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Case Studies

Case Study | Security as a Service for Water Health International

Water Health International is an India-based company that offers customers safe, affordable drinking water through its community water systems.

As Water Health business applications was hosted on virtual private servers facing a challenge in performance as well security breaches on the VPS which impacted their business continuity.  

GoDgtl provided Water Health with migration of application to AWS cloud using EC2 with security tools IAM, AWS inspector, and AWS GuardDuty for data security which helped them to enhance their business performance and high availability.

Download our case study to read the complete case study and solution.

Learn more about GoDgtl’s cloud computing services here.

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Case Studies

Case Study | Data Center Migration on Cloud for AIG Hospitals

AIG Hospitals, a unit of the Asian Institute of Gastroenterology, India’s foremost Gastroenterology hospital with a vision to provide world-class healthcare services to people across India.

The complete workloads of AIG Hospitals was on-premises, which led them to service delay during peak hours of usage and impacted the IT services system with application downtime and security issues.

GoDgtl provided AIG with a Data Center Migration on AWS with various tools and scripts which not only resulted in achieving autoscaling and high availability of resources also reduced the cost with effective management and monitoring of cloud services.

Download our case study to read the complete case study and solution.

Learn more about GoDgtl’s cloud computing services here.

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OTT Workflows: Challenges You Need To Know

The OTT market today is a crowded subway with the likes of Netflix, Amazon Prime Video, Disney Plus, HBO Max, and Hulu. In such a scenario, OTT players need to tackle not just growing competitive intensity but also ever-changing customer preferences. The exploding OTT market is estimated to achieve close to 510 million users by 2026, garnering a revenue of over $3.76 billion by 2027. Although it became an everyday household necessity during the pandemic, the rising number of competitors drives the market towards a saturation point.

Only through a streamlined OTT workflow will enable seamless video content delivery to millions of devices across the globe. To keep their customers engaged, you need high-quality streaming, faster content delivery, and a personalized experience.

However, the road to building an efficient OTT workflow is a challenging one. In this article, we’ll explore these challenges and how they can be solved with AWS media services.

The history of OTT

OTT or over-the-top refers to a media service that facilitates live and on-demand video streaming direct to customers over the web. This service is provided through apps available across devices like Android, Smart TV, Apple TV, Windows, and Chromecast. The emergence of OTT led to viewers canceling traditional TV cable, a phenomenon referred to as cord-cutting. Interestingly, OTT isn’t just restricted to entertainment, There are immense opportunities in other industries such as education and fitness as OTT also refers to audio streaming and telecommunication services.

OTT workflow challenges

OTT has a tremendous growth opportunity owing to the meteoric rise in both demand and supply of on-demand video. However, enterprises need to be cautious when launching OTT services. Running end-to-end OTT workflows smoothly has many challenges as listed below:

Lack of flexible infrastructure

The supply chain of OTT solutions is complex and unique to each platform. In such a scenario, a templatized solution won’t cut it. You need to pick a flexible solution with workflows that allow easy integration with third-party services like content management systems and quality control tools through APIs.

Limited features

With an increasing focus on personalization, you will have to build an application with innumerable features. These features vary with respect to the kind of broadcasting services you offer. Some of the most common options that constitute a feature-rich app include content access mechanism, delivery protocols, advanced audio features, etc.,

Restricted scalability

One major appeal of OTT is the wide range of on-demand videos available across multiple devices and locations at the same time. To ensure high-quality streaming in such a distributed and diverse ecosystem, your workflows should be highly scalable with adaptable frameworks.

Static workflow frameworks

Every OTT platform has workflows that are entirely unique to itself. Although it stems from the need to deliver a distinct customer experience, it makes the ‘one size fits all’ notion impractical. Even simple differences such as metadata (title, description, and cast) and ad placements need customized workflows. They need to cater to the brand’s specific requirements and approach.

AWS tackle OTT workflow challenges

To effectively manage these challenges, OTT players need a management tool that facilitates a seamless customer experience. Float Left’s Application Management Portal (AMP) built using AWS is an ideal product to simplify OTT management. Its inception was aimed at helping online video platforms rapidly adapt to changing content delivery preferences of the users. Supporting streaming on CTV devices like gaming consoles and smart TVs has been game-changing.

Built on multiple AWS platforms like Amazon S3, EC2, Lambda, and DynamoDB, AMP enables you to manage both content and application. With it, you can customize your customer’s screen layout alongside managing content playlists and assets. Unlike with traditional CMS, you can build and implement such fragmented and complex workflows within days. This helps you not just keep pace with market changes, but also beat it.

Let’s take a look at all the AWS Media Services elements that make AMP the ideal OTT management platform.

Amazon S3

Forming an incredible bridge between the servers and the app, Amazon S3 (Amazon Simple Storage Services) empowers you to store your assets dynamically enabling high availability. S3 achieves this by categorizing all the data into different buckets. So that whenever your user triggers a request at runtime, the appropriate file is loaded and delivered on the screen.

Amazon CloudFront

This tool works as an agent between the S3 and the application. This software layer creates redundancy to enable faster data delivery.

Amazon EC2

To accommodate changing demand volumes, AMP utilizes Amazon EC2 (Amazon Elastic Cloud Computing). It automatically creates and destroys instances in line with the incoming requests. Upon receiving an app request, a virtual server is instantiated. It is terminated once the request is addressed.

AWS Lambda

When your user initiates a request, Lambda translates this query into an executable code. It allows you to look through the databases for the information you are seeking in a completely automated workflow.

Amazon DynamoDB

When you enter a query, Lambda functions communicate with DynamoDB instances for real-time data delivery onto your screen. DynamoDB is a NoSQL database and differs from traditional tables by focusing only on key-value pairs. This approach makes it a tremendously efficient process to transfer data to the APIs.

OTT is a very powerful content delivery method as it has magnificent scope for personalization specific to every single user. The depth of personalization is going to be the key to offering an appealing customer experience. With several big players in the arena, the OTT players need to tailor-make their services accurately. This is only possible by using a solution that allows workflows driven by artificial intelligence and machine learning.

Conclusion

As an Advanced Consulting Partner of AWS, GoDgtl assures your business success by using cloud technologies to manage your OTT services. Our capabilities include scalable computing and storage for databases and analytics among other functionalities; unlike the legacy models that delayed the OTT app launch by months. GoDgtl enables designing, testing, and deploying your infrastructure within days. To learn more, contact us Contact 24/7 – GoDgtl (go-dgtl.in).

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Secure Data Using AWS Storage Gateway

Amazon Web Service Hybrid Cloud Data Storage architectures provide the offering of connecting your valuable on-premise data applications and systems to cloud computing data technology storage. Accordingly, this provides you with cost efficiency, reducing management burden, and mega potential for data innovation. Get high-quality integration of AWS Hybrid Cloud Data Storage, data transfer, and migration services with the most appropriate process-oriented job. Also, develop the scope for prevention of Wide Area Network(WAN) latencies, and supply a high-quality AWS management experience.

According to statistics from Mordor Intelligence, the Cloud Storage Gateway market is financially estimated to be valued at approx USD 11 million by the year 2026.

As part of the application modernization strategy, the AWS Hybrid Cloud Data Storage solution served as a centralized hub between development teams, business units, and vendors for driving modernization across the enterprise to meet key strategic business goals.

Protect your Amazon Web Service-oriented Hybrid Cloud Data Solution as part of the data modernization process using Amazon Web Service Storage Gateway.

Purpose of AWS Hybrid Cloud Data Solution

Deliver consistent business outcomes, considering the same intensity of positive service results with the safety of your commercial data through Amazon Web Services empowered Hybrid Cloud Data Storage Architecture. The objective here would be to develop present and future data value, once the commercial data modernization journey was done.

Transform your cloud data storage to be accurate for the best commercial results. Increasing use of Cloud Data Storage Solutions with services by customers was reported but in certain cases applications working on-premises required low latency data access and required quick data transfer to the cloud. In such cases, the on-premise applications and data-oriented systems were connected to Cloud Data Storage Technology.

Benefits of Hybrid Cloud Data Storage Architecture

Activate commercial data infrastructure with IT services on-premises and at the edge. Safeguard and commercially protect your AWS Hybrid Cloud Data using AWS Storage Gateway, as part of the data modernization strategy. Amazon Hybrid Cloud Services provide a consistent AWS experience, by putting the same amount of effort into every service delivery with high-tech data security for optimum(best) commercial results.

Enable the premium Amazon Web Service data storage experience with exceptional quality from the Cloud Computing Technology, on-premises or on the edge.

Recognize the benefits of shifting from an existing decentralized application to a centralized cloud application. Get streamlined (simplified) maintenance conduct, enhanced security, ongoing updates, and enable remote deployments globally, by saving money, with the centralized cloud data storage application.

  • Improvise digital transformation

Achieve perfect, flawless faster work process using the safe cloud infrastructure and quick service delivery due to uninterrupted work performance. Upgrade by managing all your data applications with Amazon Web Services specifically those used in locations because of the data residency aspect, local processing, and latency requirements.

  • Enhance the value of IT and developer productivity

Present developers with an all-in-one premium IT platform, supplying exceptional quality for data building, deployment, and accurately managing IT applications.

  • Hybrid Cloud with AWS provides the mega potential for the IT staff to operate the same hardware, services, and platforms for working with data infrastructure management. Accordingly, this can be done with the benefit of supreme with top quality data storage in the form of On-premise, On-Cloud, or on edge data platforms and online environments.
  • Present differentiated services and innovative data storage experiences

Work with interactive and responsive data applications, as new with original service offerings to users. Arrange your applications, commercial data infrastructure, and services on-premises for a superior data storage experience.

How to protect Hybrid Cloud Data Storage Architecture using Amazon Web Services Storage Gateway?

Prioritize your workload data transfer to the cloud platform that proves to be beneficial considering agility which implies being quick, smarter, and clever for making commercial decisions. Also, get other benefits like improvising innovation with new, original, and uncommon ways of accurate data management. Strengthen virtual and offline data security of your commercial IT assets by protection from malware, phishing, ransomware, or any other cyber threats, cost-efficiently.

  • Deploy Commercial Data Storage Gateway – Login with credentials using AWS Management Console for the creation and generating of a new storage gateway. Select a type specifically file, volume, or tape. The pre-configured virtual environment will be deployed in your IT environment or data network depending on the download
  • A minimum of 150GB of data storage for the local cache must be allotted. Storage gateway develops instant connection online with AWS Cloud Computing Solution  through Secure Sockets Layer(SSL) connection
  • Enable Storage Gateway – Activation ensures the accurate connection between the newly deployed storage gateway and the AWS Cloud Computing Technology for data storage
  • For checking the condition of the file gateway and its resources, activate with login by the configuration of the Amazon CloudWatch Log group that provides related notification
  • Generate and create commercial data storage –

After activation is done, the user can begin data storage from the AWS Management console. The factor of storage type can be decided on the parameter of the type of storage gateway, considered for deployment

  • Connect, collaborate and co-relate with clients-

Get modern, up-to-date, and uninterrupted access to AWS Cloud Storage on-premises with your local network. Work with clients and other modern data applications, like on a usual data storage system

Upgrade your way of working with Amazon Web Service empowered Storage Gateway perceived as a Hybrid Cloud Data Storage solution that provides the scope of service, offering help to professionals, stakeholders, businessmen, and service professionals at any phase of their cloud data storage journey.

Get unlimited cloud data storage online with Amazon Web Services-oriented Storage Gateway Solution to secure your commercial data as the overall data infrastructure is backed up by AWS Cloud Computing Solutions. Get premium consultation here.

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6 Application Migration Strategies You Must Know

Bring order and method to your application usage with responsibility. Application Migration indicates the process-oriented job of transferring a software application from one computer system virtual(online) environment to another cloud data technology-oriented platform. Other variations considering application transfer are on-premise servers to a cloud provider’s online environment.

According to Industry Arc, dealing with analytics, research, and consulting, the data migration market size globally is estimated to be financially positioned at $10.98 billion by 2025. Also, predictions for development are estimated to be at a CAGR of 18.37% from the year 2020 to 2025.

Application transfer to a new online environment depends on particular operating systems, specific network architectures, and single cloud platform development. Migrating applications from virtual or service-oriented data architecture is prominent and widely practiced. Application migration strategies include certain key factors like individual application dependencies, technical requirements, security expertise of the enterprise, and compliance with cost concerns.

How to migrate data applications to Cloud Computing Services?

  1. Rehosting – Also known as the “lift and shift” approach, this strategy includes the deployment of existing data infrastructure to the Infrastructure-as-a-Service (IaaS) IT commercial environment. Large legacy application and data migration cases are achievable with this strategy.
  1. Replatforming – As one of the dynamic application migration strategies, re-platforming includes application up-gradation from the current commercial application source to operate on basis of cloud computing technology, without affecting the previous existing functionality.

Instead of making a full-scale IT infrastructural change of the application, the cloud provider’s infrastructure is used.

  1. Repurchasing

In this context, the application migration is done considering the aim of migration to a Software-as-a-Service (SaaS) platform. The mega benefit here is to prevent the work on maintenance and updates leading to cost and time efficiency due to data migration from an On-premise to a Software-as-a-Service solution.

  1. Refactoring/Re-Architecting

Develop overall data performance with one of the most prominent(popular) application migration strategies. Develop the scalability of your IT operations and commercial data management practices that indicate the potential to extend service abilities depending on business requirements.

  1. Retire

Further analysis of your virtual migration environment for data transfer will offer the potential to identify the utility of each working application. Cloud data migration strategy can be decided on the basis of elimination of no longer useful data and shift of prioritization to valuable digital asset management with content management.

  1. Retain

Categorize least significant commercial assets and valuable data assets for conducting useful migration. Application migration must be conducted in cases of valuable and crucial business assets in the form of IT commercial data infrastructure. Applications that are not ideal for migrations now, can be retained and kept for future transfer.

Key Responsibility Areas(KRAs) and Key Performance Indicators(KPIs) of Application Migration Strategies

For the implementation of an optimum and worthwhile cloud migration process, work out the application migration plan. Here the key responsibility areas that the migrater needs to focus upon and successful performance criteria are –

  • Effect of the application migration on services and business
  • How does application migration meet integral customer needs and requirements with service delivery?
  • Significance of data migration and timelines
  • Size, level of manageability, and scope of complication
  • Frequency of developments and maintenance costs
  • The intensity of value and level of developed value with application migration to cloud data technology

Process-oriented Application Migration Job

  • Focus on Reasons – Highlight the valid reasons for data application migration considering alignment to business objectives. Prefer an analysis-oriented application migration strategy, before application migration to cloud data technology.
  • Join the ideal resources – Connect with the appropriate personnel, stakeholders, and staff for involvement in the application migration process. Get involved with stakeholders like business analysts, data architects, and project managers for delivering positive commercial outcomes.
  • Analyze the organization’s cloud preparedness –

For analysis of the enterprise potential of cloud data technology compatibility, work with technical and IT business analysis. Here, factors like existing commercial data infrastructure, apps, and virtual environment quality will be beneficial.

  • Prefer an experienced cloud vendor

An Ideal platform providing Higher Returns of Investment with profits is essential for application migration. Invest in best quality application migration services like Microsoft Azure, Amazon Web Services, and Google Cloud for cloud hosting.

  • Develop the way forward with Cloud Computing Services.

Organize, map, and schedule stages of cloud deployment with the purpose of application migration.

Upcoming Data Application Migration Trends and Way Forward

  • Technology and human-oriented factors will be majorly connected with max alignment to Cloud Computing Services-oriented application migration with no limitations.
  • Migration will demand modernization – one significant factor here will be application modernization for deriving max advantage and potential of Cloud data technology. Critical applications will be updated for getting max advantage from Cloud Computing Services while conducting application migration.
  • Increase of digital products and services – The effect of the COVID-19 pandemic resulted in several businesses shifting their traditional practices to digital work processes. This was done to improvise digital experiences. Enterprises will consider more commercial apps with multi-cloud and hybrid cloud architecture, edge computing, containerization, with serverless computing.
  • Analytics-oriented data migration –

Cloud-oriented application migration will progress due to increasing use. Introduction of Business Intelligence and analytics approach for application migration according to changing business needs will be beneficial.

  • To make an on-premise data warehouse quicker, and simple, a Business Intelligence-oriented approach will be the preference with an analytical approach for enhancing the value of data streams in supply chains.
  • Developed user experience will be an emphasis

Remote working becoming a trend due to the pandemic, and employees demand a better work experience with digital products and services. Hence, the use of Cloud Computing Services for application migration jobs will be widely used. Accordingly, cloud-oriented data migration will continue to be a source of influence.

New opportunities for data management, specifically with application migration solutions are emerging with the application modernization blueprint, a kind of a data transfer plan to Cloud Computing Services. For implementing a successful application migration process, enterprises are presented with several modern and expandable solutions.

Ensure consultation with us here for a valuable application migration process before proceeding.

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Cloud Modernization And Its Role In Application Modernization

Welcome to the world that includes humans with machines, the speed with precision, power with the invention, data with insight, and Cloud with Artificial Intelligence (AI), which is possible by using real-time modern technologies. Modernize existing IT infrastructure to better meet the needs of businesses and consumers through the use of Cloud Data Technology.

Operate and Map out your data modernization journey to the Cloud Computing Services.  From an initial assessment to post-data modernization, this commercial roadmap focused on the aims of 3 components. These components are workforce quickness, process effectiveness, and the future-ready state of technology.

Cloud Modernization

Business applications must evolve constantly considering their service portfolio with service offerings according to the changing business requirements. Investment in Cloud Data Technology is not a single time effort and value proposition.  Cloud Optimization signifies transforming the Cloud Data Technology and Cloud Computing Services to be effective is an ongoing continuous process with intense observability, kind of an analysis required.

Cloud-investment approaches can be further categorized into – re-hosting, re-platforming, and refactoring.

Re-hosting includes transferring on-premise data applications to the Cloud Computing Technology with the least amendments possible.

Re-platforming signifies changing one or more data application components for the highest level of optimization to Cloud Data Technology. In this context, optimization implies making effective use of the Cloud Data Technology process for max commercial benefits.

Re-factoring – Implementing important code and commercial data architecture amendments for achieving the objective of cloud-native benefits.

Hence, re-hosting, re-platforming, and re-factoring perform a valuable role in the cloud modernization process. Accordingly, constant up-gradation practices with application optimization, and working with effective use of applications with their underlying infrastructure and services are significant.  Modernization is the solution to discover the long-term value and benefits of working on your data applications and IT asset infrastructure with cloud data technology. Work on analysis of your cloud applications, IT infrastructure, and services for accomplishing business goals.

Data application modernization

According to the data application modernization process, Application Modernisation Centre was worked upon, which served as a central hub between development teams, business units, and vendors to drive modernization across enterprises and meet key strategic business goals.

AMC is uniquely positioned across businesses and development teams to assess technologies and business cases with the intention of unlocking the commercial data potential.  Develop current and future value once the data modernization journey is complete.

Modern app practices provide the benefit of enhancing the valuable insights and business value in legacy applications for organizations to achieve cost efficiency. Accordingly, application modernization also provides other advantages of future-proofing commercial data infrastructure to face future uncertain data challenges for quick commercial decisions.

Application development, data security, and application transfer to Cloud Data Technology are popular practices of IT modernization. As part of this modernization process, appropriate tools, approaches, and other knowledge for modernization are worked upon in their application portfolio initiatives.

Purpose and significance of application modernization

Organizations can develop the scope of present-day commercial data, simpler integration with open Application Program Interface (API), agile development practices, and faster deployment with application modernization after the application is transferred to a modern platform.

Get the potential to streamline and modernize applications by re-architecting existing commercial data applications to a modern open-source data environment. Other variations with application modernizations are also overall re-building of data applications with the objective of working with a cloud-native IT environment.

Use automated products and services for streamlined IT infrastructure. The scope and complexity of legacy applications are important factors for the re-architecture of data modernization. The use of automated code refactoring methods can streamline the overall commercial IT infrastructure up-gradation process.

Benefits of cloud modernization and data application modernization

  • Identify the data enhancement practices by shifting from a decentralized application to a centralized cloud application. Centralized cloud application offers simplified maintenance, enhanced security, and ongoing updates, enabling remote deployment globally with cost savings.
  • Additional benefits included mobile device integration, easy replication in additional languages, and future opportunities for monetization.
  • By leveraging advanced experience in cloud modernization, research, planning, and execution, business organizations can allot greater potential in delivering a clear vision for the future. Achieve significant cost savings and improved business value today and beyond.
  • Once the IT modernization journey was complete, users benefitted by delivering enhanced client experience, improved security protocols, streamlined development data integration, and activating systematic information sharing with others.

Role of cloud modernization in application modernization

  • Considering the effects of the COVID-19 pandemic and uncertainty, Cloud technologies are recognized to offer the potential of meeting developing customer needs for relevance to the commercial scenario
  • Cloud-based Application modernization and migration prove to be beneficial by developing resilience, and the quality of recovery in case of uncertain commercial challenging scenarios. Also, qualities of agility, and cleverness to fulfill business objectives are developed
  • The platform-oriented data modernization approach is more prominent with the objective of transforming enterprises to be resilient, responsive, and relevant.
  •  This could be achieved by building future-proof commercial data architecture solutions with changing legacy systems with the use of valuable Cloud Computing Services
  • Implementing agile methods that encourage business agility development like DevSecOps, low-code, no-code platforms, and platform empowered cloud modernization
  • For the cost efficiency and saving costs, while implementing the cloud modernization process, software asset optimization, open-source software solutions, cloud data technology, and smart automation for the least cost must be the preferences.

For achieving the commercial goals, organizations must present enterprise wide-IT solutions with the appropriate practices, tools, and processes for modernizing their overall data infrastructure. Migrating applications to cloud data technology will be a provision to help make enterprises agile and develop the organization’s potential for quickly adapting to commercial market changes.

Contact us to learn more about our app modernization services.

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Use AWS to Prepare your eCommerce Platform for the Unexpected

AWS is an infrastructure platform with Cloud Data Technology that empowers several businesses globally. With AWS, you get the scope of data maintenance work for a valuable customer experience.

AWS’s data center locations offer the potential to expand products and services depending on business requirements globally.

Benefits of AWS for Indian eCommerce platforms

Amazon Web Services (AWS) provides the scope for real asset management, control of commercial data asset health, and proactive data maintenance strategies.

  • Enhance your eCommerce platform with best-in-class and security-rich interoperability provided by AWS
  • Update your product development life cycle with automation.
  • Get the ideal workflow management solution with the provision of intense data evaluation. Achieve the highest standards for performance, security, reliability, and availability.
  • Process massive amounts of data due to the systems being adaptable to regulatory requirements across a variety of industrial and governmental levels.
  • Develop the scope for testing, validation, and verification, with compliance in the form of agreement, to audit processes required for an eCommerce platform. Automate workflows using Amazon Web Services for eCommerce platforms with audit compliant and safe solutions.

How to prepare your eCommerce Platform for the unexpected with AWS?

Practice eCommerce operations with Cloud Computing Services, providing scope for the longest time working that offers compatibility to the changing business requirements of the future and commercial scenarios.

  • Planning: Workout a blueprint that presents certain parameters like exclusive technologies used, implementation criteria, operating process, and deployment, which are the first steps. Enquire with stakeholders about the pros and cons of native IT infrastructure management that will be ideal for your eCommerce platform.
  • Commercial IT Infrastructure: This can be further categorized into 3 layers significant for eCommerce services, which are:
  • First Layer: The first layer constitutes the front end, in which the content category will be identified. eCommerce services and eCommerce platforms are operated with software using dynamic content generation. Front-end systems must be operated with an auto-scaling group so that dynamically generated content is accessible.
  • Second Layer: The second layer includes the middleware, and data processing happens specifically when application program interface calls occur. Just like the front end, middleware applications must be auto-scaling, highly accessible, and load-balanced to manage data load without network connectivity delays.
  • Third Layer: The third layer indicates the final layer of an eCommerce platform as a back-end data layer. The relational pattern of the database will offer the provision of some downtime to scale. Hence, it’s important to develop this data with the correct amount of resources for the management of unexpected online traffic hikes.
  • Prefer a Continuous Integration (CI)/ Continuous Delivery (CD) pipeline for an engaging eCommerce platform that provides scope for hotfixes and technical developments according to testing, leading to quick deployment with no downtime chances. This pipeline is a practice to develop monitoring and automation using DevOps to modernize the application development process.
  • In the case of the front end, invalidation of static files must be checked on the Content Delivery System (CDS). Accordingly, this will lead to dynamic content changes being reflected on the live eCommerce website.
  • Middleware containers must include a data pipeline for organized creation and storage of container images, and for versioning of data application amendments.
  • Testing: For the supply of credible (trustworthy) eCommerce services, eCommerce platforms must be cross-checked for load testing. Accurate analysis, considering the impact of data load on the system, data application changes, the performance of your eCommerce platform, and smooth and interrupted user interface is significant.
  • It’s advisable to implement tests on the front and back-end commercial IT infrastructure in the pre-production phase to ensure high-quality performance of your eCommerce website, before releasing the final version in the production phase.

Upcoming Trends in Indian eCommerce services

  • For upgrading the customer service experience, omnichannel commerce and multi-channel strategies for sales development will be emerging.
  • Platforms like mobile eCommerce, social commerce search, paid online traffic sources, organic online traffic sources, and refocusing on brick and mortar retail strategies with other sources will be used.
  • The emergence of purpose-oriented brands: Objectives of the brands will not just be delivering high-quality products but also a commitment to sustainability, social responsibility, promoting diversity, equality, and inclusion to upgrade the online society through eCommerce platforms.
  • Re-inventing product delivery with quality assurance: Supply chain management scenario will report innovation with dynamic technology solutions. Software-oriented delivery, supply chains, and logistical services that are transformed to be effective, multilayer distribution are a few trends observed.
  • Multi-channel customer services: AWS will be prominently used to build eCommerce platforms offering the mega potential for upgrading customer experience as a part of customer relationship management. Hence, this will include platforms like email, chatbots, social messaging, online self-service to voice assistants, etc.

Build the eCommerce platform with endurance that conveys the ability to face hardships and be successful despite stressful activities. Get cloud computing service insights here.

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Infographic: 7 Best Practices for Cloud Machine Learning

Machine learning by Cloud? Check out this infographic to learn the 7 Best Practices for Machine Learning in the Cloud from the experts at GoDgtl by PruTech.

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Address Disaster Recovery for a Remote Workforce

Commercial IT infrastructure includes data assets, data infrastructure, commercial equipment range, and a data warehouse that presents the company’s product and service portfolio. Considering the uncertain nature of online disasters, it’s important to implement a strict data security process for preventing such disasters. In this context, disasters signify events such as equipment failure, power outage, network connection failure, loss of data by coincidence, cyber attack, phishing, data breach, ransomware, or malicious attack.

IT infrastructure assessment and information security measures are crucial to building the foundations of protected commercial data. Accordingly, this offers the potential to reduce damage, improve online disaster recovery, and develop data recovery operations.

Significance of Disaster Recovery Services

Cloud Computing Service Models in the form of Platform-as-a-Service (PaaS), Software-as-a-Service (SaaS), and Infrastructure-as-a-Service (IaaS) offer scope for improved data security. Digital asset management, content management systems, and artwork asset management proved to be significant factors for a safe operating system. Accordingly, perfection-oriented management of your IT assets will lead to process optimization by accelerating the work process for positive work outputs.

Execution of a Disaster Recovery Plan by the remote staff that is working at any location with appropriate cyber security solutions is the priority for being alert and preventing future online disasters.

Some of the benefits this will lead to are: 

  • Reduced work interruptions, allowing for smooth workflows
    In case of an online disaster, consider the use of a second backed up data center or provision established by the use of the backup to continue work processes. In the context of an unexpected business disaster, a Disaster Recovery Plan will lead to fewer work interruptions.
  • Fewer damages
    The intensity of damage must be managed with an online Disaster Recovery Plan, considering certain parameters. A commercial code of conduct is defined by the ideal call to action decided in the ethical Disaster Recovery Policies, considering certain commercial scenarios which will lead to fewer damages.
  • Training and preparation for less stress          
    Data vigilance solutions for building alertness while working remotely in the form of Disaster Recovery Programmes are important. Practical training is promoted on cyber security audit strategies for avoiding online disasters so that staff are updated about prompt action for online disasters is advisable.
  • Retrieving services    
    The firm’s Disaster Recovery Plan with clarity in the form of an endeavor proclaimed as a serious, determined effort officially declared, will offer the scope of restoring services in less time.

 Disaster Recovery methods for the remote workforce

  • Protect your commercial remote data. Data proves to be a valuable asset for your company. Safe data enables the potential to work with data storage and data transfer solution architectures. Invest in online commercial tools for file sharing and remote data backup.
  • Operate with a secondary source of internet connectivity.
  • Disaster Recovery parameters with storage solutions like additional laptop power supply, fully charged block connected to the USB port, USB thumb drive, HDMI cable, portable USB multi-port, and other devices are helpful.
  • Be updated about the threats and online cyber fraud    
    Conduct Research and Development (R&D) on the most likely cyber threats, considering your service portfolio. Being vigilant and alert about online threats will lead to the mitigation and prevention of cyber frauds.    
  • Consider Cyber Security Solutions for commercial assets such as network equipment, servers, workstations, software, cloud services, mobile devices, and more. Categorize these assets into critical assets, important assets, and other assets. Govern the above assets with practical and contemporary Disaster Recovery Plan services, considering business scenarios.

Disaster Recovery Strategies

Upgrade the virtual (online) community with ethical practices and with the best belief in online safety. PruTech Solution’s service offerings provide the potential for ethical cyber security policies to accurately manage Disaster Recovery with the least impact. PruTech Solution’s perspective on disaster management for remote staff includes:    

  • Root Cause Analysis of the online disasters for successful, worthwhile, and helpful measures.
  • Risk Analysis and deciding on suitable commercial goals to achieve to prevent future online disasters. Hence, this will result in business continuity and set the foundations for long-lasting development.
  • Decide on Geographical and Infrastructure Risk Factor:      Determine the future-oriented solution for Disaster Recovery Management. Decide on Cloud data technology backup, provision of a single site, multiple sites, or access management provision.
  • Consider a critical needs analysis with factors such as special security process, availability, cost, and duration.

Objectives to achieve with the Disaster Recovery Plan Execution

  • Work on a list of crucial operations needed for business continuity and commercial operations, considering data that must be enhanced with high security. Determine the data applications, user access, and equipment used for these operations that must be within the high level of online security.
  • Get RTO and RPO documented: Recovery Time Objectives(RTO) must be documented for every particular commercial asset. To address the disaster recovery requirements, a Recovery Point Objective (RPO) must also be decided and officially declared by an authorized signatory.
  • Disaster Recovery Programmes can be in the form of lists, inventories, schedules, locations, and procedures.
  • Activate Disaster Recovery Services in the form of sites for the optimum and highest level of security. Disaster Recovery Services, like online disaster recovery sites, provide the advantage of data retrieval and data replication. Scheduling periodic data backups is beneficial with facilities for replicating data to on-site cold storage, off-site cold storage, on-site warm back up, and off-site warm back up.
  • Back-up testing and restoration of services also perform an integral role in the Disaster Recovery Plan.    

Execution of useful Disaster Recovery Strategies monthly for commercial data safety is essential. Develop new Key Responsibility Areas (KRAs) and Key Performance Indicators (KPIs) for accurate management of Disaster Recovery Programmes. Certain KRAs could be training for readiness to execute schedules, the organization’s capacity to face online disasters, and fraud risk management promotion. The risk of disasters can be prevented by implementing certain checklists, parallel tests, interruption tests, and simulation processes with other process-oriented strategies.

Enquire with us here for disaster recovery management and business continuity.