Sentinelone Receives Antivirus Certification For Mac

• Sentinelone Receives Antivirus Certification For Mac Free

We recently migrated to your product and I'm having a problem with workstations with toolbars and other typical adware/spyware. Your product will detect the executables or DLL files and give me an endless string of warnings/actions in the console but I see no way for your product to actually uninstall/remove the programs themselves rather than just endlessly bark about the individual files over and over again.

Rest easy with mac antivirus protection that stops ransomware and other new web attacks before they reach you. SentinelOne Receives Antivirus Certification for Mac OS X from AV-TEST By SentinelOne - December 21, 2015 MOUNTAIN VIEW, Calif., Dec. 21, 2015 – SentinelOne, the company that’s transforming security with a next-generation Endpoint Protection Platform (EPP), today announced that its EPP has been verified by the independent AV-TEST Institute.

I've tried to manually remove some of the adware through the ad/remove programs but Sentinel is actually blocking me from uninstalling at least one of the products that is there and there are other adware programs that don't get listed in add/remove. I was hoping there would be a way to uninstall/remove the adware via the console or, at a minimum, that you would have a removal tool I could download and run locally on the workstation to remove the adware. There are lots of 3rd party removal tools but I pay a lot for my Sentinel subscription (significantly more than are old product McAfee), so I would expect you to provide this functionality in your console or in a stand-alone downloadable tool. The technology world is, for the most part, a terrific value-add to our lives, however, there are some offshoots of the digital universe that are downright noxious. One of the most repellent is ransomware, which can be defined as “malware that locks your keyboard or computer to prevent you from accessing your data until you pay a, usually demanded in Bitcoin.” Because it’s almost impossible to trace, the rise of Bitcoin and other cryptocurrencies has actually helped enable the ransomware industry by eliminating the risk involved with actually collecting the ransom.

Large-Scale Attacks One of the most notorious ransomware events was the May, 2017, “” malware attack, which affected computers throughout the world, including Spanish Telecom and selected hospitals in the British National Health System. So vile are the perpetrators that they shut down doctors’ access to patient records, putting lives at risk, while carrying out their scheme unrepentantly. In the end, some experts say the totaled more than $1 billion! Small-Scale Attacks However, while large scale attacks like WannaCry have been the focus of media attention, small businesses are by no means immune from the extortionists’ sting. In fact, according to the released earlier this year, 22% of small businesses hit with ransomware attacks were crippled to the point that they had to cease operations immediately. These companies lost over $100,000 on average due to downtime and, according to a report from Osterman Research, for one in six organizations these attacks caused 25 hours or more of downtime.

In addition, these types of ransomware attacks, despite their smaller scale, are generally more frequent and much more dangerous for the victim. This, very generally, is because larger corporations are better suited than small and medium sized businesses to handle the aftermath of a breach given the resources and talent at their disposal. In fact the National Cyber Security Alliance found that more than 70% of attacks target small to medium sized businesses resulting in 60% of those hacked closing their doors in the. Conclusion: How to Prevent Attacks The most regrettable part of the ransomware issue is that virtually all of the major malware attacks could have been prevented. When Microsoft or another vendor sends out a patch, install it immediately. Many ransomware attacks were made possible because someone did not take this simple precaution. This is all too common, and 100-percent unnecessary.

With that in mind, here’s a shortlist of preventative measures you can use to safeguard your data:. Back your data up. If your files are backed up, you can copy them back to your computer and bypass the ransomed files. Make sure your security software and operating system are up-to-date. Don’t assume that hackers get easily discouraged. They are working hard to perfect their craft, and neglecting those updates is making their jobs a lot easier. Do not open any email attachments unless you are sure of the sender.

This goes double for links that pretend to come from major companies. If you have any doubts, call the companies and request verification that the email is legit. TRAIN YOUR EMPLOYEES to know the do’s and don’ts of computer management. Don’t pay the ransom. You are probably not going to get your data back anyway. Just use the backup you so wisely created.

By no means is this an exhaustive list, but it’s a good start toward helping to keep your organization cyber secure! Most users are allowed to have administrative privileges that enable them to download and install applications from the web. This makes it very easy for attackers to plant hidden malware and compromise devices. One of the tools that are being used to do this is called Backdoor factory, and the reason for its popularity is it able of maintaining the size of the file while still keeping the full executable functionality. The SentinelOne agent provides several ways of preventing and mitigating such attack flows, both on Windows and macOS. On this demo, you can see how SentinelOne agent is mitigating it pre-execution using 2.1 version.

For a demo (found on the), we used process explorer (Microsoft file) that was manipulated by Backdoor Factory to include a malicious code. Check it out! MAC OS MALWARE: FRUITFLY It’s rare to find malware that is designed to compromise the infrastructure of a Mac operating system, but they do exist. In most cases, the malware was simply a proof of concept to show that the underlying architecture was fundamentally insecure and eliminate the false sense of security that Mac users sometimes have. Lately though, there has been an emergence of a more malicious form of malware dubbed. First discovered by accident, the malware has been researched more deeply and some startling information has been discovered.

How It Works The underlying coding of the malware relies on the legacy application. Once executed, the malware connects to a command and control server. From that server a hacker can then remotely view, control and lock the Mac computer.

This includes the ability to remotely control the webcam in iMacs and take and store photos without the user suspecting. How It’s Delivered Like most malware, Fruitfly is delivered via phishing emails where the user clicks on an unknown attachment, and is also delivered through malicious websites via drive-by downloads, or watering hole attacks. Once delivered, the software becomes essentially a remote surveillance tool. How to Protect Your Machine Apple historically has not been very responsive to patches, and this particular exploit existed for years before being noticed. Now, Apple has released a patch to fix Fruitfly and prevent the code from being executed. If you update your Mac OS to the latest version, this exploit will no longer be able to connect to the command and control server, rendering the malware useless.

It’s important to keep your system up to date with the latest patches, but that is hindsight. Take advantage of software that protects your endpoint through real-time analytics and heuristic analysis of potential malware and malware signatures. SentinelOne can provide you with an integrated endpoint management solution that protects the entry point of the malware. In doing so, it can prevent malware like Fruitfly from entering the machine in the first place.

For systems already infected, SentinelOne can detect and remediate the changes that the software created, preventing any long-term damage. Want to see the SentinelOne platform in action? From Black Friday through Christmas, the holiday season is a busy time for most companies. However, no matter how frantic things get in the workplace, it is important to remain vigilant about security threats. Cyber criminals are also trying to earn some extra cash at this time of year, and they will be ready to exploit any weakness in cyber security systems. Follow these five tips to stay cyber-secure your business safe as we move toward the new year. Patch Software and Operating Systems Businesses that have not yet installed the latest security patches for their operating systems, software, and applications are at increased risk of becoming the victim of a cyber attack.

Patches include fixes for security flaws in the applications people in the organization use every day. Be sure to download and install them across the business network. Protect Against Malware If hackers manage to install malware on a computer network, they may be able to steal sensitive financial and personal data about customers. This kind of data leak is the last thing any company needs as the holiday season approaches, as protecting reputation is vital to ensuring sales at this time of year. Install anti-malware software and to ensure that you are monitoring your network for any abnormal activity. Train Employees to Spot Spear Phishing Attacks Employee training is vital to keep organizations safe at this time of year. Of data breaches involve an employee making a mistake, such as clicking on a dangerous link or downloading an infected file.

Another common type of online attack is the, in which criminals target employees inside a company with messages that supposedly come from someone higher up in the organization. These emails can trick employees into sending money or valuable data to the criminals.

Train employees to tell the difference between a genuine internal email and one that comes from outside the company. Encourage them to always check instructions they receive in emails to avoid falling victim to scams.

Be Careful with New Hires Many businesses need to bring in extra employees to help over the holiday period, but it’s important to ensure that these temporary hires don’t expose the company to serious security risks. Always carry out background checks on new hires. Give them access only to the parts of the network that they need to carry out their roles. Finally, be sure to give all temporary hires the same security training that permanent staff receive. Review the Disaster Recovery Plan Experiencing a data breach or ransomware attack during the holiday season can cost a company. In addition to the value of any data that the hackers manage to steal, it is also necessary to consider the cost of the time employees will spend dealing with the attack during this busy period.

Having a solid disaster recovery plan in place can help businesses quickly restore normal operations if they experience a successful cyber attack. Check the disaster recovery plan to be sure it is up to date and relevant to the current state of the business. Conclusion December can be a dangerous time for companies with the amount of information being processed during the holiday rush. However, with a little forward planning businesses can stay safe. Use these tips to promote good cyber hygiene and stay cyber-secure as we move into the new year.

Famous Data Breaches In 2008, Heartland Payment Systems suffered what was, up to that time, the biggest data breach in U.S. Astoundingly, intruders had been roaming around behind Heartland’s firewall for weeks before the breach was detected.

Sentinelone Receives Antivirus Certification For Mac Free

Millions of customers’ credit card numbers were accessed, and Heartland, the nation’s fifth largest payments processor, was almost destroyed. While one would have expected this to serve as a lesson for all companies that stored customer information, about five years later, the Target Corporation suffered an even bigger breach. The post-mortem done by both Heartland and Target revealed negligence and carelessness at the systems administration level, which was subsequently corrected. End of story? Just this past spring and summer, another high-profile breach occurred.

This time, the victim was Equifax, the credit monitoring and reporting agency. And the damage was much more serious, as hackers accessed the entire credit files of millions of Equifax customers. The full extent of the damage done most likely won’t be known for years, if ever. Ransomware Rises As if breaches and data theft weren’t enough, the latest trend in systems chicanery, ransomware, is happening at an increasing pace. Unlike the massive breaches at Heartland, Target and Equifax, ransomware can be targeted at the individual computer user. And it has targeted individuals, sometimes demanding hundreds of dollars from the victims. The most notorious recent ransomware viruses, however, WannaCry and Petya, were aimed at commercial entities.

That’s where the money is, after all. Someone’s Knockin’ at the Door Ultimately, breach prevention boils down to both systems and personnel. While nothing is foolproof, here are some steps that organizations and individuals should take to keep their data secure. Here’s a short, though certainly not exhaustive, list:. Internal controls are essential. Know who has access to the data and closely monitor their usage patterns. Also, analyze your log monitors to detect suspicious activity.

There is that can make this less resource intensive. Always make sure any software patches are installed immediately.

This is what sunk Equifax. A patch to Windows was ignored and the vulnerability exploited.

Keep your firewall up to date. Encrypt your data.

This may be the best advice of all. Backup your data. You don’t have to build a server farm. The cloud offers several affordable and secure options. Install and keep up with version releases and updates. Turn off your computer when you are done working.

If your computer isn’t on, no one can crack into it. It’s a pain, but a good way to minimize the chance of intrusion. Train all users on things to avoid. For example, make sure they know not to open email attachments from unknown third parties and that they are on the alert for things like bogus login pages. The Best Cure Is Prevention, But In order to be truly proactive, every endpoint must be protected against every type of attack at every stage of the threat lifecycle. Traditional anti-virus software programs have represented only a partial solution. As Heartland contends, there is simply no way to make a system completely breach-proof, so quick detection of problems and fast remediation of them are essential.

Next Gen from SentinelOne is uniquely suited to maximize prevention and increase the speed of detection and remediation. Conclusion: It’s Not Going Away The threats are going to continue and they are going to become increasingly sophisticated. Most of the remedies will be reactive, i.e. They will come after a breach has occurred. But by deploying a and taking the precautions above, you can minimize your risk of being breached, and, just as importantly, minimize the damage in the unlikely event that you are. A new variant of the banking trojan malware known as Emotet has been spreading in an infected Word document. Once a user is infected, the malware tries to collect browser and email passwords.

It may also use the infected machine to spread. This malware family typically spreads via phishing email spam which have links to hacked websites that host the malicious document. SentinelOne Protection from the Emotet Banking Trojan Malware SentinelOne customers are protected from this threat. On the is a video demonstrating the detection. As we have seen over the past year, data breaches are affecting more and more companies at greater costs. Despite this, outdated security software and procedures remain prevalent amongst even some of the biggest companies in the world with a common reason being the cost of implementing new security software and procedures is too high.

However, when we look at the cost of dealing with a data breach we see that the price of change is a small one to pay. Extent of Breaches: Which Industries, How Many Companies and What Data? The in the United States hit a record high of 791 in the first half of 2017, jumping 29 percent over the prior year. According to afrom the Identity Theft Resource Center and CyberScout, the business category had more than half of all reported breaches, followed by the health care sector, with 30.7 percent of breaches, and educational institutions, with 11.3 percent. The financial and government/military sectors had a little more than 5 percent each. Since most industries are not required to report detailed breach information, the exact number of records and complete data specifics cannot be known.

However, experts estimate at least 12 million records were exposed in the first six months of 2017. The known stolen data includes banking information, credit card numbers, medical files and Social Security numbers.

Globally since 2013, have been lost or stolen. That equates to 59 stolen or lost records every second. Activities and Types of Costs Related to Data Breaches Data breaches generally involve two types of cost:. Direct costs, where expenses are directly attributable to accomplishing certain activities, such as the fees paid to an attorney to deal with post-breach liability. Indirect costs, where expenses are not directly attributable to a specific action but arise as a result of it, such as the loss of loyal customers over time.

Typical activities involved in the discovery of the data breach and the immediate response include:. Investigating the root cause of the data breach. Identifying the probable victims of the data breach. Determining and organizing an incident response team. Communicating with the public. Preparing required disclosures of the breach to victims and regulators.

Typical activities involved in the aftermath of the breach include:. Audit services. Legal services for compliance. Training for staff. Outreach to customers. Implementation of new security measures and systems.

Data Breach Costs and Factors Affecting the Amount Though every data breach is different and companies handle the processes differently, reported data shows trends in costs and the variables that impact costs:. The average total cost of data breach is $7.35 million. Data breaches increase in expense the more records that are lost; the average total cost of data breach ranges from $4.5 million to $10.3 million, for breaches with less than 10,000 records to those with 50,000 or more. Data breaches cost an average of $225 per compromised record; $146 relates to indirect and opportunity costs, and $79 pertains to direct costs, such as legal fees and new technologies. Costs are higher in regulated industries such as health care, which averages $380 per compromised record. Malicious or criminal attacks cause the majority of data breaches and are the costliest. Companies with effective incident response teams and plans in place can minimize the costs, since the time to identify and then contain the breach directly relates to the cost.

Conclusion The fact is that malicious actors and data breaches are not going anywhere and neither are their costs. Organizations should audit their security solutions and protocols regularly while weighing the price to replace outdated security measures against future expenses, direct and indirect, that can result from a data breach. Until organizations do this and decide to make security efforts a priority the possibility of becoming the next big headline will always loom. By now, everyone pretty much knows what malware is and how it works: Victims receive an email telling them that if they just open the attached PDF, their entire life will morph into heaven on earth.

Or they get an email telling them that they need to click on a link to avoid blowing up the universe, or some such catastrophe. In any event, the malware can be stymied by simply not opening the attachment, clicking on the link or whatever. It’s pretty simple. Just educate the users not to open attachments from unfamiliar email senders, links from what appear to be legitimate e-commerce sites and so on. Bad actors defeated. World safe again. Unfortunately, the bad guys are hip to this, which is why a new type of cyberattack is taking hold: fileless malware.

Unlike the malware described in the opening paragraph, fileless malware does not depend on the victim downloading any files. That’s because it doesn’t require any files.

It invades systems in:. The malware’s code resides in RAM or in the system registry. The malware infects its host through scripts. Conventional Delivery Methods and Unconventional Purposes Even though files are not used to deliver the malicious code, can still be used to allow the code to infiltrate systems. For example, malicious code can be delivered in the form of a Word document, which, when opened, releases the malware. Of further concern is that fileless malware often uses anti-forensics techniques to erase its tracks, thus making it completely invisible.

The purpose of fileless malware is most often similar to that of conventional attacks: get access to credentialed data and personal information. However, because of its stealthy and persistent nature, there is some suspicion that fileless malware will be used to support espionage activities and to set the stage for future acts of. Can Fileless Malware Be Stopped? The problem is complex.

To begin with, organizations have to realize that processes that run scripts, like Microsoft PowerShell, are just as capable of delivering malware as processes that execute them, like opening a PDF. Secondly, companies must make sure that their employees are educated about the dangers of opening ANY attachments that aren’t from known senders, and third, every patch issued by any vendor must be installed immediately. This includes, of course, the antivirus software on the system, as well as the operating system itself. Simple steps like these can prevent a lot of future pain.

Pick the Right Security Software It’s essential to realize that the threat is getting more common and the attackers more creative. Whether it’s through email spam with attachments, PowerShell or the Windows Registry database, fileless malware may very well try to find a home in the systems environment. The best defense against any type of malware attack is proper education and a multi-layered security software. When evaluating different security solutions to hinder the threat of fileless malware, there are several things to consider, including, but not limited, to:.

What’s the vendor’s level of sophistication with regard to understanding the threat?. Will the vendor provide access to current users?. Is the software? This can reveal things like ease of implementation and customer service. Does it emphasize endpoint protection?. What’s the upgrade history? Once a year won’t hack it (no pun intended) in this environment.

Does the vendor offer a cyberwarranty? Not many do, and this can tell a lot (mainly because it requires an insurance underwriter). The threat vectors are ever-increasing, but due diligence in employee education, and choosing the right security solution still offers the best chance of not becoming the next victim of the new bad kid on the block, fileless malware. Want to see how SentinelOne can stop file-less attacks? The gap between the supply of trained cybersecurity professionals and the demand for their skills is steadily widening.

The ISACA reports that by 2019 the global cybersecurity shortage will reach, and a reveals that 54% of businesses expect to struggle in the next year due to a lack of cybersecurity skills. Additionally, the rise of cyber-attacks over the last several years shows no sign of letting up. Not only are more and more attacks being created, but their sophistication continues to grow.

Juniper Research reports that the average cost of a data breach could exceed as more business infrastructure becomes connected, while globally the annual cost of cybercrime will rise above $21 trillion in 2019. Numbers aren’t everything, but it’s clear that many businesses will struggle to secure the talented individuals they need to protect their organization – and further casualties are highly likely. At a time when cybersecurity skills are stretched, this could prove disastrous for many businesses. What does the cybersecurity skills gap mean for businesses?

A Skills Gap Significantly Increases Cybersecurity Risk The lack of skilled cybersecurity experts is going to increase a business’ risk in several ways. To begin, fewer employees mean fewer eyes monitoring and fewer man-hours spent working. This increases the risk of a vulnerability lying unfixed until it is too late and, consequently, increases the overall likelihood of a breach occurring. Second, less workers means businesses will be less prepared to respond in the event that a breach does occur. For many businesses, especially small to medium sized enterprises, this can be devastating as long periods of downtime could spell potential bankruptcy for companies already in a weakened state following a breach. Ultimately, no matter the size or status of a business the skills gap overall effect is a significant increase in risk.

It is highly likely that over the next few years, as threat actors become more sophisticated in their attack methods that we will see the effects of the skill gap amplified resulting in breaches that are even more damaging than those in recent memory. As Demand Increases, So Will Wages In addition to having to cope with a skills gap and the resulting risk this creates, businesses will also struggle to hold on to their top professionals. The high demand for cybersecurity talent, relative to supply, will cause wages and competition amongst employers to increase. Organizations that do not provide competitive offers will struggle to attract and retain skilled workers. When this happens organizations tend to fill the gaps by hiring less qualified professionals that they train to bring up to speed. The problem with this is as the individual’s skillset increases, so does their demand in a competitive marketplace which means that the employer will still be forced to pay a higher wage or risk losing the time they have invested in that employee to a better offer. Technology Must Fill the Gap With the number of trained professionals forecast to fall far below demand, businesses will need to rely on their security tools to fill in the gaps more than ever before.

Businesses should be constantly reviewing new tools on the market to see if emerging technologies offer any opportunity to fill in some of these gaps and provide more effective and efficient protection for critical systems. Ideally, an organization’s security tools should augment their security team’s efforts and protect them against a broad array of attacks (including executables, document exploits, scripts and false credentials) throughout the entire threat life-cycle: pre execution through post execution. Conclusion The gap between the supply of trained cybersecurity professionals and the demand for their skills is only going to continue to widen as we move forward. As a result of this, businesses will face increased risk, increased employment costs, and a growing reliance on tools that improve security efforts. Businesses need to be aware of and have a plan for dealing with these challenges, otherwise we will continue to see more and more high profile breaches over the next several years. When you trust a financial institution with your money, you’re counting on that money to be safe, but you’re not the only one. The banks themselves are also relying on their ability to keep your account secure.

If they don’t, the negative consequences they face are enormous. For instance, in the case of a fraudulent debit card transaction, unless you’re proven to have been careless — by giving an unauthorized user your PIN, let’s say — the bank is required by law to reimburse you. Now, suppose that half a million accounts are drained due to a cybersecurity lapse on the bank’s part.

In addition to having to make up the lost funds, the financial institution could see a mass exodus of concerned customers. Nevertheless, by a major consulting firm indicated that 78 percent of banks’ senior security officers reported they were “comfortable” with the banks’ cybersecurity strategy, despite the statistics telling a different story. Last year, there were 85 serious cyber-breach attempts reported by financial institutions in the United States.

Of these, approximately 36 percent were successful. And, most ominously, of that 36 percent, well over half (59 percent) went undetected for several months. And these stats do not include the thousands of attempted phishing attacks, malware invasions and random breach attempts by solo hackers. Clearly, financial institutions are under increasing pressure from cyber miscreants who are getting more organized, more sophisticated and more difficult to catch than ever before. It’s often said that an ounce of prevention is worth a pound of cure. Simply put, if you don’t allow hackers to penetrate your systems, you won’t have to worry. But this is easier said than done.

The number and variety of targeted entry points for expert hackers have greatly. Some banks, for example, are deploying security cameras and monitoring systems that are internet-enabled. This saves money and operational complications, for sure, but it also makes these devices potential gateways for intruders. In fact, even something as simple as a smart HVAC system can pose a threat, and with the ever-expanding Internet of Things, the number of connections that hackers can potentially penetrate continues to increase.

Another hacker-preferred target is mobile devices, both internal and external. Their security standards are generally less rigorous, and cracking their codes can enable access to customers’ private information. Additionally, financial institutions may employ a bring-your-own-device policy for their employees, making each individually connected device a potential security gap. The Solution One of the most neglected solutions is user education. Financial institutions need to instill a culture of awareness among their employees and, to the extent possible, their customers. Many successful data breaches are the result of phishing emails, “watering hole” attacks, where users are enticed to download free software from a linked website — software that appeals to the user’s business needs, but is virus-infected, and poor password management.

Aggressive and frequently updated training can all but eliminate these occurrences. The other part of the equation is having the right security tool in place to protect users so when something goes wrong, which it inevitably will, you are still protected. Although there are a wide variety of security solutions out there that provide solid protection at the endpoint we have yet to see one as comprehensive as what we offer here at SentinelOne. With the SentinelOne platform you get an all in one EPP+EDR solution, which combines prevention, detection, and response in a single lightweight and easy to use agent. In addition, in the unlikely event ransomware makes it past SentinelOne’s multi-layered protection then customers will still be covered by the in order to mitigate your financial risk.

The fact is, financial institutions will always be attacked, and some attacks will be successful. However, with a focus on security and the right tools organizations can minimize their risk and stop serious damage before it occurs. Bank on SentinelOne to provide that solution. Our teams have been busy lately, increasing our release frequency and providing value to our customers with another release. This time, our focus was on making the deployment flow smooth, by supporting Windows Agent installation without an immediate reboot.

Let’s go over the most significant changes. Smooth deployment SentinelOne is growing rapidly, and so our customer base. We see more and more large customers who want to replace their existing AV solutions, EDR, visibility, and incident response products. In the past, our Windows agent was asking for a reboot on initial installation, but no more (macOS and Linux never needed that). Starting this release, you can just deploy without the need to interrupt your users. You will immediately get Static AI protection (DFI), reputation engine, Ransomware prevention features and we will also kick off scan, to ensure no dormant malware is on disk. For servers who must be always on – no other steps are necessary.

For workstations and laptops, once the device reboots, it will get additional features. More controls on policy On our last 2.0 release, we exposed our engines on the policy, and our customers loved it. Starting on this release, you can also control more aspects of the policy as “on write” and “on execute”. This came as a request from some of our customers who are running SentinelOne agents on thin devices, ATMs, and Servers with special configuration.

Agent configuration Agent configuration is now part of the policy, configured easily in the Management Console. We looked at some of the most common needs of our customers and you can now control things like logging options, snapshot creation, automate the scan upon install, agent UI and more, straight from your SentinelOne policy. More visibility on why we detected a malware Our Behavioral AI was always rich in details – what was running, what it tried to do, including URLs, child processes and more, but since we introduced our Static AI capabilities, the detections did not carry the full story. Our Static AI (DFI) prevents malicious files and variants from ever being executed on your devices, so these detections did not carry the full story. Since we know your security analysts’ and incident responders’ time is valuable and they need simplified workflows, we added more intelligence to our Static AI in order to tell you exactly why something was detected. Automated Prevention, Detection, and Response There were many other improvements in this release, to highlight a few:.

Our now introduces extra forensics data like the source IP and the associated user of the attacker. New Static AI (DFI) version.

Additional behaviors including anti-VM detection. Backdoor factory: A pre-execution prevention of files that encapsulates malicious capabilities within, evading traditional solutions in a glance. New device details view Like every release, we are looking to improve our administrator experience and this time we’ve focused on the device details. Starting this release, you can get all the information on a device, perform more actions and have more visibility on each device. More improvements. Performance improvements (cross-platform). Added SuSe Linux to our already existing Linux distributions we support.

SSO support for our knowledge base, help and community. More support and visibility into High Sierra upgrade, which may require some user intervention. Added search for users on the network page. Our team is already working on the next release, planned for later this year. This time we will focus on better reporting, and expand upon our multi-tenancy and RBAC features. These are features some of our major accounts were asking for and it will allow more MSSPs to protect their users and devices using our innovative solution.

Cyber crime is not showing any signs of slowing down, in fact it’s that the global impact of computer crime and data breaches will exceed $2 trillion by 2020. Criminals breach the networks, steal the data and then offer it for sale on the dark web, and it’s proving to be a profitable business model. Is there anyway to prevent a breach? Who are the targets of these criminals. Year’s Biggest Breaches The year isn’t over yet, but in 2017 has already seen the largest data breaches in history. And it isn’t industry-specific. By far the data breach that gained the most attention and could have the farthest-reaching impacts in the near term was the Equifax breach, where almost 150 million records were stolen, and because of the nature of Equifax’s company, the records contained everything needed to steal users identities.

Duns and Bradstreet, a company specializing in business information and records, also recorded a significant breach this year when a database containing 33 million customer records was stolen. The database came from a company that Duns and Bradstreet had purchased in a merger and has business information, including contact information and registration numbers, of major businesses.

Finally, in an ironic twist, Hitachi Payment Solutions was the of a data breach where 3 million personal and financial records of customers were stolen. Hitachi also runs a very large managed security services company, so this shows you that nobody is immune.

How They Get In Hackers can get into the network in a variety of ways. The easiest way is through exploiting the human factor by sending phishing emails that have a malware attached.

Another way the malware gets installed is through watering hole attacks, which are when someone creates a website that is loaded with malicious software and then published content that would appeal to a particular industry, like a finance website with free templates for annual reports. When the user downloads the “free template,” it executes a piece of code that enslaves the computer or worse: installs a keylogger, and all information that the user types in at that point is now being seen by the hacker, including usernames and passwords. Aside from software installations, the other way hackers gain access is through stolen credentials. This happens usually from another data breach of a different company, but since users tend to use the for all of their sites, it’s a matter of trial and error for hackers to discover credentials. How to Protect Yourself Protecting yourself from data breaches isn’t as complicated as it would seem.

Ensuring that your operating systems and applications have the latest patches applied is a simple, straightforward technique that will protect you against any known exploits. Educating users about phishing techniques and password security will go a long way in preventing breaches due to human error. Using a phishing simulator to reinforce that training is a good investment as well.

Most importantly, an integrated and automated platform like Sentinel One allows you to efficiently manage the security of your endpoints in real time. This platform offers advanced threat intelligence and threat hunting capabilities that protect your entire infrastructure against exploits before they have a chance to impact your data. It also uses the information it gathers from attacks to improve itself in the future, using pattern and heuristic analysis of the malware it encounters. An attack on your network is inevitable, but with awareness and protection you can put up a wall large enough to warrant off even the most determined of hackers. On August 21, 1996, President Bill Clinton signed the Health Insurance Portability and Accountability Act, commonly referred to as HIPAA. The bill had two goals: the first was to guarantee that an employee would have health insurance in the event he or she changed jobs (before HIPAA, it was not uncommon to lose one’s health insurance when changing jobs if a pre-existing condition was present); the second was to cut healthcare costs by eliminating the ponderous manual paper work processes required in administrative functions and financial transactions. While the intent of HIPAA was nothing if not noble, in ordering the transition to electronic recording and storage of what were once hard copies locked in file cabinets, the government opened the door to the possibility of the private medical records of millions of Americans being obtained illegally by computer hackers.

And, unlike data breaches of credit card information, medical records contain the most personal of personal information. HIPAA does a very thorough job of codifying security and privacy requirements and establishes strict penalties for both non-compliance and failure to remediate problems. However, even before HIPAA, the sacrosanct nature of personal health records would still require the utmost in security when recording and storing these records electronically. After all, a private citizen doesn’t require federal legislation in order to file a civil suit against a provider or organization that is negligent in the handling of his or her personal medical records. But if that wasn’t enough, the Federal Government’s stance is quite stringent, establishing fines of up to $250,000.00 and ten years imprisonment for HIPAA security non-compliance.

As technology improved, so did the opportunities for hackers. In today’s Bring Your Own Device environment as well as our web-enabled application infrastructure, there are many more ways that private data stores can be hacked than existed in 1996.

The consequences of data security negligence for the healthcare industry are severe, and the solution you employ must be up to the challenge. In order for data to be completely secure, it must be able to thwart every type of attack at every endpoint and at every stage in the threat life cycle. There can be no compromise, just as there would be no compromise of consequences in case of a breach. This type of solution is called. In simple terms, every point in your system through which an intruder can gain access is an endpoint. If every endpoint is detected and secured – it’s no secret that lots of systems have endpoints that their systems administrators and even their IT departments might not realize exist – then overall security is assured.

SentinelOne has the right solution for endpoint security. Not only does it protect you from being HIPAA non-compliant, it is a solution that will not break your budget. In fact, it lowers the total cost of ownership (TCO) of a data security solution. It’s often said that the best defense is a good offense, and for your sensitive healthcare data, the best offense is effective and proactive endpoint security. Regulations are fluid. They are modified, strengthened and sometimes watered down.

But regardless, regulatory compliance is never negotiable. While you may be able to skate for a while, your non-compliance will surely be exposed in the event of a breach. You simply cannot afford to leave the issue of data security in healthcare up in the air. Failure to take on this challenge can be disastrous to your reputation, your business and, in the case of federal non-compliance, your very future. Trust your data security only to professionals who know how to keep would-be trespassers out of your core systems.

Trust your endpoint security to SentinelOne. SentinelOne was formed by an elite team of cyber security engineers and defense experts who joined forces to reinvent endpoint protection. With decades of collective experience, SentinelOne founders honed their expertise while working for Intel, McAfee, Checkpoint, IBM, and elite units in the Israel Defense Forces.

They came together in 2013 to build a new security architecture that could defeat today’s advanced threats that come from organized crime and nation state malware. SentinelOne's flagship product, Endpoint Protection Platform, is a next-generation endpoint protection solution that protects against known and unknown attacks by identifying and mitigating malicious behaviors at machine speed. It closely monitors every process and thread on the system, down to the kernel level. Once an attack is identified, it triggers policy-based prevention policies to actively stop the attack.