OVSTA
Los Angeles County Vsap 4.0 Consultant’s Functional Test Report
VSAP Tally Version 4.0
Read the report at Los Angeles County VSAP ↗
Los Angeles County
Voting Solutions for All People (VSAP) 4.0
Functional Test Report
for
California Secretary of State
CAF-25007-FTR-01
Vendor Name Los Angeles County
Vendor System VSAP 4.0
Prepared by:
4720 Independence St.
Wheat Ridge, CO 80033
303-422-1566
www.SLICompliance.com
Los Angeles County
VSAP 4.0
California Certification
Functional Test Report v1.0
Revision History
Date Release Author Revision Summary
January 15th, 2026 1.0 M. Harvey, Initial Release
A. Nestico
Disclaimer
The information reported herein must not be used by the client to claim product certification,
approval, or endorsement by NVLAP, NIST, or any agency of the Federal Government.
Trademarks
• SLI Compliance is a registered trademark of Gaming Laboratories International, LLC.
• All products and company names are used for identification purposes only and may be
trademarks of their respective owners.
Copyright 2026 by SLI ComplianceSM, a division of Gaming Laboratories International, LLC.
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VSAP 4.0
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TABLE OF CONTENTS
INTRODUCTION ........................................................................................................................................... 4
TESTING RESPONSIBILITIES .......................................................................................................................... 4
SCOPE OF THE VSAP 4.0 VOTING SYSTEM ............................................................................................ 4
SYSTEM COMPONENT DESCRIPTION ............................................................................................................. 4
SYSTEM DESCRIPTION .................................................................................................................................. 5
BLOCK DIAGRAM .......................................................................................................................................... 9
COMPONENTS ............................................................................................................................................ 10
FUNCTIONAL TESTING ............................................................................................................................ 10
PHASE ONE – PHYSICAL CONFIGURATION AUDIT ......................................................................................... 11
PHASE TWO – INSTALLATION ...................................................................................................................... 11
PHASE THREE – FUNCTIONAL CONFIGURATION AUDIT (CVSS 9.11.2).......................................................... 13
PHASE FOUR – FUNCTIONAL TESTING ......................................................................................................... 13
EVALUATION OF TESTING ...................................................................................................................... 24
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INTRODUCTION
This Functional Test Report details the testing performed during functional testing of the
Los Angeles’ County Voting Solutions for All People 4.0 (VSAP 4.0) voting system
against the California Voting System Standards (CVSS).
Testing Responsibilities
All testing was conducted under the guidance of personnel verified by the California
Secretary of State (CASOS) to be qualified to perform the testing.
Scope of the VSAP 4.0 Voting System
This section provides a description of the scope of the VSAP 4.0 voting system
components.
System Component Description
The VSAP 4.0 voting system is composed of six core components:
• Ballot Marking Device (BMD)
• BMD Manager (BMG)
• Enterprise Signing Authority (ESA)
• Interactive Sample Ballot (ISB)
• Tally
• VSAP Ballot Layout (VBL)
Ballot Marking Device (BMD)
The BMD is the primary touchpoint for the voter and hub of the voting system, guiding
users with screen prompts and symbols. The BMD features a touchscreen, an audio-
tactile interface (controller and headphones), paper handler (scanner and printer), QR
code scanner for election worker credentials and ISB, and dual-switch input which
voters use to generate, verify, and cast paper ballots. Completed ballots are transferred
to the integrated ballot box, which can be detached for unloading. The BMD enables in-
person voters to participate in elections in Los Angeles County.
Ballot Marking Device Manager (BMG)
The BMG manages and maintains BMDs. Its user interface enables operators to
manage software, ballot configurations, and post-election data. The BMG provides files
necessary for BMDs to present election data such as candidate information, multi-
lingual audio, and supporting text.
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Enterprise Signing Authority (ESA)
The ESA, also referred to as Digital Signing Authority (DSA), establishes the security
root and chain of trust for the VSAP system. This subsystem comprises the key
management, distribution, and authentication functions. The ESA uses a cryptographic
module to generate a public/private key pair to authenticate devices and transactions.
The ESA is the basis of data integrity for the voting system.
Interactive Sample Ballot (ISB)
The ISB is a web-based application that allows voters to mark selections on a sample
ballot, either on their computer or mobile device, prior to formally voting at a Vote
Center.
The ISB generates a Quick Response (QR) code, called a Poll Pass, containing voter
selections to pre-populate selections in the BMD.
Tally
Tally captures and processes ballot images to digitally count voter selections from paper
ballots, including BMD, and Vote by Mail (VBM). Tally scans and creates images of
ballots, recording the images as Cast Vote Records (CVRs), tabulates them, and
exports the election results.
Tally is responsible for counting votes at the end of an election.
VSAP Ballot Layout (VBL)
The VBL enables election managers to configure and generate ballot layouts. The VBL
subsystem ingests election information files and generates ballot layout files for use by
other components of the system.
The VBL provides a framework for election information.
System Description
Pre-Election
During pre-election, the VBL application enables election managers to configure and
generate ballot layouts and election files. The election data is exported to USB drives
for use on VSAP 4.0 components, providing them with a definition of the election and
ballot layout information.
The ESA application uses a cryptographic module to ensure each component of the
VSAP 4.0 system conforms to security standards and the data being transmitted to
components is secure and authenticated.
Initially, the ESA creates a secure environment, known as a Security World, in the
Hardware Security Module (HSM). The ESA then uses sets of smart cards for
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administrators and operators to manage security keys. The ESA provisions Certificate
Authorities to establish the security root and chain of trust.
Once completed, the ESA generates public/private export key pairs for each target
component (BMD, BMG, ISB, Tally, and VBL), and exports the keys, via USB drives, for
use in the target servers.
At the jurisdiction’s warehouse, the BMDs are connected to the BMG network using
network cables. The BMG is equipped with a USB flash drive interface to receive
security keys from ESA and election data from VBL.
The BMG loads the operating system and software applications onto the BMDs and
performs system verification through automated diagnostic tests.
Election files are transferred from the BMG through the network to the BMDs. Files are
exported from the BMG using USB flash drives.
The BMG logs internal processes and user interactions to a database and provides
mechanisms for querying, reporting, and exporting the log information.
The BMG manages and maintains the BMDs and allows operators to manage software,
configurations, and data.
The BMG network is a secured, physically isolated, and cabled local network, with no
external connections, either wired or wireless. A secure, independent network such as
this is known as an airgap.
The BMG maintains the location information of BMDs connected to the BMG network.
Processes and interactions are logged.
BMDs that do not communicate on the BMG network or are diagnosed through BMG to
have a fault can be located via the BMG for human inspection.
The BMG extracts the BMDs’ public key files and sends them to Tally to be used for
ballot validation.
The ISB is a software application that allows voters to review election information and
mark their sample ballots using a computer or mobile device, prior to formally voting at a
Vote Center. There are two operating modes for the ISB: Preprocessor and Client
application.
In Preprocessor mode, ISB takes the election files from VBL and generates data
packages optimized for use in the ISB Client application mode. Data mapping functions
assemble the data regarding precincts, ballot styles, and parties to associate the voter
with the appropriate precinct and identify the ballot style.
Depending on the type of voter, the ISB creates either a Poll Pass, a RAVBM ballot, or
a UOCAVA ballot.
To set up the ISB session, the voter inputs their address and zip code, allowing the
Client application to identify the correct precinct and display the appropriate ballot.
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During Client application mode, the voter marks their selections on the sample ballot
using a mobile device or computer, then reviews their selections. The ISB then
generates a Poll Pass, which is a QR code representing the voter’s selection. The Poll
Pass is saved on a mobile device or printed, then scanned at a BMD in the Vote Center
to populate voting selections.
Election
Before voting starts, election workers scan a pass containing an authentication QR code
and then use the touchscreen to enter a personal identification number (PIN) to activate
the BMD and perform the poll opening procedures.
During the voting day, voters are credentialled through the County’s ePollbook and
receive their blank paper ballot from the election workers.
The BMD scans the ballot’s Ballot Page Meta-data (BPM) QR code printed by the
ePollbook onto the ballot, containing information used by the BMD to determine the
appropriate ballot style to display.
Voters interact with the BMD to mark their ballot selections using various interfaces
including the touchscreen, controller, and dual-switch input device; to ensure privacy,
headphones provide the audio interface.
Alternatively, the voter can utilize their Poll Pass (obtained from pre-voting via the ISB)
and scan its QR code at a BMD in the Vote Center to populate voting selections, after
receiving their blank ballot from the poll worker.
After making selections, the voter’s ballot is printed. It displays election information,
voting selections, and a Selection Barcode Encoding (SBE) QR code containing their
selections and BMD information. The voter has an opportunity to review and verify the
printed ballot before selecting the option to cast the ballot via the BMD’s paper handler,
which deposits the validated paper ballot into the integrated ballot box.
An election worker empties the ballot box, when it is full or at the close of polls, each
night as a security measure, the BMD logs each time the ballot box is opened/emptied.
At the end of the voting day, the election worker performs the poll closing procedures.
The BMD creates Open Poll and Close Poll reports, election logs, and BMD interaction
logs.
Post-Election
Following the election, the BMDs are returned to carts and moved back to the
warehouse. Once the BMDs are reconnected to the BMG network, the BMD log files as
well as election and interaction data are uploaded to the BMG.
The Tally system is responsible for capturing and processing ballot images so voter
selections from paper ballots (including BMD, VBM, RAVBM, and UOCAVA ballots) can
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be digitally counted. From the perspective of the software system architecture, Tally
executes five main functions:
a. The ballots are scanned, and images are created.
b. Images are processed.
c. The ballot images are converted into Cast Vote Records (CVRs).
d. The CVRs are tabulated.
e. The election results from the tabulation are exported to support auditing and
reporting.
The Tally system uses an image scanner for capturing and processing ballot images to
digitally count selections. Public keys from the BMDs used in the election are loaded
into the Verifier and used to validate ballots; the BMD public key is contained within the
SBE QR code printed on the ballot. Tally converts the scanned images into CVRs, the
CVRs are tabulated and the election results from the tabulation are exported for use in
other systems.
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Block Diagram
The system overview of the submitted voting system is depicted in Figure 1.
Figure 1. VSAP 4.0 Voting System Overview
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Report No. CAF-25007-FTR-01
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VSAP 4.0
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Components
The VSAP 4.0 system is comprised of the following major components:
1. Tally, version 4.1.5
2. Ballot Marking Device (BMD), versions A0.1, A0.2, A0.3, A0.4
3. FormatOS, version 4.0.1
4. BMD BASI, version 4.0.1
5. BMD BESI, version 4.0.1
6. BMD Manager (BMG), version 4.0.1
7. VSAP Ballot Layout (VBL), version 4.0.5
8. Enterprise Signing Authority (ESA) (commercial off-the-shelf software [COTS]),
version 3.0
9. IBML Scanner 8400 ImageTrac 6400 (COTS)
10. Ballot Scanner Fujitsu Scanner fi-7180
11. Ballot Scanner Fujitsu Scanner fi-7180PR
Functional Testing
Prior to all testing, the Trusted Builds were created for all updated software: FormatOS,
VBL, BMG, BMD, Tally.
Functional testing was divided into four phases, with some phases overlapping each
other.
• Phase I – Physical Configuration Audit (PCA): Submitted components are
compared to the documentation.
• Phase II – Installation Phase: Steps necessary to install the system are
performed.
• Phase III – Functional Configuration Audit (FCA): Verification that the system’s
hardware and software perform all the functions listed in the documentation.
• Phase IV – Functional Testing: The system operations are exercised to conduct
an election following the California Use Procedure; the results are documented
and data is benchmarked for system validation by CASOS.
During installation and functional testing, it was necessary to make minor edits to the
California Use Procedures to provide clarity for end users.
During examination and review performance, the system was configured as it would be
for normal field use. This included connecting all supporting equipment and peripherals.
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VSAP 4.0
California Certification
Functional Test Report v1.0
Phase One – Physical Configuration Audit
The PCA compared the voting system components submitted for certification to the
manufacturer's technical documentation. This is an audit of all hardware and software in
the system to compare the Technical Documentation Package (TDP) to the actual
system. For the PCA, Los Angeles County provided:
• Identification of all items that are to be a part of the software release.
• Specification of compiler (or choice of compilers) to be used to generate
executable programs.
• Identification of all hardware that interfaces with the software.
• Configuration baseline data for all hardware that is unique to the system.
• Copies of all software documentation intended for distribution to users, including
program listings, specifications, operations manual, voter manual, and
maintenance manual.
• User acceptance test procedures and acceptance criteria.
• Identification of any changes between the physical configuration of the system
submitted for the PCA and that submitted for the FCA, with a certification that
any differences do not degrade the functional characteristics.
• Complete descriptions of its procedures and related conventions used to support
this audit by:
Establishing a configuration baseline of the software and hardware to be
o
tested.
Confirming whether the system documentation matches the corresponding
o
system components.
All anomalies and omissions in the documentation identified by CASOS during the PCA
were corrected.
Phase Two – Installation
System Installation, Configuration, and Validation
During Installation testing, the following was verified:
• All boxes, system components, etc. were labeled correctly.
• The voting system was labeled correctly. (CVSS 8.2.a).
• A Configuration Log was established. (CVSS 8.2.b).
• All hardware that was used in the testing, including servers, workstations,
monitors, printers, voting devices, and peripherals were documented.
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Build Software, Servers, and Workstations
• All computers were wiped with Darik’s Boot and Nuke (DBAN).
• All software and firmware components to be compiled in the trusted build were
included and validated with hashes provided by the manufacturer for COTS
software/firmware components.
• All hardware, compilers, and components needed to compile the trusted build
were included and available.
• The hardware provided was verified to meet or exceed the minimum
requirements in the installation procedure manuals.
• The required COTS software was verified to be available.
• The component list of software and firmware matched exactly to what was
prescribed to be installed.
• All software and firmware components were built in accordance with the
California Use Procedures.
• Los Angeles County Installation Procedures for the server and clients were
accurately followed.
• The sequence of steps in the installation procedures manual was followed. After
the installation, COTS applications, proprietary applications, hardening, and
configuration, images of each component of the system were taken.
• Post installation, HASHes were taken of every piece of software and firmware.
(Note: These HASHes will be provided to California counties along with the
Trusted Build for system validation as needed, such as a post-election reformat
to meet California airgap requirements).
• System security policies, data sources, and registry were verified to be properly
documented.
• System configuration and setup were audited against specifications in the
manuals to verify that scripts used in installation and configuration achieved the
specifications.
• The Los Angeles County System Verification Procedures were verified to be
applicable for each machine.
• All components were HASHed and verified to be correct.
• The voting system was verified to deploy COTS protection against viruses,
worms, Trojan horses, and logic bombs. (CVSS 7.4.2).
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Install Firmware on Hardware Devices
• Hardware devices were examined and determined to have the correct version of
firmware installed.
• Instructions for firmware upgrades in use procedures and other system
documentation were verified to be correct.
• After firmware was installed, hardware devices were verified to be operational.
• The Los Angeles County System Verification Procedures for each hardware
device were verified to be correct for installing the firmware on each device.
• Verified that no compilers, assemblers, or source code were resident on the
system.
• Election specific firmware was verified to not be installed on the same component
that the operating system is installed on. (CVSS 7.4.1.b.iv).
• Verified all software setup validation requirements of CVSS 7.4.6.
Post Installation
• Expected installed programs were verified on all computer-based machines.
• Expected drivers were verified on all computer-based machines.
• Images of all equipment were taken.
• All system software and firmware HASHes were taken.
• A master copy of the “Trusted Build” directory structure, files, and “County
Release” for distribution to counties was created.
• Images created of the installed Trusted Build.
Phase Three – Functional Configuration Audit (CVSS 9.11.2)
The FCA is conducted by SLI to verify that the system performs all the functions
described in the system documentation. The documentation was verified for
correctness.
Phase Four – Functional Testing
During the Functional Test Phase, the system was examined to determine that every
functional piece of the system is accurate and complete. During the Functional Test
Phase, an issue log was maintained of any errors and omissions found in the
documentation or anomalies encountered that were not identified during the PCA.
Both supported ballot sizes were tested as single sheet and multi-card ballots.
The system was maintained in an air-gapped fashion: The architecture shall allow
transfer of the election definition and tally database from the permanent server(s) to the
sacrificial server (CVSS 7.4.1.a.i).
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Functional Testing Preparation
Functional testing preparation of this phase included:
• Kickoff meeting. Reviewed test plan and discussed how the equipment was to be
allocated to each test in order to use time and personnel as efficiently as
possible.
• This project utilized the following elections:
Presidential General (2024 Election) (4324)
o
Presidential Primary (2024 Election) (4316)
o
Gubernatorial Primary (2022 Election) (4269)
o
Gubernatorial General (2022 Election) (4300)
o
Recall Election (Special Recall) (4278)
o
Special Election (4084)
o
• These elections were used for the following functions:
Create ballots on BMDs
o
Create VBM ballots
o
Create ballots on ISB (Poll Pass [mobile device, printed], RAVBM paper cast
o
vote record, UOCAVA paper cast vote record)
Remake RAVBM and UOCAVA paper cast vote records into VSAP 4.0 ballots
o
Scan ballots on Tally
o
Tabulate and report
o
• Conducted logic and accuracy (L&A) testing in accordance with California Use
Procedures:
Los Angeles County L&A test deck generation software was used to generate
o
the test deck for L&A testing, as if being used by the County.
Scanned the predetermined test deck through scanners.
o
Reviewed VSAP 4.0 Use Procedures for L&A procedures per Los Angeles
o
County documentation.
Printed and verified L&A results from scanners.
o
Tally refined and counted the CVRs to determine election results.
o
Verified that all components were ready to go after L&A or if they needed to
o
be re-provisioned/reimaged prior to the actual election.
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Report No. CAF-25007-FTR-01
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VSAP 4.0
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Functional Test Report v1.0
Presidential Primary Election
A Primary election was run utilizing:
• VSAP 4.0 BMD’s
• VSAP 4.0 Central scanners
The Presidential Primary was conducted in 20 languages: English, Spanish, Armenian,
Bengali, Burmese, Cantonese, Chinese, Farsi, Formosa, Gujarati, Hindi, Bahasa
Indonesia, Japanese, Khmer, Korean, Mongolian, Russian, Tagalog, Telugu, Thai,
Vietnamese.
The election included seven different parties: Republican (Rep), Democratic (Dem),
American Independent (AI), Peace and Freedom (PF), Green (Grn), Libertarian (LB)
and Non-Partisan (NP). For this election, the VBM ballots were printed on 8.5”x14”
ballot paper and the BMD ballots on 8”x13.25” thermal ballot paper.
The following steps were completed with results as noted:
• Finalized Tally and set up for reporting.
• Prepared BMDs for election.
• Evaluated system for air-gap requirements.
• Opened polls in accordance with California Use Procedures.
• Printed and verified zero reports for all devices.
• Marked ballots on BMD, per marking pattern.
• Verified that the voter can review, confirm, and change their selections on the
BMD.
• Marked VBM Ballots.
• Used the ISB to generate BMD Poll Passes, RAVBM paper cast vote record, and
UOCAVA paper cast vote record.
• Created BMD ballots utilizing the Poll Passes.
• Remade RAVBM and UOCAVA paper cast vote records into VSAP 4.0 ballots.
• Printed zero reports in Tally.
• During Tally scanning, tested the following:
Fed ballots in all 90-degree orientations on all devices.
o
Closed polls in accordance with California Use Procedures.
o
Printed results.
o
Saved results files as artifacts.
o
Transferred logs and ballot accounting back to BMG.
o
Shut down devices.
o
• Consolidated and reported:
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Uploaded results to BMG.
o
Canvass reconciliation.
o
Processed provisional ballots.
⮚
Using the adjudication component, adjudicated hand marked ballots with
⮚
write-ins.
Generated all final reports available on the system. All reports saved to a
o
flash drive as artifacts of testing.
Verified:
o
Canvass – Statement of Votes (SOV).
⮚
Supplement to the Statement of Votes (SSOV).
⮚
Precinct results.
⮚
Cast Vote Record Report.
⮚
Audit reports (Including tabulation devices).
⮚
• Observed and documented how over-votes and under-votes are tabulated.
• Created California Election Night Auto-reporting files per the VoteCal template.
• Backed up system to provide “Vote Count Program” to SOS. Evaluated default
file name for submission to SOS. Checked backup size.
• Verified system logging for all events. Saved system logs to archive.
Presidential General Election
A General election was run utilizing:
• VSAP 4.0 BMD’s
• VSAP 4.0 Central scanners
The Presidential General was conducted in 21 languages: Korean, Mongolian, Russian,
Tagalog, Telugu, Thai, Vietnamese, Arabic, Portuguese, English, Spanish, Chinese,
Japanese, Hindi, Khmer, Armenian, Farsi, Bengali, Gujarati, Burmese and Indonesian.
For this election, the VBM ballots were printed on 8.5”X14” ballot paper and the BMD
ballots on 8”X13.25” thermal ballot paper.
The following steps were completed with results as noted:
• Prepared all precinct components for election.
• Configured one BMD for use in early voting and additional machines for Voting
Day precinct voting with three different precincts.
• Initialized and loaded election definition on the BMDs.
• Opened polls in accordance with California Use Procedures.
• Printed and verified zero reports for all devices.
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• Voted ballots for each precinct on a BMD.
• Evaluated machine performance for a “fleeing voter.”
• Attempted to vote on the BMD more than once. (CVSS 7.5.4.ix).
• During Vote Center voting, tested the following:
Marked ballots on BMD, per marking pattern.
o
Marked VBM ballots.
o
Verified language support for alternative languages on the following
o
components:
BMD display (contrast, font size etc.).
⮚
BMD audio ballot.
⮚
BMD printing.
⮚
Used the ISB to generate BMD Poll Passes, RAVBM paper cast vote records,
o
and UOCAVA paper cast vote records.
Created BMD ballots utilizing the Poll Passes.
o
Remade RAVBM and UOCAVA paper cast vote records into VSAP 4.0
o
ballots.
Transferred logs and ballot accounting back to BMG.
o
• During Tally scanning, tested the following:
Fed ballots in all 90-degree orientations on all devices.
o
Verified language support for alternative languages.
o
• Closed polls in accordance with California Use Procedures.
Printed results from all devices.
o
Transferred logs and ballot accounting back to BMG.
o
Shut down devices.
o
• Consolidated and reported:
Canvass reconciliation:
o
Provisional ballots.
⮚
Using adjudication component, adjudicated all ballots with write-ins.
⮚
Generated all reports available on the system. Saved all reports as artifacts of
o
testing.
• Verified:
Canvass – SOV.
o
SSOV.
o
Precincts.
o
Audit reports (Including tabulation devices).
o
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VSAP 4.0
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Functional Test Report v1.0
Gubernatorial Primary Election
A Gubernatorial Primary election was run utilizing:
• VSAP 4.0 BMD’s
• VSAP 4.0 Central scanners
The Gubernatorial Primary Election was conducted in 19 languages:
Korean, Mongolian, Russian, Tagalog, Telugu, Thai, Vietnamese, English, Spanish,
Chinese, Japanese, Hindi, Khmer, Armenian, Farsi, Bengali, Gujarati, Burmese and
Indonesian.
For this election, the VBM ballots were printed on 8.5”x14” ballot paper and the BMD
ballots on 8”x13.25” thermal ballot paper.
The following steps were completed with results as noted:
• Prepared all precinct components for election.
• Configured one BMD for use in early voting and additional machines for Voting
Day precinct voting with three different precincts.
• Initialized and loaded election definition on the BMDs.
• Opened polls in accordance with California Use Procedures.
• Printed and verified zero reports for all devices.
• Voted ballots for each precinct on a BMD.
• Evaluated machine performance for a “fleeing voter.”
• Attempted to vote on the BMD more than once. (CVSS 7.5.4.ix).
• During Vote Center voting, tested the following:
Marked ballots on BMD, per marking pattern.
o
Marked VBM ballots.
o
Verified language support for alternative languages on the following
o
components:
BMD display (contrast, font size etc.).
⮚
BMD audio ballot.
⮚
BMD printing.
⮚
Used the ISB to generate BMD Poll Passes, RAVBM paper cast vote records,
o
and UOCAVA paper cast vote records.
Created BMD ballots utilizing the Poll Passes.
o
Remade RAVBM and UOCAVA paper cast vote records into VSAP 4.0
o
ballots.
Transferred logs and ballot accounting back to BMG.
o
• During Tally scanning, tested the following:
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California Certification
Functional Test Report v1.0
Fed ballots in all 90-degree orientations on all devices.
o
• Closed polls in accordance with California Use Procedures.
Printed results from all devices.
o
Transferred logs and ballot accounting back to BMG.
o
Shut down devices.
o
• Consolidated and reported:
Canvass reconciliation:
o
Provisional ballots.
⮚
Using adjudication component, adjudicated all ballots with write-ins.
⮚
Generated all reports available on the system. Saved all reports as artifacts of
o
testing.
• Verified:
Canvass – SOV.
o
SSOV.
o
Precincts.
o
Audit reports (Including tabulation devices).
o
Gubernatorial General Election
A Gubernatorial General election was run utilizing:
• VSAP 4.0 BMD’s
• VSAP 4.0 Central scanners
The Gubernatorial General Election was conducted in 19 languages:
Korean, Mongolian, Russian, Tagalog, Telugu, Thai, Vietnamese, English, Spanish,
Chinese, Japanese, Hindi, Khmer, Armenian, Farsi, Bengali, Gujarati, Burmese and
Indonesian.
For this election, the VBM ballots were printed on 8.5”x14” ballot paper and the BMD
ballots on 8”x13.25” thermal ballot paper.
The following steps were completed with results as noted:
• Prepared all precinct components for election.
• Configured one BMD for use in early voting and additional machines for Voting
Day precinct voting with three different precincts.
• Initialized and loaded election definition on the BMDs.
• Opened polls in accordance with California Use Procedures.
• Printed and verified zero reports for all devices.
• Voted ballots for each precinct on a BMD.
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• Evaluated machine performance for a “fleeing voter.”
• Attempted to vote on the BMD more than once. (CVSS 7.5.4.ix).
• During Vote Center voting, tested the following:
Marked ballots on BMD, per marking pattern.
o
Marked VBM ballots.
o
Verified language support for alternative languages on the following
o
components:
BMD display (contrast, font size etc.).
⮚
BMD audio ballot.
⮚
BMD printing.
⮚
Used the ISB to generate BMD Poll Passes, RAVBM paper cast vote records,
o
and UOCAVA paper cast vote records.
Created BMD ballots utilizing the Poll Passes.
o
Remade RAVBM and UOCAVA paper cast vote records into VSAP 4.0
o
ballots.
Transferred logs and ballot accounting back to BMG.
o
• During Tally scanning, tested the following:
Fed ballots in all 90-degree orientations on all devices.
o
• Closed polls in accordance with California Use Procedures.
Printed results from all devices.
o
Transferred logs and ballot accounting back to BMG.
o
Shut down devices.
o
• Consolidated and reported:
Canvass reconciliation:
o
Provisional ballots.
⮚
Using adjudication component, adjudicated all ballots with write-ins.
⮚
Generated all reports available on the system. Saved all reports as artifacts of
o
testing.
• Verified:
Canvass – SOV.
o
SSOV.
o
Precincts.
o
Audit reports (Including tabulation devices).
o
Recall Election
A Recall election was run utilizing:
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Los Angeles County
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California Certification
Functional Test Report v1.0
• VSAP 4.0 BMD’s
• VSAP 4.0 Central scanners
The Recall Election was conducted in 19 languages:
Korean, Mongolian, Russian, Tagalog, Telugu, Thai, Vietnamese, English, Spanish,
Chinese, Japanese, Hindi, Khmer, Armenian, Farsi, Bengali, Gujarati, Burmese and
Indonesian.
It included a recall question and a contest with candidates. For this election, the VBM
ballots were printed on 11”x17” ballot paper and the BMD ballots on 8”x13.25” thermal
ballot paper.
The following steps were completed with results as noted:
• Prepared all components for election.
• Installed election definitions on devices, printed zero reports, and opened polls.
• Marked one ballot with non-standard marks and increasingly marginal marks for
each type of marker. Included a variety of pens, pencils, and highlighters in
various colors. Ran a blank ballot and a fully marked ballot in a separate batch.
• During voting, tested the following:
Marked ballots on BMD, per marking pattern.
o
• Tested the ability to select candidates across multiple screens on the BMD.
• Marked VBM ballots.
• Used the ISB to generate BMD Poll Passes, RAVBM paper cast vote records,
and UOCAVA paper cast vote records.
• Created BMD ballots utilizing the Poll Passes.
• Remade RAVBM and UOCAVA paper cast vote records into VSAP 4.0 ballots.
• Scanned ballots through Tally.
• Closed each machine and printed out results.
• Closed polls in accordance with California Use Procedures.
• Printed results from all devices.
• Transferred logs and ballot accounting back to BMG.
• Shut down devices.
• Consolidated and reported:
Canvass reconciliation:
o
Provisional ballots.
⮚
Write-ins.
⮚
• Generated final reports and verified:
Canvass – SOV.
o
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Functional Test Report v1.0
SSOV.
o
Precincts.
o
Other sample user reports.
o
Audit reports (Including tabulation devices).
o
Special Election
A Special Election was run utilizing:
• VSAP 4.0 BMD’s
• VSAP 4.0 Central scanners
The Special Election was conducted in 3 languages:
English, Spanish and Chinese.
For this election, the VBM ballots were printed on 8.5”x11” ballot paper and the BMD
ballots on 8”x11” thermal ballot paper.
The following steps were completed with results as noted:
• Prepared all precinct components for election.
• Configured BMD and Tally for use in early voting (all precincts).
• Initialized and loaded election definition on BMD and BMG.
• Opened polls in accordance with California Use Procedures.
• Printed and verified zero reports for all devices.
• Simulated early voting. Voted ballots on BMD and then suspended voting, re-
enabled voting, and voted more ballots.
• Marked ballots from marking pattern on a BMD.
• Hand-marked VBM ballots.
• Used the ISB to generate BMD Poll Passes, RAVBM paper cast vote records,
and UOCAVA paper cast vote records.
• Created BMD ballots utilizing the Poll Passes.
• Remade RAVBM and UOCAVA paper cast vote records into VSAP 4.0 ballots.
• Scanned ballots through Tally.
• Closed each machine and printed out results.
• Closed polls in accordance with California Use Procedures.
• Set up adjudication to out stack all options for not counted ballots. Set up all
scanners to notify for all error conditions.
• Verified ballot images are stored in a random manner. (CVSS 7.7.3).
• Printed results from all scanners.
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• Printed zero reports from BMD.
• Shut down devices.
• Exercised adjudication process.
• Consolidated and reported:
Uploaded results to BMG from all units.
o
Canvass reconciliation.
o
Provisional ballots.
o
Write-ins.
o
• Generated final reports and verified:
Canvass – SOV.
o
SSOV.
o
Precincts.
o
Other sample user reports.
o
Audit reports (Including tabulation devices).
o
A 1% Manual Tally was conducted on each election to verify results.
o
Additional Functional Review
• Review of this item determined that bar/QR codes used to tally the ballots can be
scanned by the voter and comparing their ballot selection to the codes in the
bar/QR code, verify that their votes on a ballot are correct.
• Los Angeles County has added two Fujitsu Scanners to the VSAP environment
Fujitsu Scanner 1 (fi-7180PR) and Fujitsu Scanner 2 (fi-7800). The scanners are
solely intended to use for disaster recovery purposes. The scanners capture the
ballot images and are imported into the Tally System for tabulation. Each
scanner was tested with BMD ballots and vote by mail ballots. 10% of the ballots
per election were scanned. The results were verified and accurate.
Tested ballots on the disaster recovery Fujitsu scanners for the following
elections:
Gubernatorial Primary (2022 Election)
o
Gubernatorial General (2022 Election)
o
Presidential Primary (2024 Election)
o
Presidential General (2024 Election)
o
Recall Election (Special Recall)
o
Final Data Capture and Analysis
• Evaluated system for any changes which occurred during testing. Generated new
Trusted Build and images utilizing Los Angeles County Use Procedures.
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Functional Test Report v1.0
• Performed HASHed generation on all software and firmware components utilizing
Los Angeles County Use Procedures.
• Validated software and firmware on all devices using the procedure provided by
Los Angeles County.
Evaluation of Testing
The above tests were conducted using the executables created in the Trusted Build, in
association with the appropriate hardware versions as declared during the current
certification project for the Los Angeles County Voting Solutions for All People
(VSAP) 4.0 voting system, for the State of California.
As directed by the California Secretary of State, this report does not include any
recommendation as to whether or not the system should be approved.
End of Functional Test Report
California Certification Functional Test Report Page 24 of 24
Report No. CAF-25007-FTR-01