Airtable has proven its staying power among tech unicorns as a customizable and collaborative project management platform that empowers users to track literally anything at work or at home. When the company announced its $185 million Series D funding in September, they generated a whole new round of buzzworthy headlines. For security leaders, this means that new requests for adding Airtable to tech stacks are likely on the way.
Some APIs provide data we benefit from. Others are hooks into an ecosystem that our users find valuable, and others provide features that are difficult to build. What happens when we need access to data that users expect, but an API doesn’t exist? Maybe you’re building an automotive application that would benefit from pulling driving statistics from the user’s car, but the manufacturer’s API is private.
Recall from Part One that we identified three different places in a SASE product where TLS 1.3 support is relevant. In descending order of importance, those places are: proxy, tunnel, and management interface.
Productivity suites have changed the way we work With the advent of cloud productivity platforms, tablets and smartphones have become an integral part of our work and personal lives. At any time, we are one tap away from accessing the same content as our desktop computers. In some ways, mobile devices have replaced those traditional devices as our main productivity tool. To borrow a line from a current ad campaign for tablets – “your next computer is not a computer.”
A number of high-profile data breaches have resulted directly from misconfigured permissions or unpatched vulnerabilities. For instance, the 2017 Equifax breach was the result of exploiting an unpatched flaw in Apache Struts allowing remote code execution. More recently, the Capital One breach last year stemmed from a misconfigured web application firewall. Verizon’s 2020 DBIR reported that only hacking was more prevalent than misconfiguration errors as the culprit of data breaches.
As the world of AI and deepfake technology grows more complex, the risk that deepfakes pose to firms and individuals grows increasingly potent. This growing sophistication of the latest software and algorithms has allowed malicious hackers, scammers and cyber criminals who work tirelessly behind the scenes to stay one step ahead of the authorities, making the threat of attacks increasingly difficult to both prepare for and defend against.
