It’s not your imagination; Zero Trust (ZT) is everywhere these days. Indeed, one study reports that 96% of security decision-makers say ZT is critical to their organization’s success, and another study notes that 51% of business leaders are speeding up their deployment of ZT capabilities. But exactly what is Zero Trust and why is it the top security priority for organizations around the globe?
GraphQL is an API query language developed by Facebook in 2015. Since then, its unique features and capabilities have made it a viable alternative to REST APIs. When it comes to security, GraphQL servers can house several types of misconfigurations that result in data compromise, access control issues, and other high risk vulnerabilities. While security issues with GraphQL are widely known, there’s little information on finding them outside of using dynamic analysis.
JavaScript is a great programming tool, but JavaScript security problems can cause significant damage to organizations and their customers. To help cybersecurity professionals and software developers better understand everything they need to know to improve JavaScript security, we’ve developed a free, comprehensive e-book, The Ultimate Guide to JavaScript Security.
Maintaining cyber resilience across your ecosystem is a significant challenge that must not be brushed aside as the likelihood of experiencing a cyber incident increases year after year. For example, in 2021 alone, there were multiple attacks on Critical National Infrastructure (CNI) such as Colonial Pipeline and against the Oldsmar, Fla. water treatment plant.
Last month’s revelation that Okta had been hacked created a seismic impact in the world of security, with organizations still bracing themselves for the fallout from this incident. While resources, like Microsoft’s article on Lapsus$ (tracked as DEV-0537), have broadly dissected the attack vectors used in the group’s attacks, we wanted to expand on the broader trends and context surrounding the Okta hack.
Netacea CTO Andy Still was recently joined on the Cybersecurity Sessions podcast by Jonathan Echavarria, an offensive security expert and Enterprise Architect at ReliaQuest. Jonathan shared his perspectives and philosophies around offensive security and what he gained from his time being part of a ‘red team’ at Facebook. Let’s recap some of the insights Andy discussed with Jonathan.
This year, security teams face more challenges — old and new — and grapple with high rates of burnout. Cloud complexity, supply chain attacks and additional obstacles are pushing security teams to the limits, and inspiring new responses. New research points to key strategies that will help organizations weather the complex challenges and attacks ahead.
In the face of this constant disruption, CIOs are supporting the addition, amendment, or strengthening of logistics workflows, supply chains, commercial and service delivery models, partnerships, and geographic footprints. In all of these programmes, CIOs often see cybersecurity as a hurdle—one more challenge to navigate in the path to a successful business outcome.
A vulnerability scan is an automated process that identifies vulnerabilities (security holes) in any software, operating system, or network that bad actors can exploit. In essence, it’s an integral component of vulnerability management focused on protecting businesses from breaches and the exposure of sensitive data.
In the past, the attack surface was defined and protected by the boundaries of the organization’s physical network (aka the LAN). Using physical security methods, firewalls, and careful monitoring, organizations kept their data, endpoints, and networks secure. The entire attack surface was internal, within a well-defined and fortified perimeter.
