Category: Cloud

  • The Irish Digital Future:  What’s Next for Corporations?

    The Irish Digital Future: What’s Next for Corporations?

    The Irish Digital Future: What’s Next for Corporations?

    In a hyper-connected world, European Union (EU) organizations anticipate being digitally sovereign by 2030. To progress the new digital decade in this region, Ireland and other nations are concentrating on four main areas: the digital transformation of enterprises, the strengthening of digital skills, the development of digital infrastructure, and the digitalization of public services.

    Ireland presently enjoys a dominant position in the digital economy of the European area. Small- and medium-sized businesses (SMEs) and multinational corporations (MNCs) on the island play a particular role in the implementation of the OECD’s inclusive framework on BEPS [ii], which together handles the tax problems of digitalization. This action demonstrates Ireland’s desire to provide a smooth route for digital economic activity via the establishment of new employment possibilities, the promotion of infrastructure and strong cybersecurity best practises, and the reinforcement of a low-carbon economy.

    Potential for Business Transformation Initiatives in Ireland

    Ireland’s digital economy operates at two distinct speeds. Despite the fact that just a minority of Irish firms have completely embraced digitalization, there is a need to accelerate and deepen digital adoption throughout the country in order to increase productivity. This includes organisations addressing productivity gaps caused by hybrid work environments and upskilling requirements, increasing connectivity for corporate use, and the digitalization of public sector services.

    Phantomization for Digital Upskilling

    With the advent of hybrid (and remote) working arrangements, businesses in Ireland seek to digitally upskill their remote workers so that they can contribute to the digital decade, while people want to use their newly gained abilities to further their careers. A unified digital workplace platform with an open architecture that is expandable and scalable may provide a safe and smooth environment for employer-employee communication. Consequently, upward mobility rates will grow. With the proper phantomization solution, businesses will be able to future-proof their remote-work projects.

    Digital Infrastructure for IoT Connectivity and 5G Assets Commercialization

    The Digital Ireland Framework bets on 5G to assist the economy in achieving its digital transformation goals and to promote Ireland as an international corporate destination of choice. This implies enhanced wireless network infrastructure that covers vast company activities, allowing a multitude of IoT use cases such as industry 4.0 automation and cost-effective on-premises data processing.

    Ideal would be a 5G corporate solution that delivers end-to-end services for enabling privately owned wireless networks. It not only helps to expedite the monetization of 5G assets, but also eliminates inefficiencies associated with poor connection and offers a solid path to handle the increasing traffic needs for 5G deployment.

    Citizen-Centered Public Sector Services that Have Evolved

    In Ireland’s governmental sectors, there has been a significant movement toward the usage of application services for automated and self-service choices. Due to inadequate application performance management, however, there is still a delay in having a meaningful impact[iii] on the effectiveness of citizen service delivery and resolution. A customized application performance management (APM) solution may assist healthcare, energy and utilities, and banking organizations in the public sector with the end-to-end management of complex and dispersed business-critical IT applications for flawless client experiences.

    THE NEXT

    Epic events have altered the planet, including the pandemic and the introduction of astounding technology like as 5G and quantum computing, as well as ground-breaking procedures using robotic process automation and data science. The changes made to businesses, individuals, and governments are not evolutionary, but revolutionary.

    Many firms in Ireland have yet to maximize their digital potential. This demands end-to-end technological solutions. The most urgent issue for these firms would be to adopt a proactive, rather than reactive, approach to meeting their IT requirements. Irish firms may future-proof their digital presence by developing progressive businesses, modernizing infrastructure and processes, and moving towards a data-driven business model for linked experiences if they have the proper technology implementation partner.

    Consequently, what is NEXT? How have we considered offering new solutions to meet the requirements of the new world in which we live? We must build solutions that take into account the potential future of banking, financial services, insurance, manufacturing, energy and utilities, retail, etc.

    And that is just what we have done – we have IMAGINED a future that we can realise. We deliver the Future by developing distinctive, market-creating solutions. But in a practical manner that can be executed RIGHT NOW. In essence, this is our pledge.

    Unlocking the Digital Future for Businesses Immediately

    With its three-pillar approach – envision, construct, and operate – NXT.NOW, an unique platform from CDWT, enables Irish firms to exploit possibilities. Using a comprehensive approach to leverage the potential of new technologies, this strategy may accept evolutionary change, offer differentiators, and assist organizations in meeting current and future digital goals.

    Across different industry verticals and with over 120k colleagues in 90+ countries, we are studying markets, best practices and trends, and crafting solutions that will offer our clients competitive dominance, not just parity or advantage. In short, we help companies Imagine a future, Build solutions and Run them, to deliver tangible value and outcomes.

    And that is the meaning and promise of NXT.NOW.

  • AWS Cost Optimization – The 2022 Updated Guide to Optimizing AWS Cloud Costs

    AWS Cost Optimization – The 2022 Updated Guide to Optimizing AWS Cloud Costs

    AWS Cost Optimization – The 2022 Updated Guide to Optimizing AWS Cloud Costs

    In a recent blog post, we addressed in detail what cloud cost optimization means for contemporary businesses, as well as the eight best strategies for optimizing costs across the broad, diverse, and more complicated public cloud environments. In subsequent blogs, we will go further into each of the top public cloud computing platforms and examine the tools, approaches, tactics, and best practices for optimizing cloud expenditures.

    Amazon Web Services is presently serving more than 34.2% of worldwide organizations and is dominating the $200 billion global cloud computing industry (AWS).

    What is AWS cost management?

    Amazon Web Services’ adaptability, scalability, and feature-rich tools and applications have gained the market’s confidence. AWS provides businesses a variety of workloads, including data processing, game creation, and warehousing, along with exceptional service and support. Additionally, its mobile-friendly access allows enterprises to manage or monitor their AWS environment via Amazon Web Services Mobile Hub directly from a mobile device.

    Add to that the serverless functions; different databases for different operations; highly scalable, flexible, and cost-effective storage options; and the robust security and compliance for the EC2 instances, and AWS cloud is a popular choice among global enterprises including Airbnb, Pfizer, NASA, BMW, McDonald’s, Netflix, and SAP.

    With so many big, medium, and small organizations migrating to the Amazon Cloud, understanding the AWS bill and reducing expenses has become a top priority. Having a cloud architecture that is optimized for cost helps enterprises to reap its advantages. Several firms are finding it difficult to capture the actual benefit of AWS services due to obstacles such as wasted cloud resources, billing complexity, inappropriate architectural design, lack of accountability, unpredictable variable cloud charges, and unclear pricing rules.

    AWS has established a collection of practises and principles to help commercial organizations to reclaim control of their AWS costs and optimize their cloud spending. AWS cost optimization, one of the core pillars of AWS cost management, facilitates the selection of cost-optimized resources and gives advice for various pricing models in order to achieve performance and cost efficiency and minimise AWS expenses.

    Why optimise AWS costs?

    We have aided several big and medium-sized businesses in optimising their AWS costs. Throughout these interactions throughout the years, we have typically encountered five primary obstacles that motivate businesses to explore cost minimization. Examine each of the difficulties.

    1. Oversizing

    Oversizing AWS resources, which causes AWS costs to skyrocket, is the simplest and easiest problem to fix. Multiple circumstances may result in oversizing, with the majority stemming from an improper design approach. Here are some frequent and probable scenarios:

    • Headroom is a buffer of extra capacity for dynamic scaling that ensures a cluster is available 24×7 to meet quick scaling demands. Imagine you have sufficient headroom. Still, someone on the development team adds extra on-demand instances, either by accident or ignorance. According to the AWS pricing model, on-demand instances are more costly than reserved and spot instances. Consequently, the additional capacity ends up increasing the cost, although needlessly.
    • What happens when an AWS user fails to test and evaluate the network performance of an application correctly? Measuring the performance of production workloads, such as throughput, connection latency, network jitter, and packet loss, may be very difficult if inaccurate testing are conducted. As a consequence, one purchases more resources than are necessary.
    • Predicting failure is another frequent cause of oversizing. While precise forecasting assists in minimizing the trade-offs between over- and under-sizing expenses, over-forecasting might result in the addition of a large number of instances to satisfy the forecasted demand value and expected economic results.

    This dilemma arises when teams discover a permanent solution to a transitory problem, i.e., commissioning surplus instance capacity to compensate for any existing software constraints.

    2. Inelasticity

    Autoscaling is one of the most prominent selling points of the hyperscaler AWS, however applications, databases, or caches that are sluggish to warm up or inefficient do not autoscale instantaneously. Consider a case as an example. Your systems automatically scale to 50% CPU use, as is customary. One inelastic application may cost $1,000,000 per year.

    3. Ineffective software

    Software efficiency, or lack thereof, is seen as a determining element in reducing cloud expenses. Efficiency is the quantity of resources required per transaction by a firm. This crucial lever is especially significant for organizations with high-volume systems. So why is software inefficient? According to our past experience, the four most important causes are:

    1. Not accurately estimating software performance
    2. Not having a standard for effective software
    3. Not establishing efficiency goals
    4. Not putting efficiency first

    By optimising software and deploying efficient software, however, one may save millions of dollars annually.

    4. Intricate Forecasting

    In point no. 1, we examined briefly what occurs when forecasts are inaccurate. However, this is hardly the only forecasting difficulty organizations face. AWS budget planning is another important factor for firms to optimise their AWS costs. AWS budget projections are based on a) new services, b) changes in demand for current services, and c) improvements in software efficiency. Now, this forecasting may be a hard endeavor, as it requires a deliberate methodology, the appropriate talents, and data. Additionally, the supply-side modelling is made more difficult by the various AWS pricing structures.

    5. Inadequate AWS Architecture

    Teams often migrate their old architecture to the cloud without properly optimising it. This inferior design results in increased expenditures. Therefore, it is essential to choose the architecture that best meets your unique workload model.

    Upon overcoming these obstacles with AWS cost optimization, you instantly prepare the road for a fully optimized, appropriately scaled, elastic, and highly efficient AWS cloud.

     

    10 best methods to reduce AWS expenses ​

    It is now time to go into some of the finest techniques for optimising your AWS services and reducing the total cost budget.

    1. As noted in the cost optimization pillars, rightsizing EC2 instances is a crucial step in achieving your AWS savings objectives. Always match instances to workloads or shift workloads to instances with alternative purposes.
    2. Schedule on/off times for all non-production instances over weekends and non-standard hours to save up to 65% on cloud expenditures.
    3. Whenever feasible, purchase the appropriate sort of RIs and adopt good cloud financial management procedures to monitor their use throughout the lifecycle of RIs.
    4. Eliminate any elastic load balancers that are not in use, since they contribute significantly to your monthly AWS fee.
    5. Always ensure that your EC2 instances are up-to-date and of the most recent generation in order to enhance performance, functionality, and business consequences.
    6. Terminate useless or zombie assets like disconnected EBS volumes, old snapshots, unused elastic load balancers, etc., some of which are notoriously difficult to locate.
    7. Move seldom accessed data to low-cost tiers.
    8. Utilize cost-cutting measures to save money on AWS Faregate and other workloads.
    9. As spot instances provide up to 90% reductions compared to on-demand pricing, running your workloads and applications on spot instances will result in instant cost savings.
    10. Utilize the AWS resource optimization report to periodically monitor idle or underutilized resources.
  • Increasing Property Portfolio Planning

    Increasing Property Portfolio Planning


    Increasing Property

    Portfolio Planning

    Managing CDWT’s changing real estate portfolio by using data in innovative and real-time methods.


    Call

    For Change

    CDWT is a multinational firm with a dynamic real estate portfolio that must be handled properly. Our move to SAP Flexible Real Estate Management (SAP RE-FX), an all-inclusive lease contract management system, allowed us to combine real estate data and transactions and achieve a “single source of truth.”

    Now that data is accessible for reporting across teams and platforms, it is possible to use data in effective ways. One such possibility was the creation of a global portfolio planning system in order to more accurately estimate needs and related expenses in accordance with corporate strategy. The real estate portfolio of CDWT is diversifying dramatically via acquisitions and expanding beyond conventional offices. We wanted to invest in a more effective capacity to meet the size and complexity of our portfolio, as well as its fast pace of change.

    Our real estate strategy is motivated by the business needs of CDWT. Now, more than ever, we must be flexible and data-driven when making judgments.
    Managing Director – Real Estate, Corporate Services & Sustainability, CDWT


    When Tech Meets

    Human Inventiveness

    Our Corporate Services & Sustainability Real Estate, Finance and Global IT organizations teamed to design a solution that made use of existing planning and data consolidation platforms, SAP Analytics Cloud and SAP HANA® as a Data Mart.

    The resultant Real Estate Portfolio Planning system gives the freedom to plan on a city-by-city basis as well as the capacity to globalise the data. It allows users to make data- and insight-driven decisions and consider the diverse factors required to effectively manage a real estate portfolio of a global size. The data is pooled from many platforms and presented in close proximity to real time.

    The new planning system offers several extra features, such as:


    Capability to Project Actuals

    Different key performance indicators (KPIs) are projected over a five-year period. Users may also modify or replace KPIs at the contract level.


    Personnel Planning

    Accounts for omni-connectivity and the influence of future manpower growth on future space needs.


    Evaluation of Total Necessary Area

    Automatically calculates the entire amount of space necessary based on use predictions and personnel planning.


    360° viewpoint

    Assists in differentiating contracts based on a variety of characteristics to determine if a facility provides the experience we want for our employees.


    Adjustments

    Allows modifications to be made to the plan if the projected gap is larger than the present portfolio.


    Real-time data analysis and insights

    Offers real-time information and computations for some of the most important KPIs. Additionally, the system allows real-time visualizations, comparisons, and what-if analysis.


    Visibility and planning Worldwide

    Automates the planning-level evaluation of necessary space with predicted space and consolidates the data worldwide.


    Schedule workflow

    Supports the central supervision of the planning process with a sequence of inter-team activities.


    Forward-looking reporting and data

    Automates the generation of forward-looking snapshots for month-to-month or year-to-year reporting comparisons.

    In addition to addressing a critical need, the project automated data consolidation to decrease human labour. In addition, the system is coupled with a CDWT Finance forecasting tool to facilitate the interchange of data with little human effort.


    A Valuable

    Difference

    Currently, our Real Estate and Finance teams employ Real Estate Portfolio Planning to maximize CDWT’s real estate portfolio in accordance with strategic requirements. Teams are better equipped to comprehend the many aspects that effect CDWT’s real estate portfolio, to react quickly to queries, and to establish the optimal portfolio size. We also utilise the technology to generate our yearly financial planning statistics.

    Other advantages of our innovative solution include:


    Enhanced Preparation

    Provides the capacity to plan real estate needs based on numerous business scenarios.


    Enhanced Utilization Evaluation

    Improves the capability to analyze use on a lease-by-lease or location-specific basis.


    Enhanced Choice Making

    Assists teams in making prudent real estate choices and understanding possible risk mitigation strategies.


    Potential Cost Reductions

    Decision-making based on data has the potential to result in cost reductions for CDWT.


    Enhanced Utilization Evaluation

    Improves the capability to analyze use on a lease-by-lease or location-specific basis.

    We are always upgrading the solution to give consumers with the appropriate data and features. In addition to financial data, other variables, such as sustainability, omni-connectivity, and location security, will be important. The goal is to offer users with the ability to determine CDWT’s real estate demands in a dynamic work environment and to use any data at any time.

    To accomplish this objective, we are connecting the Real Estate Portfolio Planning system with CDWT’s data lake in order to offer customers with extra (internal and external) data and ad hoc reporting capabilities. We want to add machine learning capabilities to the system in the future.


    Our portfolio must support CDWT’s flexible, innovative methods of working, where our employees experience omni-connectivity so they may perform at their best every day, independent of their physical location, while feeling connected and involved.
    Senior Managing Director and Executive Director – Corporate Services & Sustainability and Business Operations, CDWT


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