Simply put, a VPN is a software product that enables you to connect securely to another network via the internet. All information exchanged between your device and the VPN server is encrypted during this secure connection, sometimes referred to as a “VPN tunnel”.  Hackers and other cybercriminals will find it much harder to intercept and steal your sensitive information thanks to this encryption. You may shield your private data, including financial information and login passwords, from prying eyes by utilising a VPN.

VPNs can also be used to browse the internet anonymously and to access geo-restricted material. People who reside in nations with severe internet censorship regulations will particularly benefit from this because it enables them to access restricted websites and apps.

The use of VPNs has become essential in today’s digital environment due to the rise in the sharing of personal information online. It’s crucial to take the required precautions to safeguard your sensitive information and yourself online.

Using a VPN has a variety of advantages when it comes to online privacy and security. Just a few benefits of using a VPN include the following:

One of the main advantages of utilising a VPN is that it encrypts all data exchanged between your device and the VPN server, protecting your personal information from hackers and cybercriminals. The ability of hackers and other cybercriminals to access and steal your personal information, including your financial information and login passwords, is significantly reduced as a result. You can defend yourself against identity theft and other online crimes by utilising a VPN.

Accessibility to geo-restricted content: Not all countries have access to the same websites and apps. You can access geo-restricted content and alter your virtual location by utilising a VPN. This makes it possible for residents of nations with severe internet censorship laws to access prohibited websites and apps, which can be especially helpful.

Increased online anonymity: VPNs also enable you to browse the web without being tracked. The websites you visit and your internet service provider (ISP) will not be able to monitor your online behaviour as a result. People who wish to avoid targeted advertising or who want to keep their browsing history secret may find this useful.

Just a handful of the benefits of using a VPN are listed above. A VPN may add an important layer of protection in today’s digital world by safeguarding your personal information, enabling you to access geo-restricted content, and enhancing your anonymity when browsing the internet.

While VPNs can offer some advantages for online privacy and security, there are a few drawbacks to take into account. The following are some drawbacks of utilising a VPN:

Some VPNs can cause your internet connection to slow down since they need more processing power to encrypt and decrypt data. This is especially valid if the VPN you are using has a slow server or if you are far from the VPN server. This isn’t always the case, though, and it depends on a variety of things, including your internet connection’s speed, the VPN protocol, the provider, and the location of the server.

Users’ data may be logged by VPNs: Not all VPNs are made equal. While some VPNs strictly adhere to the no-logs rule, some VPNs might log your data. This implies that they keep track of your online activities and might divulge this data to outside parties. Before signing up for a VPN service, it is crucial to examine the company’s jurisdiction and history and to carefully read the terms of service and privacy policy.

Some VPNs are superior to others; not all of them are made equal. It can be challenging to choose a VPN when there are so many options available. Others might not provide the kind of anonymity you’re looking for, while some VPNs might not have the finest security precautions in place. It’s crucial to conduct thorough research and pick a reliable VPN service provider.

Even while VPNs can add an important layer of protection, it’s crucial to consider these drawbacks when selecting a VPN and to balance the benefits and drawbacks before signing up for a VPN service.

It can be challenging to decide which VPN to use with so many available. Here are some guidelines for selecting the best VPN for you:

Find a VPN that strictly adheres to the no-logs policy:  Some VPNs might log your data, which means they’ll keep a record of your internet behaviour and might disclose it to others. It’s crucial to select a VPN with a strong no-logs policy if you want to preserve your privacy. This guarantees that the VPN provider won’t capture and keep your data.

Check for robust protocol support and encryption: Choose a VPN with robust encryption and protocol support to guarantee that your data is properly secured. Look for a VPN that supports OpenVPN, IKEv2 or WireGuard and employs at least AES-256 encryption.

Investigate the company’s jurisdiction and history: It’s also critical to investigate the company’s jurisdiction and history. Some VPNs have a history of sharing user data with third parties and are situated in nations with lax privacy legislation. It’s crucial to pick a VPN company with a solid reputation for securing user data and one that is headquartered in a country that values privacy.

You can select a VPN that will safeguard your online privacy and security by taking these considerations into account. To make sure you are choosing the finest VPN provider for your needs, always read reviews and comments and compare several providers.

In conclusion, using a VPN might offer several advantages for online security and privacy. A VPN helps shield your personal information from hackers and other online criminals by encrypting your internet connection. VPNs can also be used to browse the internet anonymously and to access geo-restricted material.

There are a few drawbacks to take into account, though. Not all VPNs are made equal, and certain VPNs might impede internet connections. Some might keep user data logs, while others might not provide the level of privacy you need.

When selecting a VPN, it’s crucial to seek for one with a strict no-logs policy, look for one with robust encryption and protocol support, and investigate the location and background of the provider.

In conclusion, while utilising a VPN can be a wise choice for securing personal data and unblocking geo-restricted content, it’s not always essential. It’s critical to examine the benefits and drawbacks before selecting a VPN that suits your unique requirements and tastes.

The post VPNs: A Necessity or a Luxury in Today’s Digital World? first appeared on DefenceHub.

Military power lists frequently consider a variety of elements, including the size of a nation’s military, the quantity of weapons and equipment it possesses, and its defence budget. The popular Global Firepower list uses metrics such as coastlines, workforce and oil production provide a more accurate assessment of a nation’s overall power. These variables give a reasonable overview of a nation’s prowess, but they ignore the various complexities and subtleties of military strength.

For instance, a nation’s military might not be as effective as its size might suggest. A smaller, well-trained military may be more effective in war than a larger one because it may be more manageable and easier to coordinate. A nation’s military strength is not always indicated by the quantity of weapons and equipment it has. Even if a nation possesses the most cutting-edge weaponry, if its soldiers lack the knowledge and experience necessary to use them effectively, they will not be as strong as a nation with less cutting-edge weapons but better trained and more experienced soldiers.

While it is sometimes taken into account in military power rankings, a nation’s defence expenditure is not a precise indicator of its military might. A nation’s commitment to maintaining a robust military can be shown by a high defence budget, but this does not always imply that the force is well-trained or combat-ready.

There are numerous examples of nations with robust armed forces that do not appear to be major military powers. For instance, Israel has a well-trained, highly motivated, and competent military despite its comparatively modest size and population. Similar to Singapore, which has a small military but one that is highly skilled, well-equipped, and trained, they are able to outperform their size in terms of military prowess. These examples show that in terms of military strength, numbers do not always tell the whole picture.

Military power lists also seem to ignore the capabilities of different weapons platforms or vehicles. For instance 100 MiG-21s will add as much points to a nation’s rankings as 100 F-35s. Or nuances such beyond-visual range missiles, radar, and other key components will be completely ignored. Important assets in today’s militaries such as drones and air defence systems aren’t even featured in lists such as Global Firepower. These aspects seriously undermine the reliability of these lists

Battle experience is a major advantage which cannot be overlooked. Not only because it trains soldiers in real, stressful scenarios but because it can form new tactics and doctrines. Thus enabling brand new techniques of war unique to a particular force. This is especially true when combined with a robust domestic defence industry. A force which is actively participating in combat can provide accurate feedback to arms manufacturers, which can in turn lead to improved weapons, as well ideas for new innovative systems. Overall, a military which uses its domestic arms in real combat has in immense advantage over arms importers and/or militaries which aren’t participating in ongoing wars.

A crucial non-military aspect that can have a big impact on a nation’s military power is intelligence. Strong intelligence capabilities enable nations to obtain vital intelligence on their adversaries, enabling them to better plan for prospective wars and decide how to respond to them.

Conclusion: Rather than relying exclusively on military power lists, it is critical to take into account a wider range of variables when evaluating a nation’s military might. We urge people to evaluate the information they are given on military power seriously and to look at a variety of sources. We can get a better grasp of a nation’s military capabilities by adopting a more sophisticated approach to understanding military power. 

The post The Flaws of Military Power Rankings: Why They Don’t Tell the Whole Story first appeared on DefenceHub.

Let’s begin by giving a quick overview of RFID technology. Radio waves are used in the technology known as RFID, or radio frequency identification, to communicate between a reader and a tag. Credit cards, passports, and key fobs are just a few examples of the products that may have these tags, commonly referred to as RFID chips. Data transfers, including those involving payment information or personal data, are made possible by communication between the reader and the tag.

As the name implies, RFID wallets are wallets that are made to prevent RFID skimming of your credit and debit cards. A sort of electronic pickpocketing known as RFID skimming involves a criminal using a gadget to read and steal the data contained on RFID chips. The unique lining or substance used in RFID wallets blocks the radio signals, preventing skimming from taking place.

This article’s goal is to make RFID technology and its applications more clear to you, so you can decide whether RFID wallets are worthwhile for you. We will examine the advantages and disadvantages of RFID wallets, consider alternatives, and help you understand the degree of security that RFID wallets provide. Let’s get started and provide you the information you need to decide if an RFID wallet is the correct choice for you.

It’s critical to first comprehend the operation of RFID technology in order to properly comprehend the advantages and disadvantages of RFID wallets.

Synopsis of the operations of RFID technology:

Radio waves are used in RFID technology to transmit data between a reader and a tag. A tiny amount of data, such as a unique identifying number or personal details, are stored on the tag, also known as an RFID chip. The RFID reader’s radio waves are utilised to energise the chip in the tag and enable data transmission when it is in close contact to the reader. This method of RFID is referred to as “passive” because the tag doesn’t require its own power source.

Another type of RFID technology is “active,” where the tag has its own power source and can communicate with the reader across a greater distance. This technology can be used in a warehouse or retail setting and is often utilised in logistics and inventory management.

Common applications for RFID technology:

Retail, transportation, and the healthcare sectors are just a few of the industries that employ RFID technology. Among the widespread applications of RFID technology are:

• Electronic collecting of tolls (EZ-Pass)
• Inventory control and monitoring (warehouse, retail)
• Access management (building access, event ticketing)
• Cashless transaction (credit and debit cards, mobile payments)
• Animal recognition (livestock, pets)

RFID technology risks: Although it offers many advantages and practical applications, RFID technology also has some risks. RFID skimming, in which a criminal uses a device to read and steal the data held on RFID chips, is one of the key threats. If RFID chips are not adequately protected, there is also the potential that unauthorised persons could read the personal information on the chips.
It’s critical to be aware of these threats and take precautions to safeguard both your personal data and yourself.

Keep in mind the technology involved, the typical applications, and the potential concerns as we continue to examine RFID wallets. This will enable you to decide whether an RFID wallet is suitable for you in a more informed manner.

RFID wallet benefits include:

RFID wallets are made to shield your credit and debit cards against RFID skimming, a sort of electronic pickpocketing, as was before described. RFID wallets have a specific lining or substance that makes it considerably more challenging for thieves to obtain your personal information.

Convenience and usability: RFID wallets are extremely practical and simple to operate. You may now make purchases without searching for cash or fiddling with your cards thanks to contactless payments. This capability is becoming more widespread and a prerequisite for rapid and simple transactions everywhere.

RFID wallet disadvantages include:

Due to the additional expense of the particular lining or material that provides RFID protection, RFID wallets may be more expensive than regular wallets.

Limited compatibility with specific card kinds: Some RFID wallets might not be compatible with specific card types, including transit or hotel key cards. This means that in order to use the card, you might need to take it out of your RFID wallet.

Protection against other types of identity theft is limited. While RFID wallets offer defence against RFID skimming, they do not offer any defence against other types of theft, such as phishing scams.  It’s crucial to remember that keeping your personal information private involves more than just RFID wallets. 

In the end, it’s up to you to determine whether the extra benefits worth the extra expense.

Conclusion

While RFID wallets provide benefits such defence against RFID skimming, convenience, and ease of use, they also cost significantly more than normal wallets.

Last advice on whether RFID wallets are worthwhile:

Your particular demands and goals will ultimately determine whether or not an RFID wallet is worthwhile for you. An RFID wallet might be a decent option for you if you frequently make contactless payments and are concerned about the possibility of RFID skimming. An RFID wallet might not be required, though, if you don’t own contactless cards.

If you do consider purchasing a RFID wallet then consider the DefenceHub T-100, available at our store

Additional reading materials include:

There are plenty further resources available if you’re interested in learning more about RFID technology and how to safeguard yourself from RFID skimming. Information about identity theft protection and prevention may be found on websites like the Federal Trade Commission’s and the Identity Theft Resource Center’s. You can also ask your bank or credit card company whether they provide RFID protection services to determine if they do.

List of references consulted for this article:

“What is RFID? How RFID Works and RFID Technology” RFID Journal, https://www.rfidjournal.com/rfid/what-is-rfid
“RFID Skimming: What You Need to Know” Federal Trade Commission, https://www.consumer.ftc.gov/blog/rfid-skimming-what-you-need-know
“RFID Blocking Wallet: Is it worth it?” Identity Theft Resource Center, www.idtheftcenter.org/rfid-blocking-wallet-worth-it
“RFID Chip Credit Card: What You Need to Know” Bankrate, https://www.bankrate.com/banking/credit-cards/rfid-chip-credit-cards/
“RFID wallets – what you need to know” Norton, https://us.norton.com/internetsecurity-emerging-threats-rfid-wallets-what-you-need-to-know.html

The post RFID Protection: Are RFID Wallets a Must-Have for Today’s World? first appeared on DefenceHub.

Cybersecurity is a major problem for both businesses and individuals in today’s digital environment. Cybercriminals now have more ways than ever to access and use sensitive data because of the rise in the amount of material being shared and kept online. In fact, a survey by Cybersecurity Ventures estimates that by 2021, cybercrime would have cost the world $6 trillion yearly. This trend is likely to increase in an ever so connected world.

It is obvious that cybersecurity should not be taken lightly. It’s crucial to keep up with the most recent trends and advancements in the industry if you want to safeguard your business and yourself from cyberattacks. You may proactively put in place the appropriate security measures to protect yourself and your assets by being aware of the constantly changing strategies and tools used by cybercriminals.

Furthermore, keeping up with cybersecurity advancements might provide you a competitive edge. The expectations of clients and customers grow along with technology. You can show your clients that you care about their security and that you’re doing everything you can to secure their information by putting the most up-to-date cybersecurity measures into practise.

We’ll be taking a deeper look at the top cybersecurity trends for 2023 in this article. You’ll be better able to foresee and stop future cyber threats if you are aware of these trends. So let’s get started and see what the future of cybersecurity holds.

It’s critical to take into account the trends that will mould the cybersecurity landscape in 2023 as we look ahead. To secure yourself and your possessions, it’s crucial to stay up to date on the most recent innovations in technology and cybercrime.

We’ll talk about the top cybersecurity trends that are predicted to dominate in 2023 in this article:

1. Predictive cybersecurity employs machine learning and advanced analytics to foresee potential cyberattacks and stop them before they happen.
2. AI-Powered Cybersecurity Solutions: To enhance threat detection and response, artificial intelligence is being employed in cybersecurity more and more.
3. Cloud security: As more companies shift their operations to the cloud, it’s critical to take into account the security threats and implement the necessary ways to combat them.
4. IoT Security: Because IoT devices are susceptible to attacks, the Internet of Things (IoT) is a growing area of concern for cybersecurity.
5. Cybersecurity and Quantum Computing: The development of quantum computing has brought about new possibilities and difficulties for cybersecurity, particularly in the field of encryption.
   

You’ll be better able to foresee and stop future cyber threats if you are aware of these trends. Let’s delve in and examine each of these trends in more detail to see what they signify for the future of cybersecurity.

Trend 1: Predictive Cybersecurity

An emerging approach in cybersecurity is called “predictive cybersecurity,” which uses machine learning and advanced analytics to predict and stop cyberattacks before they happen. Instead of responding to assaults after they have happened, the goal of predictive cybersecurity is to identify possible risks before they may cause harm.

Using a variety of data sources, such as network logs, user behaviour, and threat intelligence feeds, predictive cybersecurity analyses a sizable quantity of data to find trends and abnormalities that could be signs of a prospective cyber attack. Using this data, models are then developed that can forecast assaults based on previous behaviour.

Darktrace is one business that uses predictive cybersecurity. In order to examine network traffic and find anomalies that can point to a cyber attack, they employ machine learning techniques. Another such is Cisco’s Talos Intelligence Group, which employs big data analytics and machine learning to quickly identify and counteract possible cyberthreats.

Additionally, endpoint protection platforms, like those provided by organisations like McAfee and Symantec, which utilise machine learning to identify and stop malware and other threats on specific machines, are incorporating predictive cybersecurity.

In general, predictive cybersecurity is an effective strategy for locating and averting online threats. Organizations may strengthen their entire security posture and proactively defend themselves from potential assaults by employing advanced analytics and machine learning to foresee threats.

Trend 2: AI-Powered Cybersecurity Solutions

Given its many benefits for identifying and countering online threats, artificial intelligence (AI) is taking on more significance in the realm of cybersecurity. The superior threat detection and response provided by AI-powered cybersecurity systems is one of their key benefits.
AI-powered systems have the capacity to instantly evaluate vast volumes of data from numerous sources, searching for patterns and anomalies that could point to a cyberattack. They are quite good at spotting and stopping cyberattacks because they can also learn from mistakes and adjust to new threats as they materialise.

Cylance is one example of an AI-powered cybersecurity application that employs machine learning to identify and stop malware and other threats on specific devices. Darktrace is another illustration, which use AI to quickly identify and respond to online threats.

In order to detect and stop malware and other threats on specific machines, endpoint security platforms like those provided by firms like McAfee and Symantec use machine learning and AI.
AI is also employed in fraud detection, incident response, and vulnerability management.
The cost of security operations can also be decreased and incident response times can be improved with the use of AI-powered solutions. AI-powered solutions can assist firms in responding to cyber crises more rapidly and efficiently due to its capacity to scan vast volumes of data and identify risks fast and correctly.

Overall, AI is a potent tool for enhancing cybersecurity threat identification and response. Organizations may improve their overall security posture and prevent cyberattacks by employing AI to analyse data and spot potential risks.

Trend 3: Cloud Security

Businesses have benefited greatly from the growing usage of cloud services, including enhanced scalability and agility, but it has also brought forth new security dangers. Organizations must take precautions to safeguard themselves from potential cyber threats as more and more sensitive information is stored and shared in the cloud.

Data breaches are one of the key security threats connected to cloud services. Sensitive data is frequently housed in a cloud environment on servers that are not under the direct control of an organisation, which might render it more open to cyberattacks. Data breaches may also be more likely in cloud systems when shared resources and multi-tenancy are used.

Many cloud service providers are now providing cutting-edge security features like encryption and multi-factor authentication in order to address these security issues. New and emerging cloud security solutions are also starting to become accessible, including cloud-based firewalls and intrusion detection systems.

Organizations should take precautions to secure their own cloud systems notwithstanding these developments. This entails putting into practise methodologies like: -Making sure that all data stored in the cloud is properly encrypted -Using strong access controls to restrict who can access sensitive data -Watching for suspicious activity in cloud environments -Reviewing and updating security policies and procedures -Using an incident response plan.

A trustworthy cloud service provider should be used, and you should keep up with any security issues or vulnerabilities that might affect the provider.
Overall, cloud services have numerous advantages, but they also bring about new security threats that businesses need to be aware of. Companies may safeguard themselves against potential dangers and fully benefit from cloud services by putting the right security measures and best practises in place.

Trend 4: IoT Security

The term “Internet of Things” (IoT) describes the expanding network of internet-connected objects used in homes, offices, and other buildings, including smart thermostats, security cameras, and even refrigerators. The influence of IoT devices on cybersecurity is growing more and more crucial as the adoption of these devices rises.

The influence of IoT devices on cybersecurity is growing more and more crucial as the adoption of these devices rises.

The fact that many IoT devices were not created with security in mind is one of the biggest security concerns they present. They might therefore have weaknesses that hackers can take advantage of. Furthermore, a lot of IoT devices have low memory and computing power, which might make it challenging to incorporate strong security measures.

IoT devices frequently communicate with other IoT devices across wireless networks, which can increase the attack surface and make it simpler for cybercriminals to access the devices and the networks they are connected to.

Organizations should implement a number of standard practises to protect IoT networks and devices, including: -Securing the wireless network that IoT devices devices connect to -Implementing tight access restrictions for IoT devices -Watching for suspicious activity on IoT networks -Updating and patching IoT devices’ software -Making sure that all IoT devices are set up with strong passwords.

A trustworthy IoT service provider should be used, and you should keep track of any security breaches or vulnerabilities that may harm the provider.
In general, IoT devices are growing in importance as a source of cybersecurity threat. Organizations may safeguard themselves from potential cyber risks and fully benefit from IoT technology by understanding the particular security problems faced by these devices and putting the necessary security measures in place.

Trend 5: Quantum Computing and Cybersecurity

The topic of quantum computing is one that is fast developing and has the potential to completely alter how we process and store data. Quantum-resistant encryption is one of the key ways that quantum computing is anticipated to affect cybersecurity.

Certain types of computations can be completed by quantum computers far more quickly than by conventional computers. This implies that they could be able to defeat the encryption algorithms in use today, which would make it much simpler for thieves to gain access to private data.

Researchers are focusing on creating new encryption methods that can withstand the capabilities of quantum computers in order to allay this worry. Quantum key distribution (QKD), which employs the quantum characteristics of particles to safely distribute encryption keys, is one example. Using post-quantum encryption methods like lattice-based, code-based, and multivariate-based encryption is another illustration.

While quantum computing significantly increases the difficulty of encrypting data, it also opens up new possibilities for cybersecurity. By offering new and more potent ways to examine and process data, such as by modelling complicated systems and spotting patterns that would be challenging to spot using conventional computing techniques, quantum computing can also be used to enhance cybersecurity.

Overall, the topic of quantum computing is one that is fast developing and has the potential to have a significant impact on cybersecurity and encryption. Although there are drawbacks to quantum computing, there are also chances for innovative and potent cybersecurity solutions. In order to mitigate the possible downsides of the technology, scientists and businesses are working hard to create encryption that is resistant to quantum mechanics as well as other quantum-based cybersecurity solutions.

Conclusion

As we’ve seen, these shifts present cybersecurity with both opportunities and challenges. Organizations may foresee and stop possible cyber risks by being knowledgeable and proactive.

The security landscape is continuously changing, therefore in order to protect themselves from potential threats, both organizations and individuals must stay up to date on the most recent developments in cybersecurity. The trends covered in this article are just the beginning; it’s crucial to keep up with developments and modify your cybersecurity tactics as necessary.

In order to keep on top of the latest developments and safeguard themselves against potential cyber risks, we urge our readers to take the time to comprehend and put these trends into practise. Always keep in mind that maintaining cybersecurity involves regular adaptation in order to keep up with the always changing threat landscape.

The post Stay Ahead of the Game: Top Cybersecurity Trends for 2023 first appeared on DefenceHub.

Once a thriving community with a stable work life and opportunity, the impact of drugs specifically opioids such as heroin and fentanyl have had devastating consequences on the populace which when combined with gang violence, crime and low socio-economic status is a recipe for decay. Showing no signs of reversal, drug overdoses preside at historic levels in Philadelphia with fentanyl despite being only 2% of fatal drug overdoses in 2012, now causing upwards of 94% of overdose deaths a decade later.

With fentanyl being the drug of choice for many, turf wars have been increasingly prevalent with gang violence being part and parcel of this city, vying for control of the narcotic sales. This has effectively transformed Philadelphia into a rapid state of decline, with a considerable exodus of residents opting to leave the city for varying reasons, many do so citing a lack of job opportunities, education and safety.

However, there may still be some hope for change and revitalization of the city as Governor Tom Wolf vowed to do more to help those who have been impacted by opioid addiction, describing his tour in Kensington as “incredibly sad and depressing”. Although awareness has been garnered highlighting a clear breakdown of these communities, options are being discussed ranging from more funding for treatment and diverting those who need help into rehabilitation rather than prison.

The post How Drugs have Decayed Philadelphia first appeared on DefenceHub.

With almost 10 million customer accounts exposed to the attack, Optus is potentially facing a mass exodus. Today Optus revealed that over 2 million ID numbers have been stolen, including 150,000 passport numbers. The amount of documents leaked is expected to rise as internal investigations continue.

The Australian Federal Police (AFP) launched Operation Hurricane shortly after the cyberattack. Working in conjunction with the FBI and other foreign security agencies, the AFP-led Operation Hurricane aims to identify the perpetrators of the cyberattack.

Now, the AFP has announced a new operation called Operation Guardian. The aim of Operation Guardian is to provide immediate protection for 10,000 victims who had their information saved and reposted by members of the forum website where the information was initially leaked. As the hackers apologised and gave up their demands for $1 million, the AFP is setting its focus on minimising the impact of leaked documents that are now presumably circulating on the dark web.

“Customers affected by the breach will receive multi-jurisdictional and multilayered protection from identity crime and financial fraud.”

AFP Assistant Commissioner Justine Gough 

Prime Minister Anthony Albanese has confirmed that Optus will compensate victims of the cyberattack by covering the costs of their compromised passports.

Due to the difficulty of tracking down well-prepared cyber attackers, it is expected that the cybersecurity specialists within the AFP will need to dedicate weeks, if not months to come to a conclusion.

The post Australian Federal Police Scrambles to Assist Victims of Giant Telco Cyberattack first appeared on DefenceHub.