If you are a business leader or a website owner who is determined to take on newer heights for your business, you need to make an effort to study the digital world and everything it encompasses. For example, the phrase that has been typed a lot in search engines is ‘IP location CDN.’
Do you have an idea why?
We are talking about the CDN IP location for this article, how they are both different entities, why the search phrase begins to be ranked, and what components you can take into consideration when shopping for CDN providers.
Let’s get started!
IP location CDN: what is it?
It is essential to understand that the CDN IP location is not an actual piece of technology. They are two separate entities. The IP location is one thing, while the CDNs, short for Content Delivery Networks, are another. A quick definition of an IP address, also known as an IP address, is a network address for your device so that the internet is informed as to where the data, emails, or pictures of dogs and beaches can be transmitted.
Every gadget has now it. Whether it’s a personal computer or a tablet, there are IP addresses in every device that can access the internet. Hundreds of IP address tracker devices are available online, so you can simply turn to these automated resources to find out what the answer is if you curry where any users are.
On the other hand, CDNs are a bunch of servers scattered around the world. This is how global internet users can use media from the internet much faster and easier wherever they are. Unknown to the large majority, CDNs run half the internet. These cloud content delivery platforms distribute data more effectively to users worldwide. Without the help of a CDN, visitors to websites must collect data from the host of the origin of a site, which means that the host responsible for keeping the website and its content alive. While nothing is wrong here, the host origins are not made to accommodate hundreds of thousands of people at once.
That means that if your website is not backed up by CDN and you all visit your website from your ocean of users, it will more likely crash because your visitors will request data from the host of origin. This host of origin is also situated in one region of the globe. This means that users of your site who are seas other than origin will notice a significant delay in loading the web page. In the meantime, your users who live near the origin will not experience the same browsing encounter. CDNs are therefore helpful: because they reduce latency, and several servers around the globe help to relay your web data much faster.
Why are people looking this up?
Understandably, a lot of CDN IP positions have been searched for. If you’re shopping for CDNs, you’d like to find out where the location of your CDN providers is. It is because you would like to make sure that their positions are close to where your primary markets are located. You may be a company based in Atlanta, for example, but your website has an extensive follow-up in Sweden and Japan. In that particular case, you would like to make sure that the CDN providers you find have locations in those areas as well.
You can turn to an IP address tracker for support if you are not certain where your site visitors are. These kinds of digital tools help you find out where your digital markets are. Of course, your web host should have this information ready, but if you want to single out a single user or visitor, and you want to know where they come from, the IP address tracker should be enough. Look around online, and you’re going to find a lot of them.
How to choose CDN providers
As stated earlier, the number one thing you would like to ask CDN providers is where they are located. They might have the most advanced equipment and prices, but if their presence points are far from where your web site needs to be strongest, it may be pointless to sign up. Please note that the very essence of why you first sign up with a provider is that your sets can be loaded quickly. Check out where our locations are on this link.
Customer service is something you can’t overlook. If you entrust your Web data to CDN providers, you would want a trustworthy team to be responsible if anything goes wrong. It’s also extremely helpful to be able to turn to a talented pool of trusted professionals, particularly when you run an e-commerce business.
‘Hidden Property Abusing’ Allows Attacks on Node.js Applications
A team of researchers from Georgia Tech find a new attack technique that targets properties in Node.js and plan to publicly release a tool that has already identified 13 new vulnerabilities.
A team made up of security researchers from the Georgia Institute of Technology has found a way to exploit Node.js applications by manipulating the hidden properties used to track internal program states, the group plans to announce at the virtual Black Hat USA security conference next week.
The novel attack technique, dubbed Hidden Property Abusing, allows a remote attacker to inject new values into Node.js programs through passing objects that the framework, under the right circumstances, will treat as internal data. Using a tool to analyze a sample of 60 major Node.js components, the researchers found 13 vulnerabilities — ranging from SQL injection to the ability to bypass input validation.
The tool, dubbed Lynx, will be released at during the virtual Black Hat USA security conference, says Feng Xiao, the primary researcher and a doctoral student in the School of Computer Science at Georgia Tech.
“Our attacks focuses on certain program states or properties defined by the developers, such as the user ID or other program features,” he says. “We found that this attack pattern is pretty common, but they can be complex to find, so we built the tool to help others.”
Hidden Property Abusing takes advantage of developers’ assumption that the internal program states are unreachable by an external attacker. The root cause of the problem is that “[a]fter the input data is converted to objects, Node.js treats them as legitimate objects like any other internal ones,” the researchers state in a yet-to-be-published paper on the topic.
“These parameters sometimes associate with some critical program states, but nobody knows their existence until an attacker exploits them, so that is why we call them hidden properties,” Feng says. The research team consists of six students and Wenke Lee, a professor of computer science at Georgia Tech.
“[D]ue to the heavy reuse phenomenon in the Node.js ecosystem, a huge number of Node.js applications may be impacted if a widely-used module is found to be vulnerable,” the report states.
However, if an attacker can send objects with extra properties, they can enumerate hidden possibilities that could then be manipulated to attack the application. Hidden properties often represent the internal program state and changing them can have an impact on the program’s security, the researchers say.
“In our analysis, we find the replaced property can be any data, such as a critical function or a key program state,” the report states. “Thus, the attacker may abuse the propagation process … of a hidden property to powerfully manipulate critical program logic associated with the compromised property.”
To help developers identify potential attack vectors in their own Node.js application, the research team has created a tool, dubbed Lynx, that will be released during the Black Hat Security Briefings in early August. The tool identifies potential vulnerable properties by propagating fake parameters to enumerate and track the use of properties in the code.
“Lynx combines the advantages of static and dynamic analysis to track property propagation, identify hidden properties, and generate corresponding concrete exploits,” the paper states.
The 13 vulnerabilities disclosed by the team were discovered using the tool to evaluate 60 popular Node.js programs. Using Lynx, the group found 318 candidates for hidden properties, with more than two-thirds of the programs containing such properties. Then, using dynamic analysis, the researchers were able to identify likely vulnerable properties.
“For Lynx, we track the data flows of the user and we statically analyze the propagation to find potential data dependencies that the attacker could create,” Feng says. “Two groups of people should use the tools: The developers who develop APIs can use ours tools to attacks their own program and fix the program by building or deleting these hidden properties, and security researchers — white-hat hackers — can use the tools to find potential issues in open source programs.”
Register now for this year’s fully virtual Black Hat USA, scheduled to take place August 1–6, and get more information about the event on the Black Hat website. Click for details on conference information and to register.
Veteran technology journalist of more than 20 years. Former research engineer. Written for more than two dozen publications, including CNET News.com, Dark Reading, MIT’s Technology Review, Popular Science, and Wired News. Five awards for journalism, including Best Deadline … View Full Bio
CyberMaxx MAXX Network Now Available for AWS and Azure Environments
NASHVILLE, Tenn. (PRWEB) July 31, 2020
CyberMaxx is excited to announce the release of MAXX Network for cloud-based environments. As the world embraces a new standard of business operations, organizations seek the flexibility of cloud-based computing. At CyberMaxx we know that you need the ability to protect your cloud-based data. To do that, you need expertise in cybersecurity and cloud solutions.
There are many misconceptions regarding the security of the cloud. One is the cloud service provider provides your perimeter security and you don’t need a threat-based blocking technology deployed there. However, after examining hundreds of cloud-based deployments, the evidence clearly shows you are responsible for blocking those threats. You need an intrusion detection/prevention system (IDS/IPS) developed specifically to address your security needs in today’s cloud-based environments. Our newly developed AWS and Azure-based virtual machine leverages the proven technology of our on-premise sensor in those cloud environments.
“The new advancements in our MAXX Network platform empowers our customers to move their workforce to the cloud without the worry of a security breach on top of the other challenges COVID-19 brings,” says Thomas Lewis, CEO of CyberMaxx. “This shift has fundamentally changed how cybersecurity teams need to protect their employees and sensitive data.”
The Verizon Data Breach Report indicates that cloud hacking will be one of the new ways cybercriminals enter our systems—stealing credentials and hacking into cloud-based email servers. While cloud-computing offers your business cost savings, operational efficiencies and general agility, network protection should not be overlooked.
Cybercriminals will continue to take the path of least resistance. “Just like us, cybercriminals try to be efficient,” says Jason Riddle. “If they find an easier way to get into your systems, they’ll take it.”
“The implementation of MAXX Network for AWS went smoothly. We didn’t have to think about it once it was live, CyberMaxx took care of everything. It was a completely natural extension of the traditional IPS approach we already had in place, but now in the cloud,” says CyberMaxx customer and VP of Technology & Infrastructure.
Contact us at (615) 309-2500 to see how our tailored, scalable solution is the best fit for your cloud security needs, and in the meantime, visit CyberMaxx.com to learn more about our other services.
CyberMaxx prevents, detects, and responds to cyberattacks for healthcare organizations. CyberMaxx equips its customers with a 24/7/365 security operations center with services including endpoint threat detection and response, network-based threat detection and prevention, security information and event management (SIEM) with advanced data analytics, vulnerability risk management, and incident response services.
Contact CyberMaxx for more information about healthcare cybersecurity solutions by visiting CyberMaxx.com or call (615) 309-2500.
Erin C. Kennedy | CyberMaxx | 615.309.2514 | email@example.com
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AnChain.AI and Bitquery Launch First Blockchain Forensics Engine for…
“Providing affordable access to investigative tools is essential to securing the legitimacy of this industry.” – Victor Fang, CEO & Co-Founder, AnChain.AI
SAN JOSE, Calif. (PRWEB) July 31, 2020
AnChain.AI and Bitquery today announced the official roll out of their groundbreaking Compliance Investigation Security Operations (CISO™) real-time investigative platform. CISO is the most powerful and accessible blockchain forensics engine available on the market, combining AnChain.AI’s real-time intelligence and behavior-based machine learning with Bitquery’s Coinpath® technology to enable both enterprise customers and the greater digital asset community to map, trace, and explore complex transactional relationships with its intuitive interface and AI-powered labeling system.
Per the Financial Action Task Force (FATF), money laundering compromises an estimated 2–5% of global GDP and up to $2 Trillion USD annually, of which cryptocurrency is a quickly-growing component. CISO’s streamlined user interface is specifically designed to empower end-to-end investigation of such illicit activity, tracing compromised funds from the point of acquisition, through advanced obfuscation techniques, mixers, and wallet jumps, and to their eventual attempted liquidation. Utilized in the investigation of the 2020 Twitter Hack, crypto-laundering maneuvers utilized by such criminal actors are easily mapped in a matter of minutes, laying bare any attempts to cash out ill-gotten Bitcoin.
“As mainstream adoption brings a wave of new users to the digital asset economy, it is more critical than ever to safeguard the cryptocurrency industry against scams, ransomware, darknet markets, sanctioned individuals, and other forms of illicit activity,” said Victor Fang, CEO & Co-Founder of AnChain.AI. “Cryptocurrencies, a new asset class, is the first protocol layer of the internet that anyone can buy a piece of. A new era that brings a lot of challenges and trust issues between participants of this market. This is the reason we are focusing on delivering and visualizing the only truth, the on-chain truth of each transaction backed by mathematics.” said Dean Karakitsos, CEO & Founder of Bitquery.
Utilizing AI and proprietary machine learning, CISO creates a comprehensive, labelled roadmap of transactional relationships in a matter of minutes, enabling users to identify critical entities in the money-laundering process, detect the participation of whale wallets, and monitor suspicious addresses on a continuous basis with customizable alerts. Each and every address receives a score based on both its full transaction history and predictive analysis of its behavior, signalling the potential for future illicit activity.
Bringing greater transparency to the blockchain is critical to the digital asset ecosystem, and with the introduction of CISO the firms hope to democratize the field of blockchain forensics, putting industry-grade investigative firepower in the hands of the community. Users can sign up for a free trial of the CISO investigative platform at https://anchain.ai/ciso
AnChain.AI is an AI-powered blockchain security company with one mission in mind: to secure and grow the blockchain industry by delivering trust through security and operational visibility. Our team has extensive experience in cybersecurity, artificial intelligence, cloud computing, and big data. AnChain.AI is continuously securing leading crypto exchanges, protocols, DApps, wallets, custodians, and enterprise with our ecosystem analytics platform. For more info, visit: https://www.anchain.ai
Bitquery is an API-first product company dedicated to power and solve blockchain data problems using the ground truth, on-chain data. Bitquery extracts and presents valuable data via APIs. These APIs are delivering solutions to multiple verticals like Decentralize Finance (DeFi), DEX Arbitrage Analytics, Crypto Surveillance & Forensics across all major blockchains like Bitcoin, Ethereum, EOS, Tezos. For more info, visit: https://Bitquery.io
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