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In 1999, Bruce Schneier wrote, "Complexity is the worst enemy of security." That was 19 years ago (!) and since then, cyber security has only become more complex. Today, controls dramatically outnumber staff available to support them. The Bank of America has a $400-million cyber budget to hire security staff and implement a broad array of products. But what if your budget and sophistication is just a tiny fraction of the Bank of America's? The remaining 99% of organizations understand that they don't have sufficient protection for their internal network, but they also realize that to be sufficiently secured they need to buy multiple solutions and hire a large team to maintain it – which isn't an option. So they either stay with just an AV or buy a point solution to defend a specific part of their internal environment from particular types of attacks – only to later find out it doesn't meet what they really need. Cynet wants to change all that.

It's no secret that expecting security controls to block every infection vector is unrealistic. For most organizations, the chances are very high that threats have already penetrated their defenses and are lurking in their network. Pinpointing such threats quickly is essential, but traditional approaches to finding these needles in the haystack often fall short. Now there is a unique opportunity for more feasible, more effective threat hunting capabilities, and it stems from a most unusual effort: rethinking the approach to wide area networking. When we look at the cyber kill-chain today, there are two major phases—infection and post-infection. Security experts acknowledge that organizations can get infected no matter how good their security controls are. The simple fact is, infection vectors change rapidly and continuously. Attackers use new delivery methods – everything from social engineering to zero-day exploits – and they often are effective. In most cases, an infecti

When it comes to ensuring the security of your APIs, there are four critical capabilities.

Security researchers at Embedi have disclosed a critical vulnerability in Cisco IOS Software and Cisco IOS XE Software that could allow an unauthenticated, remote attacker to execute arbitrary code, take full control over the vulnerable network equipment and intercept traffic. The stack-based buffer overflow vulnerability (CVE-2018-0171) resides due to improper validation of packet data in Smart Install Client, a plug-and-play configuration and image-management feature that helps administrators to deploy (client) network switches easily. Embedi has published technical details and Proof-of-Concept (PoC) code after Cisco today released patch updates to address this remote code execution vulnerability, which has been given a base Common Vulnerability Scoring System (CVSS) score of 9.8 (critical). Researchers found a total of 8.5 million devices with the vulnerable port open on the Internet, leaving approximately 250,000 unpatched devices open to hackers. To exploit this vulner

One of the most devastating aspects of the recent WannaCry ransomware attack was its self-propagating capability exploiting a vulnerability in the file access protocol, SMB v1. Most enterprises defences are externally-facing, focused on stopping incoming email and web attacks. But, once attackers gain a foothold inside the network through malware, there are very few security controls that would prevent the spread of the attack between enterprise locations in the Wide Area Network (WAN). This is partly due to the way enterprises deploy security tools, such as IPS appliances, and the effort needed to maintain those tools across multiple locations. It's for those reasons Cato Networks recently introduced a context-aware Intrusion Prevention System (IPS) as part of its secure SD-WAN service . There are several highlights in this announcement that challenge the basic concept of how IT security maintains an IPS device and sustains the effectiveness of its protection. Cato Network

Admit it. Who would not want their firewall maintenance grunt work to go away? For more than 20 years, companies either managed their edge firewall appliances or had service providers rack-and-stack appliances in their data centers and did it for them. This was called a managed firewall — an appliance wrapped with a managed service, often from a carrier or managed security service provider (MSSP). The provider assumed the management of the firewall box, its software, and even its policy and management from the over-burdened IT team. But customers ended up paying for the inefficiency of dealing with appliances (i.e. "grunt work") because the problem just shifted to the provider. A new architecture was needed - a transformation from an appliance form factor to a true cloud service. In a 2016 Hype Cycle for Infrastructure Protection report , Gartner analyst Jeremy D'Hoinne initiated the emerging category of Firewall as a Service (FWaaS). He defined FWaaS as " ...a fire

Nobody likes to do router and firewall management. It often requires a lot of hard labor just keeping the infrastructure up and running. If you ever had to set up IPsec tunnels between different firewall brands, change a firewall rule and hope nothing breaks, upgrade to the latest software or urgently patch a vulnerability – you know what I am talking about. All of these issues have been with us basically forever. Recently, the list of complex tasks extended to getting cloud infrastructure connected to the rest of the network, and secure access for mobile users. There seems to be a change coming to this key part of IT, a silver lining if you will. We decided to take a look at one solution to this problem – the Cato Cloud from Cato Networks. Founded in 2015, Cato Networks provides a software-defined and cloud-based secure enterprise network that connects all locations, people and data to the Cato Cloud – a single, global, and secure network. Cato promises to simplify netwo

With rapidly growing web-based services and widely expanding locations, organizations are using more and more SSL certificates as well as SSH keys than ever. From authentication, confidentiality, and integrity to preventing the organization from industrial espionage, SSL certificates play an important role. Managing SSL certificates across networks to ensure protection and prevent unanticipated failures is critical, and it also becomes complicated with multiple locations, divisions as well as the fastest growing use of external cloud-based services. This not only complicates the process of managing individual SSL certificate and SSH key for an administrator but also costs organizations heavily. A key solution for this issue is to use an advanced and efficient SSL certificate and SSH Key management system. An effective solution enables an organization to know what kinds of certificates and keys it has, simplifies certificate discovery and monitor across multiple vendors, an

If you are concerned about the insecurity of Internet of Things, have good hands at programming and know how to hack smart devices, then you can grab an opportunity to earn $50,000 in prize money for discovering the non-traditional ways to secure IoT devices. Internet of Things (IoT) market is going to expand rapidly over the next decade. We already have 6.5 billion to 8 billion IoT devices connected to the Internet worldwide, and the number is expected to reach 50 billion by 2020. While IoT is going to improve life for many, the number of security risks due to lack of stringent security measures and encryption mechanisms in the devices have increased exponentially. This rise in the number of security risks would continue to widen the attack surface, giving hackers a large number of entry points to affect you some or the other way. Recently, we saw a record-breaking DDoS attack (Distributed Denial of Service) against the France-based hosting provider OVH that reached over