As an Elite sponsor for PTC LiveWorx19, we will demonstrate how to segment and secure IT and OT for factory automation with a zero-trust approach to legacy and future architectures in booth #224 in the Xtropolis exhibit hall.
How well informed are you on the current and potential threats that exist to government, critical infrastructure and IoT devices? Learn from an outstanding industry panel their advocacies to protect and defend them while creating more resilient systems.
Network infrastructure devices provide ideal targets for sophisticated attackers as evidenced by the infiltration of our critical infrastructure. Learn about DHS security tips for securing network devices and a high assurance approach to network security.
A new adaptive approach to security can directly enable more effective security capabilities, but also enable greater operational and financial value in supporting digital health initiatives that can improve patient care.
Digital health reduces many of the inefficiencies in healthcare delivery, it improves access to healthcare information and services, increases the quality of delivery, and allows much more personalized application of healthcare to patients
U.S. elections today are a composite of three separate systems: voter registration, vote casting, and vote canvassing (counting and reporting). It’s the third one -- vote canvassing – that has me the most worried.
As the Industrial Internet of Things proliferates and converges with IT, CSOs and CIOs need to assess the risks with their growing attack surface. This blog reviews common attack types and how to block or defend against them.
There has long been a debate in cyber security with respect to strategy - detect or defend? Organizations must adopt new cyber defense technologies using identity and authentication ubiquitously across network, session and application layers.
The Internet of Things (IoT) has arrived for consumers and it is geared to measure and monitor everything in our daily lives. The equivalent capability for business is the Industrial Internet of Things (IIoT), and it is transformational and needs to be secured.
Digital Transformation is enabling new business models and driving change in every facet of business. In this blog we explore the business security risks and a practical solution to enable trust models based on isolation of services and segmenting networks.
Cyber criminals look for the easiest score with the most reward and they are increasingly focusing on SMBs. We will review the key threats you face and what “cyber defenses” you can use to lessen these risks and not be too easy of a target.
The first wave was about building the Internet, the second about building services and connecting devices. The third wave is all about connecting everything and stopping the bad guys. So what does this mean for security?
Every day we are reminded how vulnerable our information systems are to cyber-attacks. Massive data breaches have become routine and recent notable cases include the legal, banking, government, industrial, media and healthcare industries.
Why the BlackRidge App for Splunk? A good side effect of having BlackRidge in place is that we can detect unauthorized access attempts at the earliest possible time, on the first packet of TCP connection request.
You already know about our ability to provide identity-based network security that stops cyber-attacks and protects against insider threats at the earliest possible time… What is new is that we’ve moved our solution to IBM z Systems™ mainframes.
Network segmentation is a best practice that is increasingly impractical to implement and maintain in large corporate environments. A new approach to segmentation is to apply identity-based access controls at the network transport layer to dynamically segment networks by blocking or allowing network connections.
Customers are demanding the ability to implement networking in software-based architectures, however, the infrastructure to implement NFV is still in its infancy. Ciena and BlackRidge are on the cutting edge of enabling this.
Most people in the security community run their honeypots totally exposed to the Internet. At Marist we've turned that around and decided to see what happens to a honeypot that's protected by BlackRidge.
BlackRidge addresses key aspects of an attack chain, from stopping scanning and reconnaissance to preventing unauthorized access to systems. First packet authentication of network sessions enables identity attribution prior to allowing access to network resources, providing unique and timely data to SIEM and analytic systems.
While APIs are a significant source of breaches, there are other ways to ensure better security when using them. BlackRidge Transport Access Control is a technology that works at the TCP network layer by enabling First Packet Authentication, which in turn, keeps intruders from knowing where critical resources are on the network.
So what is up with BlackRidge and Network Function Virtualization (NFV) and Software Defined Networking (SDN)? We recently participated in the announcement of the Ciena Agility Matrix NFV solution for service providers and their enterprise customers.
Why are computer systems being attacked? Because the attackers believe that their attacks will succeed and succeed with little risk of retribution. This is the current dynamic. From a strategy perspective, it often looks like the attackers have the upper hand
We announced the success of our 100G Gateway demonstration done in in an independent, third party lab, the CTE Lab at the Quality Technical Services (QTS) facility in Sandston, VA., externally monitored by QTS and i2 Sentinel Associates.
You are probably astounded by the seemingly endless barrage of cybersecurity data breaches being reported. This is not just your imagination. In fact, according to the ID Theft Resource Center (ITRC), 2013’s tracked breaches are up 30% over 2012.
Despite best efforts to secure and maintain trust on increasingly perimeter-less networks, it is difficult to maintain across network borders, especially in cloud environments, nor can it be sufficiently established with all the various devices accessing these services. These conditions and factors all contribute to the increased complexity and expense of being able to quantify and assure an acceptable level of business risk.
Are you being monitored? No, this question isn’t about watching and monitoring you, the computer user; rather it is regarding the Internet and digital properties. And the answer is, yes! Your networks and network resources can and are being scanned and monitored by botnets, malware and other organizational evil-doers.
We are occasionally asked if BlackRidge Transport Access Control isn’t just another form of port knocking. While both TAC and port knocking provide forms of authentication before allowing network packets to proceed, the similarities end there.
Continue reading to learn more.
The explosion of mobile devices upon our everyday world has meant unprecedented security challenges for IT organizations, both qualitative and quantitative, especially in the context of BYOD. BlackRidge offers a solution, based on our patented Transport Access Control technology and mobile technologies can interact to enhance and extend the security posture of collections of mobile devices.
The security industry is at an inflection point, where the explosion of mobile and cloud computing is now outpacing the fortress-style model of security (perimeters and defense-in-depth), and attackers have increasingly larger attack surfaces with more resources at their disposal.
A recent Dark Reading article conceptualized ‘Is Identity the new Perimeter? BlackRidge agrees with the premise of the perimeter-less enterprise, and with using strong identity to establish trust. To take the argument further, trust needs to be established end-to-end, starting with a device, and be inclusive of all of the underlying resources being accessed and used.
Cloud initiatives continue to gain traction across every industry and every company big or small. The administrators of these cloud solutions are faced with new challenges around network addressing and accessibility all while focusing on how to securely protect the cloud resources in this new elastic environment.
The cyber security crisis has dual root causes: insecure technology, and wishful thinking. We have become fiscally committed to technologies with inherent lack of protections: society is so completely dependent on them that they cannot be supplanted by secure alternatives for any rational amount of money.
Last week we attended the RSA Conference Europe held in London. The conference had record attendance, with attendees coming from every imaginable Western and Eastern European country, and a significant contingent from even further afield. Cyber threats and security were a major conference topics.
My whole career has been about innovating, prototyping, developing and launching new technologies. Earlier this year, I decided a new perspective was in order and now I spend my days with fellow technologists and their innovations.
A few years ago, data centers were actually places you would visit, walk around and physically touch servers, storage and networking gear. Not to mention, who doesn’t love seeing a refrigerator sized (or bigger!) uninterruptible power supply (UPS) sitting proudly and in wait on a raised floor.
Unlike the land, sea, air and space where the laws of physics do not change, cyberspace is a man-made creation that continually changes and evolves - operating securely in this kind of environment requires that we properly manage a wide variety of disciplines.
While working within the security community, we have learned that the universe of security can be described by certain laws, much as the physical universe is described by certain absolute statements. One of the classic articles of computer security came from Microsoft in an era when security was not their strong suit.