The latest News and Information on CyberSecurity for Applications, Services and Infrastructure, and related technologies.
On December 13, SolarWinds released a security advisory regarding a successful supply-chain attack on the Orion management platform. The attack affects Orion versions 2019.4 HF 5 through 2020.2.1, software products released between March and June of 2020. Likewise, on December 13, FireEye released information about a global campaign involving SolarWinds supply-chain compromise that affected some versions of Orion software.
We’re happy to announce that we’ve successfully completed PCI (Payment Card Industry Data Security Standard) Service Provider Certification. This means that at Logit.io we are committed to the security of storing, processing and transmitting credit card transactions.
Yesterday, FireEye published a report about a global intrusion campaign that utilized a backdoor planted in SolarWinds Orion. Attackers gained access to the download servers of Orion. They managed to infect signed installers downloaded by Orion users who had all reason to believe that the packages are safe and had not been tampered with. With this information out in the world, teams are scrambling to investigate if their environments are affected by this breach.
As companies adopt container technologies, they face a significant challenge - how do we secure this new attack surface? It’s an issue that you often see backlogged in favor of solving storage, networking and monitoring issues. Add on the challenge of educating the workforce on one of the fastest-growing open source projects to date, and it’s no wonder security has lagged as the primary focus for teams.
Cloud environments are always susceptible to security issues. A significant contributor to this problem is misconfigured resources. Traditional IT Infrastructure was somewhat static; server hardware only changed every few years. With few changes occurring, security was also more static. The modern cloud environment is a much different challenge. In cloud environments, servers, services, and storage are created with automation, resulting in a dynamic and potentially ever-changing server environment.
This blog post is a part of Mattermost’s public disclosure of three serious vulnerabilities in Go’s encoding/xml related to tokenization round-trips. The public disclosure comes as a result of several months of work, including collaborating with the Go security team since August 2020 and with affected downstream project maintainers since earlier this month.
