet demand.Similarly, a surge in waste for a particular dish might indicate that it’s not appealing to customers, prompting a potential recipe revision or menu update. On similar lines, regular spoilage of certain ingredients may reveal weaknesses in supply chain management or storage practices.Plus, establishing baseline waste levels and monitoring changes over time can help restaurants effectively measure the impact of their initiatives. Resultantly, they can further refine strategies for better sustainability and efficiency.What Are the Best Ways to Reduce Food Waste Using Technology?In all these attempts to achieve sustainability, emerging technologies stand as a primary gateway to the most effective methods to reduce food wastage.Here’s how.Lean ManufacturingAt the heart of lean manufacturing is a commitment to efficiency—eliminating waste and streamlining production. Smart inventory management is a key enabler of this philosophy, tightly aligning stock with production needs to reduce surplus, cut storage costs, and minimize obsolescence. By focusing on precise inventory control, manufacturers can boost productivity and ensure resources are fully optimized, supporting a more agile and cost-effective production process.Real-Time Analytics for SurveillanceWith data analytics, restaurants can monitor waste patterns as they occur. As a result, they can swiftly identify trends, such as high-waste menu items or inefficient preparation methods.These insights contribute to the most effective ways to reduce food waste globally, enabling timely adjustments, whether it’s refining menu offerings or optimizing inventory levels. This not only enhances sustainability efforts and drives cost savings but also aligns with the values of today’s eco-conscious consumers. Ultimately, real-time analytics empower restaurants to enhance their operations while showcasing their commitment to responsible practices.Menu Engineering for Waste ReductionStreamlining a menu is a strategic approach for businesses aiming to reduce food wastage and enhance operational efficiency. By focusing on a concise selection of dishes, organizations can reduce the number of perishable items and optimize ingredient use across multiple offerings. This approach not only accelerates inventory turnover but also keeps ingredients fresh, thereby lowering the risk of spoilage.Consider varying portion sizes, such as half-portions, to accommodate diverse appetites and reduce leftovers. Making side dishes optional can further mitigate waste by preventing unwanted servings.Exploring creative uses for kitchen scraps can also yield new dishes that leverage leftover ingredients. Adopting a "nose-to-tail" or "root-to-stalk" philosophy encourages businesses to maximize every part of their ingredients, especially when dealing with surplus or imperfect produce.Engaging staff in brainstorming sessions can generate innovative ideas and foster a culture of ownership in waste reduction initiatives. Tracking Food Waste Using IoT and AI IoT and AI are transforming the food and beverage industry by providing unprecedented control and predictive capabilities.IoT contributes to managing food storage, handling, and waste disposal by enabling real-time monitoring with the following functions:Temperature and Humidity Tracking: Sensors continuously monitor the ideal conditions for food storage, ensuring products remain fresh and reducing spoilage risks.Expiration Date Alerts: Automated reminders allow businesses to take action before items expire, minimizing waste due to outdated products.Stock Level Insights: Real-time data helps businesses keep track of inventory, enabling efficient stock management and preventing overstocking or understocking.The biggest advantage of real-time monitoring is its ability to enable proactive decision-making. Manufacturers can gain immediate visibility and help them make data-driven adjustments to optimize the process at every stage.AI enhances this system by analyzing massive data sets to forecast trends, set ideal inventory levels, and identify potential disruptions.By integrating AI recommendations with IoT data, manufacturers gain precision in stock management, cut waste, and reduce costs. All this is made possible while building a more agile supply chain that adapts quickly to market demands. Distributors can address issues like inaccurate transportation conditions immediately, while retailers can reorder stock based on actual demand, not just estimates. This creates a smarter, waste-conscious supply chain that minimizes waste and enhances operational efficiency.Demand ForecastingEffective demand forecasting is a crucial aspect of how to reduce food waste in restaurants. By tapping into data analytics and historical sales insights, manufacturers can predict demand patterns with greater precision, enabling optimized stock levels and reducing waste.Advanced forecasting tools today incorporate machine learning to parse trends in market behavior, customer preferences, and seasonal shifts. These tools enable manufacturers to make proactive inventory adjustments, ensuring products are ready when needed.Sustainable ManufacturingFor manufacturers, embracing sustainable practices as one of the methods to reduce food wastage is now a market expectation. Tech-driven food waste management directly supports sustainability by reducing resource consumption, helping companies operate with a smaller carbon footprint, and creating a streamlined, eco-friendly supply chain.This commitment to sustainability also strengthens customer loyalty. As consumers seek brands with clear environmental values, companies that prioritize sustainable manufacturing gain a competitive edge and build a reputation as responsible, forward-thinking leaders in their industry.So, why reduce food wastage? What do businesses have to gain from it?From a profitability point of view, food waste management isn’t just about reducing waste; it goes all the way from cutting costs to boosting operational efficiency. Sustainability Boost: IoT helps businesses minimize waste and conserve resources, contributing to global sustainability goals like reducing food waste by 50% by 2030.Compliance with Regulations: IoT’s accurate tracking helps businesses stay compliant with increasing food waste regulations by ensuring proper handling and disposal practices.Informed Decision-Making: With real-time data, businesses can make smarter decisions, from better inventory management to more accurate demand forecasting, minimizing waste and maximizing efficiency.Operational Efficiency: Streamlined workflows, less manual intervention, and the ability to monitor multiple processes remotely lead to optimized use of resources and improved productivity.Higher ROI: Enhanced efficiency translates directly to higher profit margins and a stronger competitive edge, positioning manufacturers to lead in today’s fast-paced market. By optimizing inventory and utilizing real-time monitoring through IoT, businesses can reduce overproduction, spoilage, and waste disposal costs.Technology is the way to goThe transition to tech-driven methods to reduce food wastage is not just a strategic necessity for food and beverage manufacturers; it’s also a transformative opportunity.By approaching each phase of this journey thoughtfully and dispelling common misconceptions, restaurants can effectively tackle challenges that arise after peak sales events.Further, embracing emerging technologies like AI helps food companies stand a chance to gain a competitive edge, positioning themselves for sustained success. All in all, the future of efficiency in food and beverage manufacturing is in the hands of those ready to innovate and harness the power of technology.