The shift to remote and hybrid work at scale has created unprecedented demand for our cloud-delivered Zero Trust Network Access(ZTNA) solution, Netskope Private Access(NPA). This is no surprise.
During this past year, organizations have moved towards the adoption of SaaS (software-as-a-service) applications like Microsoft O365, Salesforce, and GitHub at a more rapid pace than originally planned to help accommodate and facilitate the many employees that became remote workers, needing access to cloud applications from anywhere.
Change is the only constant and this is especially apparent for the firewall space, as we’ve seen with branch office transformation and users continuing to work remotely. Secure Access Service Edge (SASE) architecture, when properly designed, puts the user in the center with cloud edge security services protecting them, their data, and the apps and websites they use every day, on either company or personal instances.
There is the marketing of secure access service edge (SASE), and then there is the actual integration of key capabilities that provide the benefits of less complexity, consolidation, and lower cost of operations a properly implemented SASE architecture provides.
With an increasing overflow of threats and attacks on mobile apps, businesses are now more concerned than ever about making their apps safe and secure for their users. Even the apps which were deemed to be secure and impenetrable are now being crept into with severe vulnerabilities. And this is why there is a huge priority shift happening across the globe towards mobile app security. According to Gartner , the global market for information security is expected to cross a market cap of$170.4 billion.
Devo’s strong relationship with Amazon Web Services (AWS) recently expanded to include our participation in the AWS ISV Workload Migration Program. This is important to cloud developers, DevOps engineers, solution architects (particularly cloud SAs), and cybersecurity architects working at organizations ready to transition their data to the cloud.
This blog series expands upon a presentation given at DEF CON 29 on August 7, 2021. In Part 1 of this series, we provided an overview of OAuth 2.0 and two of its authorization flows, the authorization code grant and the device authorization grant. In Part 2 of this series, we described how a phishing attack could be carried out by exploiting the device authorization grant flow.
