Filecatalyst Application Security Info

Whether you are moving 5GB or 5TB, the FileCatalyst ecosystem provides the peace of mind that your data will arrive fast, whole, and—most importantly—secure.

FileCatalyst uses AES-256 encryption . This is the same standard used by governments and financial institutions globally. Even if a packet is intercepted during its high-speed journey, it remains mathematically infeasible to decrypt. filecatalyst application security

| Area | Requirement | |------|-------------| | | Isolate FileCatalyst server in DMZ; restrict UDP ports (default 44333) to trusted IP ranges | | TLS | Use valid certificates (no self-signed in production); disable TLS 1.0/1.1 | | Authentication | Enforce MFA if using Central; disable local users when using LDAP | | Logging | Enable audit logs; forward to SIEM (syslog or CEF format) | | Updates | Apply patches within 30 days; subscribe to FileCatalyst security advisories | | Backup | Encrypt backups; store keys separately from backup data | Whether you are moving 5GB or 5TB, the

Security starts with making data unreadable to unauthorized parties. FileCatalyst employs industry-standard encryption to protect data both at rest and in transit: Even if a packet is intercepted during its

Traditional file transfers rely on TCP, which can be sluggish over high-latency networks. FileCatalyst uses a proprietary . From a security perspective, this is significant because FileCatalyst does not simply "fire and forget" packets. It implements a sophisticated retransmission and congestion control mechanism that ensures data integrity without exposing the vulnerabilities often associated with raw UDP streams. 2. Advanced Encryption Standards (AES)