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Top 5 Tactics for Improving Cloud Security Hygiene for Businesses

Top 5 Tactics for Improving Cloud Security Hygiene for Businesses
In the past couple of years, the world has gone through a rapid digital transformation, which has led to a deeper penetration of modern technologies such as cloud computing, artificial intelligence, data analytics, and others.

As a result, smart businesses are shifting their digital resources to the cloud to benefit from features such as streamlined operations, centralized data storage, increased operational flexibility, and hassle-free data transition. As per a study conducted in 2022, nearly 94% of businesses around the world are using at least one cloud service.

Every enterprise possesses large volumes of sensitive data, including financial statements, business designs, employees’ identity information, and others. As organizations worldwide migrate from on-premises working to a remote working model, more data is being stored in the cloud than ever before, making cloud security one of the most crucial aspects for businesses today.

5 Proven Tips to Strengthen Cloud Security Hygiene for Businesses

With the advent of cloudification and the increasing use of cloud-based applications, the prevalence of cybercrime has increased significantly. For instance, in the wake of the COVID-19 outbreak, there has been a significant spike in cybercrime, with reports of a 600% increase in malicious emails. Furthermore, a report from the United Nations says that cybercrime will cost the world economy $10.5 trillion every year by 2025.

Even though cloud networks, such as Google Cloud, Microsoft Azure, and Amazon Web Services, have their own data protection measures for securing the cloud services they provide, it does not mean that businesses utilizing these services should rely solely on their security measures and not consider adopting additional measures.

So what are the tactics modern businesses should adopt to improve cloud security hygiene? Let’s see:


Deploy Multi-Factor Authentication (MFA)

When it comes to keeping hackers out of user accounts and protecting sensitive data and applications used to run a business online, the traditional username and password combination is often not enough.

Leverage MFA to prevent hackers from accessing your cloud data and ensure only authorized personnel can log in to your cloud applications and critical data in your on- or off-premise environment. MFA is one of the most affordable yet highly effective controls to strengthen your business's cloud security.


Manage Your User Access

It is crucial for your business to ensure adequate permissions are in place to protect sensitive data stored on cloud platforms. Not all employees need access to certain applications and documents.

To improve your cloud security and prevent unauthorized access, you need to establish access rights. This not only helps prevent unauthorized employees from accidentally editing sensitive company data but also protects your company from hackers who have stolen an employee's credentials.


Monitor End User Activities

Real-time analysis and monitoring of end-user activity can help you detect anomalies that depart from usual usage patterns, such as logging in from a previously unknown IP address or device.

Identifying these out-of-the-ordinary events can stop hackers and allow you to rectify security before they cause mayhem.


Create a Comprehensive Off-boarding Process

After an employee leaves your firm, they should no longer have access to any company resources, including cloud storage, systems, data, customers, or intellectual property. Unfortunately, completing this vital security duty is sometimes put off until several days or weeks after an employee has left.

Since every employee is likely to have access to a variety of cloud platforms and applications, a systemized deprovisioning procedure can assist you in ensuring that all access permissions for each departing employee are revoked and prevent information leaks.


Provide Regular Anti-Phishing Training to Employees

Hackers can acquire access to protected information by stealing employees' login credentials using social engineering techniques such as phishing, internet spoofing, and social media spying. As a result, cybersecurity has now become a collective responsibility, making comprehensive anti-phishing training necessary to educate your employees about these threats.

As unscrupulous hackers frequently come up with new phishing scams by the day, regular anti-phishing training is essential for developing formidable cloud security.


Bottom Line

Cloud security hygiene no longer consists solely of strong passwords and security checks. Instead, it is a series of innovative procedures that organizations use nowadays to leverage cloud networks. With more businesses moving towards the cloud and cyberattacks on the rise, it is the responsibility of your organization to remain vigilant and protect itself from cyberattacks.

Spotlight

Kiteworks

Kiteworks' mission is to empower organizations to effectively manage risk in every send, share, receive, and save of sensitive content. To this end, we created a platform that delivers content governance, compliance, and protection to customers. The platform unifies, tracks, controls and secures sensitive content moving within, into, and out of their organization, significantly improving risk management and ensuring regulatory compliance on all sensitive content communications.

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Data Security

Why Should Businesses Care About Identity Security?

Article | February 12, 2024

In recent years, several of the world's most technology-savvy businesses have experienced identity-related breaches. These occurrences have emphasized how digital identities have evolved to be both today's largest cybersecurity issue and the foundation of current organizational security. It has become evident that a comprehensive, all-hands-on-deck strategy is essential to keep ahead of attackers and make their success more difficult. Why Should Businesses Care About Identity Security? According to CrowdStrike Overwatch team analysis, eight out of ten (80%) breaches are identity-driven. These contemporary attacks often skip the conventional cyber kill chain by utilizing stolen credentials to perform lateral moves and launch larger, more devastating attacks. Identity-driven attacks, however, are particularly difficult to detect. When a genuine user's credentials have been hacked, and an adversary is posing as that user, traditional security processes and tools might make it impossible to distinguish between the user's regular activity and that of the hacker. Identity security is often seen as an organization's final line of defense. These technologies are designed to combat attackers who have escaped existing security measures like endpoint detection and response tools. Identity Security and Zero Trust: How Are They Related? Zero Trust is a security architecture that needs every user, both within and outside of an organization's network, to be verified, approved, and constantly checked for security configuration and posture before allowing or maintaining access to applications and data. Zero Trust implies that there is no conventional network edge; networks can be local, in the cloud, or a mix or hybrid of the two, with resources and employees located everywhere. Businesses that wish to implement the most robust security defenses should combine an identity security solution with a zero-trust security architecture. They must also make sure that their chosen solution complies with industry standards, such as those specified by NIST. Closing Lines Many changes are in store for 2022. Indeed, we cannot forecast all the critical challenges and subjects that will arise this year. Could you fill in some of the gaps? A robust identity security solution will provide the business with several benefits and expanded capabilities.

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5G: New Possibilities, New Threats

Article | March 22, 2024

5G is the next generation of mobile networks, and its introduction marks the beginning of a new era in the world of networking and cybersecurity. The fifth generation of mobile networks is not only faster than all the previous ‘Gs’ that were launched but also offers new and exciting opportunities for businesses. It is expected to be a game-changer for the business world because of its capabilities to expand business offerings and connect to the IoT. Let's delve into the insights about the new possibilities 5G technology brings for businesses. New Technology: Possibilities 5G Technology Brings In for Businesses Among the most significant benefits of 5G technology is the potential for employees to achieve more in less time, which increases revenue and reduces costs. The tremendous jump in connectivity provided by 5G will generate considerable opportunity for a wide range of industries from healthcare to retail to fintech. According to a study by IHS Markit, the global economy will be worth $13.2 trillion by 2035. This will create 22.3 million jobs in the 5G global value chain alone. Increased IoT Capabilities IoT devices are notoriously vulnerable due to their ease of use and connection. In 2020, Forescout Research found 33 IoT vulnerabilities affecting four open-source TCP/IP stacks (FNET, uIP, Nut/Net, and PicoTCP). According to Forescount, these stacks power millions of devices worldwide. The enormous development of IoT systems has been fueled by consumer devices, business network appliances, and industrial IoT (IIoT) devices. 5G will improve various IoT functionalities and provide critical upgrades to entire networks without pausing functionality, freezing operations or overloading servers. Bridging the Skills Gap Because of advancements in video and remote technologies, 5G will also tremendously benefit small businesses by enhancing hiring processes and assisting business owners in hiring suitable talent to contribute to their business development and help their businesses grow. 5G breaks down barriers to hiring by letting companies find, interview, narrow down, and hire the best people worldwide. Cost Savings 5G is expected to enhance the battery life of devices such as laptops by up to ten times. As a result, companies will see cost savings by lowering the quantity of hardware and IT infrastructure required. This represents a move away from a hardware-driven economy and into an economy that is majorly anchored on software and systems. Savings on decreased administration and other operations can permeate the organization and eventually contribute to the bottom line. New Threats: 5G Cybersecurity Risks Like every technology born, even 5G networks face various threats. Some are passed down from previous generations and legacy standards, while others are new threats associated with the software-defined networking technology owing to 5G. Below are some of the 5G security issues that businesses can tackle with the help of additional cybersecurity measures. Inherited & Emerging Vulnerabilities Compared to earlier generations of wireless networks, 5G is designed to be more secure. For backward compatibility, 5G must still be able to communicate with older standards. In the absence of a security-minded approach, this compatibility requirement assures that the flaws discovered in the outdated SS7 and Diameter protocols utilized by 2G and 4G networks can still haunt a new 5G-based network architecture. Growing Supply Chain Concerns As a result of government intervention in the development of telecom equipment, 5G security risks have been politicized. The use of 5G infrastructure equipment sold by Chinese vendors like ZTE and Huawei is banned in various countries, including the United Kingdom, India, and the United States. These regulations were put in place because of fears that Chinese governmental control over these 5G equipment vendors could undermine the design and data security of 5G equipment offered by these companies. Decentralized security In 5G networks, traditional security checkpoints like hub-and-spoke hardware-based routers have been replaced by cloud of software-defined digital routers that can't be looked at or managed. With more routing points and devices, as well as quicker speeds that favor smash-and-grab attackers, security teams must depend on automated monitoring and create innovative methods to address the rising security vulnerabilities. More IoT Devices Not all manufacturers are emphasizing cybersecurity, as seen with many low-end smart devices. 5G means more effectiveness and possibilities for the Internet of Things (IoT). As the number of connected devices grows, so does the number of prospective areas of attack. Devices such as a fish tank thermometer and a smart TV are examples of devices that might weaken the network. Network breaches and hacking could become more frequent because of the absence of security standards for IoT devices. Overcoming 5G Security Challenges Even if the new 5G technology doesn't fundamentally impact the measures that businesses must take to secure their assets, it does reduce the margin for error and raise the stakes in the event of a failure. Many strategies for dealing with existing network security issues apply equally well to 5G security threats. Strengthen Existing Cybersecurity Measures As we know, most security threats to 5G technology originate from previous generations. Businesses should continue to use existing security techniques to combat such attacks. Businesses must strengthen their existing security equipment to make those strategies more effective. Also, it is essential to educate users in order to minimize human errors that can compromise data and network security. Regular Infrastructure Audit When it comes to data exfiltration, a bad actor's dream is a company's blind spots. You'll need to audit your company's personnel infrastructure. You should also keep an eye on 4G-related vulnerabilities that could continue to harm older devices and networks. Deploy AI & ML for Protection Security providers are embedding AI and machine learning (ML) into their products and services to combat more complex cyberattacks. Experts believe that AI and machine learning systems can grow with the threat matrix, learning to detect and eliminate threats before they breach critical systems and put lives and sensitive data at risk. This will greatly help secure the network and safeguard the data stored in the cloud. IoT Management Solutions As 5G devices become available on mobile device management software, it is essential to control them to ensure device security. To secure the devices that will use 5G technology, you must look for a device management system that can evolve with the demands of your business. Look for a system that focuses on IoT management particularly. Tech Manufacturers Should Develop Secured Products 5G will double the number of connected devices while increasing speed and bandwidth. Unfortunately, many IoT devices are fundamentally insecure, making them obvious targets for hackers. Each insecure IoT device on a company's network offers an additional possible attack route. To prevent IoT devices from being vulnerable targets for cybercriminals, manufacturers must make them more secure. Also, the IoT Cybersecurity Act, which applies to government contractors, was passed by the US Congress. 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This is far higher than the frequency used by 4G networks, which ranges between 700 and 2500 MHz. What are the fundamental technologies that makeup 5G? OFDM (Orthogonal frequency-division multiplexing) is a way of modulating a digital signal over several channels to decrease interference. 5G employs the 5G NR air interface in conjunction with OFDM principles. 5G also makes use of higher bandwidth technologies like sub-6 GHz and mmWave. Why does a businessperson need 5G training? Faster connections mean more efficient business operations for your organization. Employees can anticipate that 5G will improve internal and external communications, allowing for better flexibility and time efficiency. Employees should also expect less restriction on where they can work, open doors during office hours, the ability to work from home, and a much better balance between work and life.

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Here’s What Universities Need to Know About Cyber-Attacks

Article | March 12, 2024

Over the last year, the education delivery model has changed rapidly. Universities have learnt to operate entirely remotely and now that learning may resume in person, a hybrid education model will likely continue. The transition from physical to online models happened so quickly that it left many IT networks exposed to serious harm from outside forces. With a hybrid model, there is likely a widening attack surface area. A recent spate of attacks suggests that cyber-criminals are taking notice of the seemingly infinite weaknesses in learning centers defenses. But why? One of the primary reasons is that universities operate large corporate-sized networks, but without the budgets to match. Add to that, teachers and students aren’t given training to use and connect their technology in a safe way. To avoid falling victim to devastating cyber-attacks which often have dire consequences, we share three lessons universities need to quickly take on board. Your Research is Valuable to Cyber-Criminals There is a hefty price tag on some of the research conducted by universities, which makes it particularly attractive to cyber-criminals. The University of Oxford’s Division of Structural Biology was targeted in February by hackers snooping around, potentially in search of information about the vaccine the university has worked on with AstraZeneca. It’s not just gangs of cyber-criminals targeting research facilities, last year Russian state backed hackers were accused by official sources in the US, UK and Canada of trying to steal COVID-19 vaccine and treatment research. With world-leading research hidden in the networks of universities, its unsurprising that last year over half (54%) of universities surveyed said that they had reported a breach to the ICO (Information Commissioner’s Office). The research conducted by many UK universities makes them an attractive target for financially motivated cyber-criminals and state-sponsored hackers in search of valuable intellectual property. To add insult to injury, ransomware attackers are doubling their opportunity for pay off by selling off the stolen information to the highest bidder, causing a serious headache for the victims while potentially increasing the value of their pay-out. Personal Information of Students and Staff Can Easily Fall into the Wrong Hands Based on tests of UK university defenses, hackers were able to obtain ‘high-value’ data within two hours in every case. In many cases, successful cyber-attacks are followed by not only a ransom note demanding payment for the recovery of frozen or stolen data, but also the added threat of sharing any sensitive stolen information with the public.

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Cybersecurity Risks Around Smart City Development

Article | December 17, 2021

Around the world, many societies are embracing innovative technologies more than ever before to provide enhanced ecosystems for cities and better efficiency for residents. This includes a mixture of residential, industrial, commercial, retail and public-sector bodies alongside greenways, parks and the public realm. Ultimately, the aim is to transform the delivery of public services through a citizen-centric approach, which will result in greater efficiencies and more responsive services that drive inclusive growth. The Power of Sophisticated Technologies Smart city technologies, when implemented correctly, allow growing populations to be serviced more efficiently. While a truly smart city is designed from the ground up, many are now integrating technologies that operate over the Internet of Things (IoT) to improve public services. Some argue that the future growth of the planet’s population can only be sustained through scalable smart city technology. Traffic management, for instance, can be done using smart traffic lights, road implanted sensors and communications with future smart cars. The sensor-enabled IoT devices deployed in smart cities can also help monitor the environmental impact of cities, as they can collect details about sewers, air quality, rubbish and energy consumption. Additionally, connected technologies can be used to increase awareness and visibility into individual energy and resource use. For example, IoT-enabled thermostats can make the decision to turn the heating on based on fluctuating energy costs. Smart IoT water management sensors, in combination with data analytics programs, can provide consumers with increased visibility into the amount of water they use. Devices such as smart meters that increase visibility into usage have been proven to both save money and conserve natural resources. However, it is essential to remember that smart eco-cities are essentially cities that fundamentally attempt to integrate technology to achieve efficiencies in many domains. Another example of this can be seen with smart lighting, which only turns on in conjunction with nearby traffic or pedestrians, rubbish bins that alert when they need to be emptied, water sprinklers that autonomously test the soil conditions and turn on watering as required and smart meters which remove the need for humans to check. The Risks at Hand There can be issues if a city relies on a central technological hub to control its core infrastructure. Already, many cities have been paying large amounts when subjected to ransomware attacks. Hackers will continue to attack IoT devices by either taking control of the device, stealing information or disrupting the service it is offering. Therefore, IoT security is different in that the devices are primarily embedded computer systems and quite limited at that. They are often single-purpose devices performing specific functions within a broader, more complex system. Examples include light bulbs, TVs, pacemakers, plant watering control systems and kettles. Providing only limited functions enables them to be lean and cheap, meaning the security mechanisms must be equally specialized and aimed at protecting against more targeted attacks that are often unique to that device’s functionality. Privacy issues can arise due to their IoT data collection mechanisms, leading to user profiling and identification in unforeseen use case scenarios. Therefore, there needs to be greater care when deploying data collection devices regarding their lifecycle, data collection mechanisms and overall security protocols. The possible dangers of having cities so connected is that those working and installing the future smart technology must be adequately trained in all aspects of cybersecurity. Additionally, they should make informed security decisions for the devices they install. This idea is already coming into fruition, with the UK Government recently proposing mandatory cybersecurity training to prevent smart devices from being exploited by criminals. Smart cities will happen, and the potential for assistive technologies is too tempting to ignore. In fact, pilots in many aspects of smart cities are being rolled out worldwide. Not one city can claim to be smart, but pockets of many cities’ infrastructure are becoming smart. No city can claim this title yet because there is too much legacy infrastructure and too many providers. The first legitimate smart cities can only be those designed this way from the ground up.

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In recent years, several of the world's most technology-savvy businesses have experienced identity-related breaches. These occurrences have emphasized how digital identities have evolved to be both today's largest cybersecurity issue and the foundation of current organizational security. It has become evident that a comprehensive, all-hands-on-deck strategy is essential to keep ahead of attackers and make their success more difficult. Why Should Businesses Care About Identity Security? According to CrowdStrike Overwatch team analysis, eight out of ten (80%) breaches are identity-driven. These contemporary attacks often skip the conventional cyber kill chain by utilizing stolen credentials to perform lateral moves and launch larger, more devastating attacks. Identity-driven attacks, however, are particularly difficult to detect. When a genuine user's credentials have been hacked, and an adversary is posing as that user, traditional security processes and tools might make it impossible to distinguish between the user's regular activity and that of the hacker. Identity security is often seen as an organization's final line of defense. These technologies are designed to combat attackers who have escaped existing security measures like endpoint detection and response tools. Identity Security and Zero Trust: How Are They Related? Zero Trust is a security architecture that needs every user, both within and outside of an organization's network, to be verified, approved, and constantly checked for security configuration and posture before allowing or maintaining access to applications and data. Zero Trust implies that there is no conventional network edge; networks can be local, in the cloud, or a mix or hybrid of the two, with resources and employees located everywhere. Businesses that wish to implement the most robust security defenses should combine an identity security solution with a zero-trust security architecture. They must also make sure that their chosen solution complies with industry standards, such as those specified by NIST. Closing Lines Many changes are in store for 2022. Indeed, we cannot forecast all the critical challenges and subjects that will arise this year. Could you fill in some of the gaps? A robust identity security solution will provide the business with several benefits and expanded capabilities.

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15 Deception Software Comparison Guide for Better Ironclad Defense

Article | March 22, 2024

5G is the next generation of mobile networks, and its introduction marks the beginning of a new era in the world of networking and cybersecurity. The fifth generation of mobile networks is not only faster than all the previous ‘Gs’ that were launched but also offers new and exciting opportunities for businesses. It is expected to be a game-changer for the business world because of its capabilities to expand business offerings and connect to the IoT. Let's delve into the insights about the new possibilities 5G technology brings for businesses. New Technology: Possibilities 5G Technology Brings In for Businesses Among the most significant benefits of 5G technology is the potential for employees to achieve more in less time, which increases revenue and reduces costs. The tremendous jump in connectivity provided by 5G will generate considerable opportunity for a wide range of industries from healthcare to retail to fintech. According to a study by IHS Markit, the global economy will be worth $13.2 trillion by 2035. This will create 22.3 million jobs in the 5G global value chain alone. Increased IoT Capabilities IoT devices are notoriously vulnerable due to their ease of use and connection. In 2020, Forescout Research found 33 IoT vulnerabilities affecting four open-source TCP/IP stacks (FNET, uIP, Nut/Net, and PicoTCP). According to Forescount, these stacks power millions of devices worldwide. The enormous development of IoT systems has been fueled by consumer devices, business network appliances, and industrial IoT (IIoT) devices. 5G will improve various IoT functionalities and provide critical upgrades to entire networks without pausing functionality, freezing operations or overloading servers. Bridging the Skills Gap Because of advancements in video and remote technologies, 5G will also tremendously benefit small businesses by enhancing hiring processes and assisting business owners in hiring suitable talent to contribute to their business development and help their businesses grow. 5G breaks down barriers to hiring by letting companies find, interview, narrow down, and hire the best people worldwide. Cost Savings 5G is expected to enhance the battery life of devices such as laptops by up to ten times. As a result, companies will see cost savings by lowering the quantity of hardware and IT infrastructure required. This represents a move away from a hardware-driven economy and into an economy that is majorly anchored on software and systems. Savings on decreased administration and other operations can permeate the organization and eventually contribute to the bottom line. New Threats: 5G Cybersecurity Risks Like every technology born, even 5G networks face various threats. Some are passed down from previous generations and legacy standards, while others are new threats associated with the software-defined networking technology owing to 5G. Below are some of the 5G security issues that businesses can tackle with the help of additional cybersecurity measures. Inherited & Emerging Vulnerabilities Compared to earlier generations of wireless networks, 5G is designed to be more secure. For backward compatibility, 5G must still be able to communicate with older standards. In the absence of a security-minded approach, this compatibility requirement assures that the flaws discovered in the outdated SS7 and Diameter protocols utilized by 2G and 4G networks can still haunt a new 5G-based network architecture. Growing Supply Chain Concerns As a result of government intervention in the development of telecom equipment, 5G security risks have been politicized. The use of 5G infrastructure equipment sold by Chinese vendors like ZTE and Huawei is banned in various countries, including the United Kingdom, India, and the United States. These regulations were put in place because of fears that Chinese governmental control over these 5G equipment vendors could undermine the design and data security of 5G equipment offered by these companies. Decentralized security In 5G networks, traditional security checkpoints like hub-and-spoke hardware-based routers have been replaced by cloud of software-defined digital routers that can't be looked at or managed. With more routing points and devices, as well as quicker speeds that favor smash-and-grab attackers, security teams must depend on automated monitoring and create innovative methods to address the rising security vulnerabilities. More IoT Devices Not all manufacturers are emphasizing cybersecurity, as seen with many low-end smart devices. 5G means more effectiveness and possibilities for the Internet of Things (IoT). As the number of connected devices grows, so does the number of prospective areas of attack. Devices such as a fish tank thermometer and a smart TV are examples of devices that might weaken the network. Network breaches and hacking could become more frequent because of the absence of security standards for IoT devices. Overcoming 5G Security Challenges Even if the new 5G technology doesn't fundamentally impact the measures that businesses must take to secure their assets, it does reduce the margin for error and raise the stakes in the event of a failure. Many strategies for dealing with existing network security issues apply equally well to 5G security threats. Strengthen Existing Cybersecurity Measures As we know, most security threats to 5G technology originate from previous generations. Businesses should continue to use existing security techniques to combat such attacks. Businesses must strengthen their existing security equipment to make those strategies more effective. Also, it is essential to educate users in order to minimize human errors that can compromise data and network security. Regular Infrastructure Audit When it comes to data exfiltration, a bad actor's dream is a company's blind spots. You'll need to audit your company's personnel infrastructure. You should also keep an eye on 4G-related vulnerabilities that could continue to harm older devices and networks. Deploy AI & ML for Protection Security providers are embedding AI and machine learning (ML) into their products and services to combat more complex cyberattacks. Experts believe that AI and machine learning systems can grow with the threat matrix, learning to detect and eliminate threats before they breach critical systems and put lives and sensitive data at risk. This will greatly help secure the network and safeguard the data stored in the cloud. IoT Management Solutions As 5G devices become available on mobile device management software, it is essential to control them to ensure device security. To secure the devices that will use 5G technology, you must look for a device management system that can evolve with the demands of your business. Look for a system that focuses on IoT management particularly. Tech Manufacturers Should Develop Secured Products 5G will double the number of connected devices while increasing speed and bandwidth. Unfortunately, many IoT devices are fundamentally insecure, making them obvious targets for hackers. Each insecure IoT device on a company's network offers an additional possible attack route. To prevent IoT devices from being vulnerable targets for cybercriminals, manufacturers must make them more secure. Also, the IoT Cybersecurity Act, which applies to government contractors, was passed by the US Congress. However, regulation of industry suppliers is still not good enough. Key Elements for 5G Cybersecurity for Businesses Conclusion 5G technology will be embraced despite all the challenges since it promises to provide businesses with a powerful new tool capable of driving faster, broader IoT deployments and a competitive advantage in the market. One harsh reality of the digital age is that risks will always exist. In line with the birth of every new technology, new threats are also born, and in the same manner, even solutions emerge. Businesses can overcome all challenges and eliminate all 5G security threats by implementing proper measures. 5G, IoT, AI, and ML are all part of the global tech revolution; leverage these technologies today to position yourself as a leader of tomorrow. FAQ What is the frequency of 5G? Verizon's millimeter wavelength (mmWave)-based 5G Ultra Wideband runs at frequencies between 28 and 39GHz. This is far higher than the frequency used by 4G networks, which ranges between 700 and 2500 MHz. What are the fundamental technologies that makeup 5G? OFDM (Orthogonal frequency-division multiplexing) is a way of modulating a digital signal over several channels to decrease interference. 5G employs the 5G NR air interface in conjunction with OFDM principles. 5G also makes use of higher bandwidth technologies like sub-6 GHz and mmWave. Why does a businessperson need 5G training? Faster connections mean more efficient business operations for your organization. Employees can anticipate that 5G will improve internal and external communications, allowing for better flexibility and time efficiency. Employees should also expect less restriction on where they can work, open doors during office hours, the ability to work from home, and a much better balance between work and life.

Read More
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App-Solutely Secure: A Game Plan for Apps with Robust Security

Article | March 12, 2024

Over the last year, the education delivery model has changed rapidly. Universities have learnt to operate entirely remotely and now that learning may resume in person, a hybrid education model will likely continue. The transition from physical to online models happened so quickly that it left many IT networks exposed to serious harm from outside forces. With a hybrid model, there is likely a widening attack surface area. A recent spate of attacks suggests that cyber-criminals are taking notice of the seemingly infinite weaknesses in learning centers defenses. But why? One of the primary reasons is that universities operate large corporate-sized networks, but without the budgets to match. Add to that, teachers and students aren’t given training to use and connect their technology in a safe way. To avoid falling victim to devastating cyber-attacks which often have dire consequences, we share three lessons universities need to quickly take on board. Your Research is Valuable to Cyber-Criminals There is a hefty price tag on some of the research conducted by universities, which makes it particularly attractive to cyber-criminals. The University of Oxford’s Division of Structural Biology was targeted in February by hackers snooping around, potentially in search of information about the vaccine the university has worked on with AstraZeneca. It’s not just gangs of cyber-criminals targeting research facilities, last year Russian state backed hackers were accused by official sources in the US, UK and Canada of trying to steal COVID-19 vaccine and treatment research. With world-leading research hidden in the networks of universities, its unsurprising that last year over half (54%) of universities surveyed said that they had reported a breach to the ICO (Information Commissioner’s Office). The research conducted by many UK universities makes them an attractive target for financially motivated cyber-criminals and state-sponsored hackers in search of valuable intellectual property. To add insult to injury, ransomware attackers are doubling their opportunity for pay off by selling off the stolen information to the highest bidder, causing a serious headache for the victims while potentially increasing the value of their pay-out. Personal Information of Students and Staff Can Easily Fall into the Wrong Hands Based on tests of UK university defenses, hackers were able to obtain ‘high-value’ data within two hours in every case. In many cases, successful cyber-attacks are followed by not only a ransom note demanding payment for the recovery of frozen or stolen data, but also the added threat of sharing any sensitive stolen information with the public.

Read More
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Cybersecurity Risks Around Smart City Development

Article | December 17, 2021

Around the world, many societies are embracing innovative technologies more than ever before to provide enhanced ecosystems for cities and better efficiency for residents. This includes a mixture of residential, industrial, commercial, retail and public-sector bodies alongside greenways, parks and the public realm. Ultimately, the aim is to transform the delivery of public services through a citizen-centric approach, which will result in greater efficiencies and more responsive services that drive inclusive growth. The Power of Sophisticated Technologies Smart city technologies, when implemented correctly, allow growing populations to be serviced more efficiently. While a truly smart city is designed from the ground up, many are now integrating technologies that operate over the Internet of Things (IoT) to improve public services. Some argue that the future growth of the planet’s population can only be sustained through scalable smart city technology. Traffic management, for instance, can be done using smart traffic lights, road implanted sensors and communications with future smart cars. The sensor-enabled IoT devices deployed in smart cities can also help monitor the environmental impact of cities, as they can collect details about sewers, air quality, rubbish and energy consumption. Additionally, connected technologies can be used to increase awareness and visibility into individual energy and resource use. For example, IoT-enabled thermostats can make the decision to turn the heating on based on fluctuating energy costs. Smart IoT water management sensors, in combination with data analytics programs, can provide consumers with increased visibility into the amount of water they use. Devices such as smart meters that increase visibility into usage have been proven to both save money and conserve natural resources. However, it is essential to remember that smart eco-cities are essentially cities that fundamentally attempt to integrate technology to achieve efficiencies in many domains. Another example of this can be seen with smart lighting, which only turns on in conjunction with nearby traffic or pedestrians, rubbish bins that alert when they need to be emptied, water sprinklers that autonomously test the soil conditions and turn on watering as required and smart meters which remove the need for humans to check. The Risks at Hand There can be issues if a city relies on a central technological hub to control its core infrastructure. Already, many cities have been paying large amounts when subjected to ransomware attacks. Hackers will continue to attack IoT devices by either taking control of the device, stealing information or disrupting the service it is offering. Therefore, IoT security is different in that the devices are primarily embedded computer systems and quite limited at that. They are often single-purpose devices performing specific functions within a broader, more complex system. Examples include light bulbs, TVs, pacemakers, plant watering control systems and kettles. Providing only limited functions enables them to be lean and cheap, meaning the security mechanisms must be equally specialized and aimed at protecting against more targeted attacks that are often unique to that device’s functionality. Privacy issues can arise due to their IoT data collection mechanisms, leading to user profiling and identification in unforeseen use case scenarios. Therefore, there needs to be greater care when deploying data collection devices regarding their lifecycle, data collection mechanisms and overall security protocols. The possible dangers of having cities so connected is that those working and installing the future smart technology must be adequately trained in all aspects of cybersecurity. Additionally, they should make informed security decisions for the devices they install. This idea is already coming into fruition, with the UK Government recently proposing mandatory cybersecurity training to prevent smart devices from being exploited by criminals. Smart cities will happen, and the potential for assistive technologies is too tempting to ignore. In fact, pilots in many aspects of smart cities are being rolled out worldwide. Not one city can claim to be smart, but pockets of many cities’ infrastructure are becoming smart. No city can claim this title yet because there is too much legacy infrastructure and too many providers. The first legitimate smart cities can only be those designed this way from the ground up.

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Kiteworks' mission is to empower organizations to effectively manage risk in every send, share, receive, and save of sensitive content. To this end, we created a platform that delivers content governance, compliance, and protection to customers. The platform unifies, tracks, controls and secures sensitive content moving within, into, and out of their organization, significantly improving risk management and ensuring regulatory compliance on all sensitive content communications.

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