The recent Salesloft Drift OAuth token breach has sent shockwaves through the Salesforce ecosystem, affecting over 700 organizations, including major security vendors like Cloudflare, Zscaler and Palo Alto Networks. This sophisticated attack, attributed to threat actors Scattered Spider, ShinyHunters, UNC6395 and GRUB1, exploited compromised OAuth tokens to bypass multi-factor authentication and access sensitive Salesforce data across hundreds of organizations.

Understanding the Security Incident 

In August 2025, cybercriminals successfully compromised OAuth tokens associated with the Salesloft Drift application’s Salesforce integration. These tokens provided attackers with legitimate access to Salesforce instances, effectively bypassing traditional security controls, including MFA, SSO and conditional access policies. 

The breach’s impact extended far beyond simple data access. Attackers utilized their unauthorized access to search for additional credentials stored within Salesforce environments, including AWS, Azure, Google Cloud Platform and Snowflake access keys. This lateral movement capability transformed a single application compromise into potential multi-cloud security incidents.

Key Attack Vectors Identified 

OAuth Token Exploitation: Attackers leveraged stolen OAuth tokens to authenticate as legitimate applications, making their access appear normal to security monitoring systems. 

SOQL Query Abuse: Once inside Salesforce environments, threat actors executed targeted SOQL queries against critical objects including Users, Accounts, Contacts, and custom objects containing sensitive business data. 

Credential Harvesting: The attackers specifically searched for cloud service credentials, API keys and other authentication materials stored within Salesforce, enabling further compromise of connected systems. 

Immediate Response Actions for Affected Organizations 

1. Revoke and Audit All Connected Applications 

While Salesforce and Salesloft have revoked compromised tokens, organizations must conduct comprehensive audits of all connected applications across every environment: 

• Production Environments: Immediately review and remove unused connected apps 

• Sandbox Environments: Don’t overlook Full, Partial and Developer sandboxes 

• Testing Environments: Ensure development and testing orgs are equally secured 

Even organizations not directly using Drift may have residual OAuth tokens from trial periods or previous implementations that could pose ongoing security risks. 

Since organizations struggle with manual auditing across multiple environments, they must consider automated scanning solutions that can rapidly inventory connected applications. Such platforms can identify not only active integrations but also dormant or forgotten connected apps that create unnecessary attack surfaces, reducing audit time from hours or days to minutes. 

2. Implement Enhanced Connected App Monitoring 

Traditional security monitoring often overlooks OAuth-based access since it appears as legitimate application traffic. Organizations should: 

• Deploy specialized Salesforce security scanning tools that monitor connected app behavior 

• Establish baseline activity patterns for each authorized application 

• Configure real-time alerts for unusual connected app access patterns 

• Regularly audit connected app permissions and scope 

For effective behavioral monitoring, organizations must implement security scanning that can automatically flag unusual query volumes, unexpected data access patterns, or connections from suspicious IP addresses, ensuring security teams receive immediate notification of potentially malicious activity. 

3. Strengthen OAuth Security Controls 

IP Whitelisting: Require connected app vendors to provide specific egress IP ranges and implement IP-based access restrictions. While not foolproof, this significantly reduces the attack surface. 

Permission Scoping: Review and minimize permissions granted to each connected application. Apply the principle of least privilege to limit potential damage from compromised tokens. 

Token Lifecycle Management: Implement regular token rotation policies, visibility into permission structures and assist organizations in implementing proper permission scoping across all environments.  

4. Management of Secrets and Remediation 

Given the attackers’ focus on credential harvesting, organizations must: 

• Conduct comprehensive scans for exposed credentials within Salesforce 

• Rotate any cloud service credentials that may have been accessible 

• Implement proper secrets management solutions to prevent credential exposure 

• Monitor for unauthorized access to connected cloud services 

To perform comprehensive credential scanning, you will need to analyze custom fields, configuration records and metadata where secrets are commonly stored. Automated scanning solutions that do so, can detect exposed credentials, API keys and authentication tokens throughout Salesforce environments and provide clear remediation guidance for each identified risk. 

Long-term Security Improvements 

Enhanced Third-Party Risk Management 

The Drift incident highlights critical gaps in third-party application security oversight: 

Vendor Assessment: Establish rigorous security assessment processes for all connected applications, including requirements for token encryption, security monitoring and incident response capabilities. 

Continuous Monitoring: Deploy solutions that provide ongoing visibility into connected app behavior rather than relying on point-in-time assessments. 

Third-party Risks: Consider the security implications of integrations between third-party applications (like Drift’s Google Workspace integration) that can expand breach impact. 

Organizations should implement continuous assessment capabilities that monitor connected applications in isolated sandbox environments. This approach enables detection of potential compromises or suspicious behavior without exposing production data, supporting proactive security management rather than reactive incident response. 

Advanced Salesforce Security Architecture 

Modern Salesforce environments require security approaches that address: 

• External Services: Review and secure all external service configurations 

• Remote Sites: Audit remote site settings for unnecessary or overly permissive access and establish procedures for emergency token revocation. 

To review connected app permissions, automated analysis tools can help identify overprivileged applications that request broader access:

• CORS Policies: Implement strict cross-origin resource sharing policies 

• CSP Domains: Review and minimize Content Security Policy domain allowlists 

• Custom Code: Implement secure coding practices and regular code security reviews 

Implementing comprehensive security requires unified visibility across all potential attack vectors, including external services, remote sites, CORS policies, CSP domains, and custom code. Advanced security scanning platforms can analyze these diverse components holistically, enabling organizations to build integrated security architectures rather than relying on fragmented point solutions. 

Automated Security Operations 

Manual security reviews cannot keep pace with the dynamic nature of modern cloud environments. Organizations should invest in: 

• Automated connected app discovery and monitoring 

• Real-time security posture assessment 

• Behavioral analytics for OAuth token usage 

Modern security platforms provide automated alerting and response capabilities through email notifications and API integrations, ensuring security teams can respond rapidly to emerging threats without manual bottlenecks. 

Industry Impact and Lessons Learned 

The scope of this breach underscores several critical security considerations: 

Supply Chain Vulnerabilities: Modern organizations rely on complex webs of interconnected services. A compromise at any point in this chain can have cascading effects across multiple organizations and platforms. 

OAuth Security Maturity: Many organizations lack visibility into OAuth token usage and connected app behavior. Traditional security tools often treat OAuth access as legitimate by default. 

Incident Response Preparation: Organizations must prepare for scenarios where trusted applications become attack vectors, requiring rapid response capabilities and clear communication channels with vendors. 

Moving Forward: Building Resilient Salesforce Security 

The Salesloft Drift incident serves as a wake-up call for organizations to reassess their Salesforce security posture. Key priorities should include: 

1. Comprehensive Visibility: Implement tools that provide complete visibility into all third-party connections and their behavior 
2. Proactive Monitoring: Establish continuous monitoring for connected app anomalies rather than relying on reactive measures 
3. Vendor Partnerships: Work closely with application vendors to ensure security best practices and rapid incident response 
4. Regular Assessment: Conduct periodic security reviews of the entire Salesforce ecosystem, not just core configurations 

Organizations looking to implement these capabilities need specialized security solutions designed specifically for Salesforce environments. Traditional security tools lack the 

platform-specific knowledge required to properly assess connected apps, OAuth tokens, and Salesforce-specific attack vectors. Specialized platforms provide continuous monitoring, connected app analysis, secrets detection capabilities and enable organizations to prevent and respond to OAuth-based attacks. These tools can monitor connected apps in sandbox environments, automatically detect indicators of compromise and provide the real-time visibility that distinguishes early detection from widespread compromise. 

While the immediate crisis of the Salesloft Drift breach may be contained through token revocation, the underlying security challenges it exposed remain. Organizations must take immediate action to better position themselves to prevent and respond to future threats. Don’t wait for the next security incident to expose gaps in your Salesforce protection.