Cloud Computing Strategist and Cybersecurity Innovator: Harnessing New Trends in Data Networking to Connect Businesses | Article

The world of technology is constantly evolving, and new trends are emerging every day, especially in data networking and cybersecurity. From cloud computing to innovative solutions in data protection, there is a growing demand for professionals who can keep pace with these changes. Staying ahead of the curve and implementing new and emerging technologies is critical to staying competitive in today’s rapidly changing landscape. This requires a deep understanding of the latest trends and a willingness to adapt to new and innovative solutions. As the world becomes increasingly connected, businesses must adopt cutting-edge data networking and cybersecurity approaches to stay ahead of the game and protect against potential threats.

What are the Trends?

Today’s Businesses rely more on technology to run their operations and manage their data, making the need for advanced cybersecurity and data networking hardware more critical than ever. The increasing frequency of cyberattacks and data breaches has made it clear that traditional security measures are no longer enough to protect sensitive information and assets. By using the most advanced cybersecurity and data networking hardware, businesses can avoid potential threats and minimize the risk of data loss or theft.

Advanced cybersecurity and data networking hardware offer several benefits for businesses. For example, by using the latest hardware, businesses can enjoy faster and more reliable network performance, which can help them improve productivity and efficiency. The hardware can also help to keep data and information secure and ensure that the network is protected from unauthorized access or tampering.

Moreover, businesses can stay up-to-date with the latest technological advancements by using the most advanced cybersecurity and data networking hardware. This can help to ensure that their networks are running smoothly and securely and that they are prepared to face new and emerging cyber threats. Additionally, by using the latest hardware, businesses can demonstrate their commitment to protecting sensitive information and ensure that their customers feel confident in their ability to secure their data.

In conclusion, businesses that use the most advanced cybersecurity and data networking hardware can enjoy improved performance, increased security, and a competitive edge in today’s rapidly evolving technology landscape. The investment in cutting-edge hardware is well worth it, as it can help businesses minimize the risk of data loss or theft and ensure that their networks are running smoothly and securely for years to come.

Some interesting facts and statistics about Cybersecurity and Data Networks

1. Cybercrime costs are projected to reach $6 trillion annually by 2021, a nearly four-fold increase from 2015.
2. Over 90% of all data breaches start with a phishing email.
3. The global cybersecurity market is expected to grow to $248.26 billion by 2023.
4. Ransomware attacks on businesses have increased by over 300% in the last three years.
5. Approximately 43% of cyber attacks target small businesses.
6. A business’s average data breach cost is $3.86 million.
7. In 2020, remote work due to COVID-19 increased the risk of cyber attacks by more than 30%.
8. Approximately 60% of small businesses close permanently within six months of a cyber attack.
9. Over 50% of employees have accessed sensitive company data using personal devices and networks.
10. It is estimated that over 75 billion connected devices will be present by 2025, increasing the need for robust cybersecurity measures.

What are the latest Technology trends in Networking?

What added value do they bring to your business?

Data networking has received serious attention in recent years due to the wide adoption of the new scope. We want to bring succeeding technologies to your attention and show you how they can add value to your business. Within the scope are Automated Networks, Artificial Intelligence (AI), Machine Learning (ML), Cloud Technologies, Self-Healing Networks, 5G and Wi-Fi6, IoT and SD-WAN, Intent-Based Networking (IBN)

‘Networking and Security Technology is evolving, and we must embrace it to empower our businesses.’

1. Software-Defined Networking (SDN), Automated Networks

Networking vendors announced automation platforms over the last few years to make managing networks easier. However, until now, they have felt like flowers not ready to bloom. There have been many interoperability issues, feature parity issues and even cultural issues as the networking community pronounced the conventional — “Network Engineer”.
As we enter 2021, I think we have finally reached the point when we will see automation blossom into the leading way to manage networks as we advance. Vendors incorporating automation into their infrastructure platforms—not just another feature-must be treated as the baseline on Operating Network environments.
The Fusion, Collaboration between Networking and Application teams grows stronger to deploy architectures in the Public cloud providers. Networking engineers will have to extend their skills to deliver secure and agile network environments in the cloud, just as they did on-premise infrastructures. Make no mistakes, core networking foundation, routing protocols, switching, and network security will play a vital role; however, programming languages like Python will allow them to work smarter and deliver even more bespoke solutions engaging many Automation Tools.

2. Multi-Cloud Technology

While many organisations are already multi-cloud in the sense that they may have different applications or workloads running on various public clouds, often due to other teams selecting cloud providers independently, does this mean they have a multi-cloud strategy?

“We are increasingly seeing multi-cloud developing a deliberate strategy, which means making applications truly Cloud-Native and lowering architectural dependencies on a specific Cloud service.”

Just a few years ago, an IT team that might have been stumbling trying to figure out how to move an application to a cloud environment might now be reaching a more sophisticated phase in its Cloud Strategy. This is echoed in the growth of hybrid cloud environments— implying a mix of public and private cloud and including on-premises infrastructure—as a trend that overlaps with the multi-cloud strategy.

3. Hybrid Networking Environments

Global Businesses recognise that Cloud Data Management isn’t about having one specific platform or infrastructure; it’s about choosing the correct solution for the job at hand. In various instances, this may not be Cloud at all; it might be on-premises or even legacy systems. It’s not uncommon for enterprises to be locked into specific systems for business-critical solutions that are cumbersome or complex to adapt.

In 2021, the emerging cloud trend is that enterprises are becoming less worried about setting with one particular cloud vendor and are adopting a multi-cloud or hybrid-cloud offering to get the most excellent service out of each solution. The trend is: “Gartner estimates that by 2021, 75 percent of midsize and large organizations will have adopted multi-cloud or a hybrid strategy. When I think about that just in terms of where we are in the evolution, that means 2021 will be a year of enormous acceleration.”

4. Edge Computing

The potential of Edge Computing is exceptionally high, according to research firm — Gartner. The firm projected 2x years ago that by 2025, a whopping 75% of enterprise data would be generated and handled at — “The Edge.” In other words, in five years, the majority of enterprise data could bypass the cloud entirely

Edge Computing, a distributed network infrastructure approach, enables data to be processed and analysed closer to the source. This has considerable value for the enterprise business, especially in the Internet of Things, Artificial Intelligence, and Big Data analytics.

Smart Edge devices need to manage the data they collect, share timely insights, and, if applicable, take suitable corresponding action. Edge Computing is the science of having Core Edge Devices without needing to transfer data to another server environment.

“Edge computing brings the data and the compute closest to the point of interaction.”

5. 5G Mobile Networks, inevitable technology

After years of anticipation and significant hype, fifth—generation (5G) wireless networks are finally becoming a reality. As an enabling technology, 5G could affect our lives in five ways. Please read full details on 5G Technology in our dedicated Post.

6. WiFi6, agile and innovative for home and workplace

Wi-Fi 6 boomed in the second half of 2019. Networking vendors rushed to release new hardware, access points, wireless controllers, smartphones and marketing initiatives. Now, the Wi-Fi 6 foundation is ready to go, and digital devices, such as laptops and other Wi-Fi-capable device chipsets, weren’t there until very late in the year.
So, in 2020/2021, I predict we’ll see the widespread proliferation of Wi-Fi 6 capable devices as computer and smartphone producers move to the new standard. This is an encouraging prospect because Wi-Fi 6 will solve many problems both at home and the office, and people will be happy to take advantage of it everywhere.
With Wi-Fi6 speed increases, however, this is not the main factor; the core improvement is the volume of data from many devices that can be transmitted and reliable.

7. Internet of Things (IoT)

We can expect a massive acceleration in IoT-based tracking and managing critical business services, as shown below. Businesses will have a better understanding of their infrastructure’s health and know which services/applications to improve and focus on to enhance business growth.

Healthcare investment in IoT to sky-rocket

As with every part of our lives, the global COVID-19 pandemic has undeniably affected how this trend is evolving and impacting our lives. In a world where contact between people is now more limited, contact between digital devices and automated tools can help us remain connected.
So, here’s my look ahead to 2021 and some of the ways we can expect to see this Mega-Trend play an increasingly large role in how we live, work, and play.

IoT means more productive WFH

Working From Home (WFH) is the new standard for all of us in the information economy due to safety anxieties around large numbers of people congregating in offices and City Centers.
When corporations still require physical human presence—as is the case with most manufacturing plants, industrial, and logistics operations—IoT implies that digital assets can be more effectively monitored remotely. This gives peace of mind that automated machinery parks will continue with their work. System Engineers or maintenance employees can be alerted when their intervention is needed.

IoT in retail – safer and more efficient stores and supermarkets

Automation via remote IoT-enabled devices will also continue to grow in the massive fulfilment facilities that dispatch inventory to shops. Contact-free payment methods will also become increasingly widespread as we move towards the “cashless society” expected to arrive for some time now – bringing its challenges.

IoT at the City Scale

With safety concerns around Public Transport, City-Center workplaces, monitoring, management, and recreational facilities such as leisure centers and parks, IoT technologies will allow authorities and businesses to better understand usage patterns and resourcefully plan safety measures and emergency response strategies.

IoT at the Edge

With Edge Computing, rather than IoT devices transmitting collected data to the cloud to analyse and extract insights, this work is done directly on the devices themselves. The clear advantage is massive savings in bandwidth consumption and the financially and environmentally reduced cost that this brings.

“The IoT is really about information technology that can gather its own information. Often what it does with that information is not tell a human being something, it [just] does something.” — Kevin Ashton

8. Artificial Intelligence (AI), leading to Autonomous Networks

Analysing complex data with machine learning (ML) algorithms and Artificial Intelligence (AI) will become the common starting point for many technologies. ML can make forecasts based on network data; in the broader sense, AI can take intelligent action based on those forecasts.

In 2020/2021, analytics tools built on ML and AI will improve and become more powerful. Instead of being another simple management platform that no one logs into, they’ll be built into sophisticated networking platforms.

That doesn’t mean networking components, like routers and switches, will be doing network analysis for us. Remember, we also see a tendency toward completely automated networks managed by a small group of controllers. Advanced analytics will be integrated within these automation infrastructure platforms, subsequently evolving into validation mechanisms and the foundations of a self-operating network.

We don’t see completely autonomous networks in 2020/2021. I believe advanced analytics and automation—significant components of intent-based networking—will become so common that we’ll discuss self-remediation as the simple next step in software-defined networking.

9. SDWAN will become a new standard

In the last two years, from 2018 to 2019, SD-WAN went from an emerging technology to one of the fastest-growing data networking sectors. Rather than bleeding edge, in 2020/2021, we will see SD-WAN become the norm for wide-area networking. It will no longer be an exciting option relevant only to corner cases and the most technologically progressive organisations. Instead, SD-WAN will become the new benchmark for connecting branch offices and Public Cloud resources.

It took a few years for the most known and prominent networking suppliers to integrate acquisitions into their portfolios. We’re now at the point where vendors, including VMware, have worked out many of the initial challenges of fusing two systems. Feature parity, interoperability, and visibility—all previously major concerns—were addressed head-on over the last year. Now, going into 2020/2021, we have reliable, tightly integrated SD-WAN options for the smallest to the very most extensive, reliable, and agile networks.

10. Intent-Based Networking

Intent-based networking (IBN) is an intelligent Network deployed to automate enterprise networking assignments using Machine Learning (ML), artificial Intelligence (AI), and network instrumentation in the IT industry. IBN offers a substantial shift from traditional networking. The IBN system is comparable to Software-Defined Networking (SDN), wherein enterprise hardware is logically separated from the software network.

IBN signifies an advanced methodology to data networking, where software and dedicated APIs help plan, design, and automatically deploy required changes to the existing network and improve the network’s availability and agility. IBN networking recognizes the business objective (intent) and interprets it into IT guidelines that can be applied repeatedly across the network.

ICT personnel might expediently commit errors while configuring changes to the enterprise network, resulting in a network outage. This outage negatively affects organisational productivity. The need to eradicate network downtime is creating demand for IBN across the globe.

11. Wireless Data Links for Drones

Providing ubiquitous connectivity to various device types is critical for 5G and beyond 5G (B5G). Unmanned aerial vehicles (UAVs) are expected to be essential to the upcoming wireless networks that can facilitate wireless broadcast and support high-rate transmissions.
UAV has salient attributes compared to communications with fixed infrastructure, such as flexible deployment, strong line-of-sight connection links, and additional design degrees of freedom with controlled mobility.

12. Self-healing Networks

What Is A Self-Healing Network?

Network Self-Healing is when network troubles are resolved without needing humans to get engaged. Network Automation tools can detect and remediate outages, failures, and breaches.

In the last decade, there has been much emphasis on automation in the networking world. Many companies have moved away from manual command-line interface (CLI) configuration to automated network provisioning, which has resulted in huge operations expense savings. If automation was the primary driving force for this last decade, what will be the big game-changer in the next one?

Like automated network provisioning, many technologies are already genuinely evolving the network environment. Whether it’s Cloud, Hybrid-Cloud or on-premise infrastructure, the biggest challenge and opportunity in the networking world lies in network analytics troubleshooting tools.

Many tools and services emphasise network analytics and assurance. It’s no longer a question: “How can I collect information from my devices and systems?”; it’s a question of “What valuable information can I extract from my networking hardware with the minimum CPU and memory consumption?”

This is where innovative technologies like Artificial Intelligence (AI) and machine learning (ML) can help. This granular visibility level can be vital to an efficient network operation.

What are the predictions for Cloud Computing in 2021?

1. Cloud computing will be central to the post-pandemic new normal
2. Public clouds will grow even more dominant
3. Enterprises will mitigate cloud lock-in through hybrid and multi-cloud strategies
4. Platform as a service will grow in public cloud revenue share
5. Intelligent Edge will become the principal cloud on-ramp
6. Under regulatory siege, Big Tech will emphasize open partner ecosystems
7. Augmented reality will help train the employees needed to support cloud growth

Efficiency | Accuracy | Automation | Innovation | Productivity | Competitive Edge | Cost-Effectiveness | Scalability | Personalisation | Data Networks | Networking | Infrastructure | Connectivity | Communication | Transmission | Data Center | Switches | Routers | Protocols | Cloud Networking | Cloud Infrastructure | Cloud Computing |Virtualization | Cloud Services | Infrastructure-as-a-Service (IaaS) | Platform-as-a-Service (PaaS) | Software-as-a-Service (SaaS) | Multi-Cloud | Hybrid Cloud | Public Cloud | Private cloud | Cybersecurity |  Security | Privacy | Encryption | Authentication | Threat Intelligence | Intrusion Detection | Firewalls | Malware | Phishing | Risk management | Compliance | Cyber Attack

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Lucja Czarnecka

The Blog Post, originally penned in English, underwent a magical metamorphosis into Arabic, Chinese, Danish, Dutch, Finnish, French, German, Hindi, Hungarian, Italian, Japanese, Polish, Portuguese, Spanish, Swedish, and Turkish language. If any subtle content lost its sparkle, let’s summon back the original English spark.