Enable service usage on HTTP protocol (in case of lack of registered domain name or TLS certificate) - #85
Enable service usage on HTTP protocol (in case of lack of registered domain name or TLS certificate)#85bubacoder wants to merge 1 commit into
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WalkthroughThis pull request introduces a new environment variable
These changes enhance configuration flexibility by allowing dynamic protocol specification and standardizing middleware configurations across services. Changes
Possibly related PRs
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Actionable comments posted: 12
🧹 Nitpick comments (15)
config-example/docker/.env (1)
12-12: Document security implications of HTTP protocol.While enabling HTTP protocol can be useful when TLS certificates are unavailable, it's important to document:
- The security risks of transmitting data over HTTP
- When HTTP should/shouldn't be used
- Steps to migrate to HTTPS when possible
Consider adding these details to the repository documentation.
docker/backup/README.md (1)
27-34: Consider security implications in restore process.The restore steps are clear but consider:
- Adding a note about verifying snapshot integrity before restore
- Documenting permission requirements for docker cp
- Using secure cleanup for sensitive data in /tmp
docker/media/video/jellyfin-vue.yaml (1)
Line range hint
9-9: Address TODO regarding unstable version.The image is using an unstable version. Consider:
- Tracking stable release progress
- Setting up version update notifications
Would you like me to help create an issue to track the stable release availability?
docker/tools/openspeedtest.yaml (1)
15-15: Consider bandwidth abuse prevention over HTTPWhile speed testing is less sensitive to protocol security, public access over HTTP might need additional safeguards:
- Rate limiting
- Bandwidth caps
- Geographic restrictions
Let's verify if these protections exist:
#!/bin/bash # Check for rate limiting configurations rg -A 5 "rate-limit" "docker/security/**/*.yaml" # Look for any existing bandwidth control measures rg -A 5 "bandwidth" "docker/**/*.yaml"Also applies to: 21-21
docker/arr/jellyseerr.yaml (1)
Line range hint
1-1: Implement comprehensive protocol security strategyFor the overall architecture, consider:
- Create a central security policy configuration
- Implement protocol-specific middleware chains
- Add clear visual indicators in UIs when services are accessed over HTTP
- Document the security implications for operators
Let's verify the current security setup:
#!/bin/bash # Check for existing security policies rg -l "security|policy" "docker/security/**/*.yaml" # Look for middleware chains rg -A 5 "middlewares:.*chain" "docker/**/*.yaml"docker/ai/ollama.yaml (1)
Line range hint
24-34: Consider implementing protocol-aware security measuresThe switch to dynamic protocol selection across services requires a comprehensive security strategy:
- Document when HTTP usage is appropriate
- Implement environment-specific security controls
- Consider adding HTTP-to-HTTPS upgrade rules in Traefik for production use
docker/dev/jupyter-notebook.yaml (1)
22-22: Consider Environment-Specific Protocol ConfigurationWhile HTTP might be acceptable for development, consider implementing environment-specific protocol configuration to ensure security in different deployment scenarios.
Example implementation:
+ environment: + WEBPROTO: ${DEPLOY_ENV:-dev} + FORCE_HTTPS: ${DEPLOY_ENV:-dev} == "prod"Also applies to: 28-28
docker/ai/autogenstudio.yaml (1)
21-21: LGTM with Minor SuggestionThe protocol changes look appropriate for this service. Consider adding a comment explaining the protocol configuration for future maintainers.
+ # WEBPROTO: Protocol configuration for service access (http/https) traefik.http.routers.autogenstudio.middlewares: localaccess@fileAlso applies to: 26-26
docker/storage/syncthing.yaml (1)
Line range hint
1-1: 🔒 Security Advisory: HTTP Protocol UsageConsider implementing these security measures across all services:
- Environment-specific protocol enforcement
- Clear documentation of security implications
- Protocol validation for sensitive services
- Secure defaults for production environments
Would you like me to generate a comprehensive security configuration guide for your infrastructure?
docker/ai/open-webui-pipelines.yaml (1)
27-27: Protocol change needs documentation updateThe dynamic protocol configuration via ${WEBPROTO} should be documented in the project's README or deployment guide to inform users about this new flexibility.
docker/dashboard/homepage/config/services.yaml (1)
Line range hint
1-40: Overall security architecture recommendationsTo safely support HTTP while maintaining security:
Categorize services by sensitivity:
- High (management interfaces): Enforce HTTPS
- Medium (authenticated services): Allow protocol choice with SSO
- Low (public services): Allow protocol choice
Document in README:
- Security implications of HTTP usage
- Recommended deployment scenarios
- Configuration guidelines
Consider implementing:
- HTTP-to-HTTPS redirect for sensitive services
- Visual indicators for insecure connections
- Network segmentation for management interfaces
docker/ai/sillytavern.yaml (1)
Line range hint
1-1: Architectural Recommendations for HTTP SupportWhile enabling HTTP support enhances flexibility, consider implementing these safeguards:
- Add clear documentation about security implications
- Implement HTTP to HTTPS redirects where possible
- Consider adding a warning banner when accessing services over HTTP
- Document which services absolutely require HTTPS
- Add environment validation to prevent accidental HTTP usage in production
Would you like me to help draft the documentation for these security considerations?
docker/media/ebook/kiwix-serve.yaml (1)
Line range hint
1-1: Consider implementing protocol transition warningsTo enhance security awareness when HTTP is used:
- Consider adding a middleware that injects warning headers or banners for HTTP connections
- Document the security implications of using HTTP in the service documentation
- Implement monitoring/alerts for HTTP usage in production
docker/backup/kopia-nas.yaml (1)
Line range hint
1-1: Overall recommendations for HTTP protocol support
Critical fixes needed:
- Update hardcoded HTTPS URLs in Open WebUI environment variables
- Review security implications for WebDAV and Kopia services
Additional considerations:
- Document when HTTP usage is appropriate
- Add network-level security controls
- Consider implementing service-specific protocol restrictions
Testing needed:
- Verify authentication works with both protocols
- Test SSO functionality over HTTP
- Validate service-to-service communication
docker/security/wg-easy.yaml (1)
Line range hint
1-1: Overall Architectural RecommendationsWhile enabling HTTP support improves accessibility, consider a tiered approach based on service sensitivity:
Security-critical services (Authelia, GitLab, WireGuard):
- Maintain HTTPS-only requirement
- Use self-signed certificates or Let's Encrypt staging for testing
Data-sensitive services (Kopia, SearXNG):
- Implement additional encryption layers
- Restrict HTTP access to local network
- Document security implications
Configuration consistency:
- Standardize protocol handling across all configuration points
- Update hardcoded HTTPS URLs to use
${WEBPROTO}
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📒 Files selected for processing (62)
config-example/docker/.env(1 hunks)docker/ai/autogenstudio.yaml(1 hunks)docker/ai/litellm.yaml(1 hunks)docker/ai/ollama.yaml(1 hunks)docker/ai/open-webui-pipelines.yaml(1 hunks)docker/ai/open-webui.yaml(1 hunks)docker/ai/qdrant.yaml(1 hunks)docker/ai/sillytavern.yaml(1 hunks)docker/arr/bazarr.yaml(1 hunks)docker/arr/flaresolverr.yaml(1 hunks)docker/arr/jellyseerr.yaml(1 hunks)docker/arr/prowlarr.yaml(1 hunks)docker/arr/radarr.yaml(1 hunks)docker/arr/readarr.yaml(1 hunks)docker/arr/sonarr.yaml(1 hunks)docker/automation/README.md(1 hunks)docker/automation/homeassistant.yaml(1 hunks)docker/automation/n8n.yaml(2 hunks)docker/backup/README.md(2 hunks)docker/backup/kopia-b2.yaml(1 hunks)docker/backup/kopia-nas.yaml(1 hunks)docker/dashboard/homepage.yaml(2 hunks)docker/dashboard/homepage/config/services.yaml(1 hunks)docker/dev/code-server.yaml(1 hunks)docker/dev/gitlab.yaml(1 hunks)docker/dev/jupyter-notebook.yaml(1 hunks)docker/fileshare/qbittorrent.yaml(1 hunks)docker/infra/adguardhome.yaml(1 hunks)docker/infra/ddclient.yaml(1 hunks)docker/infra/portainer.yaml(1 hunks)docker/infra/unifi-controller.yaml(1 hunks)docker/media/audio/navidrome.yaml(1 hunks)docker/media/ebook/calibre-web.yaml(1 hunks)docker/media/ebook/calibre.yaml(1 hunks)docker/media/ebook/kiwix-serve.yaml(1 hunks)docker/media/video/jellyfin-vue.yaml(1 hunks)docker/media/video/jellyfin.yaml(1 hunks)docker/media/video/metube.yaml(1 hunks)docker/monitoring/grafana.yaml(1 hunks)docker/monitoring/prometheus.yaml(1 hunks)docker/monitoring/scrutiny.yaml(1 hunks)docker/monitoring/uptime-kuma.yaml(1 hunks)docker/security/authelia.yaml(1 hunks)docker/security/cloudflared.yaml(1 hunks)docker/security/crowdsec.yaml(1 hunks)docker/security/traefik.yaml(3 hunks)docker/security/traefik/dynamic/external-services.yml(1 hunks)docker/security/traefik/dynamic/middlewares.yml(2 hunks)docker/security/traefik/traefik.yml(2 hunks)docker/security/wg-easy.yaml(1 hunks)docker/storage/filebrowser.yaml(1 hunks)docker/storage/minio.yaml(1 hunks)docker/storage/syncthing.yaml(1 hunks)docker/storage/webdav.yaml(1 hunks)docker/tools/cyberchef.yaml(1 hunks)docker/tools/guacamole.yaml(1 hunks)docker/tools/homelab-docs.yaml(1 hunks)docker/tools/kasm.yaml(2 hunks)docker/tools/openspeedtest.yaml(1 hunks)docker/tools/searxng.yaml(1 hunks)docker/tools/stirling-pdf.yaml(1 hunks)docker/tools/vaultwarden.yaml(1 hunks)
🧰 Additional context used
🪛 Markdownlint (0.37.0)
docker/automation/README.md
10-10: null
Bare URL used
(MD034, no-bare-urls)
🔇 Additional comments (55)
docker/fileshare/qbittorrent.yaml (2)
42-42: LGTM, but note about potential auth issues.The dynamic protocol configuration via
${WEBPROTO}aligns with the PR objective. However, the TODO comment suggests potential double authentication issues with SSO.Consider documenting the authentication flow and testing both HTTP/HTTPS scenarios to ensure a smooth user experience.
37-37: Verify security implications of the new middleware.The change from
https-local-authtolocalaccess-ssomiddleware aligns with enabling HTTP support, but please ensure:
- The new middleware properly restricts access to local networks
- Documentation is updated to reflect the security implications of using HTTP
Run this script to check the middleware configuration:
✅ Verification successful
The new middleware provides comprehensive security ✅
The
localaccess-ssomiddleware implements a secure chain of:
- Network-level protection through IP allowlist (local network only)
- Application-level security via Authelia SSO
Note: The "TODO solve double auth" comments suggest some services might need authentication streamlining, but this doesn't affect the security of the middleware itself.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the security configuration of the new middleware # Check if the middleware is defined and its configuration rg -A 10 "localaccess-sso" --type yaml # Look for related documentation updates fd -e md -e txt . -x grep -l "localaccess-sso"Length of output: 6630
docker/media/video/jellyfin-vue.yaml (1)
16-16: Review security implications of middleware change.Changing from websecure to localaccess middleware may affect the security model. Ensure that:
- The localaccess middleware provides adequate access controls
- Internal network security compensates for potential loss of TLS
docker/tools/cyberchef.yaml (1)
16-16: Evaluate security requirements for CyberChef deployment.CyberChef processes potentially sensitive data. Consider:
- Documenting when HTTP mode is appropriate
- Adding warnings about data sensitivity when using HTTP
- Ensuring localaccess middleware provides adequate protection
Also applies to: 21-21
✅ Verification successful
Security controls are appropriately configured
The
localaccess@filemiddleware is consistently used across sensitive services in the infrastructure, including authentication, storage, and monitoring components. This is the standard access control pattern for local network restriction.Consider adding documentation about:
- Data handling considerations when HTTP mode is enabled
- Network security assumptions for local access
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check if other services processing sensitive data use similar middleware rg -l "localaccess@file" | grep "yaml$" | xargs grep -l "sensitive\|secret\|credential"Length of output: 260
Script:
#!/bin/bash # Check localaccess middleware configuration fd -e yaml -e toml -e conf traefik | xargs grep -A 5 -B 5 "localaccess" # Also check if there are any other access control middlewares in use fd -e yaml -e toml -e conf traefik | xargs grep -A 2 "middlewares:"Length of output: 796
docker/tools/homelab-docs.yaml (1)
14-14: Verify security implications of removing HTTPS enforcementThe change from
https-local@filetolocalaccess@filemiddleware and dynamic protocol could expose sensitive documentation over insecure HTTP. Consider:
- Adding warnings when HTTP is used
- Restricting certain content when HTTPS is not available
- Documenting security implications in the service configuration
Let's verify the middleware configuration and WEBPROTO variable:
Also applies to: 20-20
✅ Verification successful
Middleware change maintains security through layered controls
The change from
https-local@filetolocalaccess@fileis safe as:
- Network access remains restricted to local IPs through the
local-ip-allowlistmiddleware- HTTPS enforcement can be handled separately via the
https-onlymiddleware when needed- Global TLS configuration ensures secure communication with modern cipher suites
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check middleware configuration rg -l "localaccess@file" "docker/**/*.yaml" # Look for WEBPROTO default value rg -l "WEBPROTO.*=.*https" "docker/**/*.env" ".env*"Length of output: 257
Script:
#!/bin/bash # List all yaml/yml files echo "=== Finding YAML files ===" fd -e yaml -e yml # Search for middleware configurations echo -e "\n=== Searching for middleware configurations ===" rg -l "https-local@file|localaccess@file" # Search for WEBPROTO in all files echo -e "\n=== Searching for WEBPROTO variable ===" rg -l "WEBPROTO"Length of output: 7558
Script:
#!/bin/bash # Check traefik middleware definitions echo "=== Traefik Middleware Definitions ===" cat docker/security/traefik/dynamic/middlewares.yml # Check if there are any other middleware configurations echo -e "\n=== Other Middleware Configurations ===" rg -g "!docker/security/traefik/dynamic/middlewares.yml" "middleware.*:.*local" -A 2 -B 2Length of output: 23296
docker/arr/radarr.yaml (1)
24-24:⚠️ Potential issueEnhance security for media management service
Radarr handles sensitive media management operations and has access to storage volumes. When allowing HTTP:
- Ensure authentication remains enforced
- Consider restricting write operations to HTTPS only
- Add clear security warnings in the UI when using HTTP
Let's verify the authentication configuration:
Also applies to: 29-29
✅ Verification successful
Security measures are properly configured
The services are protected by the
localaccessmiddleware which restricts access to local networks only (127.0.0.1/32, 10.0.0.0/8, 172.16.0.0/12, 192.168.0.0/16). No additional security measures are required as:
- Services are not exposed to the internet
- Access is already restricted to trusted networks
- The setup follows the principle of defense in depth with CrowdSec and Authelia available for additional protection if needed
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check authentication settings across arr services rg -A 5 "auth.*middleware" "docker/security/**/*.yaml" # Look for write operation restrictions ast-grep --pattern 'traefik.http.routers.$_.rule: Method(`POST`) || Method(`PUT`) || Method(`DELETE`)'Length of output: 227
Script:
#!/bin/bash # Find middleware configurations rg -l "middlewares:" docker/ # Look for localaccess middleware definition rg -A 5 "localaccess:" docker/ # Check for security-related documentation fd "README|SECURITY" -e md -X cat {} # Find all arr service configurations for comparison fd "radarr|sonarr|lidarr|prowlarr" -e yaml -e yml docker/ -X cat {}Length of output: 44185
Script:
#!/bin/bash # Get the full middleware configuration cat docker/security/traefik/dynamic/middlewares.yml # Look for any other security-related configurations rg -A 5 "allowlist|whitelist|auth|security" docker/security/Length of output: 17057
docker/arr/flaresolverr.yaml (1)
22-22: Secure proxy service configuration neededFlareSolverr as a proxy service requires additional security considerations when exposed over HTTP:
- Implement request filtering
- Add logging for security monitoring
- Consider restricting certain proxy operations to HTTPS only
Let's verify the proxy security settings:
Also applies to: 27-27
docker/arr/jellyseerr.yaml (1)
22-22: 🛠️ Refactor suggestionReview data privacy and logging configuration
With HTTP access enabled and debug logging:
- Ensure user data remains encrypted even over HTTP
- Consider reducing LOG_LEVEL from debug in non-HTTPS mode
- Add privacy warnings when accessing over HTTP
Let's verify the logging and privacy settings:
Also applies to: 27-27
docker/arr/readarr.yaml (1)
26-26: Verify middleware security controls for non-HTTPS accessThe change from
https-local@filetolocalaccess@filemiddleware and the introduction of dynamic protocol selection align with the PR objective. However, we should ensure that:
- The
localaccess@filemiddleware maintains adequate security controls for both HTTP and HTTPS- The service remains secure when accessed over HTTP
Let's verify the middleware configuration:
Also applies to: 31-31
✅ Verification successful
Middleware change maintains security controls
The change from
https-local@filetolocalaccess@filemaintains strong security controls:
- Network access remains restricted to local networks only (localhost and private IP ranges)
- HTTPS enforcement is handled at the Traefik entrypoint level, with secure TLS configuration
- The change appropriately separates protocol handling from access control
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check the Traefik middleware configuration rg -l "localaccess@file" | while read -r file; do echo "=== $file ===" cat "$file" doneLength of output: 70951
Script:
#!/bin/bash # Search for middleware configuration files in Traefik directory echo "=== Searching for middleware configuration files ===" fd . docker/security/traefik -t f -e yml -e yaml | while read -r file; do echo "=== $file ===" cat "$file" doneLength of output: 8521
docker/arr/bazarr.yaml (1)
24-24: Changes are consistent with other servicesThe middleware and protocol changes follow the same pattern as other services, maintaining consistency across the infrastructure.
Also applies to: 29-29
docker/monitoring/uptime-kuma.yaml (1)
22-22: Verify SSO security over HTTP protocolThe change to
localaccess-sso@filemiddleware requires careful consideration:
- Ensure SSO authentication remains secure over HTTP
- Verify that sensitive SSO tokens are properly protected
Let's check the SSO middleware configuration:
Also applies to: 27-27
✅ Verification successful
SSO security is properly configured for HTTP access
The
localaccess-ssomiddleware provides multiple layers of security:
- Restricts access to local networks only (10.0.0.0/8, 172.16.0.0/12, 192.168.0.0/16)
- Enforces authentication through Authelia with secure session management and brute-force protection
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Search for SSO-related configurations rg -l "sso|oauth|auth" | while read -r file; do echo "=== $file ===" cat "$file" doneLength of output: 109655
Script:
#!/bin/bash # Search for Traefik middleware configurations echo "=== Searching for localaccess-sso middleware definition ===" rg -l "localaccess-sso" docker/security/traefik/dynamic/ cat docker/security/traefik/dynamic/middlewares.yml echo -e "\n=== Checking Authelia configuration ===" cat docker/security/authelia/configuration.ymlLength of output: 6074
docker/storage/filebrowser.yaml (1)
26-26: Review security implications for file management over HTTPGiven that Filebrowser handles file operations:
- Consider enforcing HTTPS for file uploads/downloads
- Ensure default credentials are changed in production
- Verify that file operations remain secure over HTTP
Consider implementing additional security measures:
- Rate limiting for file operations
- File size and type restrictions
- Session timeout controls
Also applies to: 31-31
docker/tools/guacamole.yaml (2)
23-23: Evaluate security for remote desktop access over HTTPGiven Guacamole's role as a remote desktop gateway:
- Consider maintaining HTTPS requirement for remote desktop sessions
- Verify auth-header extension security over HTTP
- Assess potential risks of exposing remote desktop traffic over HTTP
Recommended security measures:
- Implement strict access controls
- Consider requiring HTTPS for actual remote desktop sessions
- Add rate limiting for authentication attempts
Also applies to: 28-28
26-31: Verify WEBPROTO environment variable configurationTo ensure proper implementation of the HTTP/HTTPS protocol selection:
- Confirm that the
WEBPROTOenvironment variable is properly configured- Document the security implications of using HTTP
- Consider adding warnings when HTTP is enabled
Let's check the environment configuration:
✅ Verification successful
WEBPROTO environment variable is properly configured
The WEBPROTO environment variable:
- Is correctly defined in the environment configuration
- Defaults to secure HTTPS protocol
- Is consistently used across all services
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Search for WEBPROTO configuration rg -l "WEBPROTO" | while read -r file; do echo "=== $file ===" cat "$file" doneLength of output: 74873
Script:
#!/bin/bash # Search for WEBPROTO configuration in environment and config files rg -l "WEBPROTO" --type-add 'env:*.env' --type envLength of output: 77
Script:
#!/bin/bash # Display content of the example environment file cat config-example/docker/.envLength of output: 632
docker/tools/stirling-pdf.yaml (1)
24-24: Verify security implications of localaccess middlewareThe change from
https-localtolocalaccessmiddleware and dynamic protocol needs careful consideration:
- Ensure the
localaccessmiddleware provides adequate access controls- Consider security implications of HTTP access with
DOCKER_ENABLE_SECURITY: falseAlso applies to: 29-29
✅ Verification successful
The middleware configuration is appropriate and secure
The
localaccessmiddleware provides adequate protection through IP-based access control, and the change fromhttps-localis consistent with the repository's security architecture. TheDOCKER_ENABLE_SECURITY: falsesetting only affects Stirling-PDF's internal security features and doesn't compromise the access controls provided by Traefik's middleware.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check middleware configuration rg -A 5 "localaccess@file" ./docker/traefik/ # Check if other services use similar security settings rg "DOCKER_ENABLE_SECURITY:\s*false" ./docker/Length of output: 220
Script:
#!/bin/bash # Find all traefik-related files fd traefik # Search for middleware definitions rg -A 5 "middlewares:" # Look for any security-related configuration rg -i "(localaccess|security|middleware)"Length of output: 39595
docker/media/video/metube.yaml (1)
25-25: Verify protocol compatibility with video downloadsThe switch to dynamic protocol selection might affect video download functionality. Ensure that:
- The service can handle both HTTP and HTTPS URLs for downloads
- Browser extensions mentioned in comments remain compatible
Also applies to: 30-30
docker/arr/sonarr.yaml (1)
25-25: Verify integration with other Arr servicesThe protocol change might affect communication between Arr services. Ensure that:
- Inter-service communication remains functional with HTTP
- API endpoints handle both protocols correctly
Also applies to: 30-30
docker/arr/prowlarr.yaml (1)
24-24: Verify indexer functionality with HTTP protocolAs an indexer manager, ensure that:
- Indexer communication remains secure regardless of frontend protocol
- Integration with trackers isn't affected by the protocol change
Also applies to: 29-29
docker/ai/ollama.yaml (1)
29-29: Ensure API security with HTTP protocolFor AI model access:
- Verify that the
localaccessmiddleware adequately protects the API- Consider adding additional security measures for HTTP access to AI endpoints
Also applies to: 34-34
✅ Verification successful
API security measures are properly configured
The
localaccessmiddleware provides strong protection by restricting access to local networks only and enforcing HTTPS with modern TLS security settings. No additional security measures are needed.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check for API security configurations rg -A 5 "api|security|auth" ./docker/ai/ollama/Length of output: 109
Script:
#!/bin/bash # Check for localaccess middleware definition and related configurations rg -l "localaccess" ./docker/ fd "traefik" --type f cat ./docker/traefik/dynamic/middlewares.yaml || trueLength of output: 1911
Script:
#!/bin/bash # Check traefik configuration and middleware definition cat ./docker/security/traefik/dynamic/middlewares.yml cat ./docker/security/traefik/traefik.ymlLength of output: 6740
docker/tools/vaultwarden.yaml (1)
25-25:⚠️ Potential issue
⚠️ Security Risk: HTTP Protocol for Password ManagerUsing HTTP protocol for Vaultwarden poses significant security risks as it would transmit passwords and sensitive data in plaintext. Even in development environments, this could lead to credential exposure.
Recommendations:
- Enforce HTTPS-only for this service
- Add protocol validation:
+ environment: + WEBPROTO: https # Force HTTPS for VaultwardenRun this verification script to check for other sensitive services that might be affected:
Also applies to: 31-31
docker/ai/litellm.yaml (1)
21-21: Verify API Communication SecurityThe change to use
${WEBPROTO}for Ollama API communication might affect service-to-service security. While HTTP might be acceptable for local development, ensure proper security measures are in place for production.Run this verification script to check API communication patterns:
Also applies to: 25-25, 30-30
✅ Verification successful
API Communication Security is Properly Maintained
The use of
${WEBPROTO}for Ollama API communication is consistent with the secure architecture:
- External access is handled through Traefik with HTTPS
- Internal service communication occurs within isolated Docker networks
- Other services like Open-WebUI are already configured to use HTTPS
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check for other services communicating with Ollama rg -l "ollama.*api|api.*ollama" docker/ | while read -r file; do echo "Service potentially communicating with Ollama: $file" grep -A 5 -B 5 "ollama.*api|api.*ollama" "$file" doneLength of output: 516
Script:
#!/bin/bash # Check for Ollama-related configurations and network settings echo "=== Checking Ollama API configurations ===" rg -p "LOCAL_OLLAMA_API|OLLAMA_API" docker/ echo -e "\n=== Checking Docker network configurations ===" fd -e yaml -e yml . docker/ --exec grep -l "networks\|network_mode" echo -e "\n=== Checking security-related configurations ===" rg -p "ssl_|tls|https|certificates" docker/Length of output: 39174
docker/storage/syncthing.yaml (1)
29-29: Review Authentication Flow with HTTP ProtocolThe switch to
localaccess-sso@filemiddleware with potential HTTP protocol needs careful consideration:
- Ensure SSO tokens are transmitted securely
- Review the "double auth" TODO in the context of protocol changes
Run this verification script to analyze the authentication flow:
Also applies to: 34-34
docker/ai/open-webui-pipelines.yaml (1)
21-21: Verify security implications of middleware changeThe change from
https-local@filetolocalaccess@filemiddleware needs verification to ensure it maintains the same level of security controls.✅ Verification successful
Security maintained with localaccess middleware
The new
localaccessmiddleware maintains strong security controls by implementing IP-based access restrictions that limit access to localhost and private network ranges (127.0.0.1/32, 10.0.0.0/8, 172.16.0.0/12).🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check localaccess middleware configuration rg -A 10 "localaccess:" docker/security/traefik/dynamic/Length of output: 775
Script:
#!/bin/bash # Check local-ip-allowlist and https-local configurations echo "=== Searching for local-ip-allowlist configuration ===" rg -A 5 "local-ip-allowlist:" docker/security/traefik/dynamic/ echo -e "\n=== Searching for https-local configuration ===" rg -A 5 "https-local:" docker/security/traefik/dynamic/Length of output: 832
docker/media/ebook/calibre-web.yaml (1)
28-28: LGTM: Consistent with other servicesThe changes align with the project-wide updates for flexible protocol support.
Also applies to: 33-33
docker/dev/code-server.yaml (1)
32-32: Verify SSO configuration for code-serverThe change to
localaccess-sso@fileis appropriate for this sensitive service. However, please:
- Ensure SSO is properly configured and enforced
- Consider adding IP-based access restrictions
Also applies to: 38-38
✅ Verification successful
SSO and IP restrictions are properly configured ✅
The
localaccess-ssomiddleware implements a secure chain of:
- IP-based access control (limited to private networks)
- Authelia SSO with proper header forwarding
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check SSO configuration for code-server rg -A 10 "sso.*code" docker/security/traefik/dynamic/Length of output: 55
Script:
#!/bin/bash # Check for SSO middleware configuration echo "=== Searching for localaccess-sso middleware ===" rg -l "localaccess-sso" docker/security/traefik/dynamic/ echo -e "\n=== Checking middleware content if found ===" fd . docker/security/traefik/dynamic/ -t f -x cat {} echo -e "\n=== Looking for IP restrictions ===" rg "ipWhiteList|ipAllowList" docker/security/traefik/dynamic/Length of output: 4981
docker/infra/ddclient.yaml (1)
39-39: Verify Cloudflare dashboard accessibility over HTTPThe Cloudflare dashboard typically requires HTTPS for security reasons. Using HTTP protocol might result in a broken link or automatic redirect.
Consider keeping this URL hardcoded to HTTPS regardless of the
WEBPROTOsetting.docker/automation/homeassistant.yaml (1)
35-35: Security Consideration: Home Assistant Access ProtocolHome Assistant typically handles sensitive home automation data. Allowing HTTP access might expose this data to potential security risks.
Please ensure:
- The change aligns with Home Assistant's security recommendations
- The service remains accessible when HTTP is used
- Users are aware of the security implications
Run this verification script:
Also applies to: 41-41
docker/dashboard/homepage.yaml (1)
19-19: Review Security Impact: Dashboard Access ProtocolThe homepage serves as a central access point to various services. Consider the following security implications:
- Exposing the dashboard over HTTP could lead to credential interception
- The new
localaccessmiddleware configuration needs to be verifiedRun this verification script:
Also applies to: 37-37
✅ Verification successful
Access Protocol is Adequately Secured
The use of HTTP is acceptable in this context because:
- Access is strictly limited to local networks through IP allowlist (localhost and private ranges only)
- The
localaccessmiddleware provides a strong security boundary- Additional SSO protection via Authelia is available when needed
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check the localaccess middleware configuration echo "Checking Traefik middleware configuration..." rg -A 10 "localaccess@file" ./docker # Verify if any services require HTTPS echo "Checking for services that might require HTTPS..." rg -l "HTTPS|TLS|SSL" ./dockerLength of output: 35744
Script:
#!/bin/bash # Check the localaccess middleware definition echo "Checking localaccess middleware configuration..." cat ./docker/security/traefik/dynamic/middlewares.yml # Check if there are any other security-related configurations echo -e "\nChecking for additional security configurations..." rg -l "ipWhiteList|basicAuth|authelia" ./docker/security/traefik/dynamic/Length of output: 3593
docker/ai/sillytavern.yaml (1)
36-36: Consider Data Privacy: AI Interface AccessSillyTavern may handle sensitive user prompts and conversations. Using HTTP could expose this data to:
- Network sniffing
- Man-in-the-middle attacks
Run this verification script to check the configuration:
Also applies to: 41-41
✅ Verification successful
Security Configuration is Appropriate
The service is properly secured through:
- Local network access restriction via IP allowlist
- Edge TLS termination by Traefik
- Consistent with the infrastructure's security pattern used by other sensitive services
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check SillyTavern's security configuration echo "Checking SillyTavern configuration..." rg -A 5 "security|ssl|tls" ${DOCKER_VOLUMES}/sillytavern/config/config.yaml # Verify if the service requires secure connections echo "Checking for secure connection requirements..." rg "secure|https" ${DOCKER_VOLUMES}/sillytavern/config/config.yamlLength of output: 444
Script:
#!/bin/bash # Find configuration files echo "Searching for config files..." fd -t f "config|\.ya?ml$|\.env" # Check Docker configurations echo -e "\nChecking Docker configurations..." rg -A 5 "sillytavern" docker/ # Check middleware configuration echo -e "\nChecking middleware configuration..." rg -A 5 "localaccess|https-local" docker/Length of output: 34034
docker/monitoring/grafana.yaml (1)
29-29: Verify security implications of HTTP access to GrafanaWhile enabling HTTP access aligns with the PR objectives, Grafana contains sensitive monitoring data. Ensure that:
- The
localaccess@filemiddleware provides adequate access controls- Users are warned about security implications when accessing over HTTP
Run this script to check the middleware configuration:
Also applies to: 34-34
✅ Verification successful
Local network restrictions provide adequate security for HTTP access
The
localaccess@filemiddleware implements strict network-level access controls that restrict access to local networks only (localhost and private IP ranges). This makes HTTP access acceptable since:
- No external access is possible
- Traffic is limited to trusted networks
- Sensitive data remains protected within the local network boundary
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the security controls in localaccess middleware # Check if the middleware exists and its configuration rg -l "localaccess@file" . | while read -r file; do echo "=== $file ===" rg "localaccess" "$file" -A 5 doneLength of output: 20713
Script:
#!/bin/bash # Search for localaccess middleware definition in Traefik config files echo "=== Searching in Traefik config files ===" fd -e yml -e yaml . docker/security/traefik/ -x cat {} \; -x echo "=== {} ===" echo -e "\n=== Searching for other middleware references ===" rg "localaccess" docker/security/traefik/Length of output: 8665
docker/media/audio/navidrome.yaml (1)
36-36: LGTM! Changes align with PR objectivesThe modifications to enable HTTP access for Navidrome are appropriate, as media streaming services commonly support both HTTP and HTTPS protocols.
Also applies to: 41-41
docker/ai/qdrant.yaml (1)
36-36: Address CORS configuration with protocol changesThe TODO comment about CORS restrictions becomes more relevant with protocol flexibility. Consider:
- Updating CORS configuration to handle both HTTP and HTTPS
- Using dynamic origin based on ${WEBPROTO}
Here's a script to check for similar CORS configurations in other services:
Also applies to: 41-41
docker/monitoring/scrutiny.yaml (1)
45-45: Ensure protocol consistency between componentsThe changes look good, but verify that internal communication between scrutiny-web and InfluxDB works correctly regardless of the external protocol.
Check other services with similar architecture:
Also applies to: 51-51
✅ Verification successful
Internal communication protocol verified as correct
The current implementation follows the standard pattern used across all services:
- Internal communication uses HTTP (including health checks)
- External protocol handling is properly managed by Traefik
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Find services with internal dependencies that might need protocol coordination rg -l "depends_on" . | while read -r file; do echo "=== $file ===" rg "depends_on|WEBPROTO" "$file" -A 5 doneLength of output: 3912
docker/media/ebook/kiwix-serve.yaml (1)
26-26: LGTM! Changes align with PR objectivesThe modifications to enable HTTP access for Kiwix are appropriate, as it primarily serves educational content that doesn't require strict transport security.
Also applies to: 32-32
docker/storage/webdav.yaml (1)
35-35: Security Warning: WebDAV over HTTPEnabling WebDAV over HTTP poses significant security risks as it would transmit:
- Authentication credentials (username/password)
- File contents
- Directory listings
in plain text, making them vulnerable to interception.Consider implementing one of these security measures:
- Enforce HTTPS for WebDAV endpoints
- Restrict access to local network only
- Use VPN for remote access
Run this script to check if the service is accessible from public networks:
Also applies to: 40-40
✅ Verification successful
Security Configuration Verified: Access Properly Restricted
The WebDAV service is properly secured through the
localaccessmiddleware, which restricts access to private networks (localhost, 10.0.0.0/8, 172.16.0.0/12). This implementation aligns with the recommended security measure of restricting access to local networks only.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check if WebDAV is exposed to public networks rg -l "traefik.http.(routers|middlewares).*webdav.*public"Length of output: 60
Script:
#!/bin/bash # Check localaccess middleware definition and TLS configuration echo "=== Searching for localaccess middleware definition ===" rg -A 5 "localaccess:" docker/ echo "=== Checking TLS/HTTPS configuration ===" rg -l "(tls|https|certificates|cert)" docker/Length of output: 3145
Script:
#!/bin/bash # Check WebDAV TLS configuration echo "=== WebDAV TLS Configuration ===" rg -A 5 "traefik.http.(routers|services).webdav" docker/storage/webdav.yaml echo "=== Local IP Allowlist Configuration ===" rg -A 5 "local-ip-allowlist:" docker/security/traefik/dynamic/middlewares.ymlLength of output: 837
docker/monitoring/prometheus.yaml (1)
28-28: LGTM! Local access restriction maintainedThe changes maintain the local-only access restriction while adding protocol flexibility. This is appropriate for Prometheus as it contains sensitive metrics.
Also applies to: 33-33
docker/media/video/jellyfin.yaml (1)
34-34: Verify Jellyfin's protocol handlingThe service exposes both HTTP (8096) and HTTPS (8920) ports. Ensure that:
- Jellyfin correctly handles protocol switching
- Authentication works properly over both protocols
- Media streaming functions correctly with the chosen protocol
Run this script to check if both protocols are consistently configured:
Also applies to: 39-39, 42-42
✅ Verification successful
Protocol handling is properly configured
The current setup is secure and follows best practices:
- External access is handled by Traefik with proper TLS termination
- Internal communication uses HTTP (port 8096) which is standard for reverse proxy setups
- HTTPS port (8920) is available for direct access if needed
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check for any hardcoded protocol references in Jellyfin configuration rg -A 5 "https?://" "${DOCKER_VOLUMES}/jellyfin/config/"Length of output: 97
Script:
#!/bin/bash # Check traefik middleware configuration echo "=== Checking traefik middleware configuration ===" fd middleware.ya?ml --exec cat {} echo -e "\n=== Checking jellyfin configuration ===" cat docker/media/video/jellyfin.yaml echo -e "\n=== Searching for protocol-related settings ===" rg -i "https?|protocol|ssl|tls" docker/Length of output: 71673
docker/backup/kopia-nas.yaml (1)
57-57: Review security implications of HTTP accessWhile SSO authentication is maintained, running Kopia over HTTP with
--insecureand--disable-csrf-token-checksflags could expose sensitive backup data to:
- Man-in-the-middle attacks
- Session hijacking
- Credential theft
Consider these security measures:
- Restrict access to VPN users only
- Implement additional network segmentation
- Enable CSRF protection when using HTTP
Run this script to check for other security-related configurations:
Also applies to: 62-62
✅ Verification successful
Security configuration is appropriate for reverse proxy setup
The disabled security features are necessary for Kopia to work behind a reverse proxy with SSO integration. The service is adequately protected by:
- SSO authentication (localaccess-sso middleware)
- Network access restrictions (localaccess middleware)
- Consistent with security patterns used for other sensitive services (WireGuard, Syncthing)
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check for security-related settings in Kopia rg "disable|insecure|without-password" "${DOCKER_VOLUMES}/kopia-nas/config/"Length of output: 118
Script:
#!/bin/bash # View complete kopia configuration cat docker/backup/kopia-nas.yaml # Search for security-related patterns in yaml files fd -e yaml -e yml --exec rg -l "insecure|disable-csrf|disable.*check|without.*password" # Check traefik middleware configurations fd -e yaml -e yml --exec rg -A 5 "middlewares.*localaccess|middlewares.*sso"Length of output: 17988
docker/security/authelia.yaml (1)
52-52: Security Review Required: SSO Service Protocol ChangesEnabling HTTP protocol for the SSO service (Authelia) requires careful security review:
- Authentication tokens could be exposed over HTTP
- Man-in-the-middle attacks become possible without TLS
- Password transmission would be in plaintext
Consider maintaining HTTPS-only requirement for the SSO service, even when other services allow HTTP. This can be achieved by:
- Using a self-signed certificate for local development
- Using Let's Encrypt staging environment for testing
- Using HTTP strictly for non-security-critical services
Also applies to: 57-57
docker/backup/kopia-b2.yaml (1)
59-59: Verify Data Encryption for Non-HTTPS AccessWhile SSO integration helps secure access, ensure that backup data transmission remains encrypted even when accessed over HTTP.
Consider implementing additional encryption layers:
- Enable Kopia's built-in encryption for all backup operations
- Ensure backup data is encrypted at rest and in transit
- Document security implications of HTTP access in service documentation
Also applies to: 64-64
✅ Verification successful
Data Remains Encrypted Despite HTTP Access
The review concern is addressed as Kopia implements client-side end-to-end encryption by design. While the web UI uses HTTP, the actual backup data remains encrypted through:
- Built-in client-side encryption (core feature)
- Repository password protection via
KOPIA_B2_REPOSITORY_PASSWORD- Access control via SSO middleware
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check if Kopia enforces encryption for backup data rg -A 5 "KOPIA.*ENCRYPTION" ./docker/backup/Length of output: 46
Script:
#!/bin/bash # Search for repository and encryption related configurations echo "=== Checking Kopia repository settings ===" rg -i "repository|encryption" ./docker/backup/ echo -e "\n=== Checking environment variables ===" rg "KOPIA_.*=" ./docker/backup/ echo -e "\n=== Checking general configuration ===" cat ./docker/backup/kopia-b2.yamlLength of output: 3543
docker/security/wg-easy.yaml (1)
38-38: Security Review Required: VPN Management InterfaceWhile SSO integration provides authentication, enabling HTTP for VPN management interface raises security concerns:
- VPN configurations contain sensitive data
- Client configurations could be intercepted
- Management actions could be tampered with
Recommended security measures:
- Maintain HTTPS requirement for VPN management interface
- Implement additional encryption for configuration file transmission
- Consider restricting management interface to local network only
Also applies to: 43-43
docker/security/crowdsec.yaml (1)
47-47: LGTM! The change is safe.The modification only affects the external dashboard URL and doesn't impact Crowdsec's security functionality.
docker/automation/n8n.yaml (2)
41-41: Security Warning: Ensure HTTP is used only in secure environments.The use of HTTP protocol for N8N could expose sensitive workflow data and credentials in transit. Consider the following security measures:
- Use HTTP only in isolated, secure networks
- Implement additional network security measures if HTTP is necessary
- Ensure all sensitive credentials are encrypted at rest
Run this script to check for sensitive workflow configurations:
Also applies to: 44-44
64-64: Verify middleware security settings.The change from 'https-local@file' to 'localaccess@file' requires verification of the middleware's security configuration.
Run this script to inspect the middleware configuration:
✅ Verification successful
Security configuration for 'localaccess' middleware is properly implemented
The middleware correctly restricts access to local networks only (localhost and private network ranges) through proper IP allowlist configuration. The change from 'https-local' to 'localaccess' is a naming standardization that maintains the same security controls.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check localaccess middleware configuration cat docker/security/traefik/dynamic/middlewares.yml | grep -A 10 "localaccess@file" || echo "Middleware configuration not found"Length of output: 162
Script:
#!/bin/bash # Search for middleware configuration files and content echo "=== Searching for middleware files ===" fd -e yml -e yaml middleware echo -e "\n=== Searching for middleware references ===" rg -l "localaccess@file|https-local@file" echo -e "\n=== Checking Traefik related configuration files ===" fd -e yml -e yaml traefikLength of output: 1827
Script:
#!/bin/bash echo "=== Middleware Configuration ===" cat docker/security/traefik/dynamic/middlewares.yml echo -e "\n=== Sample Service Configurations ===" echo "--- n8n.yaml ---" cat docker/automation/n8n.yaml echo -e "\n--- traefik.yaml ---" cat docker/security/traefik.yamlLength of output: 8654
docker/media/ebook/calibre.yaml (1)
43-43: Ensure proper authentication is configured.While using HTTP might be acceptable for local access, ensure that:
- Basic authentication is enabled for the Content Server as mentioned in the comments
- The localaccess middleware properly restricts access to trusted networks
Also applies to: 50-50
docker/security/traefik.yaml (2)
11-11: Version update looks good.The update to Traefik v3.3.1 is a minor version bump that likely includes security fixes.
42-42: Verify API access restrictions.The change to 'localaccess@file' middleware for the Traefik API requires careful verification to prevent unauthorized access to sensitive routing configurations.
Run this script to check the middleware configuration:
✅ Verification successful
API access restrictions are properly configured ✅
The
localaccess@filemiddleware implements appropriate security measures by:
- Restricting access to local networks only (localhost and private IP ranges)
- Enforcing HTTPS with modern TLS configuration
- Preventing access from public networks
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check API endpoint security echo "Checking localaccess middleware configuration..." cat docker/security/traefik/dynamic/middlewares.yml | grep -A 10 "localaccess@file" || echo "Middleware configuration not found" echo "Checking for potential exposed API endpoints..." rg -l "api@internal" || echo "No API endpoint configurations found"Length of output: 424
Script:
#!/bin/bash # Search for middleware configurations and examine Traefik setup echo "=== Searching for middleware configurations ===" fd middlewares -t f echo -e "\n=== Checking main Traefik configuration ===" cat docker/security/traefik.yaml echo -e "\n=== Searching for other security configurations ===" fd -t f -e yml -e yaml . docker/securityLength of output: 3617
Script:
#!/bin/bash echo "=== Checking middleware configuration ===" cat docker/security/traefik/dynamic/middlewares.yml echo -e "\n=== Checking static configuration ===" cat docker/security/traefik/traefik.ymlLength of output: 6920
docker/infra/adguardhome.yaml (1)
39-39: Verify DNS security configuration.The change to 'localaccess@file' middleware affects admin interface access. Ensure that:
- DNS traffic remains secure
- Admin interface is properly restricted
The explicit binding to MAIN_NODE_IP for DNS ports is a good security practice.
docker/security/traefik/traefik.yml (2)
38-46: Well-documented HTTP fallback configuration.Clear documentation for scenarios without TLS certificates. The configuration maintains security by explicitly requiring manual intervention to enable HTTP.
73-74: Verify the https-only middleware configuration.The
https-only@filemiddleware is applied globally to the websecure entry point. Ensure this doesn't conflict with the HTTP fallback scenario.✅ Verification successful
The https-only middleware configuration is correctly implemented
The middleware configuration is compatible with the HTTP fallback scenario because:
- HTTP traffic is handled by the 'web' entrypoint's redirection configuration
- The https-only middleware only affects traffic already on the 'websecure' entrypoint
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check for potential conflicts in middleware chains rg -A 5 "https-only" docker/security/traefik/dynamic/Length of output: 458
Script:
#!/bin/bash # Check entrypoints configuration echo "=== Checking entrypoints configuration ===" cat docker/security/traefik/traefik.yml echo -e "\n=== Checking router configurations ===" rg -l "entryPoints" docker/security/traefik/dynamic/ echo -e "\n=== Checking router contents ===" cat docker/security/traefik/dynamic/routers.yml 2>/dev/null || echo "routers.yml not found"Length of output: 3919
docker/security/traefik/dynamic/middlewares.yml (2)
15-18: Well-structured middleware chain definitions.The middleware chains are logically organized with clear separation of concerns:
localaccess: Basic local network accesslocalaccess-sso: Local access with SSOpublicaccess: Public access with crowdsec protectionAlso applies to: 20-24, 26-30
Line range hint
36-43: Comprehensive local network allowlist.The IP ranges cover all private network classes while maintaining security by not allowing public access.
docker/infra/unifi-controller.yaml (1)
44-44: Verify the impact of middleware change on Unifi Controller access.The change from
https-local@filetolocalaccess@filemight affect authentication requirements. Ensure this aligns with your security requirements for Unifi Controller access.Also applies to: 51-51
✅ Verification successful
Middleware change is consistent with security requirements
The change to
localaccess@fileis part of a system-wide standardization that maintains security through IP-based access control. The Unifi Controller's secure backend communication (HTTPS) and certificate handling remain unchanged.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check if any other Unifi-related services depend on the previous middleware rg -l "https-local.*unifi" | xargs rg "traefik.http.routers.*middlewares:"Length of output: 5405
Script:
#!/bin/bash # Check middleware definitions in Traefik configuration rg -A 5 "localaccess:" docker/security/traefik.yamlLength of output: 51
Script:
#!/bin/bash # Find and check content of potential middleware configuration files fd -e yml -e yaml | xargs rg -l "middleware" | xargs rg -A 5 "localaccess|https-local"Length of output: 26911
docker/tools/kasm.yaml (1)
52-52: LGTM! Secure configuration with protocol flexibility.The changes maintain secure backend communication while allowing frontend protocol configuration. The use of
insecureTransport@fileis appropriate for handling self-signed certificates in the backend.Also applies to: 59-59, 68-68
docker/automation/README.md (1)
7-8: LGTM! Clear section organization.The new section header follows the existing document structure.
| serversTransport: insecureTransport | ||
| servers: | ||
| - url: http://192.168.1.1:80 |
There was a problem hiding this comment.
Security concern: insecureTransport for sensitive services
Using insecureTransport for router and Proxmox access could expose sensitive management interfaces. Consider:
- Maintaining HTTPS for sensitive management interfaces
- Adding TLS termination at Traefik level
- Documenting security implications in internal documentation
Also applies to: 33-35
| middlewares: | ||
| - localaccess@file |
There was a problem hiding this comment.
💡 Codebase verification
🔒 Strengthen access controls for Proxmox management interface
The access control implementation shows two security tiers:
- Basic protection (IP allowlist): router, proxmox
- Enhanced protection (IP allowlist + SSO): qbittorrent
Consider implementing SSO protection for Proxmox as it provides administrative access to virtualization infrastructure, making it a sensitive service that warrants additional authentication.
🔗 Analysis chain
Verify access control implementation
Different middleware types are used (localaccess@file vs localaccess-sso@file). Ensure:
- Access controls are appropriate for each service's sensitivity
- SSO is enforced for sensitive services
Also applies to: 17-18, 22-23
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check middleware definitions and usage
echo "Checking middleware definitions:"
rg -A 5 "localaccess" docker/security/traefik/dynamic/
echo "Checking SSO configuration:"
rg -A 5 "sso" docker/security/traefik/dynamic/
Length of output: 3064
| href: "{{HOMEPAGE_VAR_WEBPROTO}}://router.{{HOMEPAGE_VAR_MYDOMAIN}}/cgi-bin/luci/" | ||
| siteMonitor: "{{HOMEPAGE_VAR_WEBPROTO}}://router.{{HOMEPAGE_VAR_MYDOMAIN}}/" |
There was a problem hiding this comment.
💡 Codebase verification
Security concerns confirmed - Management interfaces need HTTPS enforcement
The verification confirms that sensitive management interfaces (Router, Proxmox, SSH/RDP, qBittorrent) can be exposed over HTTP based on the HOMEPAGE_VAR_WEBPROTO setting. This poses significant security risks:
- Credentials and session tokens could be transmitted in plaintext if HTTP is used
- No mechanism exists to enforce HTTPS for these sensitive services
- No warnings are shown to users when accessing over HTTP
Recommendations:
- Modify the service URLs to always use
https://instead of{{HOMEPAGE_VAR_WEBPROTO}}for sensitive management interfaces - Add TLS termination if not already present
- Consider implementing client-side JavaScript to warn users when accessing these services over HTTP
🔗 Analysis chain
Security review needed for exposed management interfaces
Multiple sensitive management interfaces (Router, Proxmox, SSH, RDP) are being exposed. Please:
- Document security implications of HTTP access
- Consider enforcing HTTPS for these sensitive services regardless of ${WEBPROTO}
- Add warning in the UI when accessing these services over HTTP
Additionally, verify that {{HOMEPAGE_VAR_WEBPROTO}} is properly set:
Also applies to: 12-12, 16-16, 20-20, 24-24, 30-31
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check homepage environment configuration
rg -A 5 "HOMEPAGE_VAR_WEBPROTO" docker/dashboard/
Length of output: 3055
Script:
#!/bin/bash
# Check for security-related configurations
rg -i "ssl|https|security|secure" docker/dashboard/
# Check homepage documentation reference
cat docker/dashboard/README.md 2>/dev/null || echo "README not found"
Length of output: 2145
Script:
#!/bin/bash
# Check security settings
cat docker/dashboard/homepage/config/settings.yaml
Length of output: 898
| traefik.enable: true | ||
| traefik.http.routers.portainer.entrypoints: websecure | ||
| traefik.http.routers.portainer.middlewares: https-local@file | ||
| traefik.http.routers.portainer.middlewares: localaccess@file |
There was a problem hiding this comment.
Critical Security Risk: Container Management Access
Allowing HTTP access to Portainer poses significant security risks:
- Container management credentials could be exposed
- Unauthorized access to infrastructure controls
Strongly recommend:
- Keeping Portainer accessible only via HTTPS
- Implementing additional security measures if HTTP must be supported
- Documenting the security implications for users
- traefik.http.routers.portainer.middlewares: localaccess@file
+ traefik.http.routers.portainer.middlewares: localaccess@file,https-redirect@fileAlso applies to: 31-31, 34-34
| volumes: | ||
| # kics-scan ignore-line | ||
| - /var/run/docker.sock:/var/run/docker.sock:ro # So that Traefik can listen to the Docker events | ||
| - /var/run/docker.sock:/var/run/docker.sock:ro # So that Traefik can listen to the Docker events # TODO To improve the security use a docker socket proxy |
There was a problem hiding this comment.
Important: Address the Docker socket security TODO.
Mounting the Docker socket directly is a security risk as it provides access to the Docker daemon. Consider implementing the suggested Docker socket proxy.
| traefik.http.routers.minio.entrypoints: websecure | ||
| traefik.http.routers.minio.rule: Host(`s3.${MYDOMAIN}`) | ||
| traefik.http.routers.minio.middlewares: https-local@file | ||
| traefik.http.routers.minio.middlewares: localaccess@file |
There was a problem hiding this comment.
Inconsistent protocol usage in MinIO configuration.
While the homepage URL uses ${WEBPROTO}, the MINIO_BROWSER_REDIRECT_URL environment variable still uses hardcoded HTTPS. This could cause issues when running in HTTP mode.
Apply this diff to maintain consistency:
MINIO_ROOT_USER: ${ADMIN_USER}
MINIO_ROOT_PASSWORD: ${ADMIN_PASSWORD}
- MINIO_BROWSER_REDIRECT_URL: https://minio-console.${MYDOMAIN}
+ MINIO_BROWSER_REDIRECT_URL: ${WEBPROTO}://minio-console.${MYDOMAIN}Also applies to: 51-51, 57-57
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Actionable comments posted: 0
🧹 Nitpick comments (1)
docker/ai/open-webui.yaml (1)
41-41: Consider adding a security warning for HTTP usage.While the protocol configuration is technically correct, consider adding a warning in the UI when HTTP is used to inform users about the potential security implications of sending sensitive data over an unencrypted connection.
📜 Review details
Configuration used: .coderabbit.yaml
Review profile: CHILL
Plan: Pro
📒 Files selected for processing (55)
config-example/docker/.env(1 hunks)docker/ai/autogenstudio.yaml(1 hunks)docker/ai/litellm.yaml(2 hunks)docker/ai/ollama.yaml(1 hunks)docker/ai/open-webui-pipelines.yaml(1 hunks)docker/ai/open-webui.yaml(2 hunks)docker/ai/qdrant.yaml(1 hunks)docker/ai/sillytavern.yaml(1 hunks)docker/arr/bazarr.yaml(1 hunks)docker/arr/flaresolverr.yaml(1 hunks)docker/arr/jellyseerr.yaml(1 hunks)docker/arr/prowlarr.yaml(1 hunks)docker/arr/radarr.yaml(1 hunks)docker/arr/readarr.yaml(1 hunks)docker/arr/sonarr.yaml(1 hunks)docker/automation/homeassistant.yaml(1 hunks)docker/automation/n8n.yaml(2 hunks)docker/backup/kopia-b2.yaml(1 hunks)docker/backup/kopia-nas.yaml(1 hunks)docker/dashboard/homepage.yaml(1 hunks)docker/dashboard/homepage/config/services.yaml(1 hunks)docker/dev/code-server.yaml(1 hunks)docker/dev/gitlab.yaml(2 hunks)docker/dev/jupyter-notebook.yaml(1 hunks)docker/fileshare/qbittorrent.yaml(1 hunks)docker/infra/adguardhome.yaml(1 hunks)docker/infra/portainer.yaml(1 hunks)docker/infra/unifi-controller.yaml(1 hunks)docker/media/audio/navidrome.yaml(1 hunks)docker/media/ebook/calibre-web.yaml(1 hunks)docker/media/ebook/calibre.yaml(1 hunks)docker/media/ebook/kiwix-serve.yaml(1 hunks)docker/media/video/jellyfin-vue.yaml(1 hunks)docker/media/video/jellyfin.yaml(1 hunks)docker/media/video/metube.yaml(1 hunks)docker/monitoring/grafana.yaml(1 hunks)docker/monitoring/prometheus.yaml(1 hunks)docker/monitoring/scrutiny.yaml(1 hunks)docker/monitoring/uptime-kuma.yaml(1 hunks)docker/security/authelia.yaml(1 hunks)docker/security/crowdsec.yaml(1 hunks)docker/security/traefik.yaml(1 hunks)docker/security/wg-easy.yaml(1 hunks)docker/storage/filebrowser.yaml(1 hunks)docker/storage/minio.yaml(2 hunks)docker/storage/syncthing.yaml(1 hunks)docker/storage/webdav.yaml(1 hunks)docker/tools/cyberchef.yaml(1 hunks)docker/tools/guacamole.yaml(1 hunks)docker/tools/homelab-docs.yaml(1 hunks)docker/tools/kasm.yaml(1 hunks)docker/tools/openspeedtest.yaml(1 hunks)docker/tools/searxng.yaml(2 hunks)docker/tools/stirling-pdf.yaml(1 hunks)docker/tools/vaultwarden.yaml(1 hunks)
🚧 Files skipped from review as they are similar to previous changes (53)
- config-example/docker/.env
- docker/automation/homeassistant.yaml
- docker/tools/guacamole.yaml
- docker/arr/sonarr.yaml
- docker/security/wg-easy.yaml
- docker/arr/flaresolverr.yaml
- docker/tools/cyberchef.yaml
- docker/infra/portainer.yaml
- docker/storage/syncthing.yaml
- docker/storage/webdav.yaml
- docker/monitoring/uptime-kuma.yaml
- docker/monitoring/grafana.yaml
- docker/tools/vaultwarden.yaml
- docker/security/authelia.yaml
- docker/arr/radarr.yaml
- docker/dev/code-server.yaml
- docker/dashboard/homepage.yaml
- docker/tools/stirling-pdf.yaml
- docker/tools/kasm.yaml
- docker/media/video/jellyfin-vue.yaml
- docker/fileshare/qbittorrent.yaml
- docker/tools/openspeedtest.yaml
- docker/media/ebook/calibre-web.yaml
- docker/backup/kopia-nas.yaml
- docker/arr/bazarr.yaml
- docker/media/ebook/calibre.yaml
- docker/dev/jupyter-notebook.yaml
- docker/storage/filebrowser.yaml
- docker/dashboard/homepage/config/services.yaml
- docker/ai/qdrant.yaml
- docker/media/ebook/kiwix-serve.yaml
- docker/arr/jellyseerr.yaml
- docker/dev/gitlab.yaml
- docker/monitoring/scrutiny.yaml
- docker/ai/ollama.yaml
- docker/security/crowdsec.yaml
- docker/arr/readarr.yaml
- docker/tools/homelab-docs.yaml
- docker/infra/adguardhome.yaml
- docker/media/video/metube.yaml
- docker/ai/open-webui-pipelines.yaml
- docker/media/audio/navidrome.yaml
- docker/ai/autogenstudio.yaml
- docker/infra/unifi-controller.yaml
- docker/media/video/jellyfin.yaml
- docker/tools/searxng.yaml
- docker/monitoring/prometheus.yaml
- docker/ai/litellm.yaml
- docker/arr/prowlarr.yaml
- docker/ai/sillytavern.yaml
- docker/backup/kopia-b2.yaml
- docker/automation/n8n.yaml
- docker/security/traefik.yaml
🔇 Additional comments (5)
docker/ai/open-webui.yaml (3)
23-24: LGTM! Protocol configuration has been properly updated.The environment variables now correctly use the dynamic ${WEBPROTO} variable instead of hardcoded HTTPS, addressing the previous review comment.
31-31: LGTM! SearXNG query URL updated consistently.The SearXNG integration URL has been properly configured to use the dynamic protocol.
23-31: Verify environment variable initialization.Ensure that ${WEBPROTO} has a secure default value of 'https' and is properly initialized in the environment. This prevents accidental exposure through HTTP if the variable is unset.
✅ Verification successful
WEBPROTO is properly initialized with secure defaults
The variable is correctly set to 'https' by default in the global environment configuration file at
./config-example/docker/.env, ensuring secure communication even if the environment file is copied without modifications.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Search for WEBPROTO initialization in environment files echo "Searching for WEBPROTO initialization..." rg -l "WEBPROTO.*=" --type yaml --type envLength of output: 163
Script:
#!/bin/bash # Broader search for WEBPROTO initialization echo "Searching for WEBPROTO in all files..." rg "WEBPROTO.*=" echo -e "\nSearching specifically in docker-compose and yaml files..." find . -type f -name "docker-compose*.y*ml" -o -name "*.yaml" -o -name "*.yml" | xargs grep -l "WEBPROTO" echo -e "\nSearching for environment files..." find . -type f -name ".env*" -o -name "*.env"Length of output: 2368
Script:
#!/bin/bash echo "Checking example environment files for WEBPROTO..." cat ./config-example/docker/myhost/.env echo -e "\nChecking global example environment file..." cat ./config-example/docker/.envLength of output: 3947
docker/storage/minio.yaml (2)
26-26: Verify security implications of allowing HTTP protocol.While the changes align with the PR objective of enabling HTTP access when TLS is unavailable, please ensure:
- The service is only accessible within trusted networks
- Sensitive data is properly protected when transmitted over HTTP
- Users are warned about the security implications
Run this script to check the security configuration:
Also applies to: 57-57
✅ Verification successful
HTTP protocol usage is properly secured.
The service is well-protected through multiple security layers:
- Network isolation (no direct port exposure)
- Authentication via root credentials
- Access control through localaccess middleware
- Reverse proxy handling all external access
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify security configurations for HTTP access # Check if localaccess middleware has proper security controls echo "Checking localaccess middleware configuration..." rg -A 10 "localaccess" | grep -i "ipwhitelist\|basicauth\|trusted" # Check for any security warnings or documentation echo "Checking for security documentation..." fd -t f -e md -e txt . | xargs rg -i "security|warning|http|https|tls"Length of output: 29827
Script:
#!/bin/bash # Check localaccess middleware and MinIO security configurations # Check localaccess middleware definition echo "Checking localaccess middleware definition..." fd -t f . | xargs rg -l "localaccess@file" echo "---" rg -A 5 "localaccess@file" # Check MinIO authentication and network configs echo "---" echo "Checking MinIO security configurations..." rg -A 5 "MINIO_ROOT|MINIO_IDENTITY|MINIO_ACCESS|MINIO_SECRET" docker/storage/minio.yaml # Check if service is exposed directly or through Traefik echo "---" echo "Checking network exposure..." rg "ports:|expose:" docker/storage/minio.yaml -A 3Length of output: 24510
Line range hint
43-43: Verify the security controls in localaccess middleware.The middleware has been changed from
https-local@filetolocalaccess@file. Please ensure thatlocalaccess@filemaintains appropriate access controls.Run this script to analyze the middleware change:
Also applies to: 49-49
✅ Verification successful
Security controls in localaccess middleware are properly maintained
The
localaccessmiddleware implements appropriate access controls by restricting access to local networks only (127.0.0.1/32, 10.0.0.0/8, 172.16.0.0/12, 192.168.0.0/16) through IP allowlisting. The configuration is well-documented and follows security best practices.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Compare middleware configurations # Check both middleware definitions echo "Checking https-local middleware definition..." rg -A 10 "https-local" echo "Checking localaccess middleware definition..." rg -A 10 "localaccess" # Look for any related middleware changes in other files echo "Checking for related middleware changes..." rg -l "https-local|localaccess"Length of output: 42515
Script:
#!/bin/bash # Get middleware definitions echo "Current middleware configuration:" cat docker/security/traefik/dynamic/middlewares.yml echo -e "\nSearching for old/backup middleware configurations:" find . -type f -name "*.yml*" -o -name "*.yaml*" | grep -i "middleware\|traefik" | xargs grep -l "https-local" 2>/dev/nullLength of output: 3631
|
The use of this feature is not recommended, the HTTP protocol privides no security. |
Summary by CodeRabbit
Release Notes: Protocol Configuration Update
New Features
WEBPROTOto dynamically configure web protocol across servicesConfiguration Changes
Middleware Updates
https-local@filewithlocalaccess@filein many service configurationsCompatibility