ScholarJMS
Journal Management System
Platform Security Assessment
Application Security
Assessment Report
This report summarises the security posture of the ScholarJMS platform across authentication, data handling, file uploads, encryption, payment processing, and scholarly infrastructure.
Report Ref
SJ-SEC-2026-08
Assessment Date
11 August 2026
Assessment Type
Internal Assessment
Executive Overview
The ScholarJMS platform was assessed across 17 security controls spanning authentication, CSRF, file handling, encryption, mass assignment protection, payment processing, identity verification, HTTP security, and dependency management. All assessed controls are met.
17
PASS
Controls met
0
PARTIAL
Need attention
0
RECOMMENDATION
Best practice
Scope
In Scope
- Authentication and session management
- CSRF protection
- File upload handling and storage
- Encryption of data at rest and in transit
- Input validation and mass assignment controls
- Payment processing controls
- Scholarly integrations (ORCID, DOI)
- HTTP security configuration
- Dependency management practices
Out of Scope
- Server and operating system hardening
- Network-level security and firewall configuration
- Third-party service security posture
- Physical access controls
- Social engineering
SJ-SEC-2026-08
Authentication & CSRF Protection
Session identifiers are regenerated upon successful login, preventing session fixation attacks.
Password reset responses are identical regardless of whether the submitted email address is registered, preventing account enumeration.
Rate limiting is applied to all authentication endpoints including login, registration, and password reset flows on both tenant and administrative interfaces.
CSRF protection is active globally on all state-changing operations. Webhook endpoints are exempt where technically required by external service integrations.
SJ-SEC-2026-08
File Upload Security
Uploaded files are validated against both the declared file type and the actual file content. Both checks must pass before a file is accepted.
User-supplied filenames are never used on disk. System-generated identifiers are assigned to all uploaded files, preventing path traversal and filename injection attacks.
All uploaded files are stored in a location not directly accessible by the web server. Files are served only through authenticated, access-controlled application endpoints.
Executable, script, and markup file types are blocked from upload regardless of how they are declared by the client.
SJ-SEC-2026-08
Encryption & Data Integrity
All third-party service credentials and API secrets stored by the platform are encrypted at rest using industry-standard symmetric encryption.
Session data stored server-side is encrypted at rest, ensuring that database-level access does not expose session content.
All connections to the platform are enforced over HTTPS in production. Unencrypted connections are not served.
All data models use strict allowlists defining which fields may be set through user input. Unrestricted mass assignment is not permitted on any model.
SJ-SEC-2026-08
Payments, Identity & Scholarly Infrastructure
Payment processing is fully delegated to a certified third-party payment provider. No card numbers, CVVs, or sensitive payment data are captured, processed, or stored by this platform.
The platform integrates with the ORCID identity system, allowing researchers to verify and link their professional identities. Authentication tokens are stored encrypted.
DOI registration for published articles is fully implemented, providing persistent, internationally recognised identifiers for all published content.
SJ-SEC-2026-08
HTTP Security & Dependencies
Standard security response headers are applied platform-wide to all HTTP responses, covering clickjacking prevention, content-type protection, referrer control, and browser feature restrictions.
Dependency vulnerability scanning is integrated into the release process. Advisories identified on the most recent scan were remediated or confirmed as confined to development tooling with no impact on production builds.
Conclusion
ScholarJMS demonstrates a strong application-level security posture. All 17 assessed controls are met, covering authentication rate limiting, session security, CSRF protection, file upload handling, encryption of data at rest and in transit, HTTP security headers, mass assignment protection, payment data handling, dependency scanning, and scholarly integrations.
ScholarJMS Platform
Issuing Organisation
11 August 2026
Assessment Date
Internal Platform Assessment - Not for External Distribution · SJ-SEC-2026-08
ScholarJMS
Journal Management System
Platform Security Assessment
Application Security
Assessment Report
This report summarises the security posture of the ScholarJMS platform across authentication, data handling, file uploads, encryption, payment processing, and scholarly infrastructure.
Report Ref
SJ-SEC-2026-08
Assessment Date
11 August 2026
Assessment Type
Internal Assessment
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