Category: vis

  • Deliver on your customer service commitments with Conversational IVR

    Deliver on your customer service commitments with Conversational IVR

    Deliver on your customer service commitments with Conversational IVR

    Here is a familiar scenario. Your customers want to connect with you for solutions to their problems. You want to jump to it right away and help them too. But your outdated IVR system comes in between and disrupts the connection. Too many inputs and actions required from them, combined with endless waiting on the line often make it a frustrating experience for your customers, which if not addressed in time may even cost you their business.

     

    In addition, the pandemic has dealt a severe blow to the customer service industry, with understaffed call centres trying to keep up with unprecedented spikes in call volumes. Luckily, Conversational IVR technology has developed over the years to evolve into just the customer service solution your business can benefit from.

    Let’s take a look at some of its advantages:

    Simple to navigate: With automated voice commands, the number of steps customers need to follow to reach their solution is drastically reduced, making the process simple and customer-friendly.
    Saves time: Conversational IVR systems are designed to understand customer problems right at the outset. In case the solution is more complex and requires additional support, the system redirects customers to your service team without delay.
    Cost-effective: The longer your customers are on the line waiting for a resolution, the more money it costs you. Intelligent Conversational IVR’s interactive self- service technology leads to faster resolution cycles and therefore substantial savings.
    The personal touch: Advanced Conversational IVR uses a combination of AI and NLP (Natural Language Processing), which enables technology to respond to your customers’ speech and voice. Not only that, insights and data from such interactions are then constantly utilised to further improve future experiences.
    Dynamic and smart: A contact centre running on Conversational IVR is easier to manage and monitor with real-time analytics, tools and updates. Timely reports and overviews enable you to make informed decisions without breaking a sweat, helping you to continuously finetune your customer service system.
    Conversational IVR is also a great way to rewrite your brand’s story by building your image as an organisation that cares for its customers. If that is part of your business vision, then an upgrade to Conversational IVR could be a powerful way to achieve your goal.

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  • SDWAN – Future of Branch Network and Voice Infrastructure After Effects of COVID19

    SDWAN – Future of Branch Network and Voice Infrastructure After Effects of COVID19

    SDWAN – Future of Branch Network and Voice Infrastructure After Effects of COVID19

    SD-WAN, or software-defined WAN, is exploding at the rate of knots and is the hottest topic within the networking space right now. The Internet has fuelled countless technological advancements and presented organisations with incredible opportunities to expand geographically reaching more customers and enabling greater employee productivity and collaboration.

    So, what’s the role of SD-WAN in current COVID 19 pandemic?

    Over the past few weeks, it’s an understatement to say that the
    COVID-19 pandemic has changed every facet of our lives.
    Organisations everywhere, including businesses, educational
    institutions, and public venues such as airports and stadiums, are
    all adapting to these times. The COVID-19 pandemic has now
    forced nearly every country worldwide to rethink their strategies,
    business continuity plans and their readiness for such pandemics
    in future.

    Many organisations have either recommended or mandated
    employees to work from home. The work from home users need
    to access their corporate applications with the same high-quality
    experience as they would have from their office. It is a must now
    for an organisation to empower its employees to carry out
    business activities and to ensure business continuity. Going
    forward, this will permanently change the way we work, learn to
    connect, worship and simply how we live & connect in community
    with each other.

    What will change and why SD-WAN?
    Organisations would increasingly adopt SD-WAN for the home
    networks to support their remote workforce, given the SD-WAN
    software-defined approach and benefits. As the network usage
    increases, the WAN struggles to keep up with demands from
    users and bandwidth-hungry applications. Inevitably, applications
    become slow and unreliable, causing frustration and agitation to
    both the business and their customers. Pursuing and gaining the
    maximum advantage out of wide-area networks (WANs) has
    become a business imperative.

     

    Also, cloud-hosted applications would raise the stakes for edge
    network performance; enterprises would require even greater
    WAN reliability, agility and performance to leverage the cloud’s
    economies of scale. They must turn to SD-WANs to achieve CapEx
    and OpEx savings, reduce complexity and be secure.

    Author – Yougender Kumar

    Vice President
    VIS Global

     
    Yougender is a visionary leader having strong business acumen with proven record of delivering high growth, turning underperforming businesses, streamlining operations, improving systems & procedures and building high performing teams. He has spent more than 25 years in diverse leadership positions in companies like Cisco Systems, Airtel, Avaya Global, Tata Telecom leading large-scale technical and transformational global programs that focus on delivering business outcomes. Yougender joined VIS Global in 2019, a technology services company, to drive Customer Success and Digital Engagement. If you are interested in discussing these challenges and the way forward, you can get in touch with Yougender at
    yougender.kumar@visglobal.com.au

    This trend would spur networking technologies like SD-WAN that are making transformational changes in the way enterprises deploy next-generation WAN architecture. So, SD-WAN is going to be on a roll.

    What are the benefits of SD-WAN?

    Speed to market

     

    The technology has been built on the premise that as organisations undergo digital transformation, they need a networking solution that can adapt quickly. SD- WAN allows for changes to be made  immediately and centrally to an entire system or network at one time all through a single interface with great ease.

    Cost savings

     

    Connecting geographically dispersed offices or branches can hit IT budgets hard and be inordinately expensive to maintain. SD-WAN allows a business to expand its network more efficiently, circumventing its reliance on traditional providers.

    A Higher Quality Experience
     

    A particularly appealing characteristic of SD-WAN is its policy-controlled environment, which enables businesses to manage multiple types of connections. For example, it could ensure that an MPLS virtual
    private network (VPN) always has priority for network connectivity, while giving secondary priority to high-bandwidth traffic such as video. An SD-WAN solution also allows for dynamic path selection, early detection
    of congestion points resulting in optimised load balancing so that high-quality data transfer is maintained.

    Zero-Touch Provisioning and Deployment


    SDWAN technology enables Provisioning and deployment of SDWAN in the branch very fast with zero-touch, which makes it simple. Physical appliances are configured before shipping and virtual appliance images are burned before posting so that in many cases, organisations do not even need technical personnel physically in the branch to do the SD-WAN install. All administration and reporting take place centrally managed SDWAN controller.

    Performance Blind Spots


    Gain unprecedented visibility into network and application performance for proactive management and ongoing innovation.

    Reduced MPLS Dependency


    Augment MPLS links with less expensive links by transforming abundant, affordable broadband bandwidth to high-quality enterprise class links with the four nines reliability expected from MPLS.

    While employees would be back working in the offices, social distancing would still be practised at work and large congregations of people would still be avoided, meetings would still be conducted virtually. SD-WAN as technology going to be must for an organisation to empower its employees to carry out business activities and to ensure business continuity…

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  • Contact Centre – Digital Hub 2.0

    Contact Centre – Digital Hub 2.0

    Contact Centre – Digital Hub 2.0

    The Internet has transformed the way brands are communicating with their customers in today’s times. Market trends and industry facts clearly show that there is whopping growth in digital communication. Keeping a futuristic and pragmatic approach; It is time to break your digital channels out of their silos to provide real omnichannel experiences with an innovative blend.

    PRIME FOCUS
    Service Assurance
    – Service STABILITY through knowledge channeling and management
    – Service SCALABILITY by expanding customer touchpoints 

    Market Demand
    – Keeping pace and tweaking with NEW BREED of customers
    – Constant INNOVATION to be ahead of competitors 

    Cost Efficiency
    – Adoption of LEAN concept through extensive self-care option
    – Personalized service for EXCLUSIVE customers

    KEY DELIVERABLES
    Engage
    Create an eco-system which will allow customers to interact, transact and express themselves freely.
    Enable
    Provide a seamless experience to customers irrespective of which
    channel/channels they choose.
    Empower
    Be visible where customers are present; allowing them to connect
    with brands anytime and all the time.

    Author – Saurabh Burman

    Specialist AI & RPA VIS Global

     

    Saurabh is a seasoned Business Analyst, having strong business acumen with proven record of implementing RPA, BI CRM Automation and Digital Communication Solutions across industries. He has spent more than 19 years in diverse management positions in companies like Reliance Communications, Virgin Mobile, MTS and Samsung India leading projects related to innovation in Customer Care Management, Self-Service Enhancement and Business Process Efficiency. Saurabh joined VIS Global in 2019, a technology services company, to drive Artificial Intelligence (AI) and Robotic Process Automation (RPA) initiatives. If you are interested in discussing these challenges and the way forward, you can get in touch with Saurabh at saurabh.burman@visglobal.com.au

    ESSENTIAL COMPONENTS


    Chatbot

    Chatbots are the future of self-service. Chatbots enhances automated chat conversations by providing information in a speedy, efficient, and cost-effective manner. It can be deployed at any point in the customer journey.

     

     

    Chatbots help improves resource utilization as they do not need
    any human intervention. However, if the chatbot is unable to answer a customer inquiry, the chat session can be immediately transferred to a live agent for assistance. Furthermore, it can be integrated with any third-party social media applications like WhatsApp, FB Messenger, Telegram etc.

     

    Visual Interactive Voice Response System (IVRS)

     

    Interacting with an interactive voice response system (IVR) with a long list of options does not provide a great customer experience.

     

    Now with the latest cutting-edge technology, IVR options can visually appear on any mobile device with a screen. It makes customers more connected, provides convenience to customers, and reduces cost
    for the organization as no live agents are involved.

    Email Management Solution (EMS)

     

    Volume is the leading indicator of the need for change from an individual email client based response solution to and Email Management Solution (EMS). As volumes grow, contact centres usually have to add more agents to the team. As a result, coordination and tracking become extremely difficult without the right tools. EMS will help streamline and automate the process of categorizing and routing emails to the right agent.

    EMS will further allow you to maintain complete interaction history for each customer, as well as associated related emails as a single case.
    SMS/Text
     

    Some customers prefer text over voice and find it more convenient. Through Automation, you can establish a two-way communication using SMS/text channel. The contact centre sends out a text notification, and customers can respond to the same text. This service can be enabled on toll-free numbers as well.

    Artificial Intelligence (AI)

    Create smarter, more intuitive interactions that will improve customer satisfaction. AI solutions enhance human decision-making, simplify operations, and automate processes.

    Sentiment Analysis – Know what your customer thinks! Capture customer sentiments before they are buried down. By using Natural Language Processing (NLP) and Machine Learning (ML) techniques, brands can extract sentiments on a real-time basis with a unique combination of statistical and linguistic modeling. Brands can engage better, identify issues and spot trends before they balloon into more significant concerns

    Voice Biometrics – Voiceprint identification allows businesses to use customer voice as an authentication mechanism. Call centers can now provide personalized and expedited interactions. This functionality can be used in IVR and live agent interactions, inbound and outbound, throughout the customer journey cycle. Furthermore, this can result in a lower cost of service and reduced business liability.

    Robotic Process Automation (RPA) – Automate business processes by developing tools that could analyze and improve customer engagement, customer experience, and increase business productivity. RPA eliminates the possibility of human error by logging every step with consistency and accuracy. Working with BOTs speeds up completion of operational processes without a break resulting in
    quick services to customer.

    Cognitive Analytics
    Cognitive Analytics will provide a 3600 view of customer’s journey which will help shape strategic planning, product development and process improvements throughout the organization

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  • Services 5.0

    Services 5.0

    Services 5.0

    Is Work from Home the next evolution of the Shared Service Function?

     

    During my time in running and setting up the Shared Service Function over the last 20 years, I have seen it evolve and adapt to changing business requirements.The typical evolution journey started with Centralisation of key functions, such as Finance, HR, IT, Call Centres, and other Admin capabilities (SS 1.0). This then progressed into Outsourcing and Off-shoring of these capabilities to specialist service providers located on-shore initially and then progressively off-shore, as the confidence in this capability was established (SS 2.0). These service providers used their expertise to Standardise the processes and brought in various technologies and tools to simplify and automate elements of the process. They were able to cross-leverage the learnings from one account by bringing this capability to their other customers. This worked very well for most of the companies and some businesses even set up their own captive Shared Service functions On-shore and Off-shore, if they had the scale and the business alignment to own and
    manage this service (SS 3.0)

    In recent years we have seen a growing trend to increase the scope and scale of automation, and companies together with their service providers have set up projects to leverage the emerging capability of RPA, AI, ML and Chat Bots. This automation has allowed the Shared Service functions to move the valuable human resource to more value adding work, taking on more sophisticated business services such as Marketing, Research, Customer Service, Complaints Handling, Outbound Calling, Sales support and other Commercial functions, such as Finance Reporting and Analysis, Budget creation and even HR employee advisory capabilities (SS 4.0).
    But with the advent of Covid 19, this function has been significantly impacted. The ability for these teams to work from home was set up as a BCP or DRP capability at best, but not as a work from home function. Covid 19 has required whole teams to operate from home for extended periods of 3-6 months.

    Companies had to hurriedly work out short-term solutions and set

    up quick fixes to help them tide over this emergency.
     

    But this event has now required us to look at this problem differently. Can we design the Shared Services as a function that can work from home as a regular business capability? This probably is the next evolution of the Shared Service Function?

     

    If we were to initiate this strategy (SS 5.0), what are the issues and
    challenges that we will need to resolve?

    Author – Sandeep Chitale

    Senior Vice President VIS Global

     

     Sandeep has spent over 20 years in the shared service function, initially at ANZ setting up the Operations capability for the bank in Bengaluru from 2003 to 2008 and then later at Asahi Beverages from 2009 to 2017 as he set up the shared service function back in country for the Schweppes business after it was off-shored by Cadbury but brought back in house post the acquisition by Asahi. This function then grew into a multi- function, multi business and multi- geography capability that had teams both on-shore and off-shore. Since 2017, Sandeep has been consulting with Small and Medium businesses to better manage these functions, leveraging emerging technologies of gamification, automation and improved communication and collaboration tools. Sandeep joined VIS Global in 2019, a technology services company, to drive the integration of technology into business processes as companies drive their digital transformation initiatives across their operational functions. If you are interested in discussing these challenges and the way forward, you can get in touch with Sandeep at sandeep.chitale@visglobal.com.au

    Technology – The first and most important issue would be – can this be technologically achieved both on- shore and off-shore? What are the changes we will need to make to the technology infrastructure to
    enable this method of working, where staff operate from home? Do they have laptops, do they have mobile phones or can they use their own devices? Can they log into the company network in a safe and
    secure way. Can the bandwidth in their homes handle the type of work they will need to perform from their homes? Will the core systems and the citrix arrangements work effectively in this type of geographic set up?


    Remote Management – The second most important issue would be work allocation and team management and support. How will the team leaders of these service teams, manage their units in such a distributed way? What training and skills will they need to be given? What tools and technology will need to be implemented to enable this type of teamwork to succeed and be effective in meeting business and customer service expectations.


    Digitised processes – The third most important issue would be the ability to manage entire business processes away from the office. We will need to ensure the end to end business process is digitised and there is the ability to track and manage this with a distributed workforce and yet have full visibility of process performance and service tracking, with reports and analysis of workflow volumes, backlogs and bottlenecks provided to the management team to help them take appropriate actions.


    Service Management – The fourth issue will be around Service Management – the ability to track, measure and report on service performance. Ensure there are clear processes for service escalation, a clear approval matrix for process exceptions, and ability to draw in experts to make judgement decisions, when problems are escalated and need to be resolved urgently. The governance process, the audit capability and the monitoring of compliance requirements will all need to be considered in designing these capabilities.

     

    Performance Management – The final issue will be Team and Individual Performance Management, where by the shared service leadership is able to motivate, manage and reward and recognise staff and teams, whether it be tracking their regular performance metrics or recognising actions taken that were “above and beyond” their normally assigned roles. This type of Performance Management capability will be necessary to make the process fair and transparent to the whole team and to share more broadly with the business functions. New ways of working will need to developed to be able to operate effectively in this way.

     

     

    Call Centre Management – Where shared service functions run call centres or contact centres, there would be some very specific capabilities required for this function that will need to be developed and discussed separately in more detail. Issues such as call recording, regulatory compliance and specific call centre KPI tracking will need to be reviewed and redesigned as part of this full review. Covid 19 is changing the world and in some ways accelerating the changes we knew would come along at some stage. The shared service leaders will need to consider these challenges as they redraw their short, medium and long-term plans, so that they can be better prepared to operate in the post Covid 19 world.

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  • Drones In Space: How They Can Explore, Communicate, & Monitor The Final Frontier

    Drones In Space: How They Can Explore, Communicate, & Monitor The Final Frontier

    How Digital Technologies Can Transform The Retail Industry & Create New Customer Experiences

    Drones are not only useful on Earth, but in space as well. In this blog post, we will explore the uses and applications of drones for exploration, communication, and surveillance in outer space, as well as the potential benefits and challenges of this technology that exists today

    What are drones in space?

     

    Drones are unmanned aerial vehicles that can fly autonomously or remotely controlled. They have many applications on Earth, such as delivery, surveillance, agriculture, entertainment, and more. Additionally, they can also find applications in outer space for exploration, communication, and surveillance.

     

    Drones in space are not the same as drones on Earth. They must overcome distinct challenges, including the absence of air, extreme temperatures, radiation, and gravity. As a result, they require different technologies, like jets of gas or water vapour, solar panels, or nuclear power sources. Additionally, they must communicate with satellites or ground stations to receive commands and transmit data.

    How are drones in space used?

     

    Many drones in space have been launched or are planned to be launched shortly. Here are some of the examples of drones sent to space:

    Ingenuity: This small helicopter drone flew on Mars for the first time in April 2021. It was a historic achievement, as it demonstrated that it is possible to fly a drone in the thin atmosphere of Mars. Ingenuity used a small propeller to lift itself off the ground and a camera to navigate. It also used a radio to communicate with the Perseverance rover and relayed the signals to Earth via satellites.

    Dragonfly: This quadcopter drone will explore the surface and atmosphere of Titan, Saturn’s largest moon, in 2034. Titan has thick nitrogen-rich air and a complex organic chemistry. Dragonfly will use a nuclear power source to generate electricity and heat and a radioisotope thermoelectric generator (RTG) to communicate with Earth via satellites.

    CubeSats: These small satellites can be launched in groups or clusters to perform various tasks in the orbit. They can help in scientific experiments, communication, navigation, or surveillance. Some examples of CubeSats are LightSail 2, which used a solar sail to propel itself, and Planet Labs’ Dove satellites, which provide high-resolution
    images of Earth.

    What are the benefits of using drones in space?

     

    Drones in space have many potential benefits for science and humanity. They can help us learn more about the planets and moons in our solar
    system, their geology, climate, and potential for life. They can also help us test new technologies and prepare for future human exploration. They can also provide valuable services like mapping, monitoring, or relaying information.

    For example, Ingenuity helped the Perseverance rover to scout potential locations for collecting samples. Dragonfly will help us understand the origin and evolution of life on Earth and elsewhere. CubeSats can help us improve our communication networks, navigation systems, or weather forecasting.

    What are the challenges for drones in space?


    Drones in space also face many challenges and limitations. They must withstand harsh environments, such as extreme temperatures, radiation, dust storms, or meteorites. They must operate autonomously or with minimal human intervention, as the communication delays can
    be significant. They must be reliable and resilient, as repair or replacement is difficult if something goes wrong in outer space.

    For example, Ingenuity had to deal with temperatures ranging from -90°C to 40°C on Mars. Dragonfly will have to cope with low gravity and high winds on Titan. CubeSats have to avoid collisions with other satellites or space debris.

    Conclusion


    Drones in space are an exciting and promising technology that can help us explore, communicate, and monitor the final frontier. They have many applications and benefits for science and humanity. However, they also face many challenges and limitations that require innovative solutions and careful planning.

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  • How Digital Technologies Can Transform The Retail Industry & Create New Customer Experiences

    How Digital Technologies Can Transform The Retail Industry & Create New Customer Experiences

    How Digital Technologies Can Transform The Retail Industry & Create New Customer Experiences

    How Digital Technologies Can Transform The Retail Industry & Create New Customer Experiences The retail industry is facing unprecedented challenges as well as getting new opportunities as digital technologies such as artificial intelligence (AI), internet of things (IoT), augmented reality (AR), virtual reality (VR), and biometrics are reshaping how retailers interact with customers, optimize operations, and innovate products and services. In this blog post, we will explore some of the features and benefits of stores of the future that leverage these technologies to create personalized, immersive, and seamless shopping experiences.

    Personalized Shopping with AI and Biometrics

    DOne of the key features of ‘stores of the future’ is the ability to offer personalized shopping experiences to customers based on their preferences, behaviors, and emotions. AI and biometrics are the technologies that can enable this feature by collecting, analyzing, and acting on customer data.

    AI can help retailers understand customer needs and preferences by analyzing their online and offline behaviour, purchase history, social media activity, and feedback. AI can also help retailers offer personalized recommendations, promotions, and discounts to their customers based on their preferences and context. For example, AI can suggest products that complement or match the items that customers are browsing or buying, and it can also offer discounts or coupons based on their loyalty or purchase frequency.

    Biometrics can help retailers identify customers and authenticate their
    transactions by using their physical or behavioural characteristics, such as face, voice, fingerprint, iris, or gait. Biometrics can also help retailers measure customer emotions and satisfaction by using facial expression analysis, voice sentiment analysis, or heart rate monitoring. For example, when customers are browsing for a product or service, biometrics can help retailers detect customer confusion and offer suitable assistance or guidance accordingly.

    Immersive Shopping with AR and VR


    Another feature of ‘the stores of the future’ is the ability to offer immersive shopping experiences to customers by using AR and VR technologies. AR and VR can help retailers create virtual environments that simulate real-world scenarios or enhance reality with digital elements.

    AR can help retailers overlay digital information or content on top of physical objects or spaces, such as product details, reviews, ratings, or instructions. AR can also help retailers create interactive experiences that allow customers to try on products virtually, such as clothes, shoes, glasses, or makeup. For example, AR can help customers see how a product would look on them or in their environment before they buy it.

    VR can help retailers create fully immersive environments that transport customers to different locations or situations, such as a fashion show, a travel destination, or a game. VR can also help retailers create engaging experiences that allow customers to interact with products or services realistically. For example, VR can help customers test drive a car, explore a hotel room, or play a video game.

    Seamless Shopping with IoT

     

    A third feature of the stores of the future is the ability to offer seamless
    shopping experiences to customers by using IoT technologies. IoT can help retailers connect physical objects or devices to the internet and enable data exchange and communication between them.

    IoT can help retailers automate processes and tasks that improve efficiency and convenience for customers and employees and optimize rapidly. For example, IoT can help retailers use smart shelves that monitor inventory levels and alert staff when products need to be replenished or restocked; smart carts that scan products and calculate prices as customers shop; smart checkout systems that allow customers to pay without waiting in line; smart locks that allow customers to access their online orders from lockers; or smart sensors that track customer traffic and optimize store layout.
    IoT can also help retailers collect data and insights that improve decision- making and innovation for products and services. For example, IoT can help retailers use smart tags that track product performance and quality; smart cameras that can analyze customer behaviour and preferences; smart mirrors that collect feedback and suggestions; smart speakers that will answer customer queries; or smart wearables that constantly monitor customer health and wellness.

    Conclusion

     

    The retail industry is undergoing a massive transformation as digital technologies such as AI, IoT, AR/ VR, and biometrics are reshaping how retailers interact with customers optimize operations, and innovate products and services. ‘Stores of the future’ will leverage these technologies to create personalized, immersive, and seamless shopping experiences that delight customers and drive the agrowth of society and mankind.

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  • How Cloud Computing and SaaS Can Transform Your Business

    How Cloud Computing and SaaS Can Transform Your Business

    How Cloud Computing and SaaS Can Transform Your Business

    Cloud computing and SaaS are two of the most popular and powerful trends in the technology industry today. They offer various benefits for businesses of all sizes and sectors, such as reducing costs, increasing scalability and enabling innovation. But what exactly are cloud computing and SaaS, and how can they help you achieve your business goals? Let’s go for a deeper dive:

    What is Cloud Computing?
    Cloud computing is the delivery of computing services such as servers, storage, databases, networking, software, analytics, and intelligence over the internet. Instead of buying, owning, and maintaining physical data centres and servers, you can access these technology services and technology infrastructure from a cloud provider on demand. Cloud computing enables faster innovation, flexible resources, and economies of scale. You typically pay only for cloud services you use, helping you lower your operating costs, run your infrastructure more efficiently, and scale as your business needs change.

    There are three main types of cloud computing services:

    Infrastructure as a Service (IaaS): This provides the basic building blocks for cloud IT, such as servers, storage, and networking. You can rent these resources from a cloud provider and use them to host your own applications or data.

    Platform as a Service (PaaS): This provides a platform for developing, testing, and deploying applications without worrying about the underlying infrastructure. You can use the tools and services provided by the cloud provider to create your own software solutions. Software as a Service (SaaS): This provides users with access to a vendor’s
    cloud-based software. You do not install applications on your local devices. Instead, the applications reside on a remote cloud network accessed through the web or an API.

    What is SaaS?

    SaaS is a type of cloud computing that provides users the access needed to a vendor’s cloud-based software. The users do not have to install the applications on their local devices. Instead, the applications reside on a remote cloud network accessed through the web portal or an API.

     

    Through SaaS, cloud providers host and manage the software application and underlying infrastructure. It also helps them handle maintenance such as software upgrades and security patching. Users usually connect to the application over the internet through a web browser on their phone, tablet, or PC.

    Some examples of popular SaaS applications are:

     

    Gmail: The World’s most popular web-based email service that allows users to send and receive messages, manage contacts, and organize
    their inboxes.

     

    Dropbox: This file hosting service allows users to store and share files online and sync them across devices.Salesforce: A customer relationship management (CRM) a platform that helps businesses manage their sales, marketing, customer service, and analytics.

     

    Zoom: A videoconferencing platform that lets you create or join any online meetings, webinars, chat, and collaboration.

    Why Use Cloud Computing and SaaS?
     

    Cloud computing and SaaS offer many benefits for businesses of all sizes and sectors. Some of the main advantages are:

     

    Reduced time to benefit: Cloud computing and SaaS allow users to access and use software applications without installing or configuring them on their own devices. This reduces the time spent on installation and configuration and thus minimizes the number of issues that might interfere with software deployment.

    Lower costs: Cloud computing and SaaS can provide cost savings since they usually reside in a shared or multi-tenant environment, where the hardware and software license costs are low compared to the traditional model. Users pay only for the cloud services they use, thus helping lower their operating costs. Maintenance costs are also reduced since the cloud providers own and manage the environment.

    Scalability and integration: Cloud computing and SaaS offer advantages in calability and integration over the traditional model. Users can readily scale up or down their cloud service usage as per their needs without having to invest in additional hardware or software. Cloud computing and SaaS enable integration with other cloud-based services or applications, creating more possibilities for innovation and collaboration.

    New releases (upgrades):
    With cloud computing and SaaS, the cloud providers handle the upgrades of the solution, making them available to their customers. The costs and efforts related to upgrades and new releases are lower when compared to the traditional model, which typically requires users to purchase an upgrade package, install it, or pay for specialized services to facilitate environment upgrades.

    Easy to use and perform proof-of-concepts:
    Cloud computing and SaaS provide ease of use and proof-of-concept benefits. As they come pre-equipped with best practices and samples,
    users can conduct proof-of-concepts and test software functionality or new release features beforehand. Users can also have multiple instances with different versions, facilitating a seamless migration process.

    How to Get Started with Cloud Computing and SaaS?
    If you are interested in using cloud computing and SaaS for your business, then you need to consider some factors before choosing a provider and a solution. Some of these factors are:

    Your business needs and goals: You need to identify what problems you want to solve and what benefits you want to achieve with cloud
    computing and SaaS. You also need to define your budget and your timeline for implementation.

    The type and level of service: You need to decide which type of cloud computing service (IaaS, PaaS, or SaaS) and which level of service (public, private, or hybrid) best suits your needs. Additionally, you need to compare the features, performance, security, reliability, and support of different providers and solutions.

    The migration and integration process:
    You need to plan how to migrate your existing data and applications to the cloud and integrate them with other cloud-based or on-premise systems. You also need to consider the potential risks and challenges of the migration and integration process and how to mitigate them.

    The ongoing management and optimization: The ongoing management and optimization: You need to monitor and measure the performance, usage, and costs of your cloud services and applications and optimize them accordingly. You also need to ensure that your cloud environment is secure, compliant, and up-to-date.

    Conclusion
    Cloud computing and SaaS are powerful technologies that can transform your business by reducing costs, increasing scalability, and enabling innovation. They offer many benefits for businesses of all sizes and sectors, but they also require careful planning and management.

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  • Blockchain: How Distributed Ledger Technology Can Enhance Security, Transparency, & Efficiency In Business Transactions & Processes

    Blockchain: How Distributed Ledger Technology Can Enhance Security, Transparency, & Efficiency In Business Transactions & Processes

    Blockchain: How Distributed Ledger Technology Can Enhance Security, Transparency, & Efficiency In Business Transactions & Processes

    Blockchain: How Distributed Ledger Technology Can Enhance Security, Transparency, & Efficiency In Business Transactions & Processes Blockchain is one of the most innovative and disruptive technologies of the 21st century. It has the potential to transform various domains such as finance, supply chain, and healthcare, by enabling faster, cheaper, and more secure transactions and processes. But what exactly is blockchain, and how does it work? In this blog post, we will explore the basics of blockchain technology and some of its applications and challenges in detail.

    So, what is Blockchain?

    Blockchain is a system that records transactions in a database and is made up of ‘blocks’ of data that are ‘chained’ together. Each block contains a timestamp, a cryptographic hash of the previous block, and a set of transactions. These transactions are validated by a network
    of nodes (computers) that use a consensus mechanism to agree on the state of the ledger. Once a block is added to the chain, it cannot be altered or deleted without affecting the subsequent blocks. This makes the blockchain a secure,transparent, and immutable record of transaction.

    What are the Benefits of Blockchain?


    Blockchain has many advantages over traditional systems that only rely on centralized authorities or intermediaries to verify and process transactions. Some of these benefits are Security: Blockchain transactions are encrypted and verified by the network, making them resistant to fraud, hacking, and corruption. Blockchain also eliminates single points of failure that can compromise the system’s integrity.

    Transparency:

    Blockchain transactions are visible to all participants in the network, making them accurately auditable and accountable. Blockchain also ensures that all the parties have access to the same information and can trust its accuracy and validity.

    Efficiency:

    Blockchain transactions are faster and cheaper than conventional methods, as they do not require intermediaries or intermediaries fees. Blockchain also reduces errors, delays, and redundancies in the system.

     

    Where is Blockchain technology used the most?

     

     

    Blockchain has many potential applications in various domains such as finance, supply chain, and healthcare. Now, let us look at some examples of how blockchain can be used in these sectors:

     

     

    Finance: Blockchain can enable faster and cheaper cross-border payments, reduce fraud and intermediaries, and improve financial inclusion and transparency. For example, some banks and financial institutions use blockchain to facilitate remittances, trade finance, and digital identity verification. Blockchain can also support the development of cryptocurrencies, stablecoins, and central bank digital currencies (CBDCs), which can offer alternative forms of money
    and payment systems.

     

     

    Supply Chain: Blockchain can improve the traceability, visibility, and accountability of products and materials across the entire value chain. Blockchain can help you verify the origin, quality, and authenticity of goods, prevent counterfeiting and theft, and optimize inventory and logistics management. For example, some companies use blockchain to track the provenance and condition of food, pharmaceuticals, diamonds, and other commodities. Blockchain can also enable smart contracts, which are self- executing agreements for automating transactions and enforcing compliance.

    Healthcare: Blockchain can enhance the security, privacy, and interoperability of health data and records. Blockchain can help you protect your patient data from unauthorized access and tampering,
    enable patients to control their data and share it with trusted parties, and facilitate the exchange of information among different healthcare providers and systems. For example, some projects use blockchain to store and transfer electronic health records (EHRs), medical images, genomic data, and other health-related information. Blockchain can also support the management of the medicine supply chain, the donation of blood, organs, and tissues (BOTs), and research on diseases and treatments.

    Now, let’s discuss some of its Challenges!


    Blockchain is not a perfect solution. It has some challenges and limitations that need to be addressed before it can be widely adopted in various industries. Some of these include:

     

    Scalability: Blockchain transactions are limited by the size and frequency of the blocks, which can affect the speed and throughput of the system. As more and more transactions are added to the ledger, the blockchain becomes larger and more complex, requiring more storage and computing power from the nodes.

    Interoperability: Blockchain systems are often isolated and incompatible with each other, making it difficult to exchange data and value across different platforms and networks. There is a need for common standards and protocols to enable interoperability among various blockchain solutions.

    Regulation: Blockchain transactions are often decentralized and borderless, which can pose challenges for regulatory compliance and oversight. There is a lack of clarity and consistency on how blockchain is regulated and governed in different jurisdictions and sectors. There is also a risk of legal disputes and conflicts arising from blockchain transactions and contracts.

     

    Governance: Blockchain transactions are often governed by the rules and incentives of the network, which can vary depending on the design and implementation of the system. There is a need for effective governance mechanisms to ensure the security, stability, and sustainability of the blockchain network, as well as to resolve disputes and conflicts among participants.

     

    Education: Blockchain technology is still a relatively new and complex technology, which can create barriers to adoption and innovation. There is a need for more education and awareness of the benefits, risks, and opportunities of blockchain technology among various stakeholders, such as users, developers,regulators, and policymakers.

     

    Social Acceptance: Blockchain technology can challenge the existing norms and paradigms of society, such as trust, authority, and identity. There is a need for more social acceptance and adoption of blockchain technology among various communities, cultures, and values.

    Conclusion
    Blockchain technology is a revolutionary innovation that can enhance security, transparency, and efficiency in business transactions and processes worldwide.It has many potential applications in various domains like finance, supply chain, and healthcare. However, there are also some challenges and limitations that we need to overcome before blockchain can be widely adopted for everyday use. Therefore,more research and development are needed to address these issues and utilize the full potential of blockchain technology.


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  • How Applied AI Can Transform Various Industries

    How Applied AI Can Transform Various Industries

    How Applied AI Can Transform Various Industries

    Artificial intelligence (AI) is the science and engineering of creating machines and systems that can perform tasks that normally require human intelligence, such as perception, reasoning, learning, and decision-making. AI has been advancing rapidly in recent years, thanks to the availability of large amounts of data, powerful computing resources, and innovative algorithms.

    AI can be divided into two categories: general AI and applied AI. General AI is the hypothetical ability of a machine to perform any intellectual task that a human can do. Applied AI is the use of AI technologies to solve specific real-world problems in various domains.

    Applied AI can bring many benefits to businesses and society, such as automating tasks, enhancing capabilities, and improving decision-making. However, applied AI also poses some challenges and risks, such as ethical, technical, and social issues. Therefore, it is important for businesses and society to understand the potential and limitations of applied AI, and to adopt best practices and standards to ensure its responsible and beneficial use.

    In this blog post, we will explore some examples of applied AI in different industries in Australia. We will also discuss some of the benefits and challenges of AI adoption for businesses in Australia.

    Marketing

    Marketing is one of the domains where applied AI can have a significant impact on you. Applied AI can help marketers better understand their customers’ needs, preferences, and behaviours; tailor their products and services to their customers’ segments; optimize their pricing and promotions; personalize their communication and engagement; measure their performance and impact; and innovate their campaign strategies and increase their effectiveness.

     

    For example:

    Koala: is an Australian online furniture retailer that uses applied AI to optimize its customer experience. Koala uses machine learning algorithms to analyze customer data from various sources (such as web analytics, and social media reviews) to segment its customers based on their demographics (such as age group), psychographics (such as personality traits), behaviour (such as purchase history), and feedback (such as satisfaction ratings).

    Koala then uses these segments to customize its website design (such as layout), product recommendations (such as mattress size), pricing (such as discounts), and communication (such as email campaigns) for each customer segment.

    Quantium: is an Australian data analytics company that uses applied AI to help its clients improve their marketing effectiveness. Quantium uses machine learning algorithms to process large amounts of data from various sources (such as transaction records) to generate insights into customer behaviour (such as purchase patterns), market trends (such as demand fluctuations), competitor actions (such as price changes), and external factors (such as weather conditions). Quantium then uses these insights to provide its clients with predictions (such as sales forecasts), recommendations (such as optimal product mix), and optimizations (such as dynamic pricing) for their marketing decisions.

    Here are some of the benefits of using applied AI to run marketing campaigns:

    Increased customer satisfaction by pitching more relevant products/services according to their needs.
    Increased customer loyalty by providing a more personalized form of communication/ engagement.
    Increased customer acquisition by building more effective promotions/ campaigns based on data.
    Increased customer retention by providing more timely feedback /resolution with the help of automated AI communication tools.
    Increased revenue by offering more optimal pricing/ strategies based on market and industry trends.

     

    Education
    Education is another domain where applied AI can have a significant impact. Applied AI can help educators better understand their students’ needs, abilities, and progress; tailor their curriculum and pedagogy to their students’ levels; optimize their assessment and feedback; personalize their instruction and support; measure their performance and impact; and innovate their teaching process and strategies.

    For example


    OpenLearning is an Australian online learning platform that uses applied AI to enhance its learning experience. OpenLearning uses machine learning algorithms to analyze student data from various sources (such as course activities, quizzes, and discussions) to segment its students based on their learning styles (such as visual, auditory, kinesthetic), learning goals (such as knowledge, skills, attitudes), learning outcomes (such as grades, completion, satisfaction), and learning feedback (such as comments, ratings). OpenLearning then uses these segments to customize its course design (such as content, and format), course recommendations (such as topics, and courses), course delivery (such as pace, and mode), and course evaluation (such as rubrics, badges) for each student segment

    Literatu is an Australian data analytics company that uses applied AI to help its clients improve their education outcomes. Literatu uses machine learning algorithms to process large amounts of data from various sources (such as student records, test scores, and surveys) to generate insights into student performance (such as strengths, weaknesses, and gaps), student engagement (such as attendance, participation, motivation), student well-being (such as stress, anxiety, happiness), and student potential (such as interests, talents, aspirations). Literatu then uses these insights to provide its clients with predictions (such as achievement forecasts), recommendations (such as intervention plans), and optimizations (such as resource allocation) for their education decisions.

    Literatu is an Australian data analytics company that uses applied AI to help its clients improve their education outcomes. Literatu uses machine learning algorithms to process large amounts of data from various sources (such as student records, test scores, and surveys) to generate insights into student performance (such as strengths, weaknesses, and gaps), student engagement (such as attendance, participation, motivation), student well-being (such as stress, anxiety, happiness), and student potential (such as interests, talents, aspirations). Literatu then uses these insights to provide its clients with predictions (such as achievement forecasts), recommendations (such as intervention plans), and optimizations (such as resource allocation) for their education decisions.

    These are some of the benefits of using applied AI in education:
    Increased student satisfaction by providing a more effective curriculum.
    Increased student engagement and potential by providing more personalized individual instruction/ guidance/opportunities.
    Increased student achievement by providing more effective assessment/ feedback.

     

    Manufacturing


    Manufacturing is another domain where applied AI can have a significant impact. Here, applied AI can help manufacturers better understand their production processes, resources, and outputs; tailor their products and services to their customers’ needs; optimize their operations and logistics; enhance their quality and safety; measure their performance and impact; and innovate their offerings and strategies based on data and more realistic and effective projections.

    For example:   Titomic is an Australian additive manufacturing company that uses applied AI to revolutionize its production process. Titomic uses machine learning algorithms to analyze production data from various sources (such as sensors, cameras, scanners) to segment its production parameters based on their material properties (such as density, strength, durability), product specifications (such as shape, size, function), production requirements (such as speed, cost, efficiency), and production feedback (such as defects, errors, failures). Titomic then uses these segments to customize its production process (such as nozzle design), production control (such as temperature, and pressure), production optimization (such as layer thickness), and production evaluation (such as quality testing) for each production segment.

    Swinburne University of Technology is an Australian research institution that uses applied AI to help its partners improve their manufacturing outcomes. Swinburne uses machine learning algorithms to process large amounts of data from various sources (such as industry reports, market research, and customer feedback) to generate insights into manufacturing trends (such as demand changes), manufacturing opportunities (such as new markets), manufacturing challenges (such as skills shortages), and manufacturing solutions (such as best practices).

    Swinburne then uses these insights to provide its partners with predictions (such as revenue forecasts), recommendations (such

    as product development), and optimizations (such as process improvement) for their manufacturing decisions.

    Here are some of the benefits of using applied AI in manufacturing effectively:

     

    Increased customer satisfaction by providing more customized products/ services.
    Increased customer loyalty by providing more reliable products/services.
    Increased customer acquisition by providing more competitive products/ services.
    Increased customer retention by providing more responsive products/services.
    Increased revenue by providing more efficient products/services.

    And some of the challenges of using applied AI in all these industries that needs special attention are:

     

    Maintaining data quality by ensuring the accuracy/
    completeness/timeliness of data sources.
    Assuring data privacy by ensuring the consent/ protection/security of production data.
    Maintaining data ethics by ensuring the fairness/
    transparency/accountability of data analysis.
    Strict data governance by ensuring the compliance/ standards/regulation of data usage.

    Conclusion

     

    Now, to sum it all up, applied AI is the use of artificial intelligence technologies to solve real-world problems in various domains. It can automate tasks, enhance capabilities, and improve decision- making in many industries. However, applied AI also poses some challenges and risks, such as ethical, technical, and social issues. Therefore, it is important for businesses and society to understand the potential and limitations of applied AI, and to adopt best practices and standards to ensure its responsible and beneficial use for all.

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