Can your business afford NOT to invest in security automation?

With the growing use of cloud technology today, risk management is becoming an increasing priority among businesses across the globe. But simply employing incident management processes isn’t enough to truly keep an organization protected. Critical security events require real-time responses to mitigate risks and reduce costs. After all, catching an incident after the fact isn’t much better than not catching it at all. So what’s the best way for businesses to manage their security events in the most effective and efficient way possible? The answer is security automation.

When a critical incident occurs, time is of the utmost importance. Every moment that passes following a security event can cost your organization. With security automation, the very instance an incident occurs notification is immediately sent and appropriately escalated. This eliminates the risk of human errors and inaccuracies and saves time by replacing the need for manual escalation.

Automated responses to security events help to:

  • Create standard security processes, reduce manual work and provide more consistent, reliable response actions
  • Reduce workload – respond to weaknesses or policy violations with automated review and remediation through automated processes while preserving best security practices
  • Reduce response times – integrate with both configuration assessments and event management to provide the fastest response to incidents with the maximum information available to your security administrators
  • Security automation helps reduce the costs of securing systems and network while achieving compliance, enables more scalable, repeatable compliance programs and streamlines your organization’s compliance efforts

Can your business afford NOT to invest in security automation?

A few examples of automated Security Information and Event Management processes include:

  • Automatic response to security events such as password resets or privilege changes
  • Automated analysis processes using context for security events including assessment reports relevant to the event and remedies
  • Rapid and targeted escalation of monitoring for privileged user activity associated with insider threats

Not all security automation products are created equal…

While automation is, indeed, a highly effective method to manage security event response for your business, it’s important to point out that not all security automation products and solutions on the market are created equal. It’s not enough to simply send out notifications or provide a list of incidents. To truly be effective, the program you choose must be feature-rich and comprehensive. Some of the critical features to look for include:

  • Real-time status reports of all incidents across the organization
  • Distribution of incidents by severity and priority
  • Verified ownership assignment
  • Immediate contact with incident owners
  • Customizable escalation path
  • Remote incident management capability

The more comprehensive the suite, the better your security incident management will be handled. This means a significant reduction in mean time to resolution (MTTR), which means improved performance and mitigated damages. In fact, with the right product you can reduce downtime by as much as 90% simply by automating incident management processes, providing sophisticated notifications and escalations procedures, and delivering full transparency of the entire incident management process to all IT operational staff and management.

Can your business afford the risk of a delayed response to a serious security event? Don’t take any chances. Let security automation help protect your business. Click here to start your free trial today.

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Incident Response Orchestration Explained

Incident Response Orchestration ExplainedToday’s threat landscape is becoming more like a battlefield for businesses. Cyber criminals are becoming savvier and more relentless in their pursuit of network access and sensitive data. As such, organizations must leverage the advanced technologies that are available to them to create a stronger defense and combat attacks at the earliest point. Incident response orchestration is emerging as one of the most powerful and effective tools for accomplishing this goal.

What is incident response orchestration?

Orchestration is a cybersecurity strategy that effectively brings together the people, processes and technologies that are all involved in responding to and remediating cyber-attacks. The purpose of IR orchestration is to empower your security team by arming them with the information, tools and processes they need to be able to react quickly, effectively and accurately when a threat arises.

Incident response orchestration is different from basic IR automation because it is designed to support and optimize the humans involve in cybersecurity. For instance, IR orchestration can help the response team understand the context of an attack and aid in faster, better decision making.

This distinction is important because cybersecurity is ripe with uncertainty. Responding to a threat is rarely as straightforward as one might imagine. Automation is a powerful and effective tool for quickly and efficiently executing security tasks, but since threats are constantly evolving and attackers are changing their tactics at a rapid rate, human decision-making still plays an important role in keeping the organization safe. This is why automation and orchestration are so often linked.

IR Orchestration Applied

As with most technologies, incident response orchestration can be adapted and applied differently depending on the specific needs of the organization. Overall, however, it should serve as a tool for mapping out the company’s threat landscape, security environment and organizational priorities.

In action, incident response orchestration plays a critical role across the entire Security Operations Center (SOC), particularly when it comes to escalation and remediation. When an incident is escalated from an alert by the automation tool, a record is automatically created in the incident response platform.

From there, the platform automatically gathers, organizes and delivers incident response context. At this point, when security personnel step in to handle the escalation, they already have the valuable information they need to take the most appropriate action for effective remediation. 

There are a number of different ways incident response orchestration can be leveraged, but the end goal is almost always the same: to place IT security personnel in the best possible position to respond to threats.

Of course, with the right automation and orchestration platform, most of the work can be handled without the need for human intervention at all. Threats are detected, isolated and eradicated before they have the opportunity to do irreparable harm. By integrating the two technologies, however, you can create an IT environment in which human and machine work together to achieve optimal performance and maximum protection against today’s cyber threats.

To learn more about how Ayehu’s orchestration and automation platform can turbo charge your security incident response and resolution, click here to download our solution brief or start experiencing it for yourself with a free 30 day trial.

eBook: 5 Reasons You Should Automate Cyber Security Incident Response

The Role of Artificial Intelligence in Cybersecurity

The Role of Artificial Intelligence in CybersecurityAn ever-connected world coupled with the widespread adoption of cloud and mobile technologies have made the subject of cybersecurity infinitely more complex. Furthermore, an expanding number of access points and the seeming relentlessness of today’s sophisticated hackers mean the need for adequate network security measures has never been more important. Keeping up with the demand is challenging, to say the least. Artificial intelligence is turning out to be the ideal solution. Here’s how.

Machine learning and artificial intelligence are being leveraged across any number of industries to improve data collection and analysis and enable better business decision-making. Mountains of data can easily be gathered, analyzed, organized and presented to help business leaders understand new trends and optimize future performance.

From a cybersecurity perspective, AI can be utilized as a tool to quickly and accurately identify new vulnerabilities in an effort to mitigate future attacks. This technology can alleviate much of the burden currently being placed on human security workers who are overworked, limited by human capabilities and inevitably prone to error. With a cybersecurity strategy that’s powered by intelligent automation, machines do much of the heavy lifting, alerting human agents only when action is needed. This enables security personnel to allocate their time and skills more effectively.

Think for a moment about your best security expert. Now imagine if he or she transferred that knowledge and expertise to your artificial intelligence and machine learning programs. This would essentially make your AI as smart as your very best employee. Now, imagine the outcome if you transferred the combined skills of your top ten best employees to your artificial intelligence program.

And since this intuitive technology is capable of “learning” and improving all on its own, your cybersecurity plan will continue to get stronger and more effective over time. What’s more, intelligent automation doesn’t make mistakes and never takes a sick day or vacation. That means with AI, your defense against cyber-attacks will remain constant, 24 hours a day, 7 days a week, 365 days a year. So, it’s like having an army of your very best employees (but even better), constantly monitoring and evolving to provide even better protection.

Of course, that being said, AI shouldn’t necessarily be viewed as a replacement for human security teams – at least not yet. While the technology is, indeed, intuitive and self-driven, it still requires some degree of human interaction in order for it to continue to meet the needs and challenges of today’s organizations. As such, a hybrid approach is recommended, which includes human IT personnel working efficiently alongside the technology to achieve optimum results.

One particular area in which cybersecurity powered by AI can augment human IT teams is through the use of predictive analytics. With this, the technology leverages past and present data to provide security teams the predictive insight they need to thwart attacks before they occur. Essentially, it can facilitate a proactive rather than reactive approach to network security. For those inevitable instances in which threats do manage to get through, intelligent automation can aid in the timely and effective detection, eradication and remediation of successful breaches.

In conclusion, machine learning and artificial intelligence are beginning to play an increasingly important role in how organizations keep their networks and sensitive data secure. In the not-so-distant future, advances in machine learning, AI and intelligent automation will continue to provide newer, better and more effective tools to help savvy organizations stay a step ahead of cyber criminals.

See the next generation of cybersecurity automation and orchestration in action with your very own live demo or click here to launch your free trial of Ayehu and experience the power of AI powered automation for yourself today!

eBook: 5 Reasons You Should Automate Cyber Security Incident Response

If Only HBO Had Automation…

If Only HBO Had Automation

Photo: HBO

A few days ago, cable television network HBO confirmed that someone had hacked into their servers and gained access to a significant amount of data. Among other things, the cyber sleuths appear to have gotten their hands on scripts for upcoming episodes of the wildly popular series Game of Thrones. Unfortunately for network (and its droves of faithful followers), details of never-before-seen footage has now been published all over the internet.

“HBO recently experienced a cyber incident, which resulted in the compromise of proprietary information,” the company said in a statement.“We immediately began investigating the incident and are working with law enforcement and outside cybersecurity firms. Data protection is a top priority at HBO, and we take seriously our responsibility to protect the data we hold.”

The total extent of the damage has yet to be discovered, but according to the hackers, the amount of data stolen is upwards of 1.5 terabytes. This would indicate that the Game of Thrones script isn’t all the company has to worry about. Chances are these criminals also got ahold of other sensitive data, including that associated with employees and other financials. So far, those behind the attack have been leaking the data online in dribs and drabs. It also appears they’re taunting the network in the process:

“Hi to all mankind. The greatest leak of cyber space era is happening. What’s its name? Oh I forget to tell. Its HBO and Game of Thrones……!!!!!! You are lucky to be the first pioneers to witness and download the leak. Enjoy it & spread the words. Whoever spreads well, we will have an interview with him. HBO is falling.”

Obviously HBO executives aren’t thrilled about having the plot line of one of their biggest shows leaked for all to see, but in reality the real problem they’re facing is what will happen should things like internal emails and personal information of employees and possibly even customers also end up being leveraged. A similar situation occurred just a few years ago when Sony was hacked, and the company is still cleaning up the mess. If HBO’s hackers are telling the truth, this breach could be much more significant.

Had HBO employed the use of automated cybersecurity incident response, there’s a good chance that we wouldn’t be writing about this situation right now. The fact is, as many big name corporations have learned the hard way, monitoring systems simply aren’t enough. And while the details of exactly how the hackers were able to gain access haven’t yet been released, if the network had a more sophisticated defense in place, chances are they would have been discovered and stopped right away – possibly before they had the opportunity to grab the data and go.

With a cybersecurity strategy that’s powered by intelligent automation, HBO could have deployed an army of robots, standing watch 24 hours a day, 7 days a week, 365 days a year. This technology is capable of fielding hundreds of thousands of incidents with speed and precision, quickly detecting potential attacks and automatically responding to eradicate the problem and mitigate damages. Savvy hackers who manage to find their way in are stopped in their tracks, before they have the chance to wreak havoc.

These situations serve as an important reminder that nobody is safe from cyber-attacks. They also serve as a great opportunity for business leaders to reevaluate the current state of their cybersecurity posture.

If you aren’t 100% positive that your defense is strong enough to withstand an attack like the one that HBO has suffered, the time to take action is now – before you end up becoming a victim. You can start by laying a strong foundation and using technology to fight fire with fire. Click here to launch your free 30 day trial of Ayehu and be proactive about keeping your organization safe.

What Happens in a Ransomware Attack?

What Happens in a Ransomware Attack?According to Cisco, ransomware is the most lucrative form of malware in history, and attacks are only expected to get worse, both in terms of the number as well as complexity. Hackers who once used ransomware as a tool to extort money from individuals are now leveraging advanced tactics to compromise data from large corporations with the intention of selling it for a profit.

We’ve talked at length about how to respond and recover to a ransomware attack, but it can helpful to understand what exactly such an attack entails. Insight like this can improve employee education. Knowing the various phases of an attack, along with best practices for preventing them, is key to avoiding costly and time consuming remediation.

That said, let’s take a look, step by step, at what happens when a ransomware attack is initiated.

Step 1 – Initial Infection (Estimated time: 1-2 seconds)

Most ransomware hackers gain access to a target network via social engineering, such as a phishing email. Educating employees on how to spot a phishing scam can dramatically reduce the risk to your organization by preventing successful breaches before they occur.

Step 2 – Execution (Estimated time: 0 – 5 seconds)

Once a malicious link is clicked or infected file opened, the ransomware is able to gain a foothold, quickly infiltrating the network and locking up files. In a matter of seconds, malware executables are released into the victim’s system where they begin to quickly wreak havoc.

Step 3 – Backup Corruption (Estimated time: 5-10 seconds)

The next step involves the ransomware virus targeting backup files and folders. This prevents the user from being able to backup corrupted files, which is what makes this type of malware so profitable. Victims often have no choice but to pay the fee or risk losing all of their data with no way to replace or restore it.

Step 4 – File Encryption (Estimated time: 10 seconds – 2 minutes)

Once the victim’s backups are successfully removed, the ransomware then executes a secure key exchange with the server, thereby putting encryption keys in place.

Step 5 – User Notification (Estimated time: 2-15 minutes)

With the victim’s backup files gone and the encryption successfully established, the final phase involves notification to the user and demand for the proposed ransom. In many cases, the user is given a specified amount of time in which to pay the fee or the amount will begin to increase.

Ultimately, your organization’s defense against these attacks will depend on your level of preparedness. Along with employee education, it’s equally critical to employ the right tools that will allow you to effectively monitor, detect, respond and eradicate these threats. Automated security playbooks, for example, initiate workflows which remediate affected devices while also preventing further propagation. Suspected attacks immediately trigger the playbook to automatically initiate remediation and mitigation procedures.

Best of all, you can try these playbooks for yourself, absolutely free of charge for 30 days. Simply click here to launch your Ayehu trial today.

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7 Steps to Maximum Cybersecurity

7 Steps to Maximum CybersecurityKeeping your organization safe against the barrage of attacks coming in at an alarming rate is no easy feat. Not only are cyber criminals smarter and more sophisticated than ever before, but they’re also much more relentless. Hackers seeking access to your sensitive data will stop at nothing to get what they want. You have to be ready to do battle at all times, day or night. Is your cybersecurity strategy strong enough to withstand the onslaught? If not, here are seven essential steps that will put you in a much better position.

Step 1 – Assess your risk posture. This is the first step, but also an important part of ongoing cybersecurity efforts. Identify areas of risk and potential vulnerabilities through which hackers may attempt to gain access to your network. Staying a step ahead of the game can prevent attacks from occurring in the first place.

Step 2 – Set up monitoring and security controls. Anti-virus, malware and firewalls should already be in place. More comprehensive network monitoring solutions are also recommended to achieve a stronger line of defense.

Step 3 – Invest in incident management. These days the question isn’t will your company be attacked, but when. Network security measures are designed to prevent invasion and they do a decent job. Unfortunately, they’re not foolproof. Strengthening these tools with automated incident response ensures that if a hacker manages a successful breach, the incident will quickly be detected, isolated and eradicated without the need for any human intervention.

Step 4 – Educate employees. Cyber security isn’t something only the IT department must be concerned with. It’s everyone’s job. To that end, make sure each and every employee within your organization is clear on what his or her role is, how to keep information safe and what red flags to watch for.

Step 5 – Manage user privileges. Research indicates that the biggest threats to a company’s information security are insiders. In most cases, users are unaware they are compromising sensitive data. In others, the perpetrator does so maliciously. To mitigate these risks as much as possible, be diligent about managing user privileges. Limit, monitor and audit user activities accordingly.

Step 6 – Create an all-inclusive security policy. When defining your cybersecurity strategy, don’t forget to account for things like removable media, mobile devices and remote workers. These things can present an added risk to your secure network. Establish and implement controls over media usage. Develop and enforce a mobile working policy. This will keep data secure, both at rest and in transit.

Step 7 – Leverage data to develop best practices. Perform routine audits of any and all security events to identify areas where improvements can and should be made. Utilize data from past incidents to develop and improve your organization’s best practices for responding to future incidents.

Remember – cybersecurity isn’t a “set it and forget it” strategy. It’s a living, breathing practice that must evolve alongside the many attacks that are being waged against your business on a daily basis. By implementing the above steps and harnessing the technology that’s available to you, your organization will assume a much stronger posture against any threat that may arise.

Could your company benefit from the enhanced protection of automated cyber security incident response? Find out today by launching your free trial of Ayehu.

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4 Biggest Cybersecurity Threats to SMBs

4 Biggest Cybersecurity Threats to SMBsMany people mistakenly believe that small to mid-sized businesses are less likely to be targeted by cyber criminals. While larger organizations certainly bear the brunt of online attacks, the fact is no business is safe from a potential breach. In fact, nearly half (43 percent) of all cyber-attacks actually target small businesses and 60 percent will go out of business within six months. The best way to defend against these attacks is to prepare for them in advance. Here are the top four cybersecurity threats SMBs face and how to secure against them.

Insider Risk – Believe it or not, the biggest security risk most organizations face is not some unknown hacker, but rather the people who work within the company itself. And in most cases, there is no malice involved, just a lack of clear understanding and knowledge of what to look for. Educating employees on the basics of cybersecurity is critical to thwarting things like phishing and other social engineering scams.

Ransomware – You can’t go anywhere online today without seeing a headline about ransomware. This type of malware essentially infects a user’s computer and locks all data unless and until the victim agrees to pay a ransom fee. Again, educating employees on what types of things might be suspicious and also having automated cybersecurity incident response technology in place that can quickly identify, isolate and eradicate the virus before it has a chance to spread are the keys to proper prevention.

DDoS Attacks – Distributed Denial of Service (DDoS) attacks ambush businesses by sending massive amounts of traffic to their websites, slowing them to a crawl and in many cases forcing critical services offline. For companies that rely on their websites or other online services to manage day to day operations, such an outage can cost tens of thousands of dollars in revenue. DDoS attacks can’t be entirely prevented, but having a strategy in place that includes a documented response plan can help mitigate damages.

BYOD – Today’s connected technology has opened many doors of opportunity for businesses to allow employees to bring their own devices (BYOD) and use them in the workplace. Of course, allowing network access with unsecured devices also comes with an added risk of data theft. The solution lies in the development and implementation of a comprehensive BYOD policy which includes educating employees on device expectations and allows businesses to carefully monitor information sharing.

These are just four of the many different vulnerabilities small to midsized businesses face when it comes to cybersecurity. Thankfully, keeping data protected, defending against incoming attacks and recovering quickly following a successful breach is entirely possible. And it doesn’t necessarily have to cost an arm and a leg, either. Check out these five ways to boost your company’s cybersecurity without breaking the bank and download your free trial of Ayehu automated incident response platform today.

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5 Steps for Responding to a Ransomware Attack

5 Steps for Responding to a Ransomware AttackJust when you thought it was safe to go back to work without worrying about potentially becoming a victim of ransomware, the savvy criminals behind these attacks up their game (ex: WannaCry). The fact is while companies may now be well aware of the risks they are facing hackers continue to stay a step ahead, identifying newer vulnerabilities to exploit and finding more effective strategies for getting what they want. In fact, we often say it’s not so much a matter of if you will be attacked, but rather when.

That’s why having a response and remediation plan in place is so important. The sooner you are able to thwart the attack, the less likely you’ll be to have to pony up the ransom. If you’re not sure where to begin, here are five key steps that can help you bounce back quickly from a ransomware incident.

Prepare – Of course, the first step in developing a strong defense to ransomware should always be prevention, as much as possible. IT personnel should be diligent about patching any known vulnerabilities as soon as they’re discovered and also take the appropriate measures to ensure that any and all additional access routes are effectively contained. Also, routinely back up and safely store all important files.

Detect – Effectively guarding against today’s sophisticated cyber-attacks requires the use of advanced threat intelligence technology. These tools are designed to block breach attempts and also alert the security team of a potential incident so that it can be addressed as quickly as possible. Keep in mind that tools like anti-virus software aren’t always effective in detecting ransomware, particularly attacks that are initiated via social engineering.

Contain – One of the biggest reasons why malware is so harmful is that it can spread throughout a network very quickly, effecting as much damage in as little time as possible. The goal of any good ransomware response strategy should be to isolate and contain the virus before it has a chance to proliferate. This can dramatically reduce the potential damage the virus can inflict.

Eradicate – Once the ransomware virus is detected and contained, the next step is to eradicate it from the network. Any machines affected should either be replaced or thoroughly cleaned and continuously monitored thereafter.

Recover – As mentioned above, it’s critical to regularly back up your files. Once you’ve done so, deleting the infected files and restoring the good ones is easy. Your data remains safe and the criminals leave empty handed. As part of the recovery process, an investigation should be conducted to further identify sources of potential vulnerabilities as well as processes and policies that may need revision in order to prevent future attacks.

When it comes to ransomware and other types of cybersecurity threats, there’s no foolproof way to completely eliminate risk. The best way to protect your organization and prevent significant financial and reputational damage is to invest in the right technology. Automated cybersecurity incident response is designed to help with all five phases of ransomware response above – and all without the need for human intervention.

Keep your company a step ahead of hackers. Download your free 30 day trial of Ayehu today!

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How to Strengthen Your Cybersecurity Resilience

How to Strengthen Your Cybersecurity ResilienceOrganizations in every industry and across the entire world are deeply entrenched in the battle to prevent a security breach. Thankfully there are specific steps security teams can take that will improve their cybersecurity resilience so they can better manage the barrage of threats that are inevitably going to continue. Let’s take a closer look at what this so-called resilience really is and how you can strengthen yours to improve your ability to manage, mitigate and recover from cyber-attacks.

Cybersecurity Resilience Defined

The Ponemon Institute defines cybersecurity resilience as “the capacity of an enterprise to maintain its core purpose and integrity in the face of cyber-attacks.” More specifically, a company’s cybersecurity resilience can be viewed as the place where prevention, detection and response to cyber incidents align. A resilient organization is one that is capable of preventing, detecting, containing and – most importantly – recovering from various threats against its data, network and IT infrastructure.

Why Cybersecurity Resilience is Critically Important

These days, there is no company that is safe from becoming a victim of a cyber-attack. It’s no longer a question of “if” a security incident will occur, but rather “when.” As such, it’s of critical importance that IT personnel (and, frankly, everyone else within an organization) be well prepared to battle against these inevitable attacks. And as cyber-attacks continue to increase in number and complexity, boasting solid cybersecurity resilience will become more important than ever before.

Bringing Things Together

Unfortunately, the increasing complexity of IT and general business processes has created a new barrier to effective cybersecurity resilience. In fact, according to recent studies, this complexity has become the second largest obstacle to cyber resilience, with insufficient planning and lack of adequate preparedness being first.

One of the main causes of these so-called complexities is the fact that many organizations have a multitude of individual IT and security tools, applications and processes in place, each operating independently. With so many fragmented tools and processes but no actual standardized system to manage it all, these companies are left vulnerable to the risk of cyber-attacks.

What’s needed is a universal platform that leverages advanced automation and orchestration technology to bring everything together, create a unified system and effectively fight fire with fire.

Keys to Improving Cybersecurity Resilience

Improving your organization’s cybersecurity resilience requires buy-in and cooperation from the top down. It’s much more than just getting the approval to invest in the right tool or implementing the appropriate technology. Cybersecurity is everyone’s job, and it starts at the top. To be effective, security must become more than just a topic or something IT handles. It must become ingrained as part of the company’s underlying culture.

Becoming cybersecurity resilient isn’t an easy task. It takes a true effort to bring together the necessary technology with the people at the helm. Provided the executives of the company are committed and the appropriate tools are put in place, the organization will ultimately develop the strength and resiliency it needs to withstand any attack that comes its way.

Ready to leverage technology to strengthen your enterprise’s cybersecurity resiliency? Start today by downloading your free 30 day trial of Ayehu’s automation and orchestration platform.

 

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What is Machine Learning (AI) and Why Does it Matter?

There’s been a lot of buzz recently about so-called machine learning, yet despite so much talk, there are a great number of individuals who are still unfamiliar with this technology. As IT automation experts, the team at Ayehu is already harnessing the power of this innovative concept in the automation and orchestration solutions we offer. As such, we thought it might be helpful to delve a little bit into what machine learning is and, more importantly, what it can do for your organization.

What is Machine Learning?

Machine learning is a form of artificial intelligence which involves an algorithm that learns a pattern in existing data and then uses that information to predict a similar pattern in new data. Despite the recent attention it has been getting, machine learning is nothing new. But thanks to the overabundance in available data and more affordable tools for gathering, processing, deciphering and storing that data, these algorithms can now easily be applied to produce fast, affordable results for businesses everywhere.

Why does it matter?

From a business standpoint, machine learning can facilitate better decision-making in real-time, without the need for human intervention. Essentially, the technology is intuitive enough to “learn” from past events and adapt for better performance in the future based on that information. By leveraging these precise algorithms, organizations can better identify profitable opportunities and more effectively avoid unknown risks.

Who can benefit the most from Machine Learning?What is Machine Learning (AI) and Why Does it Matter?

Businesses in almost every industry can potentially benefit from machine learning technology, but there are several industries for which this technology is particularly useful. Specifically, organizations in industries that require the handling of large amounts of data are already realizing the benefits of machine learning in gaining insight and competitive advantage.

This type of AI can also be highly effective in the area of information security by automating incident response and using existing data to predict and prevent future cybersecurity risks. As such, the businesses that have already begun leveraging machine learning with great results include those that fall into any of the following sectors:

  • Financial Services
  • Healthcare
  • Government
  • Sales and Marketing
  • Transportation
  • Utilities

Not coincidentally, each of these industries also happens to be at a greater risk of a cyber-attack due to the sensitive nature of the information and data they handle on a day to day basis. Machine learning can help manage, store and utilize the available data to streamline operations and improve customer experience. It can also help build a stronger defense against potential security breaches by providing round-the-clock monitoring and automated response for faster, more effective remediation.

How Ayehu is Using Machine Learning

The next generation of Ayehu is a simple yet powerful web-based automation and orchestration platform for IT and security operations that leverages proprietary, sophisticated machine learning algorithms to provide decision support via suggestions to optimize workflows and dynamically create rule-based recommendations, insights and correlations. Agentless and codeless, Ayehu is easily deployed, allowing users to rapidly automate tasks and processes, including interoperability across multiple, disparate solutions and systems from one, standalone platform.

To see machine learning technology in action, click here to request a free demo.

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