Xerox Versant 3100 Press User manual

Xerox® Application Security Guide and Information Assurance Disclosure
Xerox®
Security Guide
Entry Production Color Presses
Versant®
2100/3100
Color Digital Press
Versant® 80/180
Color Digital Press
ColorPress®
Production Press
Versant 2100 Press,
Versant 3100 Press
Versant 80 Press,
Versant 180 Press
Color 800/1000 Press
Color 800i/1000i Press

Xerox® Security Guide for Entry Production Color Class Products
© 2019 Xerox Corporation. All rights reserved. Xerox and Xerox and Design® are trademarks of Xerox
Corporation in the United States and/or other countries. BR26363
Other company trademarks are also acknowledged.
Document Version: 1.0 (February 2019).
Copyright protection claimed includes all forms and matters of copyrightable material and information now
allowed by statutory or judicial law or hereinafter granted including without limitation, material generated
from the software programs which are displayed on the screen, such as icons, screen displays, looks, etc.
Changes are periodically made to this document. Changes, technical inaccuracies, and typographic
errors will be corrected in subsequent editions.

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March 2019 Page 1-1
Table of Contents
1INTRODUCTION ................................................................................................................................1-3
PURPOSE .................................................................................................................................................1-3
TARGET AUDIENCE ...................................................................................................................................1-3
DISCLAIMER..............................................................................................................................................1-3
PHYSICAL COMPONENTS...........................................................................................................................1-3
ARCHITECTURE.........................................................................................................................................1-4
USER INTERFACE......................................................................................................................................1-4
SCANNER .................................................................................................................................................1-4
MARKING ENGINE .....................................................................................................................................1-4
CONTROLLER ...........................................................................................................................................1-5
OPTIONAL EQUIPMENT..............................................................................................................................1-5
2USER DATA PROTECTION ..............................................................................................................2-7
USER DATA PROTECTION WHILE WITHIN PRODUCT ......................................................................................2-7
USER DATA IN TRANSIT .............................................................................................................................2-8
3NETWORK SECURITY....................................................................................................................3-10
TCP/IP PORTS &SERVICES....................................................................................................................3-10
NETWORK ENCRYPTION ..........................................................................................................................3-11
NETWORK ACCESS CONTROL..................................................................................................................3-16
CONTEXTUAL ENDPOINT CONNECTION MANAGEMENT...............................................................................3-17
FIPS140-2 COMPLIANCE VALIDATION......................................................................................................3-17
ADDITIONAL NETWORK SECURITY CONTROLS ..........................................................................................3-17
4DEVICE SECURITY: BIOS, FIRMWARE, OS, RUNTIME, AND OPERATIONAL SECURITY
CONTROLS.............................................................................................................................................4-19
FAIL SECURE VS FAIL SAFE.....................................................................................................................4-19
PRE-BOOT SECURITY..............................................................................................................................4-20
BOOT PROCESS SECURITY......................................................................................................................4-20
RUNTIME SECURITY ...................................................................................ERROR!BOOKMARK NOT DEFINED.
EVENT MONITORING &LOGGING .............................................................................................................4-20
OPERATIONAL SECURITY.........................................................................................................................4-21
BACKUP &RESTORE (CLONING)..............................................................................................................4-21
EIP APPLICATIONS..................................................................................................................................4-21
5CONFIGURATION & SECURITY POLICY MANAGEMENT SOLUTIONS.....................................5-22
6IDENTIFICATION, AUTHENTICATION, AND AUTHORIZATION..................................................6-23
AUTHENTICATION....................................................................................................................................6-23
AUTHORIZATION (ROLE BASED ACCESS CONTROLS)................................................................................6-25
7ADDITIONAL INFORMATION & RESOURCES..............................................................................7-26
SECURITY @XEROX®............................................................................................................................7-26
RESPONSES TO KNOWN VULNERABILITIES ...............................................................................................7-26
ADDITIONAL RESOURCES ........................................................................................................................7-26
APPENDIX A: PRODUCT SECURITY PROFILES................................................................................7-27
VERSANT®80/180 ................................................................................................................................7-28
VERSANT®2100/3100...........................................................................................................................7-31

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COLORPRESS®800/1000/800I/1000I....................................................................................................7-35
APPENDIX B: SECURITY EVENTS ......................................................................................................7-39
XEROX VERSANT®80/180 SECURITY EVENTS........................................................................................7-39
XEROX VERSANT®2100/3100 SECURITY EVENTS..................................................................................7-41
COLORPRESS®SECURITY EVENTS .........................................................................................................7-43

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Introduction
Purpose
The purpose of this document is to disclose information for the Xerox ® Entry Production Color Presses
(hereinafter referred to as “the product” or “the system”) with respect to product security. Product Security,
for this paper, is defined as how image data is stored and transmitted, how the product behaves in a
network environment, and how the product may be accessed both locally and remotely. Furthermore, this
document is provided to inform Xerox customers of the design, functions, and features of the product with
respect to Information Assurance. This document does not provide tutorial level information about
security, connectivity, or the product’s features and functions as this information is readily available
elsewhere. We assume the reader has a working knowledge of the topics contained within.
Target Audience
The target audience for this document is Xerox field personnel and customers concerned with IT security.
Disclaimer
The information in this document is accurate to the best knowledge of the authors and is provided without
warranty of any kind. In no event shall Xerox be liable for any damages whatsoever resulting from user's
use or disregard of the information provided in this document including direct, indirect, incidental,
consequential, loss of business profits or special damages, even if Xerox has been advised of the
possibility of such damages.
Product Description
Physical Components
Versant® products consist of an input document handler and scanner, marking engine, controller, and
user interface. ColorPress® products do not have an input document handler or scanner. A typical
configuration is depicted below. Please note that options including finishers, paper trays, document
handers, etc. may vary configuration, however, they are not relevant to security and are not discussed.
1. HCF.
2. Bypass paper feed tray.
3. Front USB Port(s)*
4. Touch screen user interface.
5. Toner Door Cover.
8. Main Right Front Door.
9. Paper Tray Module
10. Offset Catch Tray
*Denotes a security related component

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6. Main Left Front Door.
7. Main Middle Front Door.
Architecture
Versant® and ColorPress® products share a common architecture which is depicted below. The
following sections describe components in detail.
User Interface TRUE FOR VERSANT BUT NOT FOR COLOR PRESS NOTE
(There is no Scanner on Color Press or Versant 2100/3100)
The user interface detects soft and hard button actuations and provides text and graphical prompts to the
user. The user interface is sometimes referred to as the Graphical User Interface (GUI) or Local UI (LUI)
to distinguish it from the remote web server interface (WebUI).
The user interface allows users to access product services and functions. Users with administrative
privileges can manage the product configuration settings. User permissions are configurable through
Role Based Access Control (RBAC) policies, described in section 6Identification, Authentication, and
Authorization
Scanner
The scanner converts documents from hardcopy to electronic data. A document handler moves originals
into a position to be scanned. The scanner provides enough image processing for signal conditioning and
formatting. The scanner does not store scanned images.
Marking Engine
The Marking Engine performs copy/print paper feeding and transport, image marking, fusing, and
document finishing. The marking engine is comprised of paper supply trays and feeders, paper transport,
LED scanner, xerographics, and paper output and finishing. The marking engine is only accessible to the
Controller via inter-chip communication with no other access and does not store user data.
User
Interface
Scanner
Controller
Marking
Engine
External
Interfaces
Device
Storage
Optional
Interfaces

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Controller
The controller manages document processing using proprietary hardware and algorithms to process
documents into high-quality electronic and/or printed reproductions. Documents may be temporarily
buffered in RAM during processing. Some models may be equipped with additional storage options such
as magnetic Hard Disk Drive (HDD), Solid State Disk (SSD), SD Card, or Flash media. For model
specific details please see Appendix A: Product Security Profiles. Versant® and ColorPress® products
encrypt user data and include media sanitization (overwrite) options that ensure that erased data cannot
be recovered, described further in section 2User Data Protection.
In addition to managing document processing the controller manages all network functions and services.
Details can be found in section Network Security.
The controller handles all I/O communications with connected products. The following section provides a
description of each interface. Please note that not all interfaces are supported on all models; details
about each model can be found in Appendix A: Product Security Profiles.
Controller External Interfaces
Front Panel USB (Type A) port(s)
One or more USB ports may be located on the front of the product, near the user interface. Front USB
ports may be enabled or disabled by a system administrator. The front USB port supports the following:
Walk-up users may insert a USB thumb drive to store or retrieve documents for scanning and/or
printing(Versant cannot print from USB –not an option. from a FAT formatted USB device. The
controller will only allow reading/writing of a limited set of known document types (such as DOC,
PDF, PNG, JPEG, TIFF, etc.). Other file types including binary executables are not supported.
Note that features that use the front USB ports (such as Scan to USB) can be disabled
independently or restricted using role-based access controls.
Connection of optional equipment such as NFC or CAC readers.
Firmware updates may be submitted through the front USB ports. (Note that the product must be
configured to allow local firmware updates, or the update will not be processed.
10/100/1000 MB Ethernet RJ-45 Network Connector
This is a standard RJ45 Ethernet network connector and confirms to IEEE Ethernet 802.3 standards.
Rear USB (Type B) Target port
A USB type B port located on the controller board at the rear of the product. This port supports the
following:
USB target connector used for service.
Note: This port can be disabled completely by a system administrator.
Optional Equipment
RJ-11 Analog Fax and Telephone
The analog fax module connects to the controller. The fax connection supports the Fax Modem T.30
protocol only and will not accept data or voice communication attempts. An external (EXT) is available to
connect an external handset. In this configuration, the FAX card acts as a passive relay.
Wireless Network Connector
Xerox Versant® and ColorPress® products do not offer a wireless connector option.

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Near Field Communications (NFC) Reader
The system supports an installable RFID reader for authentication and convenience in certain
configurations. Versant® products accept the RFID reader via USB on the front of the product. This
communication cannot write or change any settings on the system. The data exchanged is not encrypted
and may include information including system network status, IP address and product location. NFC
functionality can be disabled using the embedded web server of the product. NFC functionality requires a
software plugin that can be obtained from Xerox sales and support. NFC functionality is supported via
optional touch screen user interface or optional dedicated NFC USB dongle.
Information shared over NFC includes: IPv4 address, IPv6 address, MAC address, UUID (a unique
identifier on the NFC client), and fully qualified domain name
SMART CARD –CAC/PIV
All Versant® products support CAC/PIV login by enabling the Versant® Plug-in feature and then enabling
the appropriate plug-in. Additional plug-ins can be downloaded from Xerox.com in the Support area
online.
Foreign Product Interface
This port is used to connect optional equipment to control access to the machine. A typical application is
a coin-operated product where a user must deposit money to enable the machine to print. The
information available via the Foreign Product Interface is limited to optically-isolated pulses that can be
used to count impressions marked on hardcopy sheets. No user data is transmitted to or from this
interface.

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User Data Protection
Xerox Entry Production Color Presses receive, process, and may optionally store user data from several
sources including: local print, scan, fax NO FAX ON VERSANT OR CP1000, or copy jobs or mobile and
cloud applications, etc. Xerox products protect user data being processed by employing strong
encryption. When the data is no longer needed, the Image Overwrite (IIO) feature automatically erases
and overwrites the data on magnetic media, rendering it unrecoverable. As an additional layer of
protection, an extension of IIO called On-Demand Image Overwrite (ODIO) can be invoked to securely
wipe all user data from magnetic media.
User Data protection while within product
This section describes security controls that protect user data while it is resident within the product. For a
description of security controls that protect data in transit please refer to the following section that
discusses data in transit; also, the Network Security section of this document.
Encryption
All user data being processed or stored on the product is encrypted by default. Note that encryption
may be disabled to enhance performance on both Versant® and ColorPress® products (though this is not
recommended in secure environments).
The algorithm used in the product is AES-256. The encryption key is automatically created at start up
and stored in the RAM. The key is deleted by a power-off, due to the physical characteristics of the RAM.
TPM Chip
Some models include a Trusted Platform Module (TPM). The TPM is compliant with ISO/IEC 11889, the
international standard for a secure cryptoprocessor, dedicated to secure cryptographic keys. The TPM is
used to securely hold the product storage encryption key. Please refer to Appendix A: Product Security
Profiles for model specific information.
Media Sanitization (Image Overwrite)
ColorPress® and Versant® products equipped with magnetic hard disk drives are compliant with NIST
Special Publication 800-88 Rev1: Guidelines for Media Sanitization. User data is securely erased using a
three-pass algorithm as described in the following link:
https://nvlpubs.nist.gov/nistpubs/specialpublications/nist.sp.800-88r1.pdf
Immediate Image Overwrite
When enabled, Immediate Image Overwrite (IIO) will overwrite any temporary files that were created on
the magnetic hard disk that may contain user data. The feature provides continuous automatic
overwriting of sensitive data with minimal impact to performance, robust error reporting, and logging via
the Audit Log.
On-Demand Image Overwrite
Complementing the Immediate Image Overwrite is On-Demand Overwrite (ODIO). While IIO overwrites
individual files, ODIO overwrites entire partitions. The ODIO feature can be invoked at any time and
optionally may be scheduled to run automatically.
Note: Solid State storage media such as Solid-State Disk, eMMC, SD-Card, and Flash media cannot be completely
sanitized by multi-pass overwriting methods due to the memory wear mapping that occurs. Additionally, attempts to do so
would also greatly erode the operational lifetime of solid state media. Solid State media is therefore not recommended for
use in highly secure environments. Please refer to NIST-800-88 “Table A-8: Flash Memory-Based Storage Product
Sanitization” for technical details.

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User Data in Transit
This section focuses on the protection of user data (print/scan/other jobs) in transit as they are submitted
to the product for processing and/or are sent from the product to other systems. Additional protections
are also discussed in the Network Security section of this document.
Inbound User Data
Print Job Submission
In addition to supporting network level encryption including IPSec and WPA, Xerox products also support
encryption of print job data at the time of submission. This can be used to securely transmit print jobs
over unencrypted connections or to enhance existing network level security controls.
Encrypted Transport
Description
IPPS (TLS)
Submit print jobs via Secure Internet Printing Protocol. This protocol is
based on HTTP and utilizes the TLS suite to encrypt data.
HTTPS (TLS)
Securely submit a print job directly to product via the built-in web server.
Xerox Print Stream
Encryption
The Xerox Global Print Driver® supports document encryption when
submitting Secure Print jobs to enabled products. Simply check the box to
Enable Encryption when adding the Passcode to the print job.
Outbound User Data
Scanning to Network Repository, Email, Fax Server
Versant® digital press products support scanning of hardcopy documents to external network locations
including file repositories and email and facsimile services. In addition to supporting network level
encryption including IPSec and WPA, Xerox products support the following:
Protocol
Encryption
Description
HTTP
N/A
Unencrypted HTTP protocol
HTTPS (TLS)
TLS
HTTP encrypted by TLS
FTP
N/A
Unencrypted FTP
SFTP (SSH)
SSH
FTP encrypted by SSH
SMBv3
Optional
Encryption may be enabled on a Windows share.
Versant® and ColorPress® products currently support SMB
encryption.
SMBv2
N/A
Unencrypted SMB
SMBv1
N/A
Not used as a transport protocol. Used for network discovery only.
SMTP (email)
S/MIME
The product uses SMTP to transmit data to the email server. Email
authentication, encryption, and signing are supported. Please refer
to the Network Security section of this document for details.
Scanning to User Local USB Storage Product
Scan data is transferred directly to the user’s USB product. Filesystem encryption of user products are
not supported.

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Add on Apps- Cloud, Google, DropBox, and others
Xerox Versant® Color Presses support the Xerox App Gallery® which contains several additional
applications that extend the capabilities of Xerox products. Discussion of App security is beyond the
scope of this document. Xerox Apps utilize the security framework provided by the 3rd party vendor. (For
example, Microsoft O365 or Google apps would utilize Microsoft & Google’s security mechanisms
respectively). Please consult documentation for individual Apps and 3rd party security for details.
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
Local Data Encryption (HDD, SDD, IC, SD Card)
AES-256
AES-256
AES-256
Federal Information Protection Standard 140-2
Yes
Yes
Yes
Media Sanitization NIST 800-171 (Image Overwrite)
All models use magnetic
HDD
Models with magnetic
HDD. See Appendix A:
Product Security Profiles
Models with magnetic
HDD. See Appendix A:
Product Security Profiles
Print Submission
IPPS (TLS)
Supported
Supported
Supported
HTTPS (TLS)
Supported
Supported
Supported
Xerox Print Stream Encryption
Supported
(Not currently supported)
(Not currently supported)
Scan to Repository Server
HTTPS (TLS)
1.1/1.2
(Not Applicable)
(Not Applicable)
SFTP (SSH)
SSH-2
(Not Applicable)
(Not Applicable)
SMB (unencrypted)
v1, v2, v3
(Not Applicable)
(Not Applicable)
SMB (with share encryption enabled)
V3
(Not Applicable)
(Not Applicable)
HTTP (unencrypted)
Supported
(Not Applicable)
(Not Applicable)
FTP (unencrypted)
Supported
(Not Applicable)
(Not Applicable)
Scan to Fax Server
HTTPS (TLS)
1.1/1.2
(Not Applicable)
(Not Applicable)
SFTP (SSH)
SSH-2
(Not Applicable)
(Not Applicable)
SMB (unencrypted)
v1, v2, v3
(Not Applicable)
(Not Applicable)
SMB (with share encryption enabled)
V3
(Not Applicable)
(Not Applicable)
S/MIME
Supported
(Not Applicable)
(Not Applicable)
HTTP (unencrypted)
Supported
(Not Applicable)
(Not Applicable)
FTP (unencrypted)
Supported
(Not Applicable)
(Not Applicable)
SMTP (unencrypted)
Supported
(Not Applicable)
(Not Applicable)
Scan to Email
S/MIME
Supported
(Not Applicable)
(Not Applicable)
SMTP (unencrypted)
Supported
(Not Applicable)
(Not Applicable)

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Network Security
Xerox products are designed to offer a high degree of security and flexibility in almost any network
environment. This section describes several aspects of the product related to network security.
TCP/IP Ports & Services
Xerox devices are robust, offering support for a wide array of services and protocols. The devices are
capable of hosting services as well as acting as a client for others. The diagram below presents a high-
level overview of inbound communications (from other hosts on the network into listening services on the
device) and outbound connections initiated by the device (acting as a client to external network services).
Inbound (Listening Services)
Out Bound (Network Client)
Print Services
LPR, IPP, Raw IP, etc.
Management Services
SNMP, Web interface, WebServices,
etc.
Infrastructure & Discovery Services
IPSEC, SSDP, WSD, mDNS,
NetBIOS, etc.
Built-in Scan Services
FTP, HTTP & HTTPS (TLS), SFTP
(SSH), SMB, CIFS, SMTP &
SMTPS, POP3 & POPS, etc.
Authentication Services
LDAP & LDAPS, SMB, Kerberos.
Infrastructure
ISAKMP (IPSec), DHCP & DHCPv6,
etc.
Cloud Services
No direct APE to the above.
Listening services (inbound ports)
The following table summarizes all potentially open ports on the product. These ports can be
enabled/disabled within the product configuration.
Port
Type
Service Name
20
TCP
• FTP data (Active) - Client -
21
TCP
• FTP – Client -
25
TCP
• SMTP
53
TCP/UDP
• DNS – Client -
67
UDP
• BOOTP/DHCP – Client
80
TCP
• HTTP(CWIS)
80
TCP
• HTTP(SESAMi Manager)
80
TCP
• HTTP(WebDAV)
88
UDP
• Kerberos – Client -

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110
TCP
• POP3 – Client -
123
UDP
• SNTP – Client -
137
UDP
• NETBIOS – Name Service
138
UDP
• NETBIOS – Datagram Service
161
UDP
• SNMP
162
UDP
• SNMP trap
389
TCP
• LDAP – Client -
427
TCP/UDP
• SLP
443
TCP
• HTTP(CWIS)
500
UDP
• ISAKMP
547
UDP
• DHCPv6 – Client
636
TCP
• LDAPS – Client -
995
TCP
• POPS – Client -
1824
TCP
• HTTPS(OffBox Validation) – Client -
1824
TCP
• Xerox Secure Access
1900
UDP
• SSDP
5353
UDP
• Mdns
9100
TCP
• raw IP
15000
TCP
• Loopback port for the control of SMTP server
Network Encryption
IPSec
Internet Protocol Security (IPsec) is a network security protocol capable of providing encryption and
authentication at the packet level. ColorPress® and Versant® products support IPSec for both IPv4 and
IPv6 protocols.
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant 180
Press
Versant 2100 Press, Versant
3100 Press
Color 800/1000 Presses, Color
800i/1000i Presses
IPSec
Supported IP Versions
IPv4, IPv6
IPv4, IPv6
IPv4, IPv6
Key exchange authentication method
Preshared Key & digital
signature, device
authentication certificate,
server validation certificate
Preshared Key & digital
signature
Preshared Key & digital
signature
Transport Mode
Transport & Tunnel mode
Transport mode only
Transport mode only
Security Protocol
ESP & AH
ESP only
ESP only
ESP Encryption Method
AES, 3DES, Null
AES, 3DES, DES
AES, 3DES, DES
ESP Authentication Methods
SHA1, SHA256, None
SHA1, SHA256, None
SHA1, SHA256, None

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Wireless 802.11 Wi-Fi Protected Access (WPA)
Xerox Versant® and ColorPress® products do not offer a wireless network connector option.
TLS
Versant® and ColorPress® products support the latest version, TLS 1.2.
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
TLS Versions Supported
Product Web Interface
1.2, 1.1, 1.0
1.2, 1.1, 1.0
1.2, 1.1, 1.0
Product Web Services
1.2, 1.1, 1.0
1.2, 1.1, 1.0
1.2, 1.1, 1.0
Product IPPS printing
1.2, 1.1, 1.0
1.2, 1.1, 1.0
1.2, 1.1, 1.0
Remote control
1.2
1.2
1.2

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Public Key Encryption (PKI)
A digital certificate is a file that contains data used to verify the identity of the client or server in a network
transaction. A certificate also contains a public key used to create and verify digital signatures. To prove
identity to another product, a product presents a certificate trusted by the other product. The product can
also present a certificate signed by a trusted third party and a digital signature proving that it owns the
certificate.
A digital certificate includes the following data:
• Information about the owner of the certificate
• The certificate serial number and expiration date
• The name and digital signature of the certificate authority (CA) that issued the certificate
• A public key
• A purpose defining how the certificate and public key can be used
There are four types of certificates:
• A Product Certificate is a certificate for which the printer has a private key. The purpose specified in the
certificate allows it to be used to prove identity.
• A CA Certificate is a certificate with authority to sign other certificates.
• A Trusted Certificate is a self-signed certificate from another product that you want to trust.
• A domain controller certificate is a self-signed certificate for a domain controller in your network.
Domain controller certificates are used to verify the identity of a user when the user logs in to the product
using a Smart Card.
For protocols such as HTTPS, the printer is the server, and must prove its identity to the client Web
browser. For protocols such as 802.1X, the printer is the client, and must prove its identity to the
authentication server, typically a RADIUS server.
Device Certificates
Versant® and ColorPress® products support both CA signed and self-signed certificates. Product
certificates support a bit length of up to 2048 bits.
A CA signed certificate can be created by generating a Certificate Signing Request (CSR), and sending it
to a CA or a local server functioning as a CA to sign the CSR. An example of a server functioning as a
certificate authority is Windows Server 2008 running Certificate Services. When the CA returns the signed
certificate, install it on the printer.
Alternatively, a self-signed certificate may be created. When you create a Product Certificate, the product
generates a certificate, signs it, and creates a public key used in SSL/TLS encryption.
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
Device Certificates
Certificate Length
1024, 2048
1024, 2048
1024, 2048
Supported Hashes
SHA1, SHA256
SHA256, SHA384,
SHA512
SHA256, SHA384,
SHA512
Product Web Server
Supported
Supported
Supported
IPPS (TLS) Printing
Supported
Supported
Supported
802.1X Client
Supported
Supported
Supported
Email Signing
Supported
(Not Applicable)
(Not Applicable)
Email Encryption
Supported
(Not Applicable)
(Not Applicable)
OCSP Signing
Supported
Supported
Supported
IPSec
Supported
Supported
Supported

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SFTP
Supported
(Not Applicable)
(Not Applicable)
Trusted Certificates
Public certificates may be imported to the product’s certificate store for validation of trusted external
products. The following categories are supported:
• Trusted Root CA Certificate -Certificates with authority to sign other certificates. These certificates
usually are self-signed certificates that come from another product or service that you want to trust.
• Intermediate CA Certificate - Certificates that link a certificate to a Trusted Root CA Certificate in certain
network environments.
• Other Certificates- Certificates that are installed on the printer for solution-specific uses.
An administrator can specify the minimum encryption key length required for certificates. . If a user
attempts to upload a certificate containing a key that does not meet this requirement, a message appears.
The message alerts the user that the certificate they are attempting to upload does not meet the key
length requirement.
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
Trusted Certificates
Minimum Length Restriction Options
None, 1024, 2048
1024, 2048
1024, 2048
Maximum Length
4096
4096
4096
Supported Hashes
SHA1/224/256/384/512
SHA1/224/256/384/512
SHA1/224/256/384/512
Supported Formats
.cer, .crt, .der, .pem,
PKCS#7 (.p7b),
PKCS#12 (.pfx, .p12)
.cer, .der, PKCS#7,
PKCS#12 (.pfx, .p12)
.cer, .der, PKCS#7,
PKCS#12 (.pfx, .p12)
IPSec
Supported
Supported
Supported
LDAP
Supported
Supported
Supported
Scanning (HTTPS/TLS)
Supported
(Not Applicable)
(Not Applicable)
Scanning (SFTP/SSH)
Used for audit log transfer
(Not Applicable)
(Not Applicable)
802.1X Client
Supported
Supported
Supported
Email Signing
Supported
(Not Applicable)
(Not Applicable)
Email Encryption
Supported
(Not Applicable)
(Not Applicable)
OCSP Signing
Supported
Supported
Supported

Xerox® Security Guide for Entry Production Color Class Products
March 2019 Page 3-15
Certificate Validation
ColorPress® and Versant® devices support certificate validation with configurable checks for OSCP and
CRL. Validation checks include:
Validation of certificate path
Certificate expiration
Validation of trusted CA
Signature validation
Email Signing and Encryption using S/MIME
S/MIME (Secure/Multipurpose Internet Mail Extensions) provides Authentication, Message integrity, Non-
repudiation, and encryption of email.
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
Email S/MIME
Versions
v3
(Not Applicable)
(Not Applicable)
Digest
SHA1, SHA256, SHA384,
SHA512
(Not Applicable)
(Not Applicable)
Encryption
3DES, AES128, AES192,
AES256
(Not Applicable)
(Not Applicable)
SNMPv3
SNMPv3 is the current standard version of SNMP defined by the Internet Engineering Task Force (IETF).
It provides three important security features:
• Message integrity to ensure that a packet has not been tampered with in transit
• Authentication to verify that the message is from a valid source
• Encryption of packets to prevent unauthorized access
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
SNMPv3
Digest
(Not Supported)
(Not Supported)
(Not Supported)
Encryption
(Not Supported)
(Not Supported)
(Not Supported)

Xerox® Security Guide for Entry Production Color Class Products
March 2019 Page 3-16
Network Access Control
802.1x
In 802.1X authentication, when the product is connected to the LAN port of Authenticator such as the
switch as shown below, the Authentication Server authenticates the product, and the Authenticator
controls access of the LAN port according to the authentication result. The product starts authentication
processing at startup when the startup settings for 802.1X authentication are enabled.
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
Network Access Control
802.1x
Supported
Supported
Supported
Authentication Methods
PSK, AES (CCMP)/TKIP,
PEAPv0/MS-CHAPv2,
EAP-TLS, EAP-
TTLS/PAP, EAP-
TTLS/MS-CHAPv2, EAP-
TTLS/EAP-TLS
MD5, MS-CHAPv2,
PEAP/MS-CHAPv2, EAP-
TLS
MD5, MS-CHAPv2,
PEAP/MS-CHAPv2,
EAP-TLS
Cisco Identity Services Engine (ISE)
Cisco ISE is an intelligent security policy enforcement platform that mitigates security risks by providing a
complete view of which users and what products are being connected across the entire network
infrastructure. It also provides control over what users can access on your network and where they can
go. Cisco's ISE includes over 200 Xerox® product profiles that are ready for security policy enablement.
This allows ISE to automatically detect Xerox® products in your network. Xerox® products are organized
in Cisco ISE under product families, such as Versant®, enabling Cisco ISE to automatically detect and
profile new Xerox® products from the day they are released. Customers who use Cisco ISE find that
including Xerox® products in their security policies is simpler and requires minimal effort.
Cisco ISE Profiling Services provides dynamic detection and classification of endpoints connected to the
network. ISE collects various attributes for each network endpoint to build an endpoint database. The
classification process matches the collected attributes to prebuilt or user-defined conditions, which are
then correlated to an extensive library of product profiles. These profiles include a wide range of product
types, including tablets, smartphones, cameras, desktop operating systems (for example, Windows®,
Mac OS® X, Linux® and others), and workgroup systems such as Xerox printers and MFPs.
Once classified, endpoints can be authorized to the network and granted access based on their profile
signature. For example, guests to your network will have different level of access to printers and other
end points in your network. For instance, you and your employees can get full printer access when
accessing the network from a corporate workstation but be granted limited printer access when accessing
the network from your personal Apple® iPhone®.
Cisco ISE allows you to deploy the following controls and monitoring of Xerox® products:
Automatically provision and grant network access rights to printers and MFPs to prevent
inappropriate access (including automatically tracking new printing products connecting to the
network):
oBlock non-printers from connecting on ports assigned to printers
Authentication
Server
Authenticator
(e.g. Switch)
Product
(Supplicant)
EAPOL

Xerox® Security Guide for Entry Production Color Class Products
March 2019 Page 3-17
oPrevent impersonation (aka spoofing) of a printer/MFP
oAutomatically prevent connection of non-approved print products
oSmart rules-based policies to govern user interaction with network printing products
Provide simplified implementation of security policies for printers and MFPs by:
oProviding real time policy violation alerts and logging
oEnforcing network segmentation policy
oIsolating the printing products to prevent general access to printers and MFPs in
restricted areas
Automated access to policy enforcement
Provide extensive reporting of printing product network activity
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
Network Access Control
Cisco ISE
Supported
Supported
(Not Supported)
Contextual Endpoint Connection Management
Traditionally network connection management has been limited to managing endpoints by IP address and
use of VLANs and firewalls. This is effective, but highly complex to manage for every endpoint on a
network. Managing, maintaining, and reviewing the ACLs (and the necessary change management and
audit processes to support them) quickly become prohibitively expensive. It also lacks the ability to
manage endpoints contextually.
Connectivity of Versant® and ColorPress® devices can be fully managed contextually by Cisco
TrustSec. TrustSec uses Security Group Tags (SGT) that are associated with an endpoint’s user, device,
and location attributes. SG-ACLs can also block unwanted traffic so that malicious reconnaissance
activities and even remote exploitation from malware can be effectively prevented.
FIPS140-2 Compliance Validation
When enabled, the product will validate its current configuration to identify cryptographic modules in use.
Modules which are not FIPS 140-2 (Level 1) compliant will be reported.
Versant® products include FIPS compliant algorithms of Kerberos, however an exception can be
approved to run these in non-FIPS compliant mode when configured for non-FIPS algorithms.
Versant® products use encryption algorithms for Kerberos, SMB, and PDF Direct Print Service that are
not approved by FIPS140-2. They can however operate in FIPS140-2 approved Mode in order to
maintain compatibility with conventional products after an exception is approved by a system
administrator. They do not use FIPS compliant algorithms when in this configuration.
Additional Network Security Controls
Additional network security controls are discussed in the following sections.
Endpoint Firewall Options
Versant® 80/180 Press
Versant® 2100/3100
Press
Color 800/100 Press®
Versant 80 Press, Versant
180 Press
Versant 2100 Press,
Versant 3100 Press
Color 800/1000 Presses,
Color 800i/1000i Presses
Firewall
Stateful Packet Filter
IP Whitelisting
IP Whitelisting
Stateful Firewall
Supported
Supported
Supported

Xerox® Security Guide for Entry Production Color Class Products
March 2019 Page 3-18
IP Whitelist
Supported
Supported
Supported
IP Whitelisting (IP Address Filtering)
Versant® products support IP Whitelisting only.
When enabled all traffic is prohibited regardless of interface (wired/wireless) unless enabled by IP filter
rule. IPv4 and IPv6 are enabled separately. If IP Filter and IPsec are both enabled, IPsec is evaluated
first. Up to 25 addresses can be enabled for IPv4 and an additional 25 for IPv6. Addresses include IP
and subnet allowing individual system or subnets to be enabled. A system administrator can disable this
feature using the embedded web server.
Stateful Firewall (Advanced IP Filtering)
ColorPress® products support stateful packet inspection that tracks connections and packet flows. Rules
may be configured that examine incoming and outgoing packets. Packets are matched against each rule
in order until a match occurs and allows the packet to be accepted, rejected, or dropped.