Source URL: https://tech.slashdot.org/story/24/08/24/2216232/how-should-cybersecurity-evolve-after-crowdstrikes-outage?utm_source=rss1.0mainlinkanon&utm_medium=feed
Source: Slashdot
Title: How Should Cybersecurity Evolve After Crowdstrike’s Outage?
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AI Summary and Description: Yes
Summary: Microsoft is convening with CrowdStrike and various security companies to address issues stemming from a faulty software update that caused widespread crashes of Windows computers. This meeting aims to explore safer application practices using user mode instead of kernel mode and the potential benefits of adopting eBPF technology and memory-safe programming languages like Rust.
Detailed Description: The upcoming Windows Endpoint Security Ecosystem Summit signifies an important step for security collaborations in the tech industry. Here are the key points for professionals in AI, cloud, and infrastructure security:
* **Incident Background**: A faulty software update from CrowdStrike resulted in significant malfunctions across millions of Windows machines, underscoring the critical need for industry discussions on software reliability and security.
* **Meeting Objectives**:
– Participants will examine the shift towards using user mode over kernel mode for applications, which can lead to decreased risk of system crashes and potential vulnerabilities.
– The adoption of eBPF (extended Berkeley Packet Filter) technology is a focus, which offers an innovative way to ensure programs do not trigger harmful incidents within systems.
– Discussion on integrating memory-safe programming languages like Rust, known for reducing vulnerabilities associated with memory management errors.
* **Industry Perspective**:
– CrowdStrike acknowledged that no cybersecurity vendor can assert that their software is immune to causing operational issues, demonstrating an understanding of the limitations and potential risks in the cybersecurity landscape.
* **Potential Insights**:
– These discussions highlight a growing awareness among organizations about the need for higher standards in application security and the role of emerging technologies such as eBPF and memory-safe languages.
– The collaboration signifies a move towards more secure software practices which could impact how security measures are deployed in cloud computing and enterprise environments.
This event could set benchmarks for future developments in secure software practices, emphasizing the importance of collaboration in mitigating security risks in complex IT ecosystems.