Eliminate Ghost Identities Before They Expose Your Enterprise Data
In 2024, a staggering 68% of cloud breaches were attributed to compromised service accounts and forgotten API keys. These incidents weren’t the result of phishing attacks or weak passwords but stemmed from unmanaged non-human identities that remained unnoticed.
For every employee within an organization, there exist approximately 40 to 50 automated credentials, including service accounts, API tokens, AI agent connections, and OAuth grants. When projects conclude or employees depart, many of these credentials persist—fully privileged and entirely unmonitored. This oversight provides attackers with easy access, as they can exploit these keys left unattended.
To address this pressing issue, an upcoming webinar will guide participants on identifying and eliminating these Ghost Identities before they become gateways for cyber threats.
The Proliferation of Non-Human Identities
The rapid adoption of AI agents and automated workflows has led to an exponential increase in these credentials, outpacing the capacity of security teams to manually monitor them. Many of these credentials possess administrative-level access that exceeds their necessary privileges. A single compromised token can grant an attacker lateral movement across an entire environment, with the average dwell time for such intrusions exceeding 200 days.
Traditional Identity and Access Management (IAM) systems were designed primarily for human users, often neglecting machine identities. This gap underscores the need for a comprehensive approach to managing non-human identities.
Webinar Highlights
The upcoming session will cover:
– Comprehensive Discovery: Techniques to conduct a full scan of all non-human identities within your environment.
– Permission Optimization: Strategies to appropriately adjust permissions for service accounts and AI integrations.
– Automated Lifecycle Management: Implementing policies to revoke inactive credentials before they can be exploited.
– Identity Cleanup Checklist: Providing a practical checklist during the live session to assist in the cleanup process.
This session is not a product demonstration but a practical playbook that attendees can immediately apply within their teams.
The Hidden Risk of Orphan Accounts
As organizations evolve, employees, contractors, services, and systems come and go, often leaving behind dormant or orphan accounts across various platforms. These accounts persist due to fragmented identity management systems that primarily focus on human users, leaving non-human identities like service accounts, bots, and APIs ungoverned.
Challenges in Tracking Non-Human Identities
Several factors contribute to the difficulty in managing these identities:
1. Integration Bottlenecks: Each application requires unique configurations for IAM management, leading to unmanaged systems being deprioritized.
2. Partial Visibility: IAM tools often only monitor managed identities, overlooking local admin accounts, service identities, and legacy systems.
3. Complex Ownership: Organizational changes can obscure the ownership of specific applications or accounts.
4. AI Agents and Automation: The rise of AI introduces semi-autonomous identities that operate independently, further complicating IAM models.
Real-World Implications
Orphan accounts serve as unguarded entry points for cyber attackers. Notable incidents include:
– Colonial Pipeline (2021): Attackers accessed the system via an inactive VPN account lacking multi-factor authentication.
– Manufacturing Company Ransomware Attack (2025): A breach occurred through a dormant third-party vendor account that hadn’t been deactivated.
These accounts pose risks such as compliance violations, operational inefficiencies, and challenges in incident response.
Moving Forward: Continuous Identity Audits
To mitigate these risks, organizations should implement continuous identity audits, ensuring full visibility and verification of all accounts, permissions, and activities. Modern strategies include:
– Identity Telemetry Collection: Gathering activity data directly from applications.
– Unified Audit Trails: Correlating events to confirm ownership and legitimacy.
– Role Context Mapping: Understanding usage patterns and privilege contexts.
– Continuous Enforcement: Automatically flagging or decommissioning inactive accounts.
By integrating these practices, organizations can transform orphan accounts from hidden liabilities into managed entities.
The Rise of Non-Human Identities in SaaS
The expansion of SaaS ecosystems has introduced numerous non-human identities, such as AI assistants, automation bots, and API tokens, performing actions across business applications. These machine credentials often have equal or greater access privileges than human users, yet they frequently lack the same level of scrutiny.
Notable Breaches Involving Non-Human Identities
– Salesloft/Drift OAuth Token Breach (2025): Hackers stole OAuth access tokens, allowing them to impersonate integrations and access sensitive CRM data.
– New York Times GitHub Token Leak (2024): An exposed GitHub API token enabled attackers to access internal source code and data.
– Cloudflare Atlassian Compromise (2023): An overlooked API token allowed attackers to access Cloudflare’s Atlassian suite, bypassing human password resets.
Addressing the Expanding Security Risk
Managing human identities is well-established, but non-human identities present a significant blind spot. Without robust governance, these identities become prime targets for attackers. Traditional secrets managers are essential but don’t address the full lifecycle of non-human identity governance.
Comprehensive Non-Human Identity Security
A holistic approach includes:
1. Discovery and Inventory: Automated scanning to maintain a real-time inventory of machine identities.
2. Onboarding and Provisioning: Standardized workflows enforcing least privilege access.
3. Monitoring and Detection: Continuous monitoring to detect anomalies and unauthorized access.
4. Decommissioning: Identifying and revoking unused or stale identities to eliminate potential attack vectors.
By implementing these strategies, organizations can enhance their security posture and protect against the evolving threats associated with non-human identities.
