Tag: Cloud Security

  • Research Firms Agree, Cloud Growth Continues to Soar

    Research Firms Agree, Cloud Growth Continues to Soar

    Investment in all the various types of cloud computing has gone gangbusters in recent years, and for good reason: Cloud computing helps to cut cost, shorting time to market, provides unrivaled scale and reliability.

    This will only continue as enterprises continue to divest from on-premises infrastructure over the long term while seeking to scale the tremendous data generated by AI, IoT, machine learning and digital transformation. It looks as though for the few years ahead, it’s nothing but tailwinds for cloud investment and growth.

    According to research firm Gartner Inc., the software-as-a-service (SaaS) market reached $48.2 billion in 2016, growing more rapidly than the firm previously projected—although Gartner didn’t say in the release what its previous revenue prediction had been.

    Currently, Gartner expects the total worldwide public cloud services market to grow 18.5 percent in 2017 to reach $260.2 billion. That’s up considerably from $219.6 billion in 2016.

    According to Gartner, SaaS revenue is expected to grow 21 percent this year to reach $58.6 billion. “The acceleration in SaaS adoption can be explained by providers delivering nearly all application functional extensions and add-ons as a service. This appeals to users because SaaS solutions are engineered to be more purpose-built and are delivering better business outcomes than traditional software is,” Gartner writes.

    The highest-revenue growth will come from cloud system infrastructure-as-a-service, which Gartner says is projected to grow 36.6 percent in 2017 and hit $34.7 billion.

    Cloud Mojo Keeps on Rising

    Cloud is only going to continue to take a greater share of overall spend in the years ahead. According to Sid Nag, research director at Gartner, last year about 17 percent of the total market for infrastructure, middleware, application and business process services shifted to cloud, and by 2021, that will rise to 28 percent.

    Those looking at trends outside of cloud won’t be surprised to see cloud growing so much greater than that of the overall global economy. According to research firm IDC, worldwide information and communications technology (ICT) is set to rise over the next five years, fueled by IoT, robotics, augmented and virtual reality, cognitive computing and artificial intelligence.

    Total ICT spending on traditional IT, telecom services and new technologies will grow to $5.6 trillion by 2021 from $4.3 trillion in 2016, representing a compound annual growth rate of 6 percent in constant currency terms. Annual growth will accelerate through the forecast period, to 6.5 percent in 2021 from 5.5 percent in 2017, as new technologies account for a growing proportion of the overall market, IDC writes.

    Of course, all of this will increase investment in security and, according to a recent report from Markets and Markets, the cloud security marketing, including identity, data leak prevention, intrusion detection/prevention systems, encryption and security information and event management systems. According to Markets and Markets, the cloud security market will grow to $12.73 billion by 2022, up from only $4.09 billion in 2017.

    — George V. Hulme

  • CloudCoreo: Get Your Cloud Security on at Jenkins World

    CloudCoreo: Get Your Cloud Security on at Jenkins World

    I mentioned in a previous blog post that I’d take some more of the people pinging me about Jenkins World 2017 and post about them. One of the companies I’ve picked to highlight is CloudCoreo, makers of AWS security controls and auditing.

    Disclosure: My company, Ingrained Technology, has a business relationship with CloudCoreo outside of our relationship with devopsy.kinsta.cloud. That’s how I know about their attendance. But they’re a cool company for cloud security automation, so I chose to include them in my Jenkins World previews.

    CloudCoreo is based on the premise: What if you could automate and audit security settings in AWS without learning security for each of their services? I’ve used their tools, and I’ll be honest, my personal AWS account had a bunch of security violations. Since I use AWS off and on in spurts, this makes perfect sense, and I was able to clean house a bit based upon the tools’ feedback.

    CloudCoreo’s presence at Jenkins’ World will be to talk about itsr system, but will also concern its new Jenkins’ plugin. While there are tools that allow you to partially automate security generation in AWS, the cool part of the plugin is that it allows your automated system to audit the actual results of a deployment to check against standard security patterns. And those checks include things that are normally outside the build/deploy process, such as user rights and password change frequency.

    One of the directions that cloud is going is putting security configuration directly into templates. But not every template will be designed with the same level of configuration/security. By auditing the results as part of a deploy, weaknesses in templates obtained from external sources easily can be detected early in the development process. This is fully in line with the “shift left” approach currently being used in DevOps, and gives security an edge in automating one more thing. If it is just part of the deployment to kick off this Jenkins plug-in as one of the final steps of deployment, then security can shift from “pawing through tons of config code” to “reviewing results.”

    Right now, security is one of a few items (NetOps being the other) that is on the critical path for DevOps to be both responsive and controlled. Companies such as CloudCoreo are helping make certain that not only does it go out quickly, but it goes out secure.

    I haven’t tried its Jenkins plug-in yet, and don’t currently have any complex AWS projects going on, but the thought intrigues me. Someone should go stop by (the company will be giving a demo of stopping a release for violations at table T1) and see it in action, then report back what you learn. Having used CloudCoreo’s web interface, I expect the results of the Jenkins plugin will be both thorough and definitive, but verification of those suspicions would be nice.

    — Don Macvittie

  • 8 Ways to Focus on Cloud Software Security

    8 Ways to Focus on Cloud Software Security

    Cloud Software Security Examined

    Cloud software security is critically important. Take, for example, health care: Doctors and other healthcare professionals are one of the biggest users of cloud software, yet recent studies demonstrate that more than 15 percent are considered to be operating at a high risk of security breaches, and more than half are operating at a medium risk.

    Security breaches can be devastating to almost any large industry. Companies must take accurate measures to ensure the safety of cloud computing software, as hackers are all too eager to break into a computer system and do what they seem to do best.

    Fortunately, there are a number of ways to increase security of data and apps in the cloud. Increasing cloud software security is almost like an insurance policy that affords valuable protection.

    Taking Steps to Increase Cloud Security

    The first step in building an effective cloud security plan is to conduct a complete internal audit that includes all current cloud providers. All internal security personnel should participate in the auditing process.

    Once the auditing process is complete, companies should take the following measures:

    1. Security personnel must take steps to ensure all company data is correctly encrypted. Having a secure encryption process in place will increase cloud security significantly.
    1. IT and/or security department should create an authentication process, which will help ensure all cloud software, as well as highly confidential internal information and related files, are secure.
    1. All new internal applications should undergo in-house developmental testing. Well-organized developmental testing procedures will guarantee that new applications are secure at the time they are released. This procedure is highly effective and also should increase cloud software security, when done correctly.
    1. Security solutions must be created that accurately scan and store various binary codes. What’s more, security solutions must be created internally. Runtime makes it extremely difficult to detect any security breach or potential vulnerability. Failure to detect or recognize a potential security flaw can prove disastrous for any organization.
    1. Use a web application scanning program for better security and safety. Use a provider that secures and monitors all web applications on a continual basis, as well as multiple scanning on a single platform. Multiple scanning will produce increased accuracy as well as unified results.
    1. Use one platform for all multiple assessment tasks to heighten cloud security. Using one platform will enable security personnel to identify and address an open-source risk quickly.
    1. Utilize streamline compliance centralization tools, which permit access to direct access to applications for compliance. Applications for compliance should include access to PCI controls and CWE. Both PCI and CWE can be used to make sure corporate compliance requirements are being met.
    1. Develop a system of continual compliance., which will monitor the system for any existing vulnerability or security concern. In addition, this unique system will fully access and examine any and all applications before they are released or deployed. Finally, the system of continual compliance will automatically conduct regular searches to identify all web applications that are related to a specific company domain. Any temporary sites also will be searched and properly identified. A continual compliance system is highly effective when properly utilized.

    There are many ways in which cloud software security can be enhanced. It may be a wise decision to consult with a security and compliance specialist. Many large and small organizations are now utilizing the services that security and compliance companies can offer.

    The Importance of Cloud Security Enhancement for Businesses

    In this of age of advanced computer technology it is becoming easier for hackers to access highly sensitive information from just about any organization. It is sad to say, but there are people who have made careers out of computer hacking. Many computer hackers are never brought to justice. Therefore, it is critical that organizations take the necessary steps to protect all computer software as well as sensitive company information that should never be released to the public.

    Having efficient software testing tools is the first step when looking to increase or improve cloud software security. Efficient testing tools will help an organization to better identify any security problem or vulnerability that may be present. If vulnerability is identified, the next step is to fix the problem and prevent additional security breaches in the future.

    Keeping company software and critical files safe must be a No. 1 priority. If critical internal information is compromised, it can cause severe damage that may be irreparable.

    About the Author / Reed Gusmus

    gusmusReed Gusmus the director of Marketing at QASymphony. Gusmus is an award-winning, passionate and innovative B2B marketing leader who excels at prescribing winning strategies for new customer acquisition and revenue-driving solutions for SaaS companies looking to get more from their marketing investment. Connect with him on LinkedIn and Twitter.

  • DevOps Chat: Mark Nunnikhoven, Trend Micro on Hybrid Cloud

    DevOps Chat: Mark Nunnikhoven, Trend Micro on Hybrid Cloud

    devopsy.kinsta.cloud sits down with Mark Nunnikhoven, VP Cloud Research at Trend Micro. We discuss hybrid cloud, hybrid cloud security, DevSecOps and more. Mark is very involved in research on the latest threats and trends in cloud security. This is a great interview that I think you will find very interesting.

    As usual, the transcript of our conversation follows:

    Alan Shimel: Hi, this is Alan Shimel, devopsy.kinsta.cloud, here for another DevOps chat, and I’m joined today by Mark Nunnikhoven of Trend Micro. Mark, welcome to DevOps Chat.

    Nunnikhoven: Thanks for having me, Alan.

    Shimel:  I hope I didn’t mangle your name too bad, did I?

    Nunnikhoven: No, it was perfect. It’s a tricky one. It looks really menacing, but ends up being relatively simple after you’ve heard it a few hundred times, so –

    Shimel: Absolutely, very good. So, Mark, I asked you to join us today—I think we had done a webinar and talked a bit offline about, you know, some of the challenges around securing hybrid cloud and, you know, versus obviously people moving stuff to the cloud, people still have stuff in their data center, and what’s good for one may not necessarily be good for the other, but what’s good for both might be an entirely different thing. And I wanted to just spend a little bit of time with you talking about the challenges of securing the hybrid cloud.

    Nunnikhoven: Yeah, it’s definitely an interesting topic that I don’t think gets enough attention, so I’m glad we can have this chat.

    Shimel: Yep. Before we jump into it, though, Mark, I’d be remiss if I didn’t give you a chance to just let people know, I did mention you’re with Trend Micro, but what is your role there?

    Nunnikhoven: Yeah, I’m the vice president in charge of cloud research. So I look at how organizations are tackling security in the cloud, in hybrid environments for, you know, traditional servers and workloads, containers, serverless, sort of anything that’s breaking new ground. It’s a lot of fun and there’s a lot of really interesting stuff happening.

    Shimel: Great. So, Mark, you know, I think I started us off by saying there’s people who are making solutions for the cloud, there’s people making solutions for the data center, the ARM RAM. And what’s good for one is not necessarily good for the other, and then, of course, most of the world is living in some sort of hybrid environment.

    Nunnikhoven: Yeah.

    Shimel: What do we do?

    Nunnikhoven: [Laughs] That’s a great question, ’cause, you know, I’ve seen—working with organizations around the world, I’ve seen sort of all of the possible scenarios, I think at least the major ones that people kind of come to thinking might work, and they sort of range from we’re going to force data center processes and controls into the cloud, which is a recipe for disaster. You know, they’re very different environments, to the opposite, of we’re gonna take everything that’s working in the cloud and we’re gonna force it on the data center, to, you know, we’re gonna run two completely different environments in completely different ways, and essentially double the workload. None of those is really satisfactory. Sort of the best route forward tends to be looking at what’s working in the cloud and trying to push a lot of those concepts into the data center. But you still need to make adjustments for the reality that the data center is very, you know, sort of slow and very high level of rigor and very formulaic, and, you know, very well-established. So you do need to make adjustments, but, you know, the goal is to get one way of doing things with allowances for the difference in both environments.

    Shimel: Yep. And Mark, as you said, that may be the goal, but, you know, from day one, you obviously—you need a plan to get there. And can you maybe share with our audience a little bit, where do you see the logical steps, if you will, to getting there?

    Nunnikhoven: Yeah, and I think that’s a really good way to phrase it, you know, because we can all—we all love the architecture Powerpoints and you go the events and you get real excited about what the eventual design and implementation will look like. But getting there can be really ugly and really messy. I think the biggest thing, and it’s unfortunately the thing that people tend to forget about, is looking at not just the security, but the operations processes and controls that you’re using today, and why you’re using them. And I think that’s the big piece that people miss, is, you know, why am I using something like an intrusion prevention system, or why am I using anti-malware or why do I have this change review board for any sort of operational change I want to make. And once you start to dig into the why you do these things, you realize that the implementation can change, as long as you’re still meeting that why.

    So, you know, we put intrusion prevention in place so that we make sure that any time we open up traffic to this server, that we verified it is actually secure web traffic like we’re expecting. Once you know that’s the reason, then you can look and say in my data center, that makes sense to have a big perimeter appliance doing that job, whereas in the cloud, it makes more sense to have something running on the host, doing that same job. So you’re still getting the same answer to why. It’s just the how is different in each environment. So it’s—you’ve got to dig into those, and it starts to clarify what you’re doing.

    Shimel: Got it. Mark, what are we seeing—I mean, what—obviously at Trend, you’re probably talking with a lot of customers. Are they coming from the cloud down with their solution? In other words, buying a cloud solution and building—or from the data center up, if you will?

    Nunnikhoven: A lot of the time we’re seeing the data center up, simply because it’ll be one team within a larger organization. So we’re talking mainly, you know, traditional enterprise and large governments. And it’ll be one team that’s gone and said we’re gonna push everything and build it new in the cloud, and when they start to kick off that process, they start to get a lot of existing policy and existing culture enforced on them. So they’ll get, you know, specifically the security. They’ll get people saying, well, you need this, you need to make sure that, you know, you go across these boundaries in your design, you’re networking a certain way. So they start to try to take those same designs, which are great in the data center, but horrible in the cloud, and they try to push those into the cloud, and they usually end up failing. And then about six months afterwards realize that they need to take a new approach, because it is a completely different environment.

    Shimel: Got it. And, you know what, Mark, I’m a firm believer that at least for the foreseeable future, five, 10 years, hybrid cloud is the—is the dominant, right, the dominant usage pattern that we’ll see from people. Is this yours as well?

    Nunnikhoven: Yeah, 100 percent. And for me, it’s simple economics. As much as you want to be in the cloud, if that’s the case, if bought in even, you know, you’ll see it at the major events from the big cloud providers. They’ll pull up big enterprises who are—their CEO or the CIO is, you know, yelling from the top of their lungs that they’re gonna be all in on the cloud. Even in those scenarios, they’re still going to take 12 to 18 months to move out of their data centers.

    But the reality is most enterprises have already made a multimillion dollar investment in technology that’s working. It might not be working as fast as they want, but you can’t walk away from that. The cost savings in the cloud, if they’re there, are not that significant that you’re gonna leave millions on the table. So the reality is, you know, for a standard data center life cycle, so like you said, a five to seven year term, you’re gonna be dealing with two environments. And it’s not just that it’s two environments, it’s two environments that are completely different. It’s very much apples and oranges. So you do need a different approach.

    Shimel: Got it. And, Mark, I don’t want to put you on the spot, but what Trend Micro specifically, what kind of solutions are you guys, you know, working with customers on?

    Nunnikhoven: Yeah, so one of our big push, and we’ll just hit it real brief, because we don’t want it to be a sales pitch at all, it’s just we have a platform called Deep Security, and we built it with the principle of trying to put security as close to the data and application as possible. And because of that, we’ve been able to adapt it for multiple cloud use, for data center use, for the hybrid scenario quite well, because we’ve taken a lot of the principles that work in the cloud and made it so that you can leverage them where it makes sense in the data center. So a lot of automation, a lot of programmability, and a lot of intelligence in the products so you don’t have to worry about the nitty-gritty of dealing with security day to day, unless it’s really urgent and requires you to intervene.

    Shimel: Excellent. And, I mean, Trend is obviously not the only one doing this, Mark. When we talk about cloud too, I wanted to ask you this, public versus private clouds, where are you seeing this kind of—you know, are we—you know, to me, a private cloud is—goes hand in hand with hybrid, right? But there are people who are doing public cloud and data center, and that’s hybrid as well.

    Nunnikhoven: Yeah, and I find for me, you know, private was a real big push back from a lot of the incumbent data center vendors, and, you know, we’ve kind of gotten out of that hype phase and into the reality of it. And I tend to see what a private cloud is, is somebody who’s taken the data center and adapted a lot of the cloud processes and the ideas behind a public cloud and implemented them within their data center, which can be a really good thing. So you can get on-demand resources, so you just query in API instead of sending out a ticket and getting a bunch of people to do work. You know, getting that accountability, getting that accessibility and that visibility that we’re used to in the public cloud, getting that in the data center.

    So I think the ideal hybrid scenario is leveraging private cloud/public cloud. A lot of people aren’t there with their data center, because implementing change takes a long time. There’s a lot of cultural change, a lot of tooling change. So you’ll see them with sort of more the traditional data center approach. But if they want to be successful over the next few years, they need to start pushing more of those private cloud ideas internally, because that will help them have one set of processes and tools across both the public and the private cloud.

    Shimel: Makes sense, makes sense. And Mark, what about people, though, who just say, you know what, I’m—I’m biting the bullet, I’m just gonna do cloud, you know, or I’m just gonna do data center. You know, first of all, nothing is forever, obviously, right? You could say that today, but things change. Is the Trend Micro solution, specifically, let’s say, is it one that will work with one, but that scales to the other? Or, in other words, how do we stay out of dead ends?

    Nunnikhoven: Yeah, and specifically from us, this is something we’ve been dealing with with our customers over the last few years, because we’ve got customers who are 99 percent in the cloud and 1 percent in a data center somewhere, and the exact opposite. And it really—you know, every culture and enterprise is unique in what their blend and their mix of those environments is. So having the tool be agnostic to that is really important. So, you know, we’ll scale from protecting one system, to protecting 100,000 systems, with the same platform, very, very easily.

    And I think there are a lot of projects out there, you know, not just commercial offerings from Trend Micro, but we’re seeing this a lot in the operational monitoring space. So, you know, things like Ryman or Logstaff, which are two great open source projects to help you correlate data, they work equally well in the cloud as they do in the data center, and I think that’s really a big win for people, is that you need to put the assets in the environment that makes the most sense, but you should be able to use modern tools in both. And that’s a real big, important point for people to take away, is that you want to be—even if you’re in a traditional sort of slowing evolving data center environment, you want to be making sure that you’re leveraging some of the great advances we’ve made in security and in operational tools.

    Shimel: Excellent, excellent. Mark, we’re coming near the end of our time, as this always seems to go quick. But let’s talk a little bit about the research that you’ve been doing, and just give our audience maybe a little insight. What are you kind of researching now? What do you find really interesting?

    Nunnikhoven: Yeah, the biggest area I’m focusing on right now is the rise of what’s been deemed the serverless architecture. So obviously sort of a poor choice of names. There are servers somewhere. But it’s the idea of leveraging a function as a service as something like Microsoft du jour functions or AWS Lambda, where you’ve just got code that you input that runs in a sandbox on someone else’s system and you don’t have to worry about any of that. So scaling and operational tasks are kind of out the door, but these are heavily leveraging SaaS services and you’re sort of picking the best aspects of multiple providers, and stitching it together into one big application. And there’s a lot of really interesting advantages for the business there, because you’re focusing purely on delivering value to your users.

    But from a security perspective, now you’ve got multiple parties and systems that you have to trust, that have to work together, that have to share security controls, and then that is normally only one application in a suite of others. So you’ve got serverless applications, you’ve got applications that are running on containers, and then traditional applications. So I’ve been looking at not just the serverless, but how you do you address all of these in a consistent manner, so that you can apply security to the data where it’s being processed.

    Shimel: Excellent. Mark, we are butting up against time here, but one last question, and it’s one I frequently ask our guests here on DevOps Chat. If you had to recommend one book to our audience to read, not necessarily the last book you read or anything like that, but one book they should read, what’s your recommendation?

    Nunnikhoven: Yeah, that’s always a tough question. I love reading, so I’m always reading three or four books at a time. And, you know, it’s a safe assumption that this audience has already read “The Phoenix Project.” If they haven’t, they should. My latest favorite in this space is called “The Art of Monitoring.” It’s by James Turnbull, and it’s a look at how to implement metrics and measurements around running applications, regardless of where they are. So it talks about logging, it talks about real-time alerting, and it’s a really great approach, in that, you know, it’s always looking at results. So not just collecting data for data’s sake, but it sort of walks you through how all of this stuff should roll up to give your teams some actionable insight on how your application is doing. It’s a really great book.

    Shimel: Got it, interesting. Well, Mark, thank you so much for being this episode’s guest, of DevOps Chat. We’d like to maybe have you back on sometime and talk to us about more of the research you’re doing. Continued success to you and Trend Micro, and just thanks again. This is Alan Shimel, for DevOps Chat, and thanks for joining us. Until next time.

  • Cloud Security Tips: How to Prevent Hackers from Breaching Your Cloud

    Cloud Security Tips: How to Prevent Hackers from Breaching Your Cloud

    Recent data system breaches at Oracle and Sage reminds us all that the continuous threat of criminal hacking of cloud security systems is not abating. Rather, it’s becoming routine. Business managers, lawmakers and computing professionals must understand the motivation behind this activity if they want to protect business interests and thwart attacks effectively. Perhaps the biggest challenge is that the hacking community is a diverse and complex universe—a large variety of skilled players and several motivators. Only by understanding the motives of criminal security hackers is it possible to profile computer crimes. With solid profiles and some basic cloud security tips in hand, security professionals can better predict future activity and install the appropriate safeguards.

    Most security professionals are likely to spend much more time analyzing the technical and mechanical aspects of cybercrime than the social and psychological dimensions. Of course, it’s critically important to dissect malware, examine hacker tools and analyze their code. However, if we want to understand the nature of the cyberthreat, security professionals need to act more like criminal investigators. We no longer live in a world of mere glory-seekers and script kiddies. Some very serious thugs are now lurking in virtually every sector. So, it’s critically important to understand their motives and signatures, since these point to their targets and reveal their methods of operation.

    As you consider your business context, it’s important to frequently ask yourself this question: What exactly are the means, motives and opportunities for potential criminal hackers of my business computing systems? Getting a solid answer to this question is the key to identifying your most vulnerable assets and developing a security plan.

    The Sage Breach

    Earlier this month, Sage Inc. announced that hackers, using an internal login, had gained access to sensitive customer information including the names, addresses and bank account information of a few hundred U.K. customers. It’s undetermined at this point whether the hackers gained access to everything needed to cash in on their attack. But the Sage attack is just the latest in a wave of high-profile hackings in recent months, with victims ranging from enterprise IT vendor Oracle to cryptocurrency Bitcoin and even The College Board, creators of the ACT exam.

    According to many IT and computing system analysts, the top three hacker motives are financial, corporate espionage and political activism. In the remainder of this article, we look closely at the financial motive, and then we help you consider the best approaches to securing your cloud computing assets.

    Financial System Hackers

    You’re probably most familiar with this type of hacker, since they cause the most damage and are often featured in the news. The motive here is pretty obvious: make money the easy way, by stealing it. Financial system security hackers range in size from a few lone actors to large cybercrime organizations—often with the backing of conventional criminal organizations. Collectively, these thieves are responsible for extracting billions of dollars from consumers and businesses each year.

    These threats go well beyond the hobbyist community to a very high level of sophistication. All criminal attackers immerse themselves in a complex underground economy: a vast black market in which participants buy and sell toolkits, zero-day exploit code and malware botnet services. Vast quantities of private data and intellectual property are up for sale—highly valuable data that has been stolen from victims. A recent market trend is the sale of web exploit kits such as Blackhole, Nuclear Pack and Phoenix—which they use to automate drive-by download attacks.

    Some financial system hackers are opportunistic and focus on small businesses and consumers. Larger operations go to great lengths to analyze large enterprises and specialize in one or two industry verticals. In a recent attack on the banking and credit card industry, a very organized group was able to pull off a global heist of $45 million in total from an ATM—with an extreme degree of synchronization. These secondary attacks were feasible because of a previously undetected breach of some bank networks and a payment processor company.

    The Next Wake of Hackers

    Malicious hacker attacks are quite common nowadays, and often have tragic and highly disruptive outcomes. And these attacks are also inevitable, as more internet users utilize cloud computing and storage. This raises more concerns about combating the effects of hacking, and it will become increasingly critical in the future. There is ongoing debate as to whether basic cloud security tips are enough to prevent hacking threats. After years of extensive industry debate, it’s been found to be the same problem in a different location. So, if businesses can build reliable security and recovery methods, then cloud computing can be a serious consideration. Most importantly, the freedom, accessibility and collaboration that is available through cloud computing can far outweigh and mitigate the risks to your data security.

    Many cloud computing users assume their data is held safe by the security measures of their cloud vendor. But, hackers use code-cracking algorithms and brute force attacks to acquire passwords, and they can also access data transmissions that lack proper encryption.

    Ask yourself this question: Do you have solid infrastructure, processes and procedures to ensure reliable, high-security backups of your sensitive and business-critical data? If you can’t answer this question with confidence, then we invite you to read on a bit further as we consider various aspects of a top-tier cloud backup service.

    Your cloud backup service should process all data through encryption to ensure that it’s entirely unreadable by unauthorized users. It should only be possible to decrypt your data when you decide to retrieve it. Minimally, this means that data transmission should be done only through the SSL protocol and that strong passwords are necessary for information access and decoding.

    No system is hacker-proof, but the greatest benefit of cloud a backup service is the high-degree of readiness for recovery from a hacking event. Companies that specialize in cloud backup services reduce threats to your data by enabling full recovery of all business-critical data to its original state in just a matter of clicks. These backup companies replicate your cloud data and safeguard it in a separate cloud so that the likelihood of data loss from natural disasters and other threats remains infinitesimally small.

    Modern Cloud Security Tips

    Rock-solid facilities. Today, the best cloud application management solutions have standard built-in backups. Look for a provider that has robust, extreme-security data centers utilizing precise electronic surveillance and multifactor access control systems. The design of its environmental systems is important, also, to minimize the impact of any disruptions to operations. What’s more, multiple geographic locations and extensive redundancy add up to a high degree of resiliency against virtually all failure types, including natural disasters.

    Protection from the bad guys. The best providers not only provide super-strong physical protection for your backup data, but they also lock everything down with extensive network and security monitoring systems. Their systems include essential security measures such as distributed denial of service (DDoS) protection and password brute-force detection on all accounts. Additional security measures can include:

    • Secure access and data transfer – all data access and transfers go through secure HTTP access using SSL.
    • Unique users – identity and access management features to allow you to control the level of access.
    • Encrypted data storage – encrypt your backup data and objects using Advanced Encryption Standard (AES) 256.
    • Security logs – extensive, verbose logs of all activity for all users of an account.
    • Native Support – Native support for multiple platforms and systems including MongoDB, MySQL and Linux/Unix/Windows files.
  • DevOps Security in Spotlight as Gartner Names vArmour Cool Vendor

    DevOps Security in Spotlight as Gartner Names vArmour Cool Vendor

    News Reports vArmour CEO Eades Nabbed $41 Million Ahead of Trump Presidency

    In May, Gartner named 2016 Cool Vendors in several security categories. Given the focus of this column, I was interested in several of the companies chosen for the designation, especially those named in the Cool Vendors in Cloud and Emerging Technology Security 2016 report. Interestingly enough, only vArmour, one of the new-era cloud security and visibility providers, was noted for supporting security in DevOps environments.

    Click to Tweet: Cloud Security #CoolVendor @varmour noted by @Gartner for #DevSecOps, datacenter vis. The latest @devopsdotcom: http://ctt.ec/uSRLd+

    In the report, analysts Joerg Fritsch and Brian Lowans wrote:

    Supporting the vision of a software-defined data center, all of the capabilities of the vArmour platform are exposed and consumable programmatically via APIs, providing support for highly automated and DevSecOps-type development workflows.

    The analysts also noted vArmour enables application-aware microsegmentation anywhere, from the data center to the cloud and all hybrid points in between. They also highlighted its capabilities that extend security to virtualized environments and containers—security anytime and all the time. Pretty cool, indeed.

    The report provides deep validation for a message vArmour has been pushing since its emergence from stealth—visibility. While many security vendors have interlaced the keyword into their marketing content, this report makes the claim for vArmour all the more true. According to the report:

    vArmour’s distributed security platform combines a scalable fabric with advanced security analytics that offer full visibility from a deep packet inspection engine. This deep visibility enables other cool use cases, such as network-based threat detection and the visualization of workload traffic. This is required in environments where the workload, the network and the security policies are interacting much more closely than we have been used to in traditional environments.

    Validation from firms such as Gartner can carry heavy weight among buyers, especially among deep-pocketed enterprise influencers. I’ve had conversations with C-level security execs at numerous mega corporations in the past who have stated point-blank that they won’t approve expenditures for any technologies that aren’t noted in recognized industry reports.

    vArmour also announced recently the closing of a $41 million round led by Redline Capital and Telstra. This D round lifts the software-defined security provider’s total investment to $83 million.

    In the official company release, vArmour stated it will use the capital for “global expansion and to accelerate worldwide software distribution of its Distributed Security System (DSS) through strategic partners in Asia-Pacific, EMEA and in North America.”

    Although the Presidential race wasn’t mentioned in the release, it was reported by CNBC’s Ari Levy that the real reason CEO Tim Eades sought funding now was in anticipation of a Donald Trump presidency. Eades was quoted in the CNBC story as having said:

    It really does matter what people think of the U.S. as we lead up to the election,” said Eades, a native of the U.K. who moved to the U.S. 18 years ago. With Trump, “the conversation he’s had around Mexico, trading abroad, his position on immigration — everybody outside America looks in and says, `What’s going to happen?’

    Levy continued:

    With Trump having closed the gap on Clinton in the polls less than six months before the election, Eades said it’s definitely time for start-ups to be padding their cash positions. He isn’t comforted by the fact that Trump is a businessman himself.

    To most reading this, vArmour being named a Cool Vendor and handily raising $41 million likely isn’t coming as a surprise. Starting with Eades, the company has an impressive cybersecurity and business leadership pedigree, especially when it comes to startups that are shaking up security thought and practices around the data center, cloud and DevOps movement. Eades is even viewed as a thought leader—likely one of the reasons why he is an occasional guest on global news shows such as Fox and Bloomberg, where he has been called to provide expert analysis on everything from cyberwar to breaches to investment.

    His vision to extend security to the rapidly growing trends of DevOps, cloud, containers  and automation is certainly smart, as these are directions most enterprise IT organizations are headed. Said Eades in a company issued release on the funding:

    It has been an amazing 18 months since we launched our company. We now have hundreds of customers adopting the vArmour Distributed Security System on a global scale, including some of the world’s largest telecom companies, banks, healthcare, retailers and U.S. government agencies. We believe Gartner’s ‘Cool Vendor’ recognition further validates the positive impact and true value we’re providing our customers. We’re offering them the industry’s simplest, integrated data center and cloud security solution to prevent, detect and remediate advanced persistent threats inside their network.

  • DevOps Chat: Threat Stack’s Pete Cheslock and Chris Gervais

    DevOps Chat: Threat Stack’s Pete Cheslock and Chris Gervais

    I recently had a chance to sit down with Pete Cheslock and Chris Gervais of Threat Stack to talk DevOps and Security. Both of these guys are dialed in on both topics so as you can imagine it was a great conversation.  Here is the audio file with the transcript underneath.

     

    petechesPete Cheslock, Senior Director of Ops and Support – As the head of Threat Stack’s operations and support teams, Pete is focused on delivering the highest level of service, reliability, and customer satisfaction to Threat Stacks growing user base. An industry veteran with over 15 years’ experience in DevOps, Pete understands the challenges and and issues faced by security, development and operations professionals everyday and how we can help. Prior to Threat Stack, Pete held senior positions at Dyn and Sonian where he built, managed and developed automation and release engineering teams and projects.

     

    chris gerChris Gervais, VP, Engineering – As Threat Stack’s head of Engineering, Chris is passionate about building, not only a rock solid, high-performance product, but also a team of elite engineers, industry best processes and a culture that attracts the best talent. Prior to Threat Stack, Chris held senior positions at lifeIMAGE, Enservio, Partners Healthcare, Inc., Inflexxion, Inc. and VIS Corporation, where he was responsible for engineering, technical operations, and technology strategy for cloud platforms.

     

    Alan:                              Hi, this is Alan Shimel from devopsy.kinsta.cloud for another DevOps chat. Happy to be joined today by two special guests, both                                               from Threat Stack. First is a gentleman pretty well known within the dev ops and security space, Pete Cheslock. Pete,                                                      welcome.

    Pete:                             Yeah. Thanks for having me.

    Alan:                             Thank you. And joining Pete and I is, he’s kind of Pete’s partner in crime here, Chris Gervais. Chris, welcome.

    Chris:                           Thanks so much.

    Alan:                             Great. That was our audio check, guys, and we’re good. So Pete and Chris, why don’t – our audience may not be familiar with Threat Stack. Can you give briefly a little background on the company?

    Pete:                             Yeah. Absolutely. So Threat Stack is a company that’s been around for a few years now, and what we’re doing is we have a cloud security platform that is basically designed to work with all kinds of different workloads that are running, whether in the cloud or in your own data center, to analyze for internal/external threat, to analyze for data loss prevention, or – and basically just auditing the kind of, answering the question of who did what when on your system.

    So if you’re someone who is on a security team and you need to follow various auditing rules, PCI, or HIPAA, or things like that, you can use Threat Stack to basically comply with those policies. And also if you’re just an operations team and just trying to understand, you’re doing, kind of doing the dev ops. You’re giving people broader access to your systems a you’re trying to understand what they’re doing with that access, trust but verify, you can use Threat Stack to basically determine and answer those questions for you.

    Alan:                             Fantastic. And Pete, is this delivered as a service, or is it – not an appliance any more, but and not even a on prem. But is it a service?

    Pete:                             Yep. It’s a SaaS app. We have a very lightweight agent that runs on the system, and what we do is right now we support Linux systems. We’re capturing events from the Linux kernel, so it’s that source of truth of all activity on a system. And we also do some integration with if you’re on Amazon we do some integration with the cloud trail so that we can alert on not only your system-level events, but also for Amazon users to _____ on cloud trail events, so events that are happening at a higher kind of EPI level.

    Alan:                             Great. And guys, I don’t – I didn’t mention your titles. I apologize. Chris, what’s your role at Threat Stack?

    Chris:                           So I’m the VP of engineering here.

    Alan:                             Okay. Excellent. And Peter?

    Pete:                             So, I run the operations and support teams, the technical operations.

    Alan:                             So we’ve got tech ops and engineering? Excellent. So guys, and we were talking a little bit before we started the recording here about this whole – the evolution, if you will, of security, you know, security tribe merging or at least joining into this larger dev ops tribe, if you will. I don’t know if it’s larger. But the merger of security and dev ops. Chris, I know this is something that you followed now for a few years. What’s kind of your take on it?

    Chris:                           You know, I think it’s, like there’s a couple things here, one of which is, especially for folks who are building in the cloud and trying to take advantage of all of the sort of speed and velocity you can get with software to find everything and all that stuff is you can’t adhere to the model the security is the domain of the few any more, and that it’s a walled-off thing over in the corner, or that it lords over your software development engineering process, roll-out process, infrastructure process.

    Like, all that stuff has to get baked in, right? And it has to get baked in at the earliest possible point that it can. And one of the best ways to do this, and it’s a thing we’ve done at Threat Stack is, it’s not just about the tools. It’s about making sure that your entire team is involved with this from the start, and that it’s not just a person who’s got to sit there and be a gateway and a worrier about this, but everybody is focused on it, right?

    Just like today, you’ve got, whether you’re a software engineer or infrastructure engineer, you’re an engineer. You’re sitting together, and you’re solving problems together of how do I get my stuff out? What kind of systems do we need? What do my work loads look like? You’ve got to take that same approach with security and make it just part of that flow. And so in some ways, like if you think about the democratization of this stuff, it’s really about – and this is one of the things behind Threat Stack is make this inclusive, not exclusive, because you can solve problems better that way.

    Alan:                             Amen. Pete, you and I first met, I think it was shortly before I even launched devopsy.kinsta.cloud. And so I know you’ve dealt with this and have been dealing with this issue for years. My impression in speaking to a lot of people is that the developer and even ops community seems much more open, if you will, to welcoming the security folks into the meeting, into the tribe, and giving them the seat at the table. Where too often I’m afraid to say, because I come from the security side of the house, it’s the security guy who’s digging in his heels and saying, “No. We can’t have that. We need to maintain control. We need to maintain independence. We need to have our own kind of thing.” But the good news is I see that kind of hard headedness softening and I do see us, the security folks coming in. What’s your impression?

    Pete:                             Yes. I remember. We were actually doing a – it was like a kind of roundtable dev ops discussion, and what I thought was most interesting is a lot of the _____ were all tilting more towards the security side. And yeah, that was a couple years ago at this point. Yeah. So I definitely agree. The conversation that I see in attending a lot of the different kind of web operations and dev ops related conferences is much more on the side of operators and developers who have essentially kind of figured out how to work well together and deliver value for businesses are realizing that security is much more important than it ever was.

    The kind of joke is it was always important. It’s just a lot of people just didn’t really care about it. But now it’s affecting so much of what we’re doing and more and more issues and vulnerabilities and open-source software are kind of coming to light that I think more operations and dev teams are realizing that this is something that we really need to deal with now versus having some sort of company-ending event. And so I think what’s happening is that especially smaller start-up companies, even companies that get up into a few hundred engineers don’t even have a dedicated security team, so they kind of have to do it themselves.

    In more legacy teams, I see it as well where they want to, more legacy companies, they want to build _____ they bring in security engineers for that organization. And you find a lot of the same thing where, like you were saying is, they want to slow things down and they want the control. The problem is is that that model doesn’t work any more. And we’ve seen it. It’s the concept of shadow IT, right? The security team up there constantly saying, “Nope. Can’t use Amazon,” because of whatever reason. It doesn’t stop anything. The company will end up having ten Amazon accounts under ten corporate credit cards.

    Chris:                           Yeah. That’s such a good point, too, because I think one of the things, like the fundamental shifts you have to make is, right, a lot of that old security thinking was rooted in prevention, right? And so if you really think that you can use that model in sort of the modern era, God bless ya. But, man, that’s going to be tough. Versus if you can now focus on detection and involvement, you’re going to be – and then, right, you’re dev opsing the things because you want to go fast. You can now put changes into effect super fast by connecting your information sources to the things that allow you to take, allow you to make change quickly. That’s how you get – I think you really make some progress. And that’s where we see a lot of folks fall down when they think they can take the sort of legacy enterprise IT approach and just bring that to the cloud, including the type of people that are involved.

    Alan:                             Absolutely. So, guys, let me bring this back to Threat Stack, if I can for a moment. Your customers, you think they come from the dev and sys admin or ops space? Or are the security people your customer, as well?

    Chris:                           It’s both, and as our company’s grown and as our customer base had grown and we go up market more, we’ll start having more and more folks who have info sec and other titles like that in discussions with us. Where we kind of started was with the dev ops community, right? We’re a very dev ops friendly tool in terms of getting our agent deployed. And like Pete did an awesome job of building cookbooks and templates that people could use to get Threat Stack running really quickly so that it wasn’t a pain in the ass to get started. It was really, really simple. But that is going to sort of start to change over time, but what we hope is that we’ll continue to see the folks who are dev opsing and infrastructuring involved in that conversation and it doesn’t just turn into the domain of just the security people.

    Pete:                             Yeah. In a lot of cases, too, what happens is you have a CTO or a head of engineering for some company, and maybe they’re running 200, 300, 400 servers on Amazon. Not trivial number of systems, but still not kind of enterprise scale of thousands of systems. But they’ll have their head of engineering come to them and say, “We’re about to close this deal. It’s with this company. They are going to require us to get our PCI compliance, or HIPAA compliance,” or some sort of audit _____. And so as an operations person, I’ve been in this scenario before at a previous company. I was running an operations team and we were about to sell it to the US government, which required us to go through a thisba audit, which was very intensive audit. And this was years ago, and we ended up having to build a lot of the tools. And I always kind of joke here. It’s like I love working at Threat Stack in operations because I get to use Threat Stack on my platform that I run. It’s awesome that way.

    Chris:                           I have to go build tools like I used to.

    Alan:                             Yeah.

    Alan:                             Exactly.

    Chris:                           Yeah. And to that point, it’s actually one of the reasons why I joined Threat Stack was that in previous roles where I delivered – my teams delivered – stuff into health care and other regulated industries and something like Threat Stack didn’t exist, so I had to stitch together stuff painfully from other types of tools to answer like all these security requirements being dumped on my desk from larger enterprises who weren’t used to dealing with sass companies. And thrown into the world of print security. And having a tool for me like Threat Stack, and frankly getting the opportunity to help build it out, was such a huge opportunity and attractive for me to come here because you could just instantly see the problem that this was going to solve.

    Alan:                             Absolutely. So, guys, we’re running low on time because these things always go quickly – too quickly. But I’m doing a webinar next month with a couple of companies called New Frontiers in Cloud Security. I’m going to ask each of you, what do you see as sort of the biggest new threat, if you will, on the horizon for cloud security?

    Pete:                             Yeah. That’s a really good question. I think what we’re finding is that as people move to the cloud, there was a long time a lot of thud around the cloud is not secure. You can’t move to the cloud. It’s not secure. And in reality, the cloud is just as or can be more secure than your existing environment if you use kind of the right tools to manage and monitor the systems, especially for Amazon users. They have a whole suite of tools that can really assist you to secure your system well.

    What I regret it’s, and especially as someone who runs an operations team for a security company, we do everything we can to lock down the front door, to make sure that it is extremely hard to get onto systems to do things. Like we have a lot of checks and balances in order to do so. But honestly the biggest fear I have is people coming in from the back door, essentially, and trying to get in through some sort of malware on their systems, or through some sort of fundamental breakage in an open-source code where like Heartley had happen last year.

    Alan:                             Yeah.

    Pete:                             So that’s where I’m glad to have tools here via Threat Stack and other tools that we have that I can continually monitor my systems for these anomalies. Because it’s going to be nearly impossible to know of what the next zero day kind of critical bug is. But if I can monitor for anomalous activity, that can give me a heads up in advance.

    Chris:                           Right.

    Alan:                             Perfect. Chris, how about you?

    Chris:                           So, I think one of the biggest threats, actually, is, and just adding to what Pete said, is people thinking they can solve cloud security like they solve on-prem security. And I can just worry about things at the ingress and egress point of my network. And I used this appliance thing at my last place that had, you know, it was co-load or my own data center, and I just want to replicate that model in the cloud, right?

    Which, I just think is – you have to look at the work load and the host as that’s the, right, that’s the battle ground, and if you’re thinking you can solve this at a network layer, it’s going to be really tough because that doesn’t tell you what’s happening on your systems, which is, again, these things are coming and going, right? You’ve got probably more cattle than pets. You’re able to build up and burn down really quickly.

    Are you able to really identify what was anomalous on those work loads over time? And if you can and if you think you can just solve it like you solved stuff five, ten years ago, it’s just like a rude surprise. To me, that’s one of the biggest threats out there.

    Alan:                             I don’t disagree, guys. Hey, I’d love to sit and chat all day, and maybe we will in the future. We’ll get together at some dev ops days or something. But I’m going to need to wrap up here. We’re kind of at the end of our time limit. So Pete Cheslock, Chris Gervais, Threat Stack. Thank you so much for appearing in this segment of DevOps chat, and we’re looking forward to hearing more about Threat Stack and dev ops and security working together to make the cloud better for everyone, and continued success.

  • Threat Stack Announces Most Comprehensive Cloud Security Vulnerability Verification

    Cloud Security Platform™ Provides Automated CVE Check Against Every Package Installed

    BOSTON– March 30, 2016 – Threat Stack, a leader in cloud security management and compliance, today announced advanced capabilities in the Threat Stack Cloud Security PlatformTM that provide customers with the most comprehensive vulnerability verification of any cloud security offering currently on the market. Threat Stack’s Cloud Security Platform automatically analyzes all customer packages against the more than 2 million Common Vulnerabilities and Exposures (CVE) listed in the National Vulnerability Database (NVD) run by the National Institute of Standards and Technology (NIST).

    “Threat Stack wants to keep customers as current as possible on critical CVEs,” said Venkat Pothamsetty, vice president of products and customer advocacy, Threat Stack. “The Threat Stack Cloud Security Platform compares every single CVE published to every package installed, cross-checks against all corresponding vendor advisories on those packages and pin points to the image ID that the servers are instantiated from. The extensive and platform approach we take is resulting in the least false positive rate of CVEs in the industry, but also directly helping with workflows by pointing out what AMI needs to be updated.”

     

    Security and operations teams operating in the cloud are challenged with assuring security, eliminating vulnerabilities and running as fast as possible. Operations teams, in particular, need to quickly identify packages with vulnerabilities before they’re rolled out into the infrastructure.

    Understanding the growing importance of vulnerability management to cloud users, Threat Stack has assured that the cloud-native platform automatically examines package information on the workload, checking against the NVD. The cloud service also provides manual, custom updates; cross references with operating systems vendors; and proactively directs customers to which AMI needs to be updated.

     

    The cloud native, fully-integrated Threat Stack Cloud Security Platform supports data across all environments, cloud security providers and containers, eliminating the need for fragmented solutions and reducing the complexity of security concerns facing IT leaders and CIOs. By providing vulnerability management at the workload layer, Threat Stack gives customers the confidence they’re managing CVEs efficiently, enabling them to focus on more high-priority security threats.

    To learn more about Threat Stack’s vulnerability management capabilities, please visit the Threat Stack blog.

    About Threat Stack

    Threat Stack enables growth-driven companies to scale with confidence by identifying and verifying insider threats, external attacks and data loss in real-time. The only fully integrated, cloud-native continuous monitoring solution that gives customers instant visibility and automatically responds to changes in their environment, Threat Stack provides the coverage needed to run secure and compliant, in all environments, without sacrificing speed and efficiency. For more information, or to start a free trial, visit threatstack.com.

  • A Guide to Public Cloud Security Tools

    A Guide to Public Cloud Security Tools

    Why is an arrangement of servers—which are constructed of hard metal, tend to run hot and weigh thousands of pounds—called a “cloud”? It only makes sense from the standpoint of an engineering diagram, in which data travels by an undefined pathway from origin to endpoint. In that respect, the cloud refers to the randomized packet transfer protocol that underlies modern computing.

    Although no one can know with certainty where the term “the cloud” originated, it’s clear what it represents. “The cloud is a metaphor for the Internet,” Cloud Camp co-founder Reuven Cohen told the MIT Technology Review in 2011.”It’s a rebranding of the Internet.” But for those with a security-first mindset, that metaphor is a problem. The Internet is a dangerous place that is filled with malicious people who enjoy misappropriating or damaging data. Storing private company and customer data anywhere on the Internet is a potentially hazardous course of action without the proper security controls firmly in place.

    Private vs. Public Cloud
    Private clouds are exclusive to a single enterprise—such as a enterprise company’s internal storage system. They are usually easier to secure but not as flexible in terms of rapid scalability. Private clouds also tend to have higher capital and operational costs. Public clouds, on the other hand, are operated by third parties that usually offer the cloud as service. Some of the most recognizable names are Amazon Web Services, Microsoft Azure and Rackspace in addition to the Google Cloud Platform and IBM’s cloud service.

    Private Cloud Security: Riskier Than You Think
    As Roger A. Grimes notes at InfoWorld, both private and public clouds come with risks. Private clouds may seem safer at first because they are under the enterprise’s tight control, but one of the biggest drawbacks is that many companies cannot afford the same level of security as Amazon or IBM. Even a company’s own employees are risk factors—they might do malicious acts or cause unintentional accidents. Private cloud networks rarely have geographic failover options, so all of its valuable data is more at risk. Public clouds, on the other hand, are supported by data centers all around the world—often making them more secure and efficient.

    Public Cloud Security: Still Facing Challenges
    Still, businesses typically consider these three specific security concerns when deciding whether to use public clouds:

    • Multitenancy: Sharing a cloud with other businesses—especially competitors—is the top concern of many corporate executives. Companies in public clouds must be confident that neither their private data nor their customer data will leak into other users in the space.
    • Virtualization: Exploits are grabbing headlines with increasing frequency. As identities across devices have become more fluid, access and authentication systems are having to work harder to approve the right users.
    • Ownership: Many public cloud providers are silent on the issue of ownership in their user agreements—leaving open the possibility that they could try, for example, to profit from the storage of the data.

    There are many ways to approach these challenges. The U.S. National Highway Traffic Safety Administration, for example, found a way to make the public cloud safe and accessible in less than one month by using some of the latest cloud security tools. The rapidly growing industry of cloud security firms and related software—such as those listed below—is evidence of the fact that cloud security is entering a new era. Businesses looking into a public cloud solutions may want to explore these options as additional ways to protect their data.

    The Top Public Cloud Security Resources

    • AppRiver – looks at messaging security for SaaS-based e-mail and web tools
    • Awareness Technologies – brings its SaaS-based DLP model to analyze mobile and the cloud
    • Barracuda Web Security Service – offers malware protection, URL filtering and application control
    • Bitglass – acts as a cloud-access security broker to secure applications and mobile devices
    • Bitium – handles identity and access management for BYOD and BYOA
    • BitSight Technologies – analyzes data on security behaviors and rates companies on security effectiveness
    • Centrify – centers on identity management across devices and applications
    • CipherCloud – handles encrypting or tokenizing data directly at a business gateway
    • Dome9 – examines firewall rules, IP address tables and ports to look for unusual web traffic
    • Evident.io – provides cloud security in partnership with AWS
    • ForgeRock – protects enterprise, cloud, social and mobile applications by identity access management
    • HyTrust – delivers access control, policy enforcement, hypervisor hardening and logging
    • IntraLinks – protects critical content and enables client control over data
    • Kismet – passively traces cloud machines while leaving no logs or traceable packets
    • Logz.io – users can create proactive alerts on selected events and relevant dashboards to aggregate and view data trends and monitor security threats including password brute force detection, access control and network access
    • Metasploit – takes a cloud IP address and tests penetration to assure that security is in place
    • MyPermissions – sends out alerts whenever apps or services try to access personal data
    • Nessus – operates as an open source vulnerability assessment tool
    • Nmap: the Network Mapper – tests penetration by scanning networks for congestion and latency
    • Netskope – discovers any cloud apps and shadow IT used on your network
    • Okta – manages logins across all cloud applications including Google Apps, Salesforce, Workday, Box, SAP, Oracle and Office 365
    • Proofpoint – focuses specifically on email to protect inbound and outbound data
    • Qualys – scans any and all used web apps for vulnerabilities in SaaS, IaaS and PaaS tools
    • SilverSky – offers email monitoring and network protection for HIPAA and PCI compliance
    • Skyhigh Networks – discovers, analyzes and secures cloud apps with logs from existing firewalls, proxies and gateways
    • SnoopWall – flags and stops access to high-risk data ports such as webcams, microphones, GPS and USB
    • WhiteHat Security – mimics threats to avoid coding vulnerabilities on websites
    • Vaultive – encrypts any data going from a network to an application
    • Zscaler – monitors all the traffic that comes in and out of your network along with protecting iOS and Android devices

    Public cloud security is only going to become more important with each passing year. Just look at these data points from Forbes reporter Louis Columbus:

    • Worldwide spending on infrastructure as a service (IaaS) is expected to reach $16.5 billion in 2015, an increase of almost 33 percent from the prior year
    • Cloud applications will account for 90 percent of global mobile data traffic by 2019, compared to 81 percent at the end of 2014

    So, with these trends in mind, how do you plan to secure your public cloud? I invite your thoughts in the comments below.

  • Combining SecOps and DevOps

    Combining SecOps and DevOps

    Security has to be top of mind for most any company that is moving, or has moved, to the cloud. And, businesses know they need to act swiftly to ensure that any new products or services they’re dreaming up do not expose them to risk.

    How can they do that when the fast-moving nature of the cloud is leaving proper security practices in the dust? The problem today is that today’s security solutions are proprietary, too slow and take too many resources.

    Bottom line, the security model that has served most businesses well was never built for speed, and is simply unsustainable for opportunities in today’s cloud-centric world. Today, security solutions must be agile, lightweight, loosely coupled and extensible.

    On the front lines at various companies you’ll see a new type of cooperation –  where two teams most directly involved in a potential solution, development and security – are breaking down the traditional (and often opposing) silos and collaborating more openly to drive secure innovation from the start.

    We’re seeing a new “marriage” of SecOps and DevOps that creates a whole new mentality for driving innovation inside and outside of organizations. This new mentality allows security and DevOps to find common ground to make it easier for organizations to align their security goals with the delivery of their products at today’s rapid speed of business.

    While businesses are changing internal structures to address cloud security, there are also a number of new solutions that can be deployed against a company’s clouds and deliver security intelligence back to the DevOps teams.

    These kinds of tools are especially important for start-ups and SMBs that face unique challenges securing their businesses from cyber attacks and preventing data breaches.

    By encouraging greater collaboration between security and DevOps, and relying on outside solutions to assess and identify potential threats as new products and services are developed, businesses of all sizes can feel a higher level of confidence that they’re addressing security concerns by enforcing industry-leading security practices every step of the way.

    About the Author:/Tim Prendergast

    tim p Tim Prendergast co-founded Evident.io to help others avoid the pain he endured when helping Adobe adopt the cloud at a massive level. After years of building, operating, and securing services in AWS, he set out to make security approachable and repeatable for companies of all sizes. Tim led technology teams at Adobe, Ingenuity, Ticketmaster, and McAfee.