In the current era of remote work and learning, the demand for continuous connectivity has surged to unprecedented heights. Dell’s Connected PCs, renowned for their robust security features, high-speed connections, and constant reliability, are proving essential in enhancing productivity, user experiences, and overall security. Join IT Networks as we delve into the diverse applications of these innovative PCs and examine their potential impact on various industries.
Dell’s Connected PCs seamlessly blend smartphone-like connectivity with the capabilities of traditional PCs, thanks to integrated mobile broadband modules. This ensures a secure connection to both 4G and 5G cellular networks, providing high-speed connectivity even in the absence of trusted Wi-Fi networks.
Let’s explore the myriad applications of Connected PCs, especially in critical scenarios like natural disasters or mass casualty incidents. The need for a dependable network connection becomes paramount for managing communication across hospitals, sharing medical data with emergency responders, and coordinating essential activities. In these critical situations, a reliable connection can make a life-saving difference.
Connected PCs are instrumental in minimizing productivity losses during disasters or internet disruptions. According to Gartner’s recent report, “Top Growth Trends in WAN Branch Office Connectivity for 2023,” the adoption of 5G is expected to grow significantly, with Dell’s Connected PCs playing a pivotal role in providing reliable connectivity for enterprise sites.
Dell’s Connected PCs, including the Rugged series, play a vital role in healthcare and emergency services. They empower first responders and healthcare providers to communicate critical information during emergencies, natural disasters, and other critical situations. These devices support real-time coordination, the sharing of sensitive medical data, and aid in search and rescue operations.
Connected PCs are an excellent choice for field services in industries like oil and gas, construction, and agriculture. They provide real-time data access and communication in remote areas, enabling field workers to access customer data, provide real-time support, and process orders. They also prove invaluable for utility meter readings and construction projects.
In the realm of education, Connected PCs have a significant impact on e-learning and remote education. They empower researchers with access to global digital libraries and academic databases, making virtual classes more accessible. Additionally, these PCs benefit professionals such as environmental scientists and researchers working in remote areas, improving decision-making for global environmental and wildlife protection.
Dell Connected PCs, with their secure, seamless, and reliable connectivity, are reshaping industries. Their cellular connectivity adds an extra layer of security, making them ideal for professionals who prioritize data privacy. From healthcare to education, these PCs play a pivotal role in enhancing productivity, securing data access, and facilitating communication in both urban and remote settings.
In conclusion, the transformative impact of Dell Connected PCs on the current connectivity landscape is undeniable. From reshaping industries like healthcare to revolutionizing education, these PCs play a pivotal role in enhancing productivity, securing data access, and facilitating communication in both urban and remote settings. As IT Networks acknowledges this impact, stay tuned for more insights into the latest technological advancements shaping the future of IT on IT Networks News.
In the rapidly changing landscape of hybrid work, staying abreast of the latest technological advancements is crucial. At IT Networks, we recognize the transformative power of technology in shaping the future of work. In this blog post, we delve into a recent Cisco WebexOne event where the discussion on intelligent spaces for hybrid work aligns seamlessly with our company’s commitment to innovative solutions.
The statistics on remote work trends and the necessity for flexible work arrangements resonate deeply with our mission at IT Networks. According to recent research highlighted at the WebexOne event, 98% of meetings are projected to have at least one remote participant. We understand the importance of adapting physical spaces to meet the demands of the evolving work environment.
As a key player in the tech industry, IT Networks closely follows advancements like Cisco Spaces. This cloud-based location services platform aligns perfectly with our vision for intelligent, adaptive workspaces. Cisco Spaces utilizes sensors to gather data on various aspects, including building and floor occupancy, air quality, ambient noise, temperature, and humidity. These insights are invaluable for our commitment to creating efficient and employee-friendly environments.
The challenges outlined in the discussion, such as determining the balance between open and closed spaces, resonate with IT Networks’ focus on optimizing workspaces. We understand the limitations of traditional methods like badge data and appreciate the significance of leveraging over 5,000 data points in real-time, as demonstrated by Cisco Spaces.
Alex Pop of M&T Bank shares a compelling success story during the WebexOne event, and it’s a testament to the impact of intelligent spaces technology. At IT Networks, we see the parallels between M&T Bank’s journey and our commitment to revolutionizing workspaces. By adopting Cisco technologies, M&T Bank transformed challenges like “ghosted rooms” into opportunities for enhanced space utilization.
As a company deeply invested in technological innovation, IT Networks sees the potential of Cisco Spaces as more than just a “nice-to-have.” It’s a “need-to-have” that aligns seamlessly with our dedication to solving real-world problems and providing meaningful solutions. Our interest in deploying Webex Connect and exploring Cisco Cinematics for larger spaces reflects our commitment to staying on the cutting edge of future workspaces.
In conclusion, the blog post highlights how IT Networks is navigating the current affairs of the evolving workplace by leveraging Cisco’s intelligent spaces technology. We are committed to addressing the challenges presented by hybrid work and utilizing the latest advancements to create workspaces that are not only adaptive but also foster employee satisfaction and productivity. Stay tuned to IT Network News for more insights into the ever-evolving landscape of technology and its impact on the future of work.
In the dynamic cybersecurity landscape, data breaches persist as a formidable challenge, constituting over 39% of incidents in 2022, particularly in cloud environments. At IT Networks, fueled by Dell Technologies, we recognize the gravity of these challenges and remain steadfastly committed to empowering organizations with resilient defenses through the practice of robust cyber hygiene, ensuring comprehensive data security.
Progressive organizations, with the support of Dell Technologies, actively confront these challenges by embracing comprehensive cyber hygiene practices. These encompass a suite of processes designed to fortify users, devices, data, and networks. Key capabilities, including stringent Identity and Access Management (IAM) policies, network segmentation, and a proactive approach to continuous vulnerability management, constitute the bedrock of a holistic strategy aimed at minimizing the attack surface and safeguarding critical data.
In today’s digital landscape, adopting strategies that enhance cyber hygiene is not a mere choice; it is an imperative. This is vital to shield against a diverse range of threats and ensure the security and integrity of cloud workloads. Let’s delve into how IT Networks, in collaboration with Dell Technologies, addresses these imperatives, keeping the shared responsibility model in sharp focus.
The safeguarding of access privileges remains pivotal in cybersecurity, a principle equally applicable in the cloud. IT Networks, powered by Dell Technologies, advocates for the strengthening of IAM policies and procedures, historically dispersed across various tools and platforms. We propose centralizing IAM into a unified, comprehensive tool to exercise superior control over access management. This centralized approach seamlessly aligns with mature cybersecurity and Zero Trust principles, facilitated by Dell Technologies, enabling the adoption of practices such as Least Privileged Access.
To further fortify defenses, IT Networks, in collaboration with Dell Technologies, underscores the significance of network segmentation. This strategic measure limits the impact of adversaries by constraining lateral movement within the network. In cloud environments, our approach extends to micro-segmentation, employing software to intricately segment the network down to individual workloads, significantly restricting unauthorized access.
Traditionally, organizations addressed vulnerabilities based on predefined maintenance windows and in response to critical incidents. However, the contemporary approach necessitates a proactive stance. IT Networks, with the backing of Dell Technologies, advocates for the continuous identification, prioritization, and strategic remediation of vulnerabilities. This encompasses regular threat scans and prioritization based on potential impact, exploitability, and the significance of systems, data, and workloads.
This proactive vulnerability management strategy, supported by Dell Technologies, ensures that IT Networks’ clients can effectively mitigate security threats before exploitation, establishing a solid foundation for securing critical assets. As we continue to be at the forefront of technology, our mission, in collaboration with Dell Technologies, remains steadfast—to empower organizations with the knowledge and tools they need to navigate the complexities of securing their cloud environments effectively.
At the forefront of tackling contemporary cybersecurity challenges, IT Networks recognizes the persistent threat of data breaches, especially in cloud environments. Through a commitment to robust cyber hygiene practices, including stringent IAM policies, network segmentation, and continuous vulnerability management, IT Networks, in collaboration with Dell Technologies, empowers organizations to fortify their defenses against data security threats. This blog emphasizes the imperative nature of adopting strategies that enhance cyber hygiene, positioning IT Networks as a key player in securing cloud workloads. With Dell Technologies’ support, IT Networks advocates for a multi-layered defense approach, including micro-segmentation and proactive vulnerability management, to effectively mitigate security threats. The collaborative efforts of IT Networks and Dell Technologies underscore their commitment to excellence, providing organizations with the knowledge and tools needed to navigate the complexities of securing their cloud environments successfully.
Cybercriminals are actively orchestrating sophisticated scams to trick even the most vigilant online shoppers as the holiday season kicks into gear. The potential for substantial gains is evident, given the National Retail Federation’s projection of record-breaking holiday spending in 2023, returning to levels seen before the pandemic.
Yet, maintaining a vigilant stance can significantly enhance your defense against cybercrime. In the following sections, we highlight emerging threat trends, anticipate the reappearance of classic holiday-season attack tactics, and provide straightforward tips to safeguard your data during this festive season.
As holiday shoppers increasingly prioritize swift deliveries, especially the younger Generation Z demographic born between 1996 and 2010, cybercriminals are adapting by devising new scams. Exploiting the demand for rapid shipping, these scams often manifest as phishing attempts through text messages. The fraudulent messages typically convey shipping delays or imminent deliveries, prompting recipients to click on a link to confirm personal details like their name and shipping address. Once the link is clicked, malicious actors can capture sensitive information, potentially gaining access to a user’s broader data, including usernames and passwords for various apps and websites. The Federal Communications Commission provides additional guidance on recognizing and avoiding these deceptive package delivery scams.
As consumer interest in travel grows, with 48% of Americans expressing plans to travel in the coming months, airports and hotels are gearing up for a bustling holiday season. Unfortunately, cybercriminals are also taking advantage of this surge in travel intent. Recently, there has been a noticeable uptick in the creation of fraudulent domains mimicking airline customer service or travel agency websites. Despite these sites closely resembling legitimate platforms, malicious actors are manipulating them by posting fake phone numbers. When unsuspecting customers call these numbers, scammers, posing as agents, engage in activities such as booking and charging for non-existent flights or using the callers’ personal information for malicious purposes.
Stay vigilant for non-digital travel scams during this holiday season. One prevalent scheme involves the “fake taxi” tactic, where unofficial taxis overcharge travelers significantly. There are instances where individuals, appearing as airport officials with authentic-looking badges, guide people towards illegitimate taxi services.
Beyond fake taxis, be wary of broken taxi meters or drivers taking unnecessarily long routes. Aside from taxi scams, be alert to rental car agencies billing for pre-existing damage and then demanding excessive fees for the alleged harm. Protect yourself by quickly recording a video of the borrowed car before leaving the rental lot, ensuring the rental agency witnesses this process. Sometimes, rental cars may have concealed damage that becomes apparent only after driving.
Additional holiday-season scams to watch out for include organized crime using children to beg for money, fraudulent ATMs, Wi-Fi hotspots designed for cyber attacks, and various others. Stay cautious to safeguard your travel experience.
This holiday season, cybercriminals are set to uphold their customary practices, deploying a range of scams to exploit unsuspecting shoppers. With consumers once again seeking better prices and promotions during their seasonal shopping, it comes as no surprise that malicious actors are revisiting their familiar tactics to capitalize on these motivations.
In the midst of cybercriminals’ attempts to exploit the holiday shopping frenzy, there are several straightforward measures you can take to safeguard yourself and your data during this bustling time of year:
As shoppers compile their lists and double-check them, it’s essential to bear in mind that cybercriminals are engaged in a similar process. Staying informed about prevalent attack tactics and developing the ability to recognize them in various scenarios can significantly contribute to protecting yourself against scams during this season.
In the pre-dominance of Wi-Fi, Ethernet emerged as the primary avenue for interconnecting devices within IT Networks. Whether integrated into a local area network (LAN) or deployed across a wide area network (WAN), the deployment of Ethernet cables seamlessly facilitated traffic flow among devices. One of the distinct advantages of Ethernet, particularly within IT Networks, is its capability to empower machines in recognizing intended data and efficiently transmitting information to other connected devices. The enduring significance of this technology is rooted in its unparalleled attributes – speed, reliability, and security – characteristics that surpass the radio wave transmission method utilized by Wi-Fi. As we navigate the landscape of IT Networks, the legacy of Ethernet continues to play a pivotal role in enhancing connectivity.
Originating in 1973 under the ingenuity of engineers at the Xerox Palo Alto Research Center (PARC), including luminaries Robert Metcalfe and David Boggs, Ethernet ushered in a new era of connectivity. This groundbreaking technology enabled individuals to interconnect multiple computers within a local area network (LAN), establishing a foundation for digital collaboration. Ethernet introduced a meticulously crafted set of rules, facilitating the swift exchange of data between designated machines. The name “Ethernet” itself draws inspiration from the concept of luminiferous ether, symbolizing the unseen yet pervasive medium through which data seamlessly traverses, connecting devices and shaping the landscape of modern connectivity.
In a significant simplification of Ethernet’s early history, Xerox released its hold on the Ethernet trademark, leading to the formalization of the 802.3 standard (commonly referred to as Ethernet) by the Institute of Electrical and Electronics Engineers (IEEE) in 1983. Despite the existence of alternative technologies, Ethernet quickly rose to prominence as the prevailing standard due to its open nature, allowing networking equipment to be accessible from various manufacturers. Notably, Ethernet’s ease of upgradability played a pivotal role, with each version ensuring seamless backward compatibility.
The initial Ethernet release supported speeds of up to 10 Mbps. In 1995, 100 Mbps Fast Ethernet emerged, followed by Gigabit Ethernet in 1999. By 2002, 10-Gigabit Ethernet became feasible. Power over Ethernet (PoE), enabling a single cable for both power and networking, debuted in 2003. Ethernet capabilities continued to advance, reaching 40 Gbps in 2010 and 100 Gbps later that year. While research persists, 40 Gbps currently stands as the top speed for home use, surpassing the needs of most users. The evolution of Ethernet showcases a constant drive for higher speeds in response to evolving networking demands.
Even if your experience has been solely with Wi-Fi, the presence of Ethernet plugs and cables is likely familiar. The cable linking your modem to the Wi-Fi router or primary mesh unit typically boasts an Ethernet cable with an RJ45 connector. Ethernet presents three key advantages over Wi-Fi: superior speed, increased stability, and enhanced security. However, this comes at the trade-off of necessitating physical cables between devices, and the connected devices must feature Ethernet ports. The process of setting up a network with wired connections can be intricate and incur additional costs.
In the end, the speed you attain is consistently governed by the lowest-rated component—whether it be the cable, port, or switch. Let’s delve deeper into the intricacies of each aspect.
There are seven categories of Ethernet cable in use today, offering various maximum bandwidth and data rates.
At the fundamental level, Ethernet cables consist of pairs of wires twisted together and encased in plastic (known as UTP, or Unshielded Twisted Pair). However, some cables incorporate metallic or foil shielding (STP or FTP, standing for Shielded Twisted Pair or Foiled Twisted Pair). While shielding serves to protect against electromagnetic interference, it also contributes to making the cables thicker and less flexible. When purchasing an Ethernet cable, the manufacturer typically outlines its capabilities, with basic specifications often printed on the plastic casing.
While Ethernet cables are generally robust, there’s always a potential risk of damage, particularly with frequent plugging and unplugging. If you route cables throughout your living space, exercise caution with tight bends and steer clear of high-traffic areas where they might be subject to bumps or trampling. Despite the allure of thin or flat Ethernet cables, it’s essential to note that they often possess less shielding and are consequently less durable.
If an Ethernet cable sustains damage, it may not completely cease functioning. Instead, connected devices might recognize it as a lower category cable, thereby constraining its speed. This revelation caught me off guard when it happened to me. A seemingly robust Cat 7 cable, rated at 10 Gbps and functioning flawlessly for months, had incurred damage unnoticed. As a result, the router I was testing restricted my 1 Gbps connection to a mere 100 Mbps.
Additionally, there exists a limitation on the length of an Ethernet cable before the signal strength diminishes, but this is typically not a concern when setting up a home network. Understanding these nuances becomes crucial, especially when dealing with the potential impact of damage on cable performance and the subsequent speed limitations that may ensue.
Given the challenges associated with running cables, particularly when concealing them within walls, ceilings, or floors, it’s advisable to opt for future-proofing by selecting a Cat 7 or Cat 8 cable. The price differential is marginal, and these cables offer the added benefit of backward compatibility. Personally, I rely on a 10-foot Amazon Basics Cat 7 Ethernet Cable ($11), which seamlessly supports my Gigabit internet connection. Notably, both flat cables I experimented with eventually developed faults, emphasizing the reliability and effectiveness of the chosen Cat 7 cable.
Numerous routers and mesh systems in the contemporary landscape come equipped with a finite number of Ethernet ports. Similar to cables, these ports possess diverse ratings but are generally more straightforward. Gigabit ports are prevalent, with some routers featuring 2.5 Gbps ports, and a select few supporting 10 Gbps. The maximum data rate is typically indicated on the port for routers, although for other devices, checking the specifications may be necessary.
When you find yourself in need of additional ports or seeking a solution to route Ethernet cables throughout your home, an Ethernet switch becomes a valuable asset. Available in various sizes, these switches allow you to extend a single Ethernet cable from your router and connect multiple cables to different rooms or devices. In my setup, I currently employ the Netgear Five Port Gigabit Network Switch ($33). However, if your requirements demand more ports, options such as the unmanaged eight-port model from TP-Link ($25), which WIRED reviews editor Julian Chokkattu utilizes, are readily available.
Ethernet switches are typically categorized as either managed or unmanaged. Opting for a managed switch is advisable if you enjoy customization and wish to configure and monitor settings, prioritize channels and traffic, and potentially access additional security features. On the other hand, unmanaged switches are straightforward plug-and-play devices. While they lack the advanced configuration options of managed switches, they are generally more cost-effective and well-suited for the needs of most homes.
The decision to run Ethernet cables throughout your home presents a trade-off between the speed, stability, and security advantages it offers and the challenges associated with the construction of your house and your willingness to drill holes. While Wi-Fi is a more convenient option, it consistently delivers lower speeds compared to the maximum supported by your internet service provider. Opting for Ethernet cables brings you significantly closer to the potential of achieving those maximum speeds, making it a compelling choice for those prioritizing performance in their home network.
Running cables to every room may be too disruptive for many individuals, but for those with a mesh system supporting wired backhaul, it’s worth considering the installation of an Ethernet cable from the main router to the nodes or satellites. This setup ensures optimal performance for the entire system. Without a wired connection, the mesh system relies on wireless bands to transmit data, limiting the available bandwidth for devices and potentially leading to slower Wi-Fi speeds for devices connected to a node.
Even when utilizing wireless backhaul, if there’s an available Ethernet port on a node, it’s frequently beneficial to run an Ethernet cable from it to devices in the room. Devices such as smart TVs, game consoles, and computers typically feature Ethernet ports, and opting for a wired connection consistently provides superior speed and stability compared to relying on Wi-Fi.
For those in rental spaces or individuals hesitant to drill holes for cable installation, there are a couple of alternative solutions. One approach is to employ a lengthy Ethernet cable along with adhesive cable clips, allowing you to route the wire throughout your space without the need for drilling. This method, as demonstrated by WIRED reviews editor Julian Chokkattu in his rental, provides a practical workaround. Here are a few additional options:
For the majority of users, Wi-Fi remains the preferred solution due to its effortless device connectivity. With the advent of Wi-Fi 6, Wi-Fi 6E, and the imminent arrival of Wi-Fi 7, achieving exceptionally high-speed connections has become feasible, providing ample bandwidth for common activities such as video streaming and online gaming. If Wi-Fi meets your needs effectively, it’s a reliable choice; however, it is more susceptible to interference and instability. If you encounter challenges, considering Ethernet as an alternative is a prudent option. After all, there are instances where a wired connection proves to be the superior choice.
We are delighted to share a groundbreaking announcement that marks a new chapter in the dynamic landscape of IT Networks. As of [Date], we have proudly become one of the esteemed partners of Dell Technologies, a globally recognized leader in the technology domain.
As a leading player in the IT landscape, IT Networks has always been committed to providing cutting-edge technology solutions to our valued clients. Our partnership with Dell Technologies is a strategic move aimed at fortifying our commitment and taking our offerings to new heights.
This partnership means more robust and versatile solutions for your business. Dell Technologies is synonymous with innovation, reliability, and excellence in the tech industry. By aligning forces, IT Networks and Dell will collectively empower your business with state-of-the-art hardware, software, and services designed to meet the evolving needs of the digital era.
Key Pillars of Our Collaborative Journey:
Expanded Product Portfolio: Unlock access to an extended range of Dell Technologies’ acclaimed products. From high-performance laptops and desktops to robust servers and enterprise solutions, our collaboration ensures you have access to the latest and greatest in the tech world.
Unparalleled Support and Services: Enjoy the combined strength of IT Networks and Dell’s world-class support and services. Our teams are aligned to provide seamless assistance, ensuring your IT infrastructure operates at peak efficiency.
Innovative Solutions Tailored for You: Our partnership aims to deliver innovative solutions tailored to your unique business needs. Whether it’s streamlining workflows, ensuring data security, or optimizing operations, IT Networks and Dell are here to elevate your IT experience.
Our Commitment to Excellence
At IT Networks, we believe that partnerships drive progress. This collaboration with Dell Technologies is a testament to our unwavering commitment to excellence, innovation, and delivering unparalleled value to our clients.
Get Ready for the Future with IT Networks and Dell Technologies!
The future of IT is dynamic and ever-evolving, and together with Dell Technologies, IT Networks is primed to lead the way. Join us on this exciting journey as we usher in a new era of technological excellence.
We extend our heartfelt gratitude to our clients and partners for their continuous support. Stay tuned for more updates, innovations, and collaborative ventures that will shape the future of IT with IT Networks and Dell Technologies!
A Promise of Excellence
This collaboration is not just a partnership; it’s a promise. A promise to consistently push the boundaries of what’s possible in the ever-evolving tech landscape. At IT Networks, we have always believed in the power of collaboration, and joining hands with Dell Technologies reinforces our commitment to delivering excellence to you.
The Future Beckons: IT Networks and Dell Technologies at the Helm
As we set sail into the future, IT Networks and Dell Technologies are poised to lead the charge. This journey is not just about products and services; it’s about creating a collaborative ecosystem that fosters innovation, empowers businesses, and shapes the future of IT.
To our clients, partners, and the entire IT Networks community, we express our deepest gratitude for your continued support. Stay tuned for more updates, exciting innovations, and collaborative ventures that will redefine the benchmarks of technological excellence.
Here’s to a future of endless possibilities with IT Networks and Dell Technologies!
Warm Regards,
IT Networks
Welcome to IT Networks, your premier source for IT News and Tech News. In recent developments, co-working giant WeWork has made headlines by filing for bankruptcy, encompassing its US and Canada locations with reported liabilities ranging from $10 to $50 billion. This marks a pivotal moment for WeWork, once valued at $47 billion, which faced challenges following an unsuccessful IPO in 2019.
Founder and CEO Adam Neumann’s unconventional practices, uncovered in IPO paperwork, contributed to investor dissatisfaction. In the aftermath, Neumann was ousted, and control shifted to Japanese telecommunications giant SoftBank. WeWork embarked on a public offering in 2021 through a special-purpose acquisition company (SPAC). However, the company struggled with mounting debts and substantial losses, resulting in a staggering 98% drop in stock valuation.
WeWork attributes its financial downturn to a surge in remote working, intensified by the COVID-19 pandemic, and significant operational costs. In a strategic move, the company filed for Chapter 11 bankruptcy, seeking the ability to reject leases for non-operational locations. Notably, restructuring agreements have been reached with creditors holding 92% of the company’s debt.
In a press release, WeWork stated, “As part of today’s filing, WeWork is requesting the ability to reject the leases of certain locations, which are largely non-operational and all affected members have received advanced notice.” This step aligns with the company’s effort to navigate its financial challenges and reshape its trajectory.
The road to bankruptcy follows WeWork’s earlier disclosure to the US Securities and Exchange Commission, indicating agreements with creditors to temporarily postpone debt payments. Recent reports underscored the company’s accumulated losses of $16 billion as of June 2023, with ongoing rent and interest payments exceeding $2.7 billion annually—representing over 80% of its total revenue.
Stay tuned with IT Networks for more updates on the dynamic landscape of IT and technology.
Guidebook
How to secure your business in minutes
At IT Networks, we understand that being a small business doesn’t make you immune to cyber threats. In fact, small businesses are often targeted precisely because they may lack the robust cybersecurity resources that larger enterprises enjoy. With the growing trend toward remote work and off-network operations in 2021, businesses of all sizes find themselves more susceptible to cyber threats and attacks.
The reality is that employees working remotely, utilizing cloud-based solutions, and accessing technology and apps without proper IT oversight can inadvertently expose your business to potential risks. The aftermath of a cyberattack is not only disruptive but also costly – on average, small businesses spend a staggering $955,000 per attack to restore normal operations.
If the idea of managing complex cybersecurity alongside running your business feels overwhelming, you’re not alone. A concerning 47% of small businesses admit to having no understanding of how to protect themselves against cyber threats. However, as time progresses, cyber threats are evolving into more numerous and sophisticated forms, with orchestrated, multi-staged, and evasive attacks becoming the new normal.
The urgency to act is clear, but where do you start?
Introducing our guide: Small Businesses Deserve Big Protection. This comprehensive resource is designed to help you achieve enterprise-grade security on a small business budget, providing:
The Most Effective Threat Protection in the Industry: Stay ahead of evolving cyber threats with top-tier security measures.
Visibility and Protection for All Devices, On and Off the Network: Ensure the safety of your operations, whether your team is in the office or working remotely.
Simple Management and Flexible Policies: Streamline cybersecurity management, making it accessible and adaptable to your business needs.
Rapid Deployment and Quick Time to Value: Implement security solutions swiftly and experience immediate benefits.
Reliability and Performance You Can Depend On: Trust in a cybersecurity infrastructure that works seamlessly to protect your business.
Don’t wait until it’s too late – empower your small business with the cybersecurity it deserves. Download our guide today and take the first step toward securing your business in the digital age. Remember, proactive measures now can save you from the significant costs and disruptions associated with cyberattacks. Stay secure with IT Networks.
Welcome to IT Network News, where we bring you the latest insights in technology and security. In this edition, we delve into the critical realm of application security, a cornerstone in delivering flawless digital experiences. Cisco, a pioneer in the tech industry, introduces innovative solutions to address the challenges posed by the modern application era.
The surge in distributed applications within complex environments has given rise to extensive attack surfaces, leaving businesses exposed to security risks. A staggering 92% of global technologists acknowledge that the rapid pace of innovation has sometimes compromised robust application security during software development. According to RedHat, 93% of companies faced Kubernetes security incidents in the last 12 months, with an average of 277 days to identify and contain a data breach.
Recognizing the foundational importance of application security to brand trust, loyalty, and revenue, organizations face the daunting task of managing vulnerabilities effectively. A survey by Cisco reveals that 93% of IT professionals stress the need to contextualize security, correlate risk, and prioritize vulnerability fixes based on potential business impact.
Enter Cisco’s groundbreaking solution — Business Risk Observability in application security. This evolution prioritizes security issues based on potential impact, empowering teams to swiftly map vulnerabilities and take action where it matters most. Cisco uniquely combines threat context from its security products with vulnerability mapping to provide organizations with a transaction-based business risk score. This score equips organizations with critical information to reduce their overall risk profile and strategically mitigate vulnerabilities that could impact revenue and reputation.
Cisco Secure Application on the Cisco Full-Stack Observability Platform takes this innovation further. It offers business risk observability across hybrid and cloud environments, allowing teams to rapidly assess risk, prioritize actions, and remediate security issues based on potential impact. Seamless integration with Cloud Native Application Observability enhances its functionality.
With Cisco Secure Application, IT professionals can:
Locate and Highlight Security Issues:
Quickly isolate security issues across various application entities, including business transactions, services, workload, pods, and containers.
Prioritize Issues:
Utilize a business risk score that combines application and business impact context to identify and address the most critical vulnerabilities.
Accelerate Response Times:
Receive real-time remediation guidance, including recommended prescriptive actions to address the most impactful vulnerabilities.
Cisco Secure Application brings application and security teams together, providing expanded visibility and intelligent insights into business risks. This facilitates real-time responses to potential security events that could impact revenue, ultimately reducing overall organizational risk profiles.
As part of Cisco News, this innovation is closely tied to Cisco’s commitment to delivering cutting-edge products. One such product is the Cisco Full-Stack Observability (FSO) Platform, a robust solution that plays a pivotal role in providing businesses with the observability needed to enhance security. To learn more about Cisco Secure Application, the Cisco FSO Platform, and other Cisco products, explore our product page for a comprehensive understanding of how these solutions can elevate your organization’s security posture.
Discover the power of securing modern applications with Cisco Secure Application and fortify your organization’s resilience against evolving security challenges.
Welcome to the Future of AI News Infrastructure with IT Networks
Artificial Intelligence (AI) stands at the forefront of transformative technologies, sparking enthusiasm across global organizations. At IT Networks, we recognize the paramount role of AI in reshaping collaboration, application management, digital security, and customer experiences. Cisco, a leader in harnessing AI-powered capabilities, is paving the way for innovation in AI infrastructure.
At the core of every groundbreaking AI-generated product lies an innovative infrastructure. Fortified by Graphics Processing Units (GPUs) and massively scalable data stores and compute capabilities, AI and Machine Learning (ML) platforms are poised for unprecedented scale and performance. For such platforms to thrive, a network fabric must meet the substantial demands of these AI/ML ecosystems. Cisco’s substantial investments have birthed an AI fabric that is robust and advanced, built on the foundation of Ethernet.
Our vision for AI Network fabrics revolves around the proven advantages of Ethernet – economy and scale. As technologies mature, businesses often transition from single-source components to multi-source components to enhance purchasing power. In the realm of AI/ML infrastructure, this shift involves moving away from single-source connectors, fabric, and GPUs. Ethernet, as a widely adopted standard, emerges as the ideal choice, facilitating interoperability within and between component types. The broad deployment of Ethernet in data center networks ensures efficiency in training, procurement, and support.
As we envision the future, we affirm that AI Fabrics will be Ethernet-based. Ethernet’s widespread adoption aligns with the need for diverse choices and scalable solutions. Every organization’s AI journey is unique, demanding agile technology that can scale on its terms. Ethernet, as the most deployed infrastructure, offers broad architectural support, allowing organizations to choose partners, suppliers, and architects that align with their specific goals.
AI/ML infrastructure thrives on innovation, demanding greater capabilities and performance. Ethernet, with its proven history of disruptive innovation, is well-positioned to meet these demands. Over the years, Ethernet standard speeds have grown significantly, reaching up to 400Gbps with options like the Cisco 8111-EH and the Cisco Nexus 9232E switch. Cisco’s unique value lies in advancing the economics, agility, choice, and innovation of Ethernet even further.
Cisco enhances the value of Ethernet by providing a single silicon architecture – Cisco Silicon One. This simplifies network architectures, offering a consistent experience across the entire network and all network functions. Our commitment to economic benefits is evident in producing a full range of silicon, systems, and optics, transferring economies of scale to end-users.
Cisco empowers organizations with the flexibility to choose components, white boxes, or fully built systems for their AI Network fabric. Whether your business model thrives on building systems and software on silicon components or requires fully built systems for ease of deployment, Cisco caters to your unique needs.
Cisco’s development of silicon brings forth differentiated capabilities for Ethernet, unlocking the true power of AI Network fabrics. With one architecture, organizations can opt for standard Ethernet for broad interoperability, advanced scheduled Ethernet for reduced Job Completion Time (JCT), or enhanced Ethernet for a middle-ground solution. Cisco Silicon One ensures that the same network can confidently support high throughput, lossless training fabrics, and ultra-low latency inference fabrics.
The future of technology transformation is here, and Ethernet is at its forefront. Whether you are refining models, deploying off-the-shelf models for inference, or building large language models, rest assured that Ethernet from Cisco is the fabric that meets your needs. At IT Networks, we stand ready to partner with you on building your AI infrastructure, tailored to match your unique business model. Embrace the future with Cisco and IT Networks – where innovation meets performance.
Hello and greetings! Welcome to IT News, your source for the latest updates in the tech world. In response to the growing bandwidth needs of today’s modern campuses amid the resurgence of the return-to-office (RTO) trend, Fortinet has unveiled its cutting-edge FortiSwitch 600 and 2000 campus switches. This significant development integrates seamlessly with Fortinet’s AI-powered security and networking services.
“The hybrid workforce remains robust, and as we witness more workers returning to the campus, particularly in large organizations, the bandwidth requirements for expansive campuses are surging,” notes Nirav Shah, VP of Products and Solutions at Fortinet.
To meet this escalating demand, Fortinet has introduced the FortiSwitch 600 series, a new multigigabit secure campus access switch, to its comprehensive portfolio. This innovative switch boasts up to 5GE access and 25GE uplinks, ensuring enhanced network performance and accommodating the needs of next-generation wireless access points (APs).
The FortiSwitch 2000, on the other hand, serves as a campus core switch meticulously designed for larger campuses. This versatile switch can be seamlessly integrated with high-performance access switches like the FortiSwitch 600, providing robust support for more extensive and intricate campus environments.
Shah emphasizes the importance of ensuring that the uplink supports multigig performance, especially in scenarios with increased users and higher bandwidth requirements. This capability allows customers to effortlessly connect next-generation APs, facilitating support for additional users and IoT devices.
Now, let’s turn our attention to the latest in tech updates brought to you by IT Networks. In alignment with the fast-paced evolution of technology, IT Networks remains committed to delivering cutting-edge solutions. As part of our expansive product offerings, our firewall products stand out as crucial components in fortifying network security.
In line with this commitment, our firewall product line plays a pivotal role in safeguarding your network against evolving cyber threats. Our advanced firewall technologies ensure unauthorized access is thwarted, providing a robust defense mechanism for your network infrastructure. To explore more about our firewall products and enhance your network’s resilience, visit our product page.
Stay tuned to Tech News for more insightful updates on the technological landscape. As the tech world continues to evolve, IT Networks remains at the forefront, delivering innovative solutions to meet the dynamic needs of the digital era.
In the ever-evolving landscape of secure connectivity, Fortinet introduces its newest switches as integral components of its advanced platform. These switches seamlessly converge AI-powered security and network operations with Fortinet’s LAN, wireless LAN (WLAN), and 5G offerings, all managed through unified control. This convergence is accelerated by Fortinet’s custom ASIC chips, as highlighted by Shah, the VP of Products and Solutions at Fortinet.
As reported by Gartner in its 2022 Magic Quadrant for Enterprise Wired and Wireless LAN Infrastructure, Fortinet’s integrated architecture is highly acknowledged. The report notes, “Fortinet delivers an architecture in which LAN, WLAN, and security are tightly integrated under a unified operating system (FortiOS) and cloud management platform.” Such recognition underscores the efficacy of Fortinet’s approach in providing a cohesive and unified solution.
For Fortinet switch users, management options abound. The FortiManager serves as a robust management tool, or users can leverage Fortinet’s FortiGate next-generation firewalls as switching controllers to eliminate overlays, according to Shah. He emphasizes that the controller not only manages switches and access points but also extends security from the next-generation firewall to switches and APs.
Traditionally, security has often been an afterthought in networking, but Fortinet challenges this notion. The new switches seamlessly integrate with FortiGuard security services, offering advanced features such as malware protection, intrusion prevention systems (IPS), sandboxing, and web filtering.
Enter the realm of AIOps enhancement with Fortinet’s latest 600 and 2000 campus switches. These switches seamlessly integrate with FortiAIOps, leveraging AI and machine learning (ML) for comprehensive data collection and the identification of network anomalies. Fortinet consolidates data from its diverse network devices, including FortiAPs, FortiSwitches, FortiGates, Secure SD-WAN, and FortiExtender, feeding this dataset into FortiAIOps for insightful event correlation.
Shah elaborates on Fortinet’s innovative approach, stating, “We use the AI and machine learning developed for our security services, where we process billions of data every day, applying the same methodology to network operations.” This holistic integration enables customers to gain profound insights into LAN and wireless LAN issues, facilitating troubleshooting and providing valuable insights.
Stay informed with Fortinet News / Tech News for the latest developments in the tech realm. As part of IT Networks’ commitment to cutting-edge solutions, our firewall products play a pivotal role in fortifying network security. Explore our firewall products to ensure your network remains resilient against evolving cyber threats. Visit our product page for more details on enhancing your network’s security.
In a recent investigation of Tech News, Microsoft revealed information about a cyber attack campaign in which threat actors attempted—but failed to—infiltrate a cloud environment using a SQL Server instance.
Hello there! Welcome to IT Networks, your go-to source for the latest in tech news. In a recent analysis conducted by security experts Sunders Bruskin, Hagai Ran Kestenberg, and Fady Nasereldeen, it was discovered that the breach in question was initiated through the exploitation of a SQL injection vulnerability within an application present in the target environment. Our company, IT Networks, recognizes the critical importance of fortifying cybersecurity measures to prevent such incidents.
The initial exploit provided the attackers with unauthorized access and elevated permissions on a Microsoft SQL Server instance deployed on an Azure Virtual Machine (VM). This underscores the necessity of robust security measures not only within applications but also across cloud environments.
Despite gaining access to the SQL Server instance, the attackers attempted to move laterally within the cloud resources by exploiting the server’s cloud identity. It’s worth noting that Microsoft has officially confirmed that there is no evidence suggesting the attackers successfully progressed to the cloud resources using this particular technique.
The attack unfolded with an SQL injection against the database server, allowing the adversaries to run queries for information gathering on the host, databases, and network configuration. In this context, it is suspected that the targeted application had elevated permissions, granting the attackers the ability to enable the xp_cmdshell option and execute operating system commands.
As part of their strategy, the attackers engaged in reconnaissance, downloading executables and PowerShell scripts, and establishing persistence through a scheduled task to initiate a backdoor script. To exfiltrate data discreetly, the attackers utilized a publicly accessible tool named webhook[.]site, minimizing the risk of detection by making outgoing traffic to the service appear legitimate.
In a noteworthy development related to cloud security, the attackers attempted to leverage the cloud identity of the SQL Server instance by accessing the instance metadata service and obtaining the cloud identity access key. This identity token, retrieved from the request to the IMDS identity’s endpoint, would have provided the necessary security credentials for the cloud identity.
However, the primary objective of abusing the token to carry out various operations on cloud resources faced an unspecified error, resulting in the operation’s failure. This incident underscores the growing sophistication of cloud-based attack techniques, with threat actors actively seeking out over-privileged processes, accounts, managed identities, and database connections for further malicious activities.
IT Networks emphasizes the importance of securing cloud identities to prevent exposure of SQL Server instances and associated cloud resources to similar risks. Our company is committed to providing comprehensive cybersecurity solutions, including robust measures to safeguard against evolving threats.
In connection to this, firewall implementation is crucial to fortify network defenses. A well-configured firewall, as provided by IT Networks, acts as a crucial barrier against unauthorized access and plays a pivotal role in preventing the exploitation of vulnerabilities. By incorporating advanced firewall technologies, organizations can enhance their resilience against evolving cyber threats and ensure the security of their cloud-based resources.
