Haivision Gateway Panel Detection Scanner

Haivision Gateway is widely used in the broadcasting and streaming industry, primarily for reliable video networking and secure content delivery across various locations. This product is utilized by media companies, broadcasters, and enterprises to optimize their video workflows. Its solutions help reduce latency, improve video quality, and ensure secure connections. Given its importance in media transmissions, security and efficiency are critical within the software's deployment. Haivision Gateway is especially renowned for its contribution to live broadcasting and remote production environments. Its operational scope includes supporting multiple video transport protocols that enable real-time video collaboration over diverse network conditions.

The Panel Detection vulnerability is identified where unauthorized users can discover and potentially access configuration or login panels. If improperly exposed, these panels may serve as entry points for attackers to exploit other vulnerabilities or attempt unauthorized access. Detection of such panels helps in preemptively addressing possible misconfigurations that may lead to security breaches. Panels generally refer to user interfaces provided by software that allow for management and configuration. This detection template assists administrators in recognizing these panels to ensure they are securely managed. Knowing that a panel is detectable allows for immediate troubleshooting or security reassessment to mitigate risks.

Technically, the detection focuses on GET requests that result in successful 200 status codes, along with specific content markers within the page body indicative of Haivision Gateway. The scanner checks for titles and meta-content tags referencing "Haivision Gateway," signaling the presence of potentially vulnerable interfaces. Such detection points out any instances where an interface might be more publicly accessible than intended. The existence of keywords in the panel's HTML content further helps in verifying its exposure. This information is pivotal in narrowing down areas that require immediate review or potential remediation to prevent unauthorized access.

If exploited, panel detection can lead to information disclosure or unauthorized access, acting as a precursor to more severe attacks like privilege escalation or data exfiltration. It could allow attackers to probe for further vulnerabilities by analyzing available options or configurations in the discovered panel. The outcome could be detrimental, particularly if further exploitable configurations or vulnerabilities are revealed. Additionally, attackers could use such panels to manipulate configurations, potentially disrupting service delivery or compromising data integrity. The ultimate risk includes full system access if other systemic security weaknesses exist alongside this entrance.

REFERENCES

• https://www.haivision.com/