At Aloft, we take nice delight within the safety of our merchandise and group. In partnership with Anzu Robotics, we’ve launched Air Management for the Raptor. This product has been constructed over the past twelve months to safeguard your information and allow safe flight. We engaged White Knight Labs, a famend third-party cybersecurity agency, to conduct a complete penetration check to make sure that the Anzu Raptor meets the best safety requirements. Because the outdated saying goes, “With nice energy comes nice accountability,” so we additionally needed to make sure that buyer information was all the time encrypted with communications solely to Aloft servers.
In constructing and designing the Raptor flight expertise, we needed to carry ahead the perfect components of the {hardware} and firmware supplied within the licensed expertise whereas making a essentially higher and extra empowered flight expertise. For instance, we eliminated the geofencing so there is no such thing as a spurious geofencing or blocking of your flights with Raptor drones.
White Knight Labs examined and validated these core information components of their evaluation. With the default setup with Aloft working out of the field, your information is safe and stays solely within the Aloft Air Management platform.
What’s Static and Dynamic Evaluation of Site visitors?
White Knight Labs utilized static and dynamic evaluation methodologies to evaluate the safety of the Anzu Raptor and Air Management software. These methodologies contain inspecting the system’s code and conduct in a managed setting to establish vulnerabilities or weaknesses.
Static Evaluation entails reviewing the supply code, configuration information, and system structure with out executing the code. By meticulously analyzing the static elements of the Anzu Raptor, White Knight Labs can establish any potential safety flaws within the design and implementation phases.
Dynamic Evaluation entails observing the system in operation, analyzing the information site visitors, and monitoring the drone’s conduct in real-time. By executing the system in a reside setting, White Knight Labs can establish vulnerabilities that solely change into obvious throughout precise use. Particularly, we needed to check your complete lifecycle of the Raptor, from preliminary registration to takeoff, touchdown, photographs, and flight logs.
The White Knight Labs Evaluation
White Knight Labs is very regarded within the cybersecurity trade for its static and dynamic site visitors evaluation experience. Their staff of seasoned professionals employed fashionable data safety instruments and strategies to scrutinize the information stream of Anzu Raptor, coming from the Anzu Raptor, and talk with the Aloft Air Management software and servers.
1. Information Transmission Targets: One of many main considerations for this expertise is the safety/vacation spot of knowledge transmission. White Knight Labs meticulously analyzed the information stream from the Anzu Raptor and confirmed that each one information was completely being despatched to Aloft servers. This verification ensures that no delicate data was noticed being leaked or intercepted by unauthorized events.
2. References to Chinese language Domains: Throughout their evaluation, White Knight Labs recognized a number of references to Chinese language domains throughout the system, though no information was flowing to them. Aloft promptly remediated these findings by eradicating the references, additional enhancing the safety of our platform. This proactive measure underscores our dedication to sustaining a safe and reliable product.
The Significance of Third-Celebration Attestation
Partaking a good third social gathering like White Knight Labs gives an extra layer of assurance for our prospects. Their thorough and unbiased analysis of the Anzu Raptor validates our dedication to information safety. By remediating findings and guaranteeing that each one information is securely transmitted to encrypted Aloft servers, now we have strengthened the integrity and reliability of the Raptor+Aloft platform. We consider that safety wants transparency and bringing in outdoors events for evaluation is one of the simplest ways to trust in our platform.
Whereas Aloft undergoes annual SOC 2 Sort II and ISO 27001 safety certifications, together with FAA audits as an accepted UAS Service Provider for LAANC, we often endure third-party analyses and penetration exams. Working with suppliers like White Knight Labs will proceed to be a core a part of our course of for our airspace, UTM, fleet administration, and {hardware} integrations.
Conclusion
The profitable penetration check carried out by White Knight Labs is a major milestone for the Anzu Raptor. It demonstrates our unwavering dedication to delivering a safe and dependable product. At Aloft, we perceive the significance of belief and safety in in the present day’s digital panorama. By partnering with main cybersecurity specialists and repeatedly enhancing our safety measures, we goal to offer our prospects with peace of thoughts, figuring out that their information goes precisely the place they intend it to.
Our vigilance doesn’t cease with this report. As with something in safety, it’s an iterative and ongoing course of. We are going to proceed to enhance the platform’s posture within the coming weeks, months, and years. For any firmware updates or product expansions with Anzu, we’ll be conducting related and ongoing analyses to make sure that your information stays safe, encrypted, and solely on US-based Aloft servers always.
If you need a duplicate of the attestation letter or wish to focus on the Anzu+Aloft product in additional element, please e-mail infosec@aloft.ai.
