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CLOUD, BIG DATA AND IoT Should Pave the Way for Converged Infrastructure!

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Changing times see growing demands at speeds which most businesses cannot match. The heart of today’s changing business models is undoubtedly the ability to innovate quickly. The past decade has seen information technology (IT) evolving from being a back-office business processes-enabler to being the very foundation of a modern business. Businesses expect their IT investments to accelerate their pace of innovation, provide flexibility to meet new demands, and continually reduce the costs of operations.

Enterprises need diligent analysis, deliberation and a progressive approach to transform its technology infrastructure. To met some of the challenges, the industry is moving towards Datacenter Consolidation. Often known as Converged Infrastructure or Integrated Infrastructure, it provides the much needed flexibility and scalability for businesses to grow dynamically while optimizing  their IT investments.

Gartner defines “integrated systems” or “converged infrastructure’ as “combinations of server, storage and network infrastructure, sold with management software that facilitates the provisioning and management of the combined unit.” The main purpose of integrated infrastructure is nothing but to share all the resources and deploy the services quickly.

The goal of an integrated infrastructure is to reduce compatibility issues and simplify the management of servers, storage systems and network devices while reducing the costs for cabling, cooling, power and floor space. Converged infrastructure is nothing but a computing box with  two or more technology components that are grouped together, and orchestrated to  deliver high performance output. This is the reason it is also  sometimes referred as unified computing, datacenter-in-a-box or infrastructure-in-a-box. Converged infrastructure uses a preconfigured, factory tested computing solution provided by one or more vendors. It is primarily designed to provide centralized management of IT infrastructure, where all components and resources are managed through a single control panel.

The challenges with a traditional data center approach begin right from the capacity sizing, system design through implementation and continue with the day-to-day operations  and management.  Choosing several components from various vendors and making them work together in synergy is always a mammoth task for all the IT Managers. Challenges come up yet again when the process and testing is continued every time a patch or version upgrade is applied.

According to market analysts, the converged infrastructure market is growing more than 50% year after year and have created some of the world’s fastest growing IT companies such as VCE with VMWare, Cisco and EMC2 coming together.

Various components are assembled at the factory of the infrastructure vendors, they are tested together and then are shipped directly to meet the end-point computing requirements. The time required for the data center commissioning reduces drastically from months to a few weeks or even days and thus reduces the costs and resource requirements substantially.

This benefits all the stakeholders as end-users get reliable, faster and un-interrupted service. It allows the IT Managers to have more control with a simplified infrastructure management, whether they are on a local or closed network, accessing through Cloud or service models and irrespective of the devices they use to access information. The CIOs are happy as it offers them a consolidated system with secure and reliable data while reducing costs and risks.

With a converged Infrastructure, IT leaders have the flexibility to reduce costs, enhance service delivery, shift IT focus towards delivering business value versus maintaining infrastructure and meet the evolving expectations of a tech-savvy, mobile workforce. A good converged infrastructure system will transform the IT environments of an enterprise to become more agile, reliable, and cost-effective.

Converged infrastructure is essential for many companies to ensure that their datacenter infrastructures can meet today’s challenges. There are decided advantages to using converged solutions, like lowering costs, increasing levels of utilization, and reducing downtime.

Converged infrastructure improves IT agility by reducing the time needed to deliver applications and services with a faster time to market for new services/products. It facilitates business innovation as IT staff spends more time on innovation projects including mobile and analytics. Staff focus on core activities, thus increases performance driving higher levels of customer services and satisfaction.There will be higher levels of cost-effectiveness, scalability, and reliability in the technology infrastructure.

The effective use of converged infrastructure is a key enabler of business flexibility. Enterprise datacenters around the world are resorting to converged infrastructure deployments as their primary method of implementation for any new capacity in their way forward. Furthermore, the strategic thinking behind deploying converged infrastructure is also changing.

Till recently, most businesses were increasing utilization and reducing operational costs around managing compute, storage, and network environments separately. While those benefits are still relevant, companies are now going beyond this rationale because converged infrastructure also provides significant benefits in terms of enterprise agility and time to market. Enterprises recognize business benefits such as improved organizational agility, faster application development, increased innovation, and improved employee productivity.

As the industry is moving mostly towards cloud offerings, integrated infrastructure will be the most suitable platform for enabling services on public or private clouds or for sharing services such as ‘Infrastructure as Service’ or ‘Platform as a Service’ or ‘Software as a Service’.

There are still some challenges to deploying converged infrastructure in an enterprise.Coming up with the financial flexibility to support the up-front investment may present a challenge for some organizations. Some IT organizations prefer a best-of-breed approach, sourcing servers, storage, and networking from separate vendors, each according to the strengths of their underlying offerings. Getting all these under a single converged infrastructure umbrella undermines the ability of customers to pursue  strategies at cost lowering by pitching vendors for getting a competitive cost. Inspite of all these challenges, there are huge opportunities that are evident.

As we enter into the world of Big Data and Internet of Things (IoT) with billions of connected devices generating Petabytes, Exabytes and Zetabytes of data from all sources,  simplified platforms and centralized management of integrated infrastructure is the way forward and can be a big relief to all.

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Why and how to Invest in Technology for Financial Efficiency in Restaurants

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Deliverect restaurants

By Naji Haddad, VP – EMEA at Deliverect

In today’s competitive market, staying ahead of the curve is crucial to using essential cutting-edge technology for restaurants to thrive. Modern technology is transforming every facet of the restaurant business. From automating tasks with robotics to utilizing software for inventory management and customer service, these solutions empower restaurants to operate more efficiently and profitably, reshaping the entire industry.

Nowadays, new restaurants, ghost kitchens, and virtual food brands are popping up at every corner, making our industry the most competitive it has ever been; using the right tech is the way to reduce financial waste and elevate financial efficiency in the coming years.

Consolidating tech into a Comprehensive Solution

While tech integration is crucial, it shouldn’t burden restaurants with excessive costs or complexity. Many restaurants make the mistake of overinvesting in new software and even hardware solutions without first analyzing their needs, goals, and focus areas.

For example, one of the major focus areas for any growth-oriented restaurant would be to consolidate its tech and use a solution to seamlessly aggregate online orders, manage menus, track data, and reduce redundancy across your Point-of-Sale (POS) system.

This streamlines workflows and provides a unified overview of all incoming orders, especially for restaurants with multiple sales channels.

Always aim for a lean tech operation where you use only a handful of critical tools that provide as much bang for your buck as possible.

Protection of Revenue: Reducing Failed Orders

One of the critical aspects of financial efficiency in restaurants is reducing failed orders. This not only affects revenue but also customer satisfaction and loyalty. Having a solution that seamlessly integrates all your equipment, from online ordering systems to kitchen appliances, helps in reducing errors and ensuring orders are fulfilled accurately and on time.

By leveraging technology to streamline order processing, track inventory in real-time, and minimize manual errors, restaurants can protect their revenue by avoiding costly mistakes that lead to dissatisfied customers and lost sales opportunities.

Moreover, implementing predictive analytics and machine learning algorithms can further enhance order accuracy and reduce the risk of errors, contributing to improved revenue protection and customer experience.

Financial Tracking: A Cornerstone for Success

Effective financial management is paramount. Beyond tracking revenue and sales, restaurants require meticulous expense management and year-round financial analysis.

Financial monitoring and meticulous analysis are the foundational pillars of data-driven decision-making in this business, giving you a competitive edge. It all starts with the right accounting software that will provide you with a comprehensive overview of your accounts receivable and accounts payable, along with detailed reports.

This software should provide comprehensive overviews of accounts receivable and payable and detailed, granular reports – both at the micro and macro levels – to identify seasonal and annual cash flow trends.

Using Technology to Optimise Labor Costs

Everything is becoming more expensive. From logistics, food, packaging, equipment, and compliance to labour, training, and talent retention, restaurant owners desperately seek ways to cut their expenses.

Task automation is key to optimizing labor costs in restaurants. By automating repetitive tasks such as order processing, inventory management, and reporting, staff can focus on higher-value activities like customer service, menu innovation, and strategic planning.

Automated scheduling tools can also help in optimizing labor allocation based on demand patterns, ensuring adequate staffing levels without unnecessary overtime or understaffing situations. This not only improves operational efficiency but also enhances employee satisfaction and reduces turnover rates.

Investing in staff training on using these automated tools effectively can further maximize their impact on labor cost optimization and overall business performance.

Investing in the Future

The restaurant industry is becoming more competitive than ever, but that doesn’t mean that small businesses or up-and-coming brands can’t build long-term success and stability. However, by embracing technology for operational efficiency, cost optimisation, and strategic growth, restaurants of all sizes can thrive with this competitive edge in 2024 and beyond.

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Robust patch management. In the fight against ransomware, it’s time to get back to basics

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ransomware

By Saeed Abbasi, Product Manager, Vulnerability Research, Qualys Threat Research Unit (TRU)

In the Arab Gulf region, ransomware has become an epidemic. Since 2019, Saudi Arabia has been a top target for RansomOps gangs. And the GCC remained the most affected territory in the Middle East and Africa, as of 2023, showing a 65% increase over 2022 for instances of victims’ information being posted to data-leak sites. According to the Known Exploited Vulnerabilities (KEV) catalog, maintained by the Cybersecurity and Infrastructure Security Agency (CISA) under the U.S. Department of Homeland Security, approximately 20% of the 1,117 exploited vulnerabilities are linked to known ransomware campaigns. Attackers have become more relentless and more sophisticated, just as regional security teams have become more overworked and overwhelmed by their new hybrid infrastructures.

In today’s climate, senior executives approach discussions about cyber risk with the expectation of hearing unfavorable news. Indeed, matters have escalated of late with the emergence of human-mimicking AI. We used to take comfort in the fact that at least artificial intelligence could not be creative like people could. But that was before generative AI came along and left us speechless — with delight or dread, depending on our day job. For security professionals, it is the latter because every new technology that arrives will eventually get exploited by threat actors. AI and its generative subspecies can make it easier to find vulnerabilities, which implies there will be a surge in the volume of zero-days. And GenAI can pump out convincing phishing content at a scale unreachable by human criminals.

But in a break with tradition, I offer good news. In the daily struggle with ransomware threats, the answer lies in the daily fundamentals of IT admin. Patch management is the keystone of cyber resilience. As each vulnerability becomes known and fixes are released, that dreaded countdown begins again. Whether threat actors have beaten vendors to the punch by publishing an exploit before the patch was released or not, organizations must be prepared to act strategically when fixes become available. It may be that a patch fixes an error that poses no risk to the enterprise, in which case patching would not have much impact on reducing cyber risk. Hence, organizations need to look at prioritizing patching the assets that cause the most existential risk to the company, maximizing their patch rate (a measure of how effectively vulnerabilities are addressed) and minimizing their mean time to remediation (MTTR) for such “crown jewel” assets.

Windows mean doors

The Qualys Threat Research Unit (TRU) uses these metrics often in anonymized studies of organizations’ cyber-readiness. Our 2023 Qualys TruRisk Research Report found that weaponized vulnerabilities are patched within 30.6 days in 57.7% of cases, whereas attackers typically publish exploits for the same flaws inside just 19.5 days. That 11-day window is where our concerns should be concentrated. It should spur us to revisit patch management and — if we have not already — to integrate it into our cybersecurity strategy so we can start to close our open doors to attackers.

If we imagine a graph of MTTR plotted against patch rate for every vulnerability, then we can imagine four quadrants, defined by combinations of “high” or “low” for our two metrics. Our sweet spot is in the bottom righthand corner, where patch rate is high and MTTR is low. We could call this quadrant, the “Optimal Security Zone”. If a vulnerability is in this zone, we are unfazed by it. It is low-risk because it is patched and resolved quickly. In the top right, we find that patch rate is still high, so we call this the “Vigilant Alert Zone”, but incidents take a longer time to remediate (high MTTR). But while this is a higher source of concern, it is less worrying than if a vulnerability falls in the bottom left quadrant — the “Underestimated Risk Zone”. Here, we find overlooked vulnerabilities (low patch rates) but unexpectedly short remediation times. These flaws can quickly become risks if left unaddressed. Finally, we come to our red-flag quadrant, the “Critical Attention Zone” (top left), where vulnerabilities have low patch rates and take a long time to resolve.

Combining metrics like this can give us important crossover information that allows us to triage our patch management effectively. By exploring the critical areas first, we can examine overlooked vulnerabilities and discover either that they pose little threat and are less of a source of concern, or that they could lead to a ransomware incident, in which case they become a top priority on our to-do list. With RansomOps groups now leveraging advanced automation tools, the importance of optimal patch management cannot be overstated. Ensuring that systems are updated and secure is critical to prevent potential vulnerabilities.

Action stations

Starting today, then, GCC organizations should look to their vulnerability management strategy and determine an approach that is able to stand up to armies of threat actors, working as a unified industry, equipped with advanced AI, to disrupt, disable, and damage the region’s innovative spirit. We all need to make sure that our vulnerability gaps are closed and our defenses tightened against these malicious actors. Technical and business stakeholders must collaborate on crafting roadmaps that make sense to their operational uniqueness.

The hope remains that one day, cyber criminals, a persistent threat today, will be effectively countered by innovative security technologies. However, we must confront the fact that attackers are becoming more sophisticated, their campaigns are escalating in scope, and the resources available for cybersecurity defense are often constrained.

The solution does not lie in an unknowable panacea, but in the day-to-day fundamentals — robust patch management that uses the four-quadrant principle and aims for the highest possible patch rate and the shortest possible resolution time. The top practitioners in any field — sports, business, the arts — will always extol the virtues of the fundamentals. If it works for them, then why not for us? So, let’s get back to basics and send the ransomware actor packing.

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Sustainable Investing: Balancing Profit And Purpose

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Sustainable Investing

By Joseph El Am, General Manager, MENA, StashAway

The climate crisis is the defining challenge of our time. The first half of 2024 saw temperatures reach a 175-year record, clearly illustrating the urgency of the situation. It’s often said that everyone, as individuals, can and should vote with their wallets – something that goes beyond choosing sustainable products to encompass sustainable investing.

As the magnitude of climate change continues to grow, investor interest in sustainable investing has also risen, with over half of global investors planning to increase their sustainable investments in the next 12 months. ESG investing is one-way individuals can help promote a more sustainable, just, and equitable world by supporting companies that are accountable for their environmental impact, socially responsible, and committed to fair and transparent business practices. Still, for most investors, financial returns remain the main priority – which raises the question: Is it possible to balance profit with purpose?

WHAT IS SUSTAINABLE INVESTING?

As a starting point, let’s first look at what sustainable investing actually means. Firstly, there’s ESG investing, which considers the environmental, social, and governance (ESG) factors of a company. It gives investors a framework to assess how sustainable and long-lasting an investment is likely to be.

ESG is practical because its framework can help investors identify future-proof companies. Investors can use ESG to help them avoid investing in companies that engage in risky or short-signed behavior, which can cost a company and its shareholders more. Indeed, studies have shown that companies with strong ESG performance tend to outperform their peers in the long term. A 2023 McKinsey study found that companies that deliver strong performance in both financial and ESG metrics deliver 2% higher annual excess total shareholder return than those that excel only in financial metrics.

ESG INVESTING ISN’T ALWAYS THAT STRAIGHTFORWARD

While the benefits of ESG investing are clear, the road towards it can be difficult to map out. The way in which we define and regulate ESG is often complicated by the challenges of measuring ESG criteria. Environmental and social practices aren’t universally regulated nor quantifiable in financial terms yet. For example, there’s still no universal standard for measuring the harm a company causes its workers or to which extent a company is responsible for its supply chain. These factors make regulating ESG difficult compared to traditional investing, which has established standards on financial reporting. The limitations of reporting ESG data are often a key barrier holding investors back from making sustainable investments.

While the way experts define and regulate ESG will likely evolve as we seek out better means of measurement, institutions have already developed ESG scoring to help fund managers build ESG-friendly portfolios. MSCI and Morningstar, for example, designate ESG ratings based on how a company manages its ESG risks compared to other companies within the same industry. Such industry-recognized ESG scoring models can help investors make well-informed decisions that align with their values. Our Responsible Investing Portfolio, for instance, uses both the MSCI ESG rating and the Morningstar Sustainability Rating to provide an average of the two scoring models, offering environmentally conscious investors better visibility into their portfolios.

INVESTING IN THE FUTURE OF CLEANTECH

Thematic investing in environmental tech is another way to invest in companies that help shape a cleaner and greener world. While ESG investing looks at a broad range of companies across industries and considers additional factors like diversity and social responsibility, thematic investing can focus specifically on the environment industry, from renewable energy to smart grids and waste management technologies. The environment tech sector is expected to see significant growth in the coming years, driven by net-zero emissions goals by governments around the world and technological advancements. Take clean energy for example – the International Energy Agency found that global clean energy investment has increased by nearly 50% from 2019 to 2023, reaching USD $1.8 trillion last year. In the Middle East region, countries have pledged to add 62GW of renewable energy capacity over the next five years – a pace of growth that is more than three times the previous five-year period.

As advancements in AI take the world by storm and drive energy consumption, the need to invest and build up our renewable energy capacity will likely only accelerate further. Investing in such cleantech sectors allows investors to not just make a positive impact on our planet and societies, but also diversify their portfolio with exposure to technologies with high-growth potential.

RESPONSIBLE INVESTING THAT SUITS YOUR PERSONAL GOALS

We’ve discussed the different ways to invest with sustainability in mind, and how such environmentally responsible investments don’t have to come at the expense of long-term returns. Even so, how each individual approaches sustainable investing will still depend on your financial goals and risk appetite (as always!). For those just starting their financial journey, consider a well-diversified portfolio optimized for both performance and ESG. Building such a core investment portfolio as a foundation can help you work towards long-term financial goals, such as saving for retirement. On the other hand, investors ready to diversify further and gain greater exposure to new sectors can look at thematic portfolios with a focus on environment and cleantech. Whichever path you choose, it’s clear that sustainable investing can balance both profit and purpose, while staying in alignment with your financial goals.

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