The Finance Sector’s Green Energy Journey

An important aspect of Digital Transformation in finance is the integration of green energy solutions into operations, aligning financial activities with sustainability goals. Embracing renewable energy not only reduces carbon impact but also offers cost- and operational-effectiveness benefits.

Solar Energy: Lighting Up Financial Establishments

Financial institutions can use solar energy as a flexible and affordable renewable energy source to power their branches, offices, and data centers. Solar panel installations on roofs or neighboring properties can lower energy expenses dramatically and show a commitment to sustainability. Furthermore, developments in solar technology guarantee a steady and dependable energy source, which supports operational stability.

Energy-Efficient Structures: Greening the Financial System

For financial organizations trying to maximize energy use, investing in energy-efficient building design and technologies is essential. By putting in place smart lighting, HVAC, and insulation solutions, energy waste can be decreased while simultaneously increasing worker comfort and output. In addition to being ecologically friendly, green buildings draw eco-aware investors and customers.

Using Renewable Energy to Drive Innovation

Innovation is key to the banking industry’s success, and incorporating renewable energy solutions creates new opportunities for expansion and uniqueness.

Wind Power: Making the Most of Investments in Clean Energy

Financial organizations can diversify their investment portfolios by utilizing wind energy, which is an appealing prospect. In addition to producing returns, financing wind farms and other renewable energy projects speeds up the shift to a low-carbon economy. Financial institutions can reduce investment risks related to fossil fuels and effect significant change by endorsing renewable energy initiatives.

Green Finance: Encouraging Investments in Sustainability

Financial organizations can direct cash toward projects that benefit the environment by using green finance, which includes green bonds and loans connected to sustainability. Finance institutions may accelerate the shift to a greener economy and provide favorable social and environmental results by encouraging investments in renewable energy infrastructure, energy-efficient technology, and sustainable development.

Encouragement of Environmental Care and Corporate Social Responsibility

Sustainability is a commitment to ethical leadership and conscientious business practices, not merely a fad.

Corporate Social Responsibility (CSR): Combining Business Values with Sustainability

Using green energy is in line with CSR (corporate social responsibility) goals, which improve financial institutions’ credibility and reputation. Finance firms can attract socially conscious clients and investors who value sustainability in their decision-making by showcasing their commitment to environmental stewardship.

Carbon Offsetting: Reducing the Impact on the Environment

Financial organizations that participate in carbon offset programs can reduce their carbon footprint. These initiatives provide funding for programs like methane absorption, reforestation, and the development of renewable energy sources in areas with significant potential for reducing emissions. Finance firms can offset their environmental effect and help fight climate change globally by sponsoring carbon offsetting projects.

Eco-Friendly Data Centers: Minimizing Environmental Impact

Although they are essential to contemporary financial operations, data centers have high energy consumption. Making the switch to renewable energy-powered data centers, such as solar or wind power, can greatly lower the carbon footprint related to data processing and storage. Investing in green data infrastructure improves financial institutions’ overall environmental performance by lowering operating costs and supporting sustainability objectives.

Transforming Finance With Flexsin’s Green Energy Solutions

At Flexsin, we’re experts at providing customized green energy solutions to the banking sector. Financial institutions can generate long-term cost savings, streamline operations, and lower their carbon footprint with our experience in green financing solutions, solar installations, and energy-efficient building retrofits.

The banking sector can be a catalyst for significant change by adopting green energy practices. At Flexsin, we’re dedicated to working in tandem with financial institutions to develop cutting-edge sustainable solutions that improve productivity, encourage environmental responsibility, and have a good social impact. Come along as we pave the way for the finance sector to have a more sustainable and greener future.

Together, let’s make the most of green energy’s potential to revolutionize finance and create a future where sustainability is a reality rather than simply an ideal. To start your journey towards a greener, brighter tomorrow, get in touch with us right now.

Why Manufacturing Needs to Use Green Energy

Conventionally, the manufacturing sector uses a lot of energy and mostly generates power from fossil fuels. This reliance produces operational risks because of supply chain vulnerabilities and variable energy costs, in addition to being a major contributor to carbon emissions. The use of renewable energy sources, such as hydroelectric, solar, and wind power, offers an attractive alternative.

Solar Energy: Providing Light on the Way to Sustainability

Manufacturers have a viable option to lower their energy expenses and carbon footprint at the same time with solar energy. Clean electricity can be produced by installing solar panels on factory roofs to run equipment and lighting. Furthermore, improvements in solar technology have increased its effectiveness and reduced its cost, guaranteeing a consistent supply of renewable energy year-round.

Wind Power: Advancing Manufacturing

For manufacturing facilities situated in windy areas, wind turbine power can offer a reliable and sustainable source of electricity. Wind farms can be built close to industrial areas to provide manufacturers with clean energy directly, minimizing their impact on the environment and lowering their need on traditional grid electricity.

Hydroelectric Power: The Circulation of Enduring Production

Hydroelectric power is especially useful for firms who are located close to rivers or other bodies of water. The steady emission-free electricity produced by hydroelectric facilities makes them a dependable energy source for industrial processes and heavy machinery.

Increasing Productivity and Cutting Expenses

In addition to having positive effects on the environment, incorporating green energy solutions into manufacturing processes improves productivity and affordability. Over time, operating expenses can be significantly reduced when renewable power sources are combined with energy-efficient technologies.

Energy Storage Options: Strengthening Production Sustainability

Manufacturers can store extra renewable energy for use during periods of peak demand or in situations where renewable sources are not easily accessible by implementing energy storage technologies, such as lithium-ion batteries. This guarantees continuous operations and increased adaptability in energy management.

Integration of Smart Grids: Creating the Foundation for Industry 4.0

Manufacturers can improve energy use by combining smart grid technology with renewable energy sources, taking into account demand predictions and real-time data. Industry 4.0-aligned production processes become smarter and more adaptive because to this synergy.

A Future Vision That Is Sustainable

The manufacturing sector may spur innovation and competitiveness while supporting international sustainability goals by adopting green energy. Making the switch to renewable energy is good for business, improves stakeholder participation, and helps the environment.

Biomass Energy: Promoting Sustainable Resources Culture

Biomass energy is an additional practical choice for sustainable manufacturing. It is produced from organic resources like forestry residues, crop waste, or special energy crops. Through the use of techniques like anaerobic digestion and pyrolysis, businesses may transform biomass into biofuels or biogas, thereby producing clean energy while cutting down on waste and greenhouse gas emissions. By producing energy in a circular manner, local economies are supported and resource efficiency is encouraged.

Energy-Efficient Infrastructure: Cutting Edge Green Production Techniques

Investing in machinery and infrastructure that uses less energy is essential to streamlining production lines. Modernizing HVAC (heating, ventilation, and air conditioning) systems, lighting controls, and motors to high-efficiency models not only saves energy but also improves output and comfort for employees. Manufacturers can reduce their environmental impact and increase operational efficiency by incorporating sustainable design principles and green construction techniques.

Partner With Flexsin To Empower Manufacturing Industry Using Green Energy Technologies

Customized green energy solutions that meet your production needs and sustainability goals are our specialty at Flexsin. Our staff is committed to assisting your business in making the switch to a greener, more productive manufacturing model, from solar installations and wind farm partnerships to energy audits and efficiency improvements. Together, we can unleash the power of renewable energy and bring about constructive transformation in the manufacturing sector.

By working together, we can develop the manufacturing industry to be more robust and sustainable, with an emphasis on operational excellence and environmental responsibility. Come along on this life-changing adventure toward a more environmentally friendly future.

VIRTUAL MACHINES: CREATING THE FOUNDATION

VMs or virtual machines build and strengthen cloud computing’s foundation, enabling businesses to create and handle different computing resources on demand.

• AWS’s Amazon Elastic Compute Cloud (EC2) offers a flexible and secure infrastructure that implements VMs. EC2 comes with a host of workloads, pricing options, and instance types.
• Get scalable computing options with Azure’s Virtual Machines. These VMs are versatile and can work on Linux and Windows operating systems. Best of all, Azure can integrate with Microsoft services to help your business amplify its productivity, efficiency, and more.
• Google’s GCP offers Compute Engine. This platform brings high-performance VMs that can be tailored easily. Compute Engine focuses on performance and speed and is ideal for performing data-heavy tasks.

KUBERNETES: ORGANIZING CONTAINERS

Orchestrating containerized applications in cloud computing can help gain incredible traction. Here is where Kubernetes comes into play. Kubernetes has emerged as a reliable platform for organizing different containerized applications.

• Amazon offers EKS, which is expanded to Elastic Kubernetes Service. AWS streamlines Kubernetes management, empowering users to implement, manage, and scale different containerized applications.
• Azure Kubernetes Service, which is also known as AKS, is Microsoft’s vision to streamline Kubernetes deployment and automate every operational task.
• GKE or Google Kubernetes Engine is GCP’s asset to provide a managed Kubernetes service that is best suited for scaling, managing, and automating deployments.

STORAGE: MANAGING DATA ON THE CLOUD

If a business deals with several datasets, it will have to seek efficient storage solutions. Every cloud provider has its suite of storage services.

• AWS offers Simple Storage Service (S3) – an object storage service that is scalable and engineered for high availability and durability.
• Microsoft Azure brings Blob Storage, which helps store unstructured data with no hassles while integrating it with different Azure services.
• GCP offers Google Cloud Storage that unifies object storage with cutting-edge data management and global scalability features.

DATABASES: HANDLING DATA EFFECTIVELY

A database is at the core of almost every application. Cloud providers bring managed database services to facilitate maintenance and deployment.

• AWS offers RDS, which is expanded as Relational Database Service. RDS offers different database engines, offering patch management, scalability, and automated backups.
• Azure brings SQL Database – a completely managed relational database service with high intelligence that maximizes security and performance.
• GCP offers Google Cloud SQL, which offers PostgreSQL, SQL Server, and MySQL databases, ensuring automated backups and high availability.

MACHINE LEARNING: BUILDING INTELLIGENT APPLICATIONS

ML or machine learning services help people build intelligent applications even if they lack deep ML expertise.

• AWS offers Amazon SageMaker – an extensive ML platform for preparing, training, and deploying datasets.
• Microsoft brings Azure Machine Learning to help organizations build extensive ML workflows with dedicated tools for data preparation, deployment, and model training.
• GCP provides a Google Cloud AI Platform that offers an array of ML tools, including serving, model training, and data labeling.

ANALYTICS: GAINING ACTIONABLE INSIGHTS FROM DATA

Businesses require actionable insights into their datasets, enabling organizations to build an extensive culture of data-driven decision-making.

• AWS offers Amazon Redshift – an end-to-end data warehouse service engineered for OLAP or online analytical processing queries.
• Microsoft brings Azure Data Lake Storage, which is built for big data analytics and supports a growing array of analytics software.
• GCP offers Google BigQuery, which is a fully scalable data warehouse that delivers high-quality analytics that drives business intelligence.

SECURITY: SAFEGUARDING ASSETS

When it comes to cloud computing, security is of paramount importance. Every provider brings access and identity management solutions.

• AWS offers Identity and Access Management (IAM). This solution helps AWS monitor permission and user access.
• Azure offers Active Directory (AD). Through this access and identity management solution, Microsoft helps customers integrate cloud ecosystems and on-premises environments seamlessly.
• Identity and Access Management (IAM) from GCP centralizes control over user resources and accessibility.

KEY DIFFERENCES AMONG THE CLOUD SERVICE PROVIDERS

While you are selecting a cloud provider for your business, you should take into account the following factors:

• Features: AWS brings a huge selection of services, making it ideal for managing several workflows. GCP and Azure also bring competitive offerings that may have strengths in specific areas.
• Pricing: AWS is quite expensive, which should be followed by Azure and then GCP. An ideal way is to analyze your cost projects and budget and then identify a cost-effective solution.
• Regional Availability: AWS offers a broad global presence, which is followed by Azure and then GCP. Because of this reason, factor in your company’s geographical requirements before finding a cloud provider.
• Easy to use: Azure and GCP have a user-friendly interface and intuitive workflows. On the other hand, AWS has a sharp learning curve.

FINDING AN IDEAL CLOUD PLATFORM FOR YOUR BUSINESS

Finding a suitable cloud provider is contingent on your company’s unique requirements:

• If you want a lot of features and wide regional availability, AWS will be your go-to choice.
• GCP and Azure may become preferable for businesses that look for competitive pricing and are quite budget-conscious.
• GCP is a viable option for organizations that prioritize intuitive interfaces and ease of use.

ASSOCIATING WITH FLEXSIN: A RELIABLE CLOUD CONSULTING COMPANY

Navigating the complexities that come with cloud computing can be painful for most businesses. Because of this reason, you would like to partner with a cloud computing company. And your search for a trusted cloud consulting company will end with us. We understand the always-evolving and fast-paced cloud computing landscape. Because of our deep expertise in Azure, GCP, and AWS products and services, we help you make an informed choice. Our cloud consultants have the in-depth capability to maximize the value of your next cloud investment.

CONCLUSION: UNLOCK CLOUD COMPUTING POWER

Cloud computing helps businesses improve their efficiency, minimize costs, and speed up innovation. However, you would have to find an ideal cloud services provider through which you can get the most out of every cloud deployment. We are your trusted cloud consulting partner that will help you optimize your cloud journey. Connect with us today and learn how our cloud consulting servicing can support your business in the dynamic digital landscape.

Reason 1: Driving Reliability And Performance

 Cloud hosting will help your company unleash reliability and superior performance when compared to conventional legacy hosting. Powered by cloud hosting, your web application or website is hosted on a cluster of servers, ensuring your business remains accessible even during high traffic volumes or server failures. Cloud hosting providers deploy different load-balancing techniques that distribute workloads across a range of servers while reducing downtime and maximizing performance. Cloud hosting companies leverage the power of many services to deliver accelerated response times, uninterrupted service availability, and high website speed.

 Reason 2: Improving Scalability

 Cloud hosting brings the benefit of high scalability. That means your business, which hosts its digital assets on the cloud, can scale resources seamlessly depending on demand. Legacy hosting will restrict your business with physical services, but cloud hosting will let it ramp up or down resources. This flexibility will help your company handle sudden traffic spikes with zero slowdowns or disruptions. Cloud hosting will also enable your business to add or remove multiple resources, such as storage, RAM, and CPU, seamlessly. That way, your organization can accommodate growing user demands and optimize costs.

 Reason 3: Strengthening Security

Your business will have to ensure maximum security before it hosts its applications and data on the cloud. Fortunately, cloud hosting offers built-in security features that exceed the security offerings of any traditional legacy hosting solution. Cloud hosting providers offer strict security measures, such as data encryption, fail-safe firewalls, periodic data backups, and continual monitoring. Additionally, cloud hosting companies bring dedicated security teams that specialize in safeguarding business assets against always-evolving cyber threats. Organizations that invest in cloud hosting can rest assured that their applications and data are protected from data breaches, unauthorized access, and miscellaneous security risks.

Reason 4: Realizing Cost-Efficiency

Cloud hosting offers businesses cost-efficient hosting plans when compared to legacy hosting. After all, conventional hosting requires your business to invest in networking equipment, physical servers, and multiple infrastructures. These investments lead to a sudden rise in upfront costs and regular maintenance expenses. On the other hand, cloud hosting – such as AWS hosting, Azure hosting, or GCP hosting – lets you choose a pay-as-you-go model. As per this model, you pay for only those resources you require. That means your business does not have to invest a sizable amount of capital on hardware and can minimize maintenance costs, too. Moreover, cloud hosting brings economies of scale, empowering businesses to benefit from minimized costs incurred by every unit of computing power.

Reason 5: Improving Business Continuity And Disaster Recovery

Businesses need to recover quickly and suffer minimal downtime in the face of natural calamities, hardware failures, or disasters. Cloud hosting offers exceptional disaster recovery support, ensuring business continuity when compared to conventional hosting services. Cloud hosting providers offer fully automated backup solutions, ensuring your organization’s data is backed up regularly and stored securely. When confronted with disruptions, your organization can restore its data and applications, reducing downtime and enabling smooth business operations. Undoubtedly, in terms of recovery capability and resilience, traditional hosting cannot hold a candle to cloud hosting solutions.

Finding A Trusted Cloud Consulting Services Provider

Businesses need to stay competitive in today’s digital age. For this reason, it is integral to find the right cloud hosting solution. Cloud hosting comes with a variety of benefits. It has become a smart choice for organizations that want to maximize performance, improve scalability, strengthen security, and raise cost efficiency. If your business is planning to migrate to a cloud or needs to optimize its existing cloud infrastructure, we have you covered. We are a trusted cloud consulting company that offers a suite of services, including cloud consulting, cloud application development, and managed services. Connect with our cloud engineers today to help your business unlock the complete potential of cloud hosting.

Given the complexities that businesses have to face to meet the demands of their global clientele and supply chain, it could be cost-prohibitive to maintain the costs of hardware and software for many organizations, especially SMBs. Add to this the costs of keeping a fully-functional in-house team, configuring installations, and securing and updating them on a regular basis. By accessing cloud services offered by the providers, companies can reduce their efforts and costs, and improve their productivity.

Cloud computing solutions, like Microsoft Azure, and Amazon Web Services (AWS) enable business to serve their customers efficiently and swiftly without owning expensive IT resources. Users will be able to save heavily on the costs of their hardware and software. The use of shared infrastructure provided by the cloud computing service provider means that it serves as a utility. The user will only pay for services they need, and scale up and down as per the business requirements. The next-generation cloud computing solutions are designed to let the users collaborate through their mobile devices.

Cloud computing solutions can be categorized in the below types:

Web-based services: Companies can select different web functions, instead of subscribing to the full-blown applications. For instance, you can use web-based services for accounting and payroll processing only. Web-based services allow you to choose the assortment of web applications as per your requirements. You can select individual services from multiple service providers, and use them with your existing solutions.

SaaS: Software-as-a-Service cloud computing solution provides multiple cloud tenant access to specific applications. Office 365 is one of the most commonly used SaaS applications by businesses. This Microsoft Suite product is available on a monthly subscription. The application provides a complete solution, owned and managed by Microsoft, and can be optimized to provide personalized experiences to the end-users.

IaaS: Infrastructure-as-a-Service cloud computing solution includes the key features of cloud computing, and provides cost-efficient access to various infrastructural elements to an organization, such as dedicated hardware, virtual machines, and storage space. IaaS serves as a foundation for SaaS and other cloud-based services. AWS and Windows Azure are the two common IaaS providers that enable you to outsource infrastructures, like backup and storage space.

PaaS: Platform-as-a-Service includes the hardware and operating systems needed to deploy and manage cloud applications. PaaS helps increase the efficiency of your platforms, without the hassles of planning, procuring, and maintaining the cloud solutions. PaaS and IaaS go hand-in-hand as you cannot run your infrastructure without having a platform to manage your IT infrastructure.

Shared and caged colocation: This cloud computing service enables the users to host their business-critical servers, equipment, and data applications, in a highly secure, reliable, and salable IT environment, with a dedicated cage with lock and key.

Flexsin’s cloud computing company eliminate unnecessary hardware, improve organizational mobility, save your money, and free up valuable space for your systems with its cloud computing solutions. Flexsin Technologies is the leading cloud computing service support provider that provides secure and flexible computing infrastructure support to businesses. Flexsin cloud computing company can also help you with various cloud deployment solutions. You can choose from:

Hosted: You will get complete cloud deployment with all the applications and services that you need for your everyday business operations. As the applications are already available to you, new ones can be developed by the cloud development company on a low or a high-level infrastructure, as required. Hosted cloud solutions are entirely managed and owned by the managed service provider.

Hybrid: The cloud deployment model involves a combination of on-premises infrastructure with hosted applications. Hybrid cloud can help you grow your business and move into the cloud while you connect your internal systems. It’s a great option for migrating slowly from on-premises to the hybrid cloud.

On-premises: Yes, cloud solutions can be on-premises. Your cloud computing development company will use virtualization and resource management tools. This deployment model is also known as Private Cloud, you will be provided with dedicated resources but not the complete functions of the cloud. It’s a great solution for those organizations who want to access the functions of the cloud, but also want to keep their sensitive resources private.

Cloud computing offers opportunities that aren’t available when new software services require the purchase of new hardware or software suites. Cloud computing is essential for the businesses looking for increased scalability, business continuity and cost efficiency. However, simply getting to the cloud doesn’t mean that you will immediately realize improved performance. Instead, it’s an iterative process of optimization and creating security by design. It effectively addresses IT-related inefficiencies, such as latency regarding application deployment, stagnant capabilities, and misutilization of resources.

Operating system-level virtualization by containers

Virtualized servers have enabled cloud adoption by abstracting applications and operating systems under single services. The virtual machine (VM) can run multiple applications through integrated stack or enhanced collaboration. Containers provide an operating system-level virtualization where VM applications run on a single operating system (OS), and reflect a level of abstraction above virtualization. Containers focus on the back-end of application development to interact with the web.

Docker and Kubernetes are the leading providers of orchestration software that provide the scaling capabilities to the enterprises to up and down thousands of containers on a daily basis, providing real-time cost efficiency to the clients. Google Cloud Platform (GCP) is an enterprise-friendly cloud due to its excellent capabilities in ERP (Enterprise Resource Planning) workloads, account management and analytics. Amazon Web Services (AWS) provides unmatched services for operations management, building on top of communications and messaging.

Edge and SASE computing are gaining adoption

Edge is the new cloud which bridges the gap between the centralized cloud and end-users, providing the users with low-latency applications and improved content performance. By integrating the network edge into their cloud strategy, developers can easily deploy services in the edge cloud without being concerned of managing more infrastructure or incurring additional operational overheads. Secure Access Service Edge (SASE) will gain adoption in the coming years. The network architecture combines software-defined WAN (Wide Area Network) capabilities and cloud-native network security services, including firewall as a service, secure web gateways, and zero-trust network access.

The rise of shared economy has brought serverless architecture to life in the cloud computing arena. It removes all barriers of a standard IT infrastructure. Users won’t have to purchase or rent the servers, instead, the cloud service provider will handle all this, allowing the organizations with more time and resources to deal with other issues.

Multi-clouds to breakdown barriers between the providers

As multi-cloud environments have started to develop, we will see the beginning of multi-cloud and joint provider cloud offerings that will accelerate go-to-market offerings for businesses. Serverless is the next evolution in Platform as a Service (PaaS) cloud service which offers a true computing paradigm. Developers can design and develop applications to work with serverless, rather than serverless being developed to work with current applications.

Cloud continues to evolve and grow

The ability to use on-demand cloud computing solutions, services and applications is providing impetus to organizations to rapidly accelerate their digital business transformation plans. Cloud services are being used by social media platforms to support their social impact. Facebook, Twitter, Instagram and Twitter use cloud to store pictures. Netflix, Amazon Prime, and Spotify use cloud to deliver us their content. The global retailer Walmart has launched its Cloud-Powered Checking (CPC) to enhance its entire Point of Sale (PoS) capabilities.

Driving agile and efficient IT delivery

Downtime is one of the great concerns of modern enterprises that provide round-the-clock services to the clients. All types of things can put their robust infrastructure out of action, like power cuts and natural disasters. On the other hand, as your data is stored on the internet in a cloud environment, you can access it anytime and from anywhere if you have access to the internet. With cloud, you can be assured of your business continuity, and no longer need to rely on the temperamental old IT resources. Cloud offers a combination of application development, DevOps functions and processes, big data and analytics, backup and disaster recovery, and real-time capabilities that drive agile and cost-efficient IT delivery to the end-users.

Cloud computing is the delivery of computing services including servers, storage, databases, and software over the internet. This allows for faster innovation, flexibility of scale, and economies of scale for a business. The user only has to pay for the cloud services they use, helping them lower their operating costs, and run the infrastructure more efficiently.

Before moving to a cloud computing software, you need to determine which type of cloud computing would be the right solution for you. There are three different ways to deploy cloud services, viz.

Public cloud

These are owned and operated by a third-party service provider that delivers computing resources like servers and storage over the internet. Google Cloud Platform (GCP), Amazon Web Services (AWS), and Microsoft Azure are examples of public clouds. All hardware, software, infrastructure and maintenance are owned and managed by the service provider.

Private cloud

You will have exclusive access to cloud computing resources provided by a single organization. A private cloud can be physically located on the company’s onsite data center. Some companies also pay third-party service providers to host their private cloud.

Hybrid cloud

It combines the features of both private and public clouds, bound together by technology that allows data and applications to be shared between them. Hybrid cloud allows for data and applications to move between public and private clouds, thus providing greater flexibility and more deployment options for businesses.

With cloud computing, businesses can benefit from the below:

Create cloud-native applications: Companies can take advantage of cloud-native technologies and approaches to quickly build, deploy and scale applications, such as containers, and DevOps, and API-driven communication.

Deliver software on-demand: Also known as Software-as-a-Service (SaaS), cloud computing lets companies gain access to the latest software versions and updates around the customers, as and when required.

Store, backup and recover data: Cloud provides companies with the advantage of moving data to an offsite cloud storage which is protected cost-effectively, and can be scaled up as well as per need.

Analytics: Cloud computing allows businesses to unify data across teams and locations in the cloud. They can use cloud services such as machine learning (ML) and artificial intelligence (AI) to uncover insights.

Types of cloud services

Software-as-a-Service (SaaS)

This most familiar form of cloud services helps in managing software and its deployment by third-party services. The provider hosts and manages the cloud, software applications, underlying infrastructure, and deals with maintenance issues, such as software upgrades and security patching.

Platform-as-a-Service (PaaS)

The solution is built on top of virtualization technology. The cloud computing solution is designed for the developers to help them quickly create web and mobile apps, without worrying about the underlying infrastructure of servers and storage.

Infrastructure-as-a-Service (IaaS)

This is the most basic type of cloud computing service available to companies. You gain access to highly scalable and automated computer resources with cloud storage and network capability. You rent IT infrastructure, servers and virtual machines (VMs), storage and operating systems, from the cloud provider, on a pay-as-you-go basis.

Serverless computing

The cloud computing solution focuses on building app functionality without spending time and effort in managing the servers and infrastructure. The cloud provider handles the setup, capacity planning, and server management issues. Serverless architecture is highly scalable and event-driven. Resources are used only when a specific function or trigger occurs.

The value proposition of cloud computing is too compelling. Cloud hosting has become the prevailing way by which companies are hosting their IT. As a leading cloud computing company, Flexsin Technologies can help you with all your requirements related to cloud computing solutions. Flexsin Technologies also provides co-location cloud services that enable our customers to host their business-critical servers, data, and applications, in a highly secure and power redundant environment.

With Flexsin cloud computing company’s solutions, you will benefit from:

• Best in class software-defined data center (SDDC) private cloud
• You gain the capability to extend SDDC to both private and public clouds
• Support for round-the-clock connectivity, management, and security

PaaS (Platform-as-a-Solution) solutions enable software engineers by simplifying the application development lifecycle, and offering faster time to market. PaaS will see growth in 2022 with the continued need of the remote workforce to access high-performing and scalable infrastructure, enabled with cloud-native applications. Cloud is being used to facilitate remote work environments so that companies could access the high-performing and scalable infrastructure that they require to scale up. Companies will continue to migrate workloads and use more PaaS resources to benefit from the maximized financial advantages offered by this device-independent platform.

Benefit with the cloud blueprint

Cloud provides business-specific blueprint for innovation and growth, and higher return on investment (ROI) across imperatives of innovation, compliance, and growth acceleration. Businesses in healthcare, insurance and finances can benefit from cloud blueprint by creating value-differentiated offerings that meet the demand of an organization.

Enterprise technologies are increasing in complexity as workplaces are becoming decentralized during the pandemic, which has validated the value proposition of cloud for SMBs that are increasingly migrating their functioning to the cloud. Exciting new cloud technologies are making it easier to instantly generate, process, and analyze data for improved outcomes by businesses.

Google Cloud Platform (GCP) has established itself as an enterprise-friendly cloud with its ERP (Enterprise Resource Planning), analytics and account management. Amazon Web Services (AWS) will further its progress in providing services for operations management and operations services, such as Amazon Chime, and Amazon Simple Queue Service. Microsoft Azure cloud is witnessing increasing adoption due to an increased level of trust that Google and Amazon cannot match. China’s Alibaba cloud took the number three spot for revenue in the global public cloud infrastructure market in 2021, behind AWS and Microsoft, as per a report by Forrester.

Edge is making inroads

Edge is the new cloud, with large vendors including IBM, Dell, and HPE, doubling down on the edge with cloud-like solutions deployable to anywhere. Content delivery networks and data center colocation vendors are offering edge computing services to businesses across thousands of local points of presence. Over the next three years, buyers are likely to shift their cloud strategies toward the edge to become more connected, and benefit from the innovation. Cloud portability helps businesses adopt multi-cloud strategies and focus more on portability, instead of focusing on functionality, procurement, and risk mitigation.

Simply getting to the cloud doesn’t automatically mean that you will see improved performance. It’s rather an iterative process of optimizing and creating security by design to match your company’s goals for the short and long term.

Facilitating co-working, co-creation, and co-innovation

Cloud facilitates co-working, co-creation, and co-innovation, both inside and outside the organization. It’s the right time for you to team up with an experienced and trusted cloud partner that can help your business move up the supply chain. The ability to use on-demand, scalable and cloud models to achieve cost efficiency and business continuity is facilitating the businesses to accelerate rapidly by providing them with the required impetus. The cloud is being stretched to process and coordinate information across Edge, blockchain, and IoT (Internet of Things). The technology is helping in modernizing the business core with data-driven strategies, and future-next horizon technologies.

As a leading cloud company, Flexsin Technologies can help in bridging the gaps between your IT team’s skills, and your company’s higher-level goals, so that everyone shares the same strategic vision. Leveraging its capabilities in cloud economics, Flexsin cloud computing solutions  provider company can help further optimize spending for you by focusing on the right growth opportunities for your organization. Cloud is fundamental to success in today’s hyper-connected world. Companies need to shift from ‘cloud as an option’ to a “cloud-first mindset”. It’s here that Flexsin can help you by bringing all elements together to innovate, such as technologies, processes and people, with a streamlined approach.

The technology giant Cisco has already predicted that cloud data centers will execute 94 percent of the workloads by this year. However, it is hard to tell whether your business is cloud-ready. If you are confused about moving your business to the cloud, then you are at the right place. Here, we will give three signs that show whether your business is ready to embrace the cloud.

Requiring more storage

Is your business running out of storage on its existing server? If so, then now is the best time to consider buying cloud space. It is completely feasible for you to add new servers or upgrade current ones, but moving to the cloud has its own perks. First of all, cloud storage is flexible; that means you can scale up or down the storage capacity as per your business requirements. On the contrary, upgrading your on-premise servers will be an expensive move as it will require future-proofing so that you can meet fresh demands down the road.

Supporting a remote workforce

With the COVID-19 pandemic, most organizations have adopted the remote working culture to protect their workforce. And this trend of working remotely is not going to change even in the post-pandemic world. That means businesses will rely on cutting-edge cloud services that will facilitate this shift more effectively. Bottom line: If you want to support your workforce remotely, you will need to invest in a robust cloud ecosystem. Once you have a solid cloud environment, you can store your data virtually, which can be accessed anytime by your employees.

File-sharing is getting too challenging

Being dependent on conventional ways of file sharing has slowed down most organizations. These methods are inefficient for sure. To make matters worse, traditional file sharing may even compromise security; for example, businesses using unauthorized file-sharing methods may lead to data leaks and other catastrophic incidences. However, businesses that use cloud-based file sharing methods improve their workforce’s efficiency and foster a collaborative culture. Besides, a robust cloud ecosystem will help all the relevant stakeholders view the same version of a document; this way, the possibility of having multiple versions of the same document is reduced considerably. Overall, a cloud-enabled file sharing system will make sure the process of uploading, viewing, and editing a file is streamlined.

Cloud-ready or not?

These are some of the most popular reasons that have encouraged many enterprises to move to the cloud. If you are still confused about whether your business is ready for the cloud, reach out to us. Our experts will analyze your business model and help you discover whether your enterprise is ready to leverage a cloud ecosystem.

Despite feeling a strong need for cloud solutions, enterprises cannot and should not approach migration without a strong strategy. That is why we are sharing three recommendations that will help businesses migrate to a cloud environment effectively.

Recommendation #1: Ensure the cloud strategy aligns with the business strategy

Business strategies vary to a great degree from one enterprise to another. So, it is important for infrastructure and operations leaders and enterprise architects to hammer out a cloud strategy that is in sync with an organization’s overarching business strategies. Whether the organization follows a B2B model or a B2C one, the alignment between its business strategy and cloud strategy is integral.

Recommendation #2: Prioritize cost reduction as the key driver

Questions related to the cloud’s cost always buzz in the mind of a business leader who is planning to migrate to a cloud environment. Is cloud cheaper than other on-premise alternatives? The answer to this question depends on multiple factors; these factors include the nature of workloads, the variety of cloud services opted for, and an organization’s specific circumstances. Generally, most businesses that have successfully carried out cloud implementations benefit from speed and innovation instead of costs.

Recommendation #3: Analyze all the potential migration routes

For most businesses, a cloud strategy comprises a concrete plan that features the possible routes of moving to an off-premise environment. Generally, these routes include rehosting, refactoring, and rebuilding. Businesses leverage rehosting for migrating an application with nominal efforts. On the other hand, refactoring enables businesses to use a cloud-managed database instead of moving the legacy databases to the cloud and internally controlling them. Last, rebuilding helps businesses recreate a strategic application that has a cloud-native architecture. With this architecture, the application will have elastic scalability and will operate on a pay-per-use pricing model.

Is it time for your business to make a move?

Businesses that want to thrive in the world that has changed by the COVID-19 pandemic should embrace the cloud. However, moving to the cloud is easier said than done unless a business has a migration road map in place. For building a robust migration strategy, we have shared our top three recommendations that will help accelerate the pace at which businesses step into the cloud.

According to Gartner, in spite of the economic downturn that has come hot on the heels of the COVID-19 pandemic, cloud spending is expected to rise. The aggressive demand for cloud-based business architectures is all set to rise in the future; this demand will generally come from top industries such as chemicals, automobiles, food and beverages, finance, pharmaceuticals, and more.

In this piece, we will analyze how COVID-19 is transforming cloud computing. We will explain two cloud-computing trends that have evolved in the wake of the pandemic. Knowing about these trends will empower enterprises to get cloud-ready. This way, businesses will embrace the cloud for serving their customers in a world that is radically shifting to a virtual, always-on business landscape.

Embracing the OPEX model

Before the pandemic, buyers of technology infrastructures were looking for a way of transitioning to a variable cost model for augmenting their networking, storage, and core computing capabilities. Enterprises are still looking for a cloud-enabled offering that would work on a pay-as-you-go model for accelerating the pace of this transition.

The COVID-19 crisis has only underscored this preference of adopting an OPEX solution instead of a CAPEX one. A survey showed that a large number of finance leaders claim that they are already planning to build an agile business ecosystem moving forward; this all-new cloud is expected to be more scalable and will also enable next-gen business agility.

Building a hybrid cloud ecosystem

Today, enterprises face a severe requirement that will not be met alone with a conventional data center. Instead, businesses are now looking forward to embracing a mix of cloud-enabled technology and intelligence tools. With the mix of different cloud technologies and tools, businesses are ready to uncover exciting growth opportunities.

To sustain the market share and make fresh inroads into accomplishing new gains, tech infrastructure enterprises should provide better management, connectivity, security, and orchestration. This way, customers will effectively operate and serve their clients in a hybrid cloud architecture.

The way forward

In the coming time, cloud spending and adoption will continue to rise. The demand for cloud-based OPEX models and hybrid cloud ecosystems will be intensified chiefly because of some industries. You have to figure out whether your business requires looking at the cloud through a fresh lens. With a fresh perspective on the cloud, your business will serve its customers better and grow faster in a world that stands disrupted by the coronavirus pandemic.

Pandemics or diseases with worldwide impact have always triggered the rapid innovations in various industries. We saw it in the rise of ecommerce post SARS virus, and now it is in elearning during the times of COVID-19 pandemic that has impacted the countries all over the world.  States and whole countries are closing institutions of learning as a response to the COVID-19 pandemic.

The countries around the world are at their varying rates of COVID-19 infection. More than 1.2 billion students in 186 countries are facing school closures. Teachers and students alike are looking for alternative ways to continue teaching and learning. There has been a sudden shift from the traditional classrooms to virtual classrooms, which has significantly increased the demand for online learning platforms and their adoption on a global scale.

Amidst the changing education landscape, students and teachers have to quickly adjust to new routines that mandate zero-touch with other students and while sharing learning material from others. Learning Management Systems (LMSs) have gained a strong foothold among the student community in such a scenario. Professionals who want to do continuing education courses for their career enhancement are also increasingly subscribing to online courses that they can complete while staying at home, eliminating the risk of COVID-19 and other viral infections.

Bolstering organizational capabilities

To facilitate the new-age digital learning in the times of COVID-19, elearning development solution companies are reinforcing their capabilities to provide unlimited video conferencing, document sharing, whiteboard learning and smart calendar scheduling among others to the learners. Features such as screen sharing allow the participants to make a presentation while still giving input with the help of a microphone. Content Management System or CMS technologies allow the teachers to store course content, test results and student records for future reference.

A good learning management system (LMS) provides reporting tools to generate and store progress reports of the participants. Artificial intelligence (AI) models can solve many problems of the users and create new realistic experiences compared to the traditional models that are linear and based on pre-programmed lessons.

An LMS platform gives you the ability to share all kinds of materials in all formats, such as videos, slideshows and games. Predictive Learning Analytics (PLA) reduces unproductive learning content or scrap learning. By analyzing the PLA data, an organization can better engage participants and teach more effectively.

LMS as a software-as-a-service (SaaS)

A cloud-based Software-as-a-service (SaaS) elearning development solution is a more cost-effective solution compared to an installed one. You don’t have to make a significant capital investment to purchase software on day one. SaaS-based LMS is usually available on an affordable monthly subscription. The cost is decided on your actual usage metrics. You won’t pay for the support, upkeep and maintenance, and will never be charged upgrade cost in the future. A SaaS learning management software allows you to spread the cost of the software across the year, instead of paying for a license per user.

Web applications with persistent capabilities

Web applications and elearning development solutions need to be pervasive, so you can upload files on Google Drive that can be easily accessed by all the program participants. You can use the software from anywhere and any device. So you can work on your eLearning strategy from any device at your most comfortable time.

Teachers can offer a great deal of content and 100% interactivity through video, audio and chat. Real- time notification allows the students to communicate with the teacher without interrupting the class. Students can learn faster at their own pace, as they can go back and re-read, or accelerate through concepts.

Ways to convert learning material into digital format:

Following three ways are often used to covert learning materials

SCORM: It’s a standard for packaging learning courses into special files that can be easily read by any compliant application.

LTI: It is used to connect a third-party cloud-based tool with another learning system.

xAPI: It is better suited for mobile learning (mlearning) applications, game-based learning and the latest trends involving augmented reality, artificial intelligence, blended learning and mixed reality.

Collaboration tools to promote inclusion and personalization of learning:

Three types of eLearning platforms are available:

Online learning: In this model, students take up a course they like. The user is served the content remotely. The administrator tracks the progress and issues certification upon the course completion.

Elearning marketplace: The virtual learning platform has students and teachers onboard. Students can choose the course and teacher they need. The platform offers interactive elements such as quizzes, gamification and progress tracking.

Web conferencing: Virtual classroom is provided to facilitate online group learning. Such platforms are used by universities and colleges that need to engage a large number of people into learning activities.

Clear buyer value

Clear buyer value is important for a business to market and sell its learning assets.  This value should be able to be viewed by the buyer through a short excerpt without purchasing anything. You can provide a short description of the platform, course, the number of credits to be earned, certifications and badges, etc.

Virtual classrooms can be used for hosting live seminars and conferences. Videos provide an easy way to teach and collaborate online with the program participants.

Feature-rich high-quality LMS

A high-quality LMS facilitates the users to receive eLearning from a variety of devices such as laptops, desktops, mobile phones and tablets. It should include all the solutions in the same educational environment for a successful learning experience. Having content in the cloud provides for easy availability and updating, without having to stop the teaching cycle. Educators can create and update content, and also publish it in an agile way.

You can offer paid lessons that users can buy and process at will. Free version or a free trial period can help in bringing learners while your paid version with extra benefits, personalization and priority services will help monetize your course content. Moreover, if a learner or a course vendor buys through your system, you can take a cut of the transaction

Let’s start your LMS together

The change in the education system and learning strategy has become necessary in view of the COVID-19 pandemic. Challenges in the conventional learning methods which are repetitive and involve fixed classroom learning can be overcome by a robust LMS.

The traditional model of classroom learning has become too old in the current tech-savvy era, and especially in view of COVID-19 novel coronavirus pandemic. Leveraging its over a decade if expertise in software development, Flexsin Technologies can develop and deliver smart LMS solutions that suit your business needs, be it an educational institute, university, school, college, governmental or non-governmental organization. We can design the architecture and structure the code of your LMS to be easily scalable and ready to take up the high load as the demand peaks.

We ensure that the deployment of LMS is simple so that you are up and running in no time.  You can easily integrate your LMS with your administrative system for seamless data exchange.

Many enterprises find that cloud migration comes with cost roadblocks and technical barriers. Nonetheless, moving to the cloud is a mission-critical decision all the same. Because of that, enterprises must have the right strategies for dissolving those roadblocks into building blocks that enable migration success.

Enterprises Are Making the Move to The Cloud

More and more businesses are shifting their operations to the cloud. Why? Here are some top reasons why enterprises are making this big move.

• Leveraging game-changing business models
• Using high-level analytics power
• Overcoming reliability concerns that come with the on-premise infrastructure
• Experiencing top-level agility
• Simplifying IT management
• Handling complex cost structures

These factors have motivated enterprises from different industrial backdrops to shift their fully fledged application portfolios to the cloud.

Most businesses have a gamut of legacy applications that sometimes do not sit well with a cloud ecosystem. So these applications must be optimized to run effectively inside any cloud environment. Which is why, it has become all the more essential to deploy the right set of strategies, along with proven leadership. That way, enterprises can streamline the way they move their operations to the cloud and do successful migrations.

So, now, let us dive deep into understanding the cloud migration strategies that enable enterprises in accelerating their modernization journeys more confidently.

Putting Migration Initiatives From Paper To The Real World

Building A Migration Plan

Documentation is important when it comes to executing a full-cycle cloud migration plan. Gathering all the documents is the first, and the most important, step in the migration journey. The documentation must include the following points.

• Factoring in the performance capacity of the on-premise server or servers
• Understanding the operating system deployed inside out
• Listing the complete packages on the server along with their versions
• Noting down the crontab entries of the existing users (if there are any)
• Getting a handle on all the available user accounts
• Configuring all the files of crucial utilities such as httpd/NGINX configuration, MySQL, and Mongo configuration
• Enabling the modules present in the web server
• Listing different websites running on the server (If, however, the site is a static one, then it is better to get the details about its document root and the size)
• Discovering all the processes executing on the server with ports
• Preparing a single-line description of every process
• Setting the server’s firewall rules
• Finding the traffic load that the existing server, or servers, receives
• Researching about the period when the server receives low traffic and peak traffic

Based on these data points, an end-to-end migration plan has to be documented. That plan must be holistic in the sense that it will list down different changes occurring during this migration process.

Selecting The Right Server

It is essential to understand which online server will have the right capacity in terms of memory, CPU, disk, and network performance. This decision must be taken after factoring in the top/htop command present on the on-premise server. Besides factoring in the top/htop command, an enterprise’s migration leadership will have to consider other parameters such as memory usage, network in/out, and load average to name a few. With the knowledge of these factors, the migration team will accelerate cloud migration.

Finding The Best Operating System

Picking the right operating system or OS plays a big role in the success of cloud migration. For instance, if an enterprise is adept at operating different versions of the existing OS or if it is completely familiar with the overall application architecture, then it will make sense to choose the best operating system for the job. On the contrary, if the application architecture is difficult to navigate and the enterprise is new to the whole migration business, then it is recommended to move ahead with the existing OS only. That way, all the migration efforts will deliver the best results.

Leveraging Standardized Tools For DB Migrations

Find standardized and properly managed tools for making sure that the database migration is done with zero hassle. For example, AWS, or Amazon Web Services, provides a suite of powerful database migration tools such as Schema Conversion Tool and Database Migration Service to name just a few. However, other tools such as MongoDB Cloud Manager and MySQL Workbench are also helpful when it comes to performing successful database migrations.

Optimizing The Server

Servers along with utilities have to be optimized at every important step in the migration journey. Every cloud migration leadership team must remember that everything must be tuned well for making the migration a success. For instance, Linux servers can be tuned in using so many different approaches. The servers, however, have to be tuned in keeping in mind different parameters such as CPU, memory performance, I/O operations, and network throughput. When it comes to optimization, different Java processes, databases, NGINX, PHP, and Apache tuning must not be kept on the back burner. Last but not least, get ready to configure all the essential crontab entries that are coming from previous on-premise servers.

Checking Different Applications For Errors

Before the migration begins, it is a must to check all the applications and find errors. It is essential to test the application against a range of possible aspects. As an important part of testing, the enterprise should open every possible log file of the application; these log files include application server logs, web server logs, database logs, PHP logs, and syslog. For having an insight into the server, the tester should even dig around the top/htop commands of the output file belonging to an application.

Performing Load Tests

It is better to perform the load test for gathering top-level insights into the application structure’s performance. If possible, it is even better to get real-time insights into the server’s existing performance capabilities during low-traffic scenarios. It is ideal to perform load tests with tools such as a JMeter JMX for relating to the existing load. Based on the results of the tests, it is essential to keep tuning until optimal results are achieved. Also, it is important to configure a few monitoring agents such as New Relic for receiving insights into the existing application calls through which it is simpler and faster to optimize the code base at an advanced stage.

All Set To Embrace The Cloud

Most enterprises are making cloud computing and migration an essential part of their respective IT infrastructure. Even so, for embracing the cloud, some groundwork needs to be done. This prep work includes setting up the technological foundation and introducing a cultural change across the board. Once those pieces are put in place, it is easier to accelerate the modernization journey that begins with cloud migration.

When it comes to adopting cloud end to end, it comes down to Flexsin which is a proven cloud migration leader. This growth partner brings cloud computing development services and scalable cloud migration solutions. Flexsin customizes enterprise-grade cloud solutions built for different platforms such as Google Cloud, Heroku, AWS, and Azure.

With the right technology team and proven expertise, it will be easier and smoother for enterprises to make the transition to the cloud.

The key value of software-as-a-service or SaaS is in its capability to provide elastic, on-demand delivery and access to the needed software service. Leveraging SaaS for application development can help bridge the gap by offering a controllable, model-driven platform for rapidly extending SaaS applications across and enterprise.

Also sometimes referred as software on demand, application service provider (ASP) or simply service in the cloud, SaaS adoption is widespread in SMBs and gaining momentum among enterprise-grade businesses. However, onboarding new SaaS software can become difficult and challenging for the IT staff, despite all the connectors and adaptors that help integrate a business’s existing applications with SaaS.

Short-term, point-to-point cloud integration solutions are available where data flows directly from one system to another. However, these solutions are effective as quick fixes, but as business grows and the need for the number of integration points increases, these short-term solutions can’t scale with the pace of a business.

Why SaaS integration requires a new, coherent strategy

As such, a coherent cloud-to-enterprise SaaS application integration strategy is required that not only has to consider transformation, security and orchestration but can also work across all sources of application data, including outside of the enterprise firewall. Security is a major integration challenge and the cloud application development must be capable of authenticating and authorizing access to resources, both in the cloud and on-premises. With the increasing use of social media services accessing enterprise data, the SaaS integration strategy must provide a secure means of connecting to the cloud without compromising the enterprise firewall.

SaaS integration platform

A SaaS integration platform (SIP) allows service providers to integrate different applications and create a comprehensive solution to address an organization’s specific needs. SIP leverages the benefits of SaaS by helping the software service provider and users navigate the integration hurdles successfully. SIP provides multiple benefits of SaaS applications to the users, such as:

• Single access of applications: Instead of switching among various applications for different functions, one can have access to all their applications from a single interface.
• No data silos: An enterprise data may be located at multiple locations and it’s quite common for the data silos to be created. SIP eliminates it by storing all the data in one location and providing real time access to it.
• Cost benefits: As SIP bundles multiple applications together and comes integrated, there is no need for a business to purchase and deploy different applications for different functions.
• Third party applications: Open platform architecture of SIP means third-party developers can easily add new features to the platform.

With SaaS, the IT issues of patches and updates are gone, and you just pay for the subset of resources needed out of the total pool of services of the provider that you require to use. All the elements that define a software, including its scripts, code and algorithm, as well as physical hardware are kept and maintained by cloud computing development vendor. SaaS removes the need for organizations to install and run applications on their own servers or data centers, so there are no upfront costs and massive investments as in the conventional hosting in terms of infrastructure, logistics and manpower. The vendor does all the heavy lifting and maintenance, so a business just needs to hire external experts to oversee all the software they are using.

SaaS integration benefits

• Reduced time to benefit: The application comes installed and configured; the user can quickly provision the server for an instance in cloud, reducing the issues that get in the way of software deployment.
• Scalability: SaaS applications can be easily scaled as they reside in cloud environments that have integration with other SaaS offerings, and the user does not have to buy another server or software.
• Easy customization: Customers can easily customize their applications to alight with their business processes. These unique customizations are preserved through regular updates with low cost of adoption and minimized customer risk.
• Multitenant architecture: SaaS clients are on the same architecture and code base, and share a common architecture, so they can innovate quickly.
• Easy to use and perform proof of concept: Users can do proof of concepts and test the software functionality in advance.

AI and SaaS

With the new wave of smart assistants like Alexa and Facebook Messenger, and software bots that run automated tasks over the internet, it’s only a matter of time before artificial intelligence becomes mainstream in SaaS products.

Why SaaS integration?

SaaS isn’t a solution for every enterprise project but given the advantage the technology offers over other software delivery methods, it can rightly be considered at some point during a decision-making process.

Software as a Service, which is commonly referred to as SaaS, is a solid alternative to traditional software installation happening within a business ecosystem. That is why a leading American consultancy firm noted in its study that almost 66 percent of enterprises rely on one or more than one cloud application today.

In a conventional business environment, a user will have to build a server, install an application, and then configure it. No doubt, this traditional process is time-consuming and resource-intensive, to say the least.

However, when a business leverages SaaS, it does not have to pay for the entire software. Rather, in SaaS, a business will take the software on rent. So, if a business takes an ERP or a CRM in a SaaS model, the enterprise will use it and pay for it for a specific time period.

Today, the tech has become so sophisticated that cloud SaaS solutions have emerged as more configurable, scalable, and capable. So, in this post, let us dive deep into how a well-built SaaS solution gives an enterprise the winning edge.

Delivering Innovation Capabilities With Scalability

Businesses, today, leverage the SaaS model for satisfying their back-office needs.

Whether it is CRM, EMR, or ERP, businesses use a robust SaaS solution for transforming the way they have been doing business up till now. Be it accounting, administration, human resource, or supply chain management, every business function can be revolutionized with the help of the right cloud-enabled SaaS solution.

For making a SaaS model a positive differentiator, enterprises work with a cloud expert so that they can pick the right product. If, however, a business chooses a wrong SaaS product, it may end up spending more money and time in deploying and tailoring the solution.

Nonetheless, finding a commercial SaaS model that fits a business’s realities and priorities well is a must. For finding such a model, a business has to associate with a SaaS specialist that has deep insights about the solution and about an enterprise’s strategic priorities, market context, and organizational dynamics.

That way, a right SaaS model will accelerate a business’s innovation cycle at scale.

Bringing Down The Time To Establish A Value Chain

Much different from a conventional model, SaaS is ready to be installed and configured. A business user of a SaaS solution will have the advantage of provisioning an enterprise’s server. For example, if the application is part of a SaaS model, it will be ready to get deployed and capitalized.

Eventually, the rapid deployment reduces the overall time spent on building, configuring, and installing an off-the-shelf application from scratch. As it is evident, an end-to-end software deployment lifecycle is not just a timesink but even a resource-guzzler.

Lowering The Overall Cost

SaaS has always had a differential when it comes to cost calculations. The cost of SaaS is lower when compared with a traditional application. Why? Because a SaaS solution will always reside in a multitenant environment; that means, the software and hardware license costs are lower when compared with the ones incurred by a conventional software model.

There is one other solid advantage to a flexible SaaS model. A good SaaS model’s community support is massive. The reason for that is evident, though: Many medium and small businesses use a flexible SaaS model because they do not want to pay the higher cost of acquiring licenses.

What else? Even the maintenance costs that come with a SaaS model are lower when compared with the ones incurred with a traditional software development model. That is because a SaaS provider owning the environment splits the maintained cost among all the customers who use its solutions.

Experiencing Upgrades As And When They Are Rolled Out

When it comes to upgrades, a SaaS model delivers a win-win solution for both vendors and customer. The thing is, vendors want their customer to rock the latest version of software. The customers, too, want the same thing; but they do not want to face the pains that come with an upgrade cycle.

Since vendors have a huge computational ecosystem, they are able to get software upgrades without paying top dollar. And that benefit is eventually trickled down to the customers who do not want to pay through the nose yet want to run the latest software version.

That is exactly how the effort and cost associated with the upgrades of new releases are very low. In a conventional software model, the user is forced by the developers to pay heavily for an upgrade package. Or, else, the user of a traditional model can even pay for a suite of specialized services for receiving an environment upgrade whenever it is rolled out. Either way, the user of a traditional software model will have to pay heavily in order to receive such update patches.

Working On A SaaS Model Is Easy

Most of the time, when enterprises work with a SaaS model, they know it comes with its own set of samples and best practices. Because of that, it is easier for business users of a SaaS solution to do their own proof of concepts and test software functionalities of a brand-new release feature much in advance.

Also, business users of such a flexible solution can do one single instance with different versions all the while opening the possibility of making a smooth migration. Users of a large computational environment can even use SaaS solutions for testing the software before buying it.

When it comes to making the most of a Software-as-a-Service business model, an enterprise must team with a dependable SaaS implementation partner. A business must search for a partner who has planned and even executed programs for clients that belong to different industrial backdrops.

Associating With The Right SaaS Partner

An enterprise’s search for such a partner ends with Flexsin. This cloud computing partner has in-depth expertise in deploying and optimizing an enterprise’s cloud solutions. The team at Flexsin objectively views and identifies SaaS options that will unlock newer opportunities, accelerate innovation, and improve operations.

When a business brings Flexsin on board, it will leverage SaaS solutions for delivering off-the-chart value while embracing agile digital culture.