Why choose Panoptica?
Four reasons you need the industry’s leading cloud-native security solution.
Today’s developer just can’t win. It’s a continuous tug of war between business objectives—the boss who wants releases “faster, faster, faster!” and the security team, who keeps halting releases because of insecure code—with the developer in the middle.
Some teams try to “paste” security into the development stage, tacking it on to developers’ overflowing to-do lists and hoping for the best. This strategy often ends with the need to hire expensive security personnel to save the day and clean up breaches after the fact.
Neither side is entirely wrong and neither side is entirely right. With today’s “fail-fast, fail early” CI/CD environment, there’s extreme pressure to get releases to market quickly to stay competitive. But there’s a high cost to poor code construction, too: breaches are expensive—costing time, money, and customers.
It’s a high-stakes, no-win situation for the developer…and it’s exhausting.
Every security tool’s effectiveness depends both upon its architecture and upon its proper use: a solid security tool is flawed if it is poorly consumed, and a poorly designed security tool is flawed, even if its users adhere to best practices. That’s why security training (teaching employees how to spot phishing, how to safeguard passwords, and so on), coupled with easy-to-use, low-friction security tools (multi-factor/biometric authentication, single sign-on, and security scanners) have become a commonplace combination in today’s enterprise.
The question is: why are we not doing the same for developers, when the stakes are so high? Can we reduce risk to the enterprise and get to market sooner by providing developers with lightweight security education, augmented with easy-to-use tools? We can inform, guide, and assist a developer in constructing secure code. But wouldn’t it be a better strategy to truly achieve “secure by design” software by providing low-friction security capabilities into the development process? We need to enable developers to define granular security without the traditional complexity.
The following is an example of how to enable the approach I described above.
Developers’ propensity to create attack vectors is related to the complexity of code required to handle access control. This complexity makes room for faults, such as poor code construction and vulnerabilities. CWE-248: Improper Access Control describes these weaknesses.
Instead, we could abstract the complexity into the background with a declarative style of security implementation, using deployment descriptors that are handled outside of the application. This could take the form of an existing module (open-source security vetted) with a solid architecture and a fairly simple implementation, such as an access-control list that utilizes a well-documented security mechanism. Reliable, widespread use of such tools goes hand-in-hand, making standardization the key to success.
Developer security touches many technologies, and a declarative security style holds the potential to aid them in all of those arenas. One such area that calls for immediate action is cloud-native architecture. Its proliferation of APIs (which suffer from a lack of security standardization) has made API security an increasingly hot topic.
Popular API frameworks—such as FastAPI, Flask, etc.—are based on the OpenAPI Specification, which provides a standard for describing APIs with a rich set of features. But on the security front, it completely neglects authorization.
The OpenAPI specification and its frameworks leave the developer to consider, design, and implement any kind of authorization, with no security standardization—a risky proposition with plenty of room for error. However, like with access control, declarative security could help ensure security and standardize community-wide operations.
The 2019 Open Web Application Security Project (OWASP) report of the Top-10 API threats placed Broken Object Level Authorization (BOLA) and Broken User Authentication (both direct results of missing or poorly implemented authorization controls) as the top two on the list.
With a declarative-security tool, the developer would simply define the access-control rules, narrowing the room for error.
Securing APIs is an intensive endeavor addressing various technologies and participants within and outside the realm of visibility of the API provider. Real-time data of API traffic and its dependencies would be of great value.
One open-source tool that specializes in this is APIClarity. APIClarity performs data capture and analysis, providing on-the-fly visibility into API traffic and identifying potential risks.
Cisco’s recently launched product, Panoptica, takes APIClarity a step further—providing a deeper set of API security functionalities as a SaaS offering. If you’d like to take it for a spin, here are three options: