Cordon addresses credential-related risks identified across multiple OWASP frameworks. This page maps specific OWASP risks to Cordon’s mitigations, organized by framework with the most relevant listed first.
Cordon is not a complete solution for every risk listed — it specifically targets the credential exfiltration and secret exposure attack surface. Where Cordon provides partial mitigation or reduces blast radius rather than fully eliminating a risk, this is noted.
OWASP Top 10 for Agentic Applications (2026)
The OWASP Top 10 for Agentic Applications identifies the most critical security risks facing autonomous AI agents — systems that plan, act, and make decisions across complex workflows. This is the most directly relevant framework for Cordon’s primary use case.
| Risk | How Cordon Helps |
|---|
| ASI01 – Agent Goal Hijack | A hijacked agent cannot exfiltrate credentials because credentials never enter the agent’s context window, environment variables, or tool outputs. The proxy injects credentials at the HTTP layer, outside the agent’s reach. |
| ASI02 – Tool Misuse | The SSRF denylist prevents agents from using the proxy to reach internal infrastructure (cloud metadata, private networks, localhost services). Route scoping limits which upstream APIs receive injected credentials. |
| ASI03 – Identity & Privilege Abuse | Cordon never caches credentials in the agent’s environment. There are no API tokens, SSH keys, or session tokens for the agent to reuse, escalate, or persist across sessions. Credentials are zeroized in proxy memory after each use. |
| ASI04 – Supply Chain Vulnerabilities | Compromised MCP servers, plugins, or RAG connectors cannot steal credentials they never see. Even if a malicious tool is invoked, it receives authenticated responses without accessing the underlying secret. |
| ASI05 – Unexpected Code Execution | Even if an agent executes arbitrary code (shell commands, scripts, package installation), credentials are not in environment variables, files, or process memory accessible to the agent. They exist only in the proxy’s memory during request injection. |
ASI06 (Memory Poisoning), ASI07 (Inter-Agent Communication), ASI08 (Cascading Failures), ASI09 (Human-Agent Trust), and ASI10 (Rogue Agents) address risks at the agent orchestration layer. Cordon does not directly mitigate these, but its architecture limits the blast radius — a rogue or poisoned agent cannot leverage Cordon to exfiltrate credentials or access systems beyond its configured routes.
OWASP Agentic AI Threats and Mitigations (v1.0)
The Agentic AI Threats and Mitigations document provides a more granular 15-threat taxonomy organized by agentic AI lifecycle phase. The Top 10 above distills these into a ranked list. Additional threats relevant to Cordon:
| Threat | How Cordon Helps |
|---|
| T3 – Privilege Compromise | Agents cannot accumulate or inherit credentials over time. Cordon holds no credential cache that persists between sessions. Each request resolves credentials from the external vault and zeroizes them after injection. |
| T8 – Repudiation & Untraceability | Cordon logs route matches, upstream destinations, and request metadata (never credentials). This provides an independent audit trail of which API calls were made through the proxy, separate from agent-controlled logs. |
| T11 – Unexpected RCE & Code Attacks | Sandbox escapes and code injection attacks cannot reach credentials because credentials are not present in the agent’s execution environment. The proxy is a separate process with its own memory space. |
| T14 – Human Attacks on Multi-Agent Systems | Insiders who inject themselves into agent workflows cannot extract credentials from the agent — the agent genuinely does not possess them. Credential access requires direct access to the vault or to the proxy’s process memory. |
OWASP Top 10 for LLM Applications (v1.1)
The OWASP Top 10 for LLM Applications focuses on content generation risks. Several items have a direct credential dimension.
| Risk | How Cordon Helps |
|---|
| LLM01 – Prompt Injection | The primary credential exfiltration vector in LLM applications. Cordon eliminates this by keeping credentials outside the context window entirely — there is nothing for a prompt injection to extract. |
| LLM06 – Sensitive Information Disclosure | LLM outputs cannot contain credentials the model never received. Cordon ensures API keys, tokens, and passwords never appear in prompts, tool outputs, or agent memory. |
| LLM07 – Insecure Plugin Design | Plugins and tools receive authenticated HTTP responses without ever holding the credentials that authorized the request. A compromised plugin cannot leak secrets it does not possess. |
| LLM08 – Excessive Agency | Route scoping and the SSRF denylist bound what an over-autonomous agent can do through the proxy. Even with excessive agency, the agent can only authenticate to explicitly configured upstream APIs. |
OWASP Top 10 (Web Application, 2021)
The OWASP Top 10 is the most widely recognized application security framework. Credential injection addresses several of its categories.
| Risk | How Cordon Helps |
|---|
| A02 – Cryptographic Failures | Secrets never exist in application memory, config files, or environment variables where weak encryption or accidental plaintext exposure could occur. Transit from proxy to upstream is always TLS with no bypass mechanism. |
| A05 – Security Misconfiguration | Centralizing credential injection removes per-application secret handling. Developers cannot misconfigure credential storage (hardcoded keys, plaintext config files, overly permissive env vars) because the application never touches credentials. |
| A07 – Identification and Authentication Failures | Consistent, centralized auth injection eliminates per-application credential handling bugs. The proxy applies credentials uniformly — no risk of inconsistent auth across different code paths. |
| A09 – Security Logging and Monitoring Failures | Cordon’s Secret type makes it structurally impossible to log credentials. Applications that never receive credentials cannot accidentally log them — the most common cause of credential exposure in production logs. |
OWASP API Security Top 10 (2023)
The OWASP API Security Top 10 addresses risks specific to API-driven architectures.
| Risk | How Cordon Helps |
|---|
| API2 – Broken Authentication | API credentials are injected consistently by the proxy, not managed per-endpoint by application code. Eliminates bugs where authentication is applied inconsistently across API calls. |
| API8 – Security Misconfiguration | Verbose error messages, debug endpoints, and misconfigured applications cannot leak credentials they do not possess. The proxy handles auth injection independently of application configuration. |
OWASP Top 10 CI/CD Security Risks (2023)
The OWASP CI/CD Security Risks are directly relevant to AI coding agent workflows, which operate in a CI/CD-adjacent threat model — untrusted code execution with access to the process environment.
| Risk | How Cordon Helps |
|---|
| CICD-SEC-3 – Dependency Chain Abuse | Compromised dependencies that scan environment variables or files for secrets find nothing — credentials exist only in the proxy’s process memory during request injection. |
| CICD-SEC-4 – Poisoned Pipeline Execution | Attacker-manipulated build or execution steps cannot steal credentials from the environment because credentials are not there. Even with full code execution, the attacker must compromise the proxy process itself. |
| CICD-SEC-5 – Insufficient PBAC | Route-based credential injection acts as a form of pipeline-based access control — each route determines which upstream API receives which credential, rather than granting broad access to all secrets. |
| CICD-SEC-6 – Insufficient Credential Hygiene | The most directly relevant CI/CD risk. Cordon is a direct mitigation: secrets never appear in environment variables, dotfiles, config files, or source code. They are resolved from external vaults at request time and zeroized after use. |
