Insights

Critical Path Security, renowned for its cutting-edge cybersecurity solutions, is excited to introduce Ben Estephan as the Managing Director of Critical Path Security - Canada. This appointment marks a significant milestone in our journey as we expand our footprint and extend our commitment to providing top-tier cybersecurity services throughout Canada. Building on our recent partnership with Inhouse-Support and the establishment of our Ottawa office, located at 1492A Star Top Rd, Ottawa, ON K1B 3W6, this strategic move underscores our dedication to delivering unparalleled security solutions and fostering collaborative relationships in new territories. Ben Estephan brings with him a wealth of experience and expertise in the cybersecurity domain, making him the ideal candidate to spearhead our initiatives in Canada. We trust Ben to uphold the values and standards that define the Critical Path Security brand and drive our mission forward with vigor and determination. At Critical Path Security - Canada, we…

We are excited to announce that our founder, Patrick Kelley of Critical Path Security, will be leading an insightful workshop titled "In the Trenches of Cybersecurity: A Practical Guide to Incident Response" at the upcoming Cybersecurity Risk Information Sharing Program (CRISP) event hosted by E-ISAC. This event will take place on May 14th in Chicago, IL, and promises to be a pivotal learning experience for cybersecurity professionals. About CRISP CRISP is a collaborative initiative under the stewardship of the E-ISAC and the U.S. Department of Energy. This program utilizes advanced technology coupled with deep industry expertise to deliver actionable and relevant threat intelligence in near real-time. As a public-private partnership, CRISP focuses on enhancing the cybersecurity readiness and response within the electricity sector by leveraging data collected through information sharing devices (ISDs) on participants' networks. Workshop Overview Patrick Kelley's workshop will dive deep into the practical aspects of cybersecurity incident…

Simple Network Management Protocol (SNMP) is a popular protocol used for monitoring and managing network devices. SNMP allows for the centralized monitoring and management of network devices such as routers, switches, and servers. However, the default community strings used in SNMP can pose a serious security risk. Community strings are essentially passwords that allow access to SNMP-enabled devices. The default community strings, which are often left unchanged by network administrators, are well-known and easily accessible to hackers. This makes it incredibly easy for unauthorized users to gain access to sensitive information stored on network devices. Once a hacker gains access to a device using the default community strings, they can potentially wreak havoc on a network. They can view or modify device configurations, monitor network traffic, and even launch attacks against other devices on the network. To mitigate the risks associated with default community strings, network administrators should follow best…

Recent findings from Cisco's Talos security team have unveiled a significant threat to network security through a sophisticated credential compromise campaign. As reported by ARS Technica, this extensive campaign is currently making waves across various organizational networks, focusing on VPNs, SSH, and web applications. Details of the Attack: The attackers are using a combination of generic and organization-specific usernames in their login attempts, along with nearly a hundred passwords. Over 2,000 usernames and approximately 4,000 IP addresses have been identified as part of this assault. The origins of these IP addresses trace back to TOR exit nodes and other services designed to mask user identities, such as VPN Gate and IPIDEA Proxy. Impact and Scope: According to Talos researchers, the impacts of these attacks can vary dramatically from unauthorized network access and account lockouts to potential denial-of-service conditions. This indicates an indiscriminate approach, targeting a broad spectrum of networks without…