The corporate WAN connects an organization’s distributed branch locations, data center, cloud-based infrastructure, and remote workers. The WAN needs to offer high-performance and reliable network connectivity to ensure all users and applications can communicate effectively. As the WAN expand to include SaaS applications and cloud data centers, managing this environment becomes more challenging.

There are only two options for managing a global multi-cloud network: either by using a combination of inference, hope, and intuition or with mathematical certainty. When conducting 5 million financial transactions daily, it’s essential to operate with certainty, regardless of your network’s size or geographical distribution. Auditors don’t accept inferences; they demand certainty when determining compliance, and a poor audit can be disastrous for the business.

Imperva WAF is a comprehensive security tool for web applications and APIs, which monitors and filters both incoming and outgoing traffic while also blocking potential attacks. Imperva is utilized by medium to large enterprises to prevent potential security breaches. Through its hybrid web security testing approach, the WAF ensures a zero false-positive SLA for all clients.

There is an entertaining commercial running on television that features the “Holdover” family. This family is happily “set in their ways” and unwilling to change with the times. They still embrace wood paneling, TV antennas, newspapers, magazines, VHS tapes, corded landline rotary phones, and the like while being averse to any changes that might make their life better.

Your website or application must be set up within communications networks in order to be accessible to users. Each connection point to an external environment is a possible attack vector that makes up your attack surface. In order to encrypt traffic between your site and your users, you can set your system up with an SSL certificate that uses SSL/TLS protocols to secure traffic.

The enterprise networking and security market has seen no end to terms and acronyms. SASE, of course, is chief among them, but let us not forget SD-WAN, SSE, ZTNA, and Multi-Cloud Networking (MCN). Then we get into specific capabilities like CASB, DLP, SWG, RBI, FWaaS, and micro-segmentation. This alphabet soup of jargon can confuse even the most diligent and capable CISOs and CIOs, especially when vendors continually redefine and reclassify each category to fit their needs.

What exactly is resilience? According to the U.S. National Institute of Standards and Technology, the goal of cyber resilience is to “enable mission or business objectives that depend on cyber resources to be achieved in a contested cyber environment.” In other words, when you’re at odds with cybercriminals and nation-state actors, can you still get your job done? If not, how quickly can you get back up and running?

Trying to convince SecOps teams they need more data is like trying to convince a drowning person they need more water. SecOps teams are so overwhelmed they can’t even respond to 67% of the alerts they receive. On average, SecOps teams receive 4,484 alerts per day and spend over three hours per day manually triaging the alerts, costing $3.3 billion annually in the US alone.

With on average, 30,000 websites being hacked daily the need for stout cybersecurity measures has become more critical than ever. In today’s connected business landscape, as data flows effortlessly between networks and the digital realm, the need for a comprehensive cybersecurity strategy is underscored by the fundamental importance of a managed firewall.