Article (Lesedauer: 3 Min.)

Microsoft AI can detect security flaws with 99% accuracy

Microsoft has released an AI-powered tool to help developers categorize bugs and features that need to be addressed in forthcoming releases.

Keumars Afifi-Sabet / Cloud Pro

Anmerkung des Herausgebers:

Diese Arbeit von Microsoft stellt eine bedeutsame Verbindung zwischen künstlicher Intelligenz (KI) und der technologischen Praxis dar. Microsoft entwickelt sich rasch zum Experten für den durchdachten Einsatz von KI zur Lösung dringender Praxisprobleme. Angesichts ihres umfassenden Einblicks in Security-Probleme, die von Rohkernen bis hin zur Anwendungsebene reichen, sind Software-Unternehmen gut positioniert, um in Sachen Security führend zu sein. Dieser Vorteil bestätigt sich somit einmal mehr.

Genau solche Leistungen sind der Grund dafür, warum Public Cloud-Anbieter so weit vorne liegen. Große Unternehmen können Expertise aus verschiedenen Bereichen innerhalb ihrer weitläufigen Firmen kombinieren und einzigartige Services bereitstellen, was andere schlicht und einfach nicht bewerkstelligen können. Das überrascht nicht, soll aber in Erinnerung rufen, dass Spezialisierung der Weg zum Erfolg sein wird. Infrastruktur und verwandte Dienstleistungen werden zunehmend Massenware. Nutzen Sie diese Leistungen, statt sie selbst zu erstellen, und verwenden Sie die so erhaltene freie Zeit auf die Erstellung differenzierter Leistungen innerhalb Ihrer Branche.

– Larry

Microsoft has released an artificial intelligence (AI)-powered tool to help developers categorise bugs and features that need to be addressed in forthcoming releases.

The software giant's machine learning system classifies bugs as security or non-security with a 99% accuracy, and also determines whether a bug is critical or non-critical with a 97% accuracy rating.

With ambitions to build a system with a level of accuracy as close as possible to a security expert, Microsoft fed its machine learning model with bugs labelled as security and non-security. Once this was trained, it could then label data that was not pre-classified.

"Every day, software developers stare down a long list of features and bugs that need to be addressed," said Microsoft’s senior security program manager Scott Christiansen, and data and applied scientist Mayana Pereira.

"Security professionals try to help by using automated tools to prioritize security bugs, but too often, engineers waste time on false positives or miss a critical security vulnerability that has been misclassified.

"At Microsoft, 47,000 developers generate nearly 30 thousand bugs a month. These items get stored across over 100 AzureDevOps and GitHub repositories. To better label and prioritize bugs at that scale, we couldn’t just apply more people to the problem. However, large volumes of semi-curated data are perfect for machine learning."

Because the system needs to be as accurate as a security expert, security professionals approved training data before this was fed into the machine learning model. Once the model was operational, they were brought back to evaluate the model in production.

The project began with data science and the collection of all data types and sources to evaluate quality. Security experts were then brought in to review the data and confirm the labels assigned were correct.

Data scientists then chose a modelling technique, trained the model, and evaluated performance. Finally, security experts evaluated the model in production by monitoring the average number of bugs and manually reviewing a random sample.

The mechanism uses a step-step machine learning model operation; first learning how to classify between security and non-security bugs and then to apply a severity rating.

As a result of the level of accuracy, Microsoft now believes it’s catching more security vulnerabilities before they are exploited in the wild.

Development teams can read details in a published academic paper, with the machine learning methodology set to be open-sourced through GitHub in the coming months.

This article was written by Keumars Afifi-Sabet from Cloud Pro and was legally licensed through the NewsCred publisher network. Please direct all licensing questions to legal@newscred.com.

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