GitGuardian offers Telecommunications Companies a multifaceted approach to ensuring infrastructure and service security, including continuous detection of code vulnerabilities, automated risk prioritization, and a shared responsibility model for effective remediation.
Due to the dynamic and complex nature of networks, CSPs' attack surfaces are constantly evolving, from legacy baseband units to cloud environments and edge computing across geographically dispersed locations.
The CSP industry is heavily regulated, with strict requirements around data protection, security, and the challenge of adhering to diverse regulations across multiple jurisdictions. Secrets are attackers' favorite attack vectors for breaching organizations' data.
CSPs must avoid compromising secrets required by the many third-party services they rely on to maintain consistent security across hybrid environments and prevent attackers from intercepting or manipulating communications.
The fast-paced CSP industry may favor innovation over caution to maintain a competitive edge. Developers need governance and guardrails to minimize unsecured behaviors such as unmanaged use of AI-generated code, misuse of secret managers, and security misconfigurations in IaC.
CSPs develop proprietary hardware designs, telecommunication standards, software, and algorithms to drive growth. When code security is breached, competitors can reverse-engineer solutions and circumvent existing patents, leading to IP theft.
GitHub
GitLab
Bitbucket
Azure Repos
Azure
Bitbucket
CircleCI
Drone CI
Githooks
GitLab
Jenkins CI
Travis CI
Docker
Slack
Jira
Confluence
Teams
Webhooks
Discord
Slack
Webex
ServiceNow
PagerDuty
Splunk
Jira
SumoLogic
Snyk
Kondukto
ArmorCode
CyberArk
Mend.io
Veracode
Snyk
SOC2
GDPR
Telecommunications Act - Australia
Communications Act 2003 - UK
General Data Protection Regulation (GDPR) - Europe
Federal Communications Commission (FCC) - United States
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