Two weeks ago, multiple Cisco Managed Threat Defense (MTD) customers received an email that appeared to come from the Microsoft Volume Licensing Service Center (VLSC). The email shown below is very similar to the real email Microsoft sends. It had a personalized welcome line and appears to contain a link to login to the Volume Licensing Service Center:
Shawn McCarthy, Research Director at IDC Government recently penned an insightful blog on IoT. Titled “Beyond the Internet of Things: How Convergence Can Help Governments Support Their Rising Tide of New Devices,” the blog notes with more devices producing more data, government agencies have been working to add more storage, security, network bandwidth, and systems management tools. David Bray, the innovative, young Chief Information Officer at the Federal Communications Commission, has noted this exponential change. In a recent interview, Bray estimates that from the current 7 billion networked devices we will grow to upwards of 50 billion networked devices by 2020. Deloitte suggests that by 2020, the IoT is powered by a trillion sensors. And Cisco Systems’ research indicates the economic impact in 2020 is more than $14 trillion. In order to take advantage of their mountain of new data, and the associated range of new applications, agencies will have to merge parts of their existing infrastructure. That converged infrastructure can take two forms – merging data centers themselves or consolidating components within a single optimized computing package. Converging IT infrastructure is the first step in the roadmap to capitalizing on the benefits of the Internet of Everything (I0E). Bray goes even further, arguing that we will need to shift from searching for data to having relevant data find us, to include developing machines that learn our preferences for data as well as when to deliver that data in a form most useful to our work. McCarthy also reviews the disruptive, but hopefully positive, effects of IoT on citizen services, government reaction times, and employees. Read More »
As a result of Cisco’s acquisition last May, ThreatGRID is now part of the Cisco Advanced Malware Protection (AMP) portfolio as AMP Threat Grid. The acquisition expands Cisco AMP capabilities in the areas of dynamic analysis and threat intelligence technology, both on-premise and in the cloud. AMP Threat Grid extends Cisco AMP with even greater visibility, context, and control over sophisticated threats. Security analysts and incident response teams can augment their forensics analysis to detect and stop evasive attacks faster than ever.
AMP Threat Grid is not simply another dynamic analysis platform or sandbox. While the solution does leverage various dynamic analysis techniques and ‘sandboxing’ to produce content, it also acts as a content engine so that you can more quickly and easily extract insights from the data. AMP Threat Grid treats all of its analysis as content, making it available to the user via a portal or API. AMP Threat Grid also doesn’t stop at a single analysis technique; instead it applies multiple dynamic and static analysis engines to submitted samples – all produced disk, network, and memory artifacts – in order to generate as rich a source of data as possible.
Security is a primary concern for many organizations making the transition to cloud. In the blog, “Taking a Hybrid Cloud Approach to Security”, cloud provider Presidio shares how building a hybrid cloud enables you to maximize security while maximizing flexibility at the same time.
Security in this instance can be thought of in terms of risk. For example, sensitive data and mission-critical applications need a higher level of security than a devops test environment. The challenge for organizations is to accurately assess their risk and align their security strategy with their business objectives. Threats can come from outside – and inside – an organization. The best response to threats goes beyond just the technology underlying your data center and that of your cloud provider.
The truth is, your organization is unique. This means your security strategy is going to be unique as well. The foundation of a solid, comprehensive strategy is, of course, an enterprise-class architecture with end-to-end security. To be complete, however, security policies must be in place which meet the specific security needs of your organization and regulations of your industry.
The architecture must also be supported by procedures that enable the members of your organization to easily comply with these security policies. These procedures must be effective while at the same time not getting in way of the workflows or corporate culture already in place.
Developing – and successfully implementing – such a security strategy can be extremely complex. For organizations new to cloud, especially hybrid clouds, understanding the nuances of comprehensive security may be outside their expertise. This is why an experienced cloud provider is crucial to any secure hybrid cloud deployment. One size does not fit all, nor are all clouds created equal. The right cloud provider can be a powerful partner in maximizing your ability to benefit from a hybrid cloud.
How can you find the right partner? Ask how much they can do for you. Not just what they offer every customer. What can they bring to the table in terms of experience with your industry? Can they help assess your requirements and risks? Do they offer security beyond the commodity-based cloud offerings so common in the market?
A hybrid approach to cloud has much to offer organizations of all sizes. And when deployed with the right partners, you can have confidence in the security of your data and applications.
OpenSOC, an open source security analytics framework, helps organizations make big data part of their technical security strategy by providing a platform for the application of anomaly detection and incident forensics to the data loss problem. By integrating numerous elements of the Hadoop ecosystem such as Storm, Kafka, and Elasticsearch, OpenSOC provides a scalable platform incorporating capabilities such as full-packet capture indexing, storage, data enrichment, stream processing, batch processing, real-time search, and telemetry aggregation. It also provides a centralized platform to effectively enable security analysts to rapidly detect and respond to advanced security threats.
A few months ago we were really excited to bring OpenSOC to the open source community. Developing OpenSOC has been a challenging, yet rewarding experience. Our small team pushed the limits of what is possible to do with big data technologies and put a strong foundational framework together that the community can add to and enhance. With OpenSOC we strive to provide an open alternative to proprietary and often expensive analytics tools and do so at the scale of big data. Read More »