kbrain

Pitney Bowes X4 Hardware Security Module (HSM)

Pitney Bowes, Inc. - FIPS 140 #3321

historicalLevel 3

The X4 HSM is a single chip cryptographic module using the Maxim MAX32590 hardware. The central purpose of the module is as a physical computing device that safeguards and manages cryptographic keys and provides cryptographic services to connected host devices. The module uses a number of strong identity based authentication mechanisms to provide authentication, integrity, and when necessary non-repudiation.

Key facts

Scheme
FIPS 140
Certificate
3321
Standard
FIPS 140-2
Security level
Level 3
Status
historical
Vendor
Pitney Bowes, Inc.
Module type
Hardware
Embodiment
Single Chip
Lab
Penumbra Security, Inc.
First validated
November 6, 2018
Versions
Part # 4W84001 Rev AAA (MAX32590 Secure Microcontroller Revision B4); Device Abstraction Layer (DAL) Version 01.01.0103; PB Bootloader Version 00.00.0016; HSM Application Version 21.01.0021
Caveat
When operated in FIPS Mode. The module generates cryptographic keys whose strengths are modified by available entropy

Algorithms

  • AES
  • CVL
  • DRBG
  • DSA
  • ECDSA
  • HMAC
  • KAS
  • KTS
  • RSA
  • SHS

Algorithm families of the CAVP certificates listed for this module, plus post-quantum algorithms named in its documents.

CVEs that may affect this product

sec-certs has not matched any CVE to this certificate. That is not proof the product is unaffected.

Related CVEs and certificate references are automated matches by sec-certs, not reviewed by humans: treat them as "may be affected" and verify before acting.

Documents and sources

Source: sec-certs.org (CRoCS, Masaryk University), from NIST CMVP and the Common Criteria Portal - dataset of September 21, 2026 - synced October 15, 2026

Check certifications from your AI assistant

The Security Certifications Explorer answers FIPS 140-3 and Common Criteria questions directly inside Claude, ChatGPT, or any MCP assistant, and links each certificate to the CVEs that may affect it.

Add the certifications brain