Posts under Cyber Threat
On Tuesday, I had the honor of speaking about “Bringing the fight back to your security team,” at Structure Security 2017. My panel was comprised of former U.S. Government cybersecurity leaders who are now in the private sector, helping defend enterprises against attacks. Acknowledging that we’re flooded with breaches – with a record-breaking 4 billion personal records stolen by hackers in 2016 – we discussed strategies to turn the tide.
Earlier this year, the Center for Strategic and International Studies (CSIS) Cyber Policy Task Force published a report that made a number of cybersecurity policy recommendations for the 45th Presidency of the United States. As co-chair of the taskforce, I answered questions from The Hewlett Foundation about our recommendations.* Which of the task force’s recommendations do you think are most critical for the President and his team to focus on in the near term?
At StackRox, we’re thrilled to have the support of Ron Gula, an industry luminary and invaluable mentor to me for the past decade. Ron is a longtime leader in the security community, having started his career at the National Security Agency (NSA) conducting penetration tests of government networks and performing advanced vulnerability research. Ron is also an experienced entrepreneur, CTO, and CEO, as the original author of the Dragon Intrusion Detection System, CTO of Network Security Wizards (acquired by Enterasys Networks), and cofounder of Tenable Network Security, where he served as CEO from 2002-2016.
The last few decades have seen tremendous progress in machine learning (ML) algorithms and techniques. This progress, combined with various open-source efforts to curate implementations of a large number of ML algorithms has lead to the true democratization of ML. It has become possible for practitioners with and without a background in statistical inference or optimization – the theoretical underpinnings of ML – to apply ML to problems in their domain.
Forensics in the age of containers You’ve seen it countless times in television’s most popular dramas: professional investigators descend on the scene of a crime to meticulously record and analyze every detail and clue before anyone else can disrupt the scene. If the crime appears to be related to other ongoing cases, clues are tacked to the peg board back at headquarters. Only once all the pieces have been assembled do patterns emerge.
Why everyone from investors to the C-suite should consider container security Over the past few years, virtually all of the most innovative enterprise firms – from multinational banks like Goldman Sachs, to cutting-edge technology companies like Google – have set out to modernize the way they deliver software applications through containers and microservices architectures. By breaking down large applications into smaller, composable pieces, software developers and those in charge of managing applications have discovered that containers – and the microservices approach they enable – allow for software development that is far more agile, resilient, and efficient than traditional monolithic approaches.
Introduction Container technology has radically changed the way that applications are being developed and deployed. Notably, containers dramatically ease dependency management, so shipping new features or code is faster than ever before. While Docker containers and Kubernetes are great for DevOps, they also present new security challenges that both security practitioners and developers must understand and address with diligence. Docker’s team of security experts has built some valuable security features into the Docker platform over the last several years.
WAF the heck do I do to protect against attacks on my container-based web applications? The hackers who want your organization’s valuable data will invariably target your web applications. Despite the steady increase in distributed denial-of-service (DDoS) attacks and ransomware, web application attacks represent the most common cause of data breaches.1 The vast majority of these attacks are executed by botnets, operated by organized crime2. Their goals: stealing credentials, growing the size of the botnet, and, of course, exfiltrating information that can be used for financial gain.
Shortly following our launch, I was a guest on Paul Asadoorian’s Startup Security Weekly show. In this episode, hear about how Sameer and I conceived the idea for the company, how we talked to investors about our ideas, and why our platform uniquely addresses the challenges of enterprises who are embracing containerization and microservices. We also discuss how enterprises are using StackRox to build security into the fabric of their infrastructures as they operationalize their use of containers and microservices.
I’ve worked to align government and commercial cybersecurity initiatives throughout my career, from the White House to Silicon Valley. It’s crystal clear to me that we’re stronger when we work together. I’ve been speaking frequently on this topic recently, as co-chair of the CSIS Cyber Policy Task Force for the 45th President, ally of the Hewlett Foundation, advisor to the UC Berkeley Center for Long-Term Cybersecurity, and affiliate of the Stanford University Center for Security and International Cooperation.
On our launch day, Ali and I were guests on Derrick Harris’ ARCHITECHT Show. Check out this podcast to hear about the origin of StackRox, why CISOs personally invested in our company, what we think about microservices, and how we work with Docker. Episode 29: StackRox founders on making microservices secure ARCHITECHT Show, StackRox co-founders Sameer Bhalotra and Ali Golshan break down the state of container security and the new technology they have built to solve it.
The microservices revolution is underway. Businesses using microservices have reduced their development time by as much as 75%, fueling software innovation and competitive advantage. Today more than half of all enterprises using microservices and container technologies like Docker and Kubernetes are running them in production. And a vibrant ecosystem of more than 125 companies including Amazon, Microsoft, Google, Red Hat, IBM, CoreOS, Mesosphere, and others, continues to grow rapidly.