GITNUXSOFTWARE ADVICE
SecurityTop 10 Best Card Encoder Software of 2026
Ranked list of top card encoder software tools, covering CardLogix and major vendors and security options with Google Cloud KMS, AWS KMS, and Azure.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
CardLogix is the right pick for credential teams running governed batch encoding where KMS-protected key injection and traceability matter, whereas IDEMIA fits identity programs that need strict operator controls across multi-technology issuance workflows.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
CardLogix
Encoding audit trail records each personalization checkpoint tied to card serialization and workstation run metadata.
Built for fits when credential teams need governed batch encoding with KMS-protected key injection..
IDEMIA
Editor pickRun-level personalization orchestration that keeps encoding steps and card serialization tied to production traceability.
Built for fits when identity teams run batch credential encoding with strict operator controls and traceability..
Entrust Instant ID
Editor pickEncoding station management with end-to-end enrollment-to-personalization workflow control and traceable operator execution logs.
Built for fits when organizations need controlled, station-based encoding tied to an existing Entrust credential lifecycle workflow..
Related reading
Comparison Table
Card encoder software for identity and credential programs handles encoding for magnetic stripe, contact, and contactless cards while coordinating personalization data with audit logging and RBAC controls. This ranked shortlist guides analysts and operators who need to compare card issuance workflows, integration paths, and key management options like Google Cloud KMS, AWS KMS, and Azure Key Vault.
CardLogix
vertical specialistSmart card software tools and middleware for card personalization, encoding, and lifecycle management.
Encoding audit trail records each personalization checkpoint tied to card serialization and workstation run metadata.
CardLogix is built around card enrollment workflow orchestration that connects credential inputs to encoding station management runs. The system’s automation surface supports batch encoding and encoding audit trail output tied to card serialization and personalization checkpoints. CardLogix also supports cryptographic key injection flows so personalization keys can be protected outside the encoding host.
A tradeoff is that ISO 7816 and ISO 14443 coverage depends on configuring reader SDK compatibility and APDU scripts for the specific card families. CardLogix fits when credential operations need repeatable batch runs for visitor or employee programs and require audit-linked traceability per card lifecycle step.
- +Batch encoding workflows with audit trail tied to card serialization
- +APDU scripting for ISO 7816 and ISO 14443 personalization steps
- +Cryptographic key injection with external key protection options
- +KMS integrations for Google Cloud, AWS, and Azure key custody
- –APDU scripts and reader SDK compatibility require card-family-specific setup
- –Some personalization edge cases need custom workflow configuration
Physical access engineering teams
Personalize ISO 14443 credentials in batches
Fewer reconciliation errors after encoding
Credential operations teams
Provision visitor badges with key custody
Tighter key handling for enrollments
Show 1 more scenario
Identity and access administrators
Re-run failed enrollment jobs
Faster recovery from encoding failures
Workflow orchestration and audit trail metadata support controlled retries by card lifecycle stage.
Best for: Fits when credential teams need governed batch encoding with KMS-protected key injection.
More related reading
IDEMIA
enterpriseCard personalization and issuance software for government and enterprise identity programs with multi-technology encoding.
Run-level personalization orchestration that keeps encoding steps and card serialization tied to production traceability.
IDEMIA is commonly evaluated in environments that need consistent card formatting and controlled personalization steps across multiple encoding stations. It aligns with credential personalization workflows that include card serialization and production run tracking, which helps reduce operator variability during enrollment. Automation is typically assessed through integration with existing credential data sources and batch job execution around encoding stations.
A clear tradeoff is that the setup depends on the selected card technologies and key management approach, which increases configuration effort before throughput stabilizes. The tool is a stronger fit for production teams that must run repeatable batch encoding with audit trail expectations, rather than ad hoc single-card jobs.
- +Production-friendly batch encoding workflows with run-level traceability
- +Encoding station management supports multi-step personalization operations
- +Strong alignment with EMV chip encoding credential personalization needs
- +Automation options fit enrollment-driven card lifecycle operations
- –Card technology and personalization profile selection increases initial configuration
- –Integration work can be significant when reader and data sources vary
- –Operational testing requirements grow with higher encoding throughput targets
Identity operations teams
Batch badge personalization for access control
Lower operator errors during enrollment
Security integration teams
EMV chip credential personalization workflow
Consistent credential formatting
Show 1 more scenario
Data and provisioning teams
Credential data intake for station jobs
Faster card lifecycle processing
Integrates enrollment outputs into batch encoding station execution flows.
Best for: Fits when identity teams run batch credential encoding with strict operator controls and traceability.
Entrust Instant ID
enterpriseCard issuance and personalization software supporting magnetic stripe, contact, and contactless card encoding.
Encoding station management with end-to-end enrollment-to-personalization workflow control and traceable operator execution logs.
Entrust Instant ID is designed for badge and credential personalization that needs predictable throughput from controlled encoding stations. Encoding operations are organized around station management and card lifecycle activities so batches can run with consistent card formatting and enrollment handoff. Governance can be applied through role-restricted operator actions and operational logs that track encoding events and failures.
A practical tradeoff is that deployments often require tighter alignment with the surrounding Entrust credential provisioning stack to avoid duplicating steps. The most reliable usage pattern is running batch encoding for event badges or ongoing staff credential renewal where the workflow must follow a repeatable enrollment-to-encoding sequence.
- +Station-managed batch encoding for consistent credential personalization runs
- +Operational logs capture encoding results for traceability during enrollment
- +Fits deployments that already use Entrust provisioning and credential tooling
- +Encoding workflow supports controlled operator actions and approvals
- –Best fit depends on alignment with Entrust identity and provisioning components
- –Advanced reader command customization can require specialized configuration effort
- –Multi-vendor card workflow support may be narrower than purely generic encoders
Identity and access operations teams
Encode renewal badges in batches
Fewer manual rework loops
Event credentialing teams
Personalize high-volume visitor badges
Higher encoding throughput
Show 1 more scenario
Security governance teams
Track encoding events for investigations
Faster incident scoping
Provides operational audit trail entries that link operator actions to encoding results.
Best for: Fits when organizations need controlled, station-based encoding tied to an existing Entrust credential lifecycle workflow.
More related reading
SpringCard
vertical specialistSmart card reader and encoder software suite supporting contact and contactless card operations.
Badge layout designer combined with batch station orchestration for consistent credential formatting across encoding runs.
SpringCard focuses on card encoding workflows that combine RFID and ISO 7816 style personalization steps with reader-to-station integration. Credential personalization support includes badge layout tooling for consistent formatting, plus station orchestration for batch encoding automation.
The platform supports APDU command scripting and encoder workflow control aimed at EMV and smart card credential personalization use cases. SpringCard also emphasizes encoding audit trail outputs to support operational review of what was encoded and when.
- +Reader station orchestration supports repeatable batch encoding automation
- +APDU command scripting for ISO 7816 card personalization workflows
- +Badge layout designer helps standardize credential formatting output
- +Encoding audit trail artifacts support operational traceability
- –Multi-technology station setup can require more integration work than basic encoders
- –Complex personalization flows may depend on deeper workflow configuration
- –Advanced cryptographic key injection requires careful operational procedures
- –Throughput tuning depends on reader deployment and workflow design
Best for: Fits when operations teams need governed card personalization with reader station control.
CardPresso
specialistCard design and encoding software supporting magnetic stripe, smart card, and RFID encoding across multiple printer brands.
Encoding audit trail linked to batch runs, so every produced credential can be traced to the exact job template and inputs.
CardPresso performs card encoding tasks by generating encoding jobs from card and credential data, then driving the attached encoder hardware through scripted formatting steps. The solution targets multi-format workflows that include badge layout design, card serialization, and batch encoding automation with repeatable job templates.
CardPresso also centers on operational traceability by keeping an encoding audit trail tied to each batch run. Administration features focus on organizing encoding stations and managing who can run or view jobs.
- +Batch encoding templates reduce rework across repeated credential runs
- +Encoding audit trail ties each card run back to the originating batch
- +Badge layout designer supports card graphics and field placement
- +Encoding station management helps separate duties by workflow site
- –Advanced card formats depend on accurate reader and encoding configuration
- –Automation depth outside the encoding station can require custom integration work
- –APDU-level scripting flexibility is limited compared with SDK-first encoders
- –High-throughput runs can hit workstation processing limits during job generation
Best for: Fits when teams need controlled, repeatable card encoding workflows with audit trail per batch run.
Zebra CardStudio
enterpriseCard design and personalization software for Zebra card printers with magnetic stripe and smart card encoding support.
Batch encoding job management tied to Zebra station workflows, with per-run results designed for enrollment operations.
Zebra CardStudio is a card encoding software package used for credential personalization and card formatting workflows with Zebra encoding hardware. It focuses on creating encoding templates, running batch jobs, and producing encoding results that support operational traceability.
Core capabilities include configuring encoding parameters for supported card types, managing batch runs from enrollment input, and coordinating station-level tasks through Zebra's ecosystem. The experience is strongest when the card encoding process is standardized into repeatable templates rather than one-off scripting.
- +Template-driven encoding workflows for repeatable card personalization runs
- +Works as part of Zebra card and encoding station setups for guided operations
- +Batch job execution supports high-throughput enrollment schedules
- +Encoding results output supports operational review of completed jobs
- –Limited flexibility when workflows require custom low-level reader scripting
- –Card support depends on Zebra hardware and configured encoding station capability
- –Complex multi-station deployments require careful environment and workflow coordination
- –Advanced governance controls like RBAC and audit log granularity are not the primary focus
Best for: Fits when enrollment teams standardize card formats into templates and run batch encoding on Zebra stations.
More related reading
Magicard
SMBCard printing and encoding software for Magicard printers with magnetic stripe and smart card support.
Card formatting and encoding are managed as a single batch job workflow tied to Magicard production devices.
Magicard is a card encoder software package built around Magicard printer and encoder ecosystems for identity card credential personalization. Its core workflow focuses on defining card formatting for batch runs, then driving encoding jobs through the same operational surface used for card production.
Encoding control is delivered as a configuration-driven job process tied to specific card technologies and printer/encoder models. For organizations that need repeatable enrollment workflows, Magicard targets operational consistency over custom scripting depth.
- +Batch card formatting workflow suited to enrollment cycles
- +Printer and encoder model alignment reduces tech mismatch risk
- +Configuration-driven jobs support repeatable personalization runs
- +Operational control stays inside the card production toolchain
- –Limited extensibility for complex reader SDK and APDU scripting
- –Multi-technology support depends on specific hardware compatibility
- –Audit trail depth for encoding events is not as granular as some competitors
- –Integration options for directory sync vary by deployment pattern
Best for: Fits when teams want repeatable card enrollment through Magicard hardware without custom command scripting.
CardExchange Producer
enterpriseCardExchange Producer creates credentials and supports magnetic stripe, contactless, and smart card encoding.
Reader command scripting in the encoding workflow ties APDU-level behaviors to batch job execution and run logging.
CardExchange Producer is an encoding-station workflow tool focused on automating card formatting and personalization runs across multiple credential types. It centers on repeatable encoding jobs, reader command scripting, and operational controls that keep batch runs consistent across shifts and locations.
CardExchange Producer also supports end-to-end enrollment workflows by tying card serialization steps to the system that triggers issuance. For teams that need controlled throughput at the reader station, it provides batch orchestration with an encoding activity trail.
- +Batch encoding automation for repeatable credential personalization runs
- +Reader command scripting support for station-level control
- +Card serialization tied to enrollment workflow triggers
- +Operational encoding activity trail for run-level traceability
- –Requires careful job configuration to avoid mapping drift across batches
- –Limited visibility into low-level reader diagnostics during failures
- –Integration depth depends on how enrollment and provisioning systems connect
- –Multi-technology encoding coverage can require per-technology job templates
Best for: Fits when credential teams need automated batch encoding with station-level command control and traceability.
More related reading
BadgePass Suite
vertical specialistBadgePass Suite manages credential issuance, badge design, cardholder records, and access-control integrations.
Encoding audit trail tied to station execution and credential formatting records supports operational traceability during batch issuance.
BadgePass Suite runs card encoding workflows that pair credential inputs with reader-side operations and layout-driven personalization. Batch encoding automation supports repeatable enrollment steps and produces encoding records that can be reviewed during card lifecycle management.
The suite’s governance focus centers on encoding station control and operational audit trails for high-volume badge issuance. Integration and automation are geared toward access control and enrollment pipelines that need consistent formatting, key handling, and repeatable station execution.
- +Encoding station workflow control reduces operator-to-operator variation
- +Batch encoding automation supports high-volume badge issuance cycles
- +Encoding audit trail captures what was written and when
- +Layout-aware personalization supports consistent credential formatting
- –Card workflow setup requires disciplined configuration of station steps
- –Advanced personalization changes can be slower than scripting-only tools
- –Throughput depends on reader availability and station concurrency settings
- –Integration depth varies by target access system connectors
Best for: Fits when teams need controlled, repeatable badge encoding with audit trails across multiple issuance stations.
ID Flow
SMBID Flow manages ID card design, printing, cardholder records, and supported card encoding workflows.
Per-transaction encoding audit trail tied to batch job runs, enabling precise operational reconciliation after failures.
ID Flow is a card encoder software for managing credential personalization workflows end to end. It focuses on configuring encoding jobs, driving hardware readers and encoders, and producing traceable results per card transaction.
The solution supports batch encoding, card data preparation, and operational controls that fit environments where encoding stations must follow repeatable procedures. Integration depth shows up through automation hooks and configuration patterns that map directly to enrollment and card lifecycle steps.
- +Batch encoding workflows with repeatable job configuration
- +Encoding runs capture per-card transaction outcomes
- +Supports multi-technology credential handling workflows
- +Automation-friendly setup for enrollment and issuance pipelines
- –Hardware reader and encoder integration can require specialist coordination
- –Workflow modeling is less granular than systems centered on EMV personalization
- –Key and secure module controls are not exposed at the same depth as KMS-first stacks
- –Operational governance features are limited for multi-site delegation
Best for: Fits when organizations need controlled batch credential encoding with station-based repeatability.
Conclusion
After evaluating 10 security, CardLogix stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right card encoder software
Card encoder software automates credential personalization by running card formatting and encoding steps from enrollment data to workstation or station execution. This guide covers CardLogix, IDEMIA, Entrust Instant ID, SpringCard, CardPresso, Zebra CardStudio, Magicard, CardExchange Producer, BadgePass Suite, and ID Flow.
Tools in this category differ most in how they bind batch runs to serialization, how they handle operator control, and how they expose automation and configuration surfaces. Security and key protection options also vary, including support for Google Cloud KMS, AWS KMS, and Azure Key Vault in workflows that perform cryptographic key injection.
Card encoder software that personalizes credentials through station workflows, audit trails, and encoding automation
Card encoder software coordinates reader and encoder operations that write credential data to specific card technologies using scripted steps, station-managed workflows, or integrated production pipelines. The strongest systems connect encoding execution to traceability by tying audit trail records to card serialization and workstation run metadata, which is a standout capability in CardLogix. Encoding systems also differ in how they model personalization flow control at the run level versus station level, as seen in IDEMIA’s run-level personalization orchestration tied to production traceability.
In practice, buyer selection depends on whether the encoding workflow supports governed batch operations with clear operator accountability and whether it offers enough control for credential personalization steps such as APDU command scripting for ISO 7816 and ISO 14443 personalization. CardLogix provides APDU scripting and an encoding audit trail that records each personalization checkpoint tied to card serialization and workstation run metadata. SpringCard pairs a badge layout designer with batch station orchestration to standardize credential formatting across encoding runs while keeping reader station control in the same workflow.
Key capabilities that decide card encoder software fit
Card encoder software needs to bind personalization execution to the right input record and the right card identity so failures can be isolated to a specific card serialization and job run. Tools that link encoding audit trails to serialization and workstation or station metadata reduce troubleshooting time when batch jobs break mid-run.
Automation surfaces also decide operational consistency. Systems that provide station workflow control, run-level orchestration, and reader command scripting let teams standardize credential personalization steps across operators and across encoding stations.
Serialization-tied encoding audit trails
CardLogix records each personalization checkpoint in an encoding audit trail tied to card serialization and workstation run metadata. CardPresso also ties encoding audit trail back to the originating batch run and job template inputs.
Run-level versus station-managed workflow control
IDEMIA keeps encoding steps and card serialization tied to production traceability using run-level personalization orchestration. Entrust Instant ID uses encoding station management that controls the end-to-end enrollment-to-personalization workflow and logs operator execution.
Reader command scripting for ISO 7816 and ISO 14443 personalization steps
CardLogix provides APDU scripting for ISO 7816 and ISO 14443 personalization steps. CardExchange Producer also supports reader command scripting that ties APDU-level behaviors to batch job execution and run logging.
Encoding station orchestration with repeatable batch automation
SpringCard combines a badge layout designer with batch station orchestration to standardize credential formatting across encoding runs. Zebra CardStudio manages batch encoding job execution tied to Zebra station workflows and designed for enrollment operations.
Operational traceability across multiple issuance stations
BadgePass Suite ties encoding audit trail to station execution and credential formatting records for traceability during batch issuance. Entrust Instant ID captures encoding results in operational logs during enrollment when station-managed execution is used.
Extensibility limits tied to hardware and workflow integration
Magicard manages card formatting and encoding as a single batch job workflow tied to Magicard production devices, which limits extensibility for complex reader SDK and APDU scripting. CardExchange Producer requires careful job configuration to avoid mapping drift across batches and offers limited visibility into low-level reader diagnostics during failures.
How to choose card encoder software based on workflow control and security integration
The choice depends on how credential personalization steps are modeled and executed. Some systems bind traceability to card serialization at the run level while others bind control to station workflows with operator execution logs.
Security integration also impacts selection when cryptographic key injection must be KMS-protected. CardLogix is the top pick for governed batch encoding with KMS-protected key injection, while other tools rely more heavily on workflow alignment and station integration patterns.
Select traceability depth by how audit trails must map to card identity
Choose CardLogix when audit trails must record each personalization checkpoint tied to card serialization and workstation run metadata. Choose CardPresso when audit trail needs to point back to the exact batch run and job template inputs that produced each credential.
Pick workflow control model based on operator accountability boundaries
Choose IDEMIA when strict operator controls require run-level personalization orchestration that keeps encoding steps and card serialization tied to production traceability. Choose Entrust Instant ID when station-managed execution with traceable operator execution logs must govern the enrollment-to-personalization workflow end to end.
Decide whether low-level APDU command control is required
Choose CardLogix when ISO 7816 and ISO 14443 personalization steps require APDU scripting and card-family-specific setup is acceptable. Choose CardExchange Producer when station-level control needs reader command scripting but mapping drift risk must be managed through disciplined job configuration.
Match encoding automation granularity to station and template responsibilities
Choose SpringCard when badge layout designer output and batch station orchestration must work together to standardize credential formatting across runs. Choose Zebra CardStudio when template-driven encoding workflows must run as part of Zebra station setups for guided operations.
Evaluate KMS-protected key injection expectations against your integration scope
Choose CardLogix for governed batch encoding workflows that include KMS-protected key injection using a KMS integration path that aligns with Google Cloud KMS, AWS KMS, or Azure Key Vault. Choose IDEMIA or Entrust Instant ID when the primary integration scope centers on station management alignment and operator traceability, then confirm whether your personalization profile selection workflow is compatible with your reader data sources.
Who should buy card encoder software from this list
Card encoder software fits teams that must run repeatable personalization steps and prove what happened for each card when jobs span many operators and stations. The strongest fit depends on whether workflows are governed at the run level, at the station level, or through tightly coupled hardware job workflows.
Security requirements also shape selection. Teams that require KMS-protected key injection for batch credential personalization should prioritize tools that explicitly support governed batch workflows with key protection patterns.
Credential personalization teams running governed batch encoding
CardLogix is a fit for governed batch encoding with KMS-protected key injection because it ties personalization checkpoints to card serialization and workstation run metadata. CardPresso also supports controlled repeatable workflows with audit trail per batch run.
Identity and production traceability operators needing strict operator controls
IDEMIA suits strict operator control models because it provides run-level personalization orchestration tied to production traceability. BadgePass Suite fits teams issuing badges across multiple stations with station execution and credential formatting records that support operational traceability.
Enrollment operations teams standardized on station workflows and templates
Entrust Instant ID supports end-to-end enrollment-to-personalization workflow control with encoding station management and traceable operator execution logs. Zebra CardStudio fits when template-driven workflows are designed for Zebra station guided operations.
Operations that need low-level personalization command control for card-family edge cases
CardLogix provides APDU scripting for ISO 7816 and ISO 14443 personalization steps with explicit card-family-specific setup. CardExchange Producer supports reader command scripting tied to batch job execution and run logging, but teams must avoid mapping drift across batches.
Teams constrained to single-vendor production devices for enrollment cycles
Magicard fits organizations that want card formatting and encoding managed as one batch workflow tied to Magicard production devices. This workflow alignment reduces tech mismatch risk on supported hardware, while extensibility for complex reader SDK and APDU scripting remains limited.
Common buying and implementation pitfalls for card encoder software
Card encoder software implementations fail when audit trails do not map cleanly to card identity or when personalization steps are modeled at the wrong workflow level. The result is troubleshooting that cannot pinpoint which operator action, card serialization, or job template caused the failure.
Implementation also fails when advanced reader command customization is assumed to be portable across card families and readers. Several tools require card-family-specific setup or disciplined configuration to prevent drift across batches and stations.
Assuming audit trails automatically resolve failures to card serialization and the exact run context
CardLogix ties personalization checkpoints to card serialization and workstation run metadata, while BadgePass Suite ties audit trail to station execution and credential formatting records. Tool evaluation should confirm which metadata is captured at the level needed for reconciliation.
Choosing a station-managed workflow product when run-level traceability is the operational requirement
IDEMIA offers run-level personalization orchestration tied to production traceability, while Entrust Instant ID emphasizes encoding station management with operator execution logs. Teams that need run-level traceability should prioritize the orchestration model that matches that accountability boundary.
Underestimating integration effort when reader and data sources vary across environments
IDEMIA notes that integration work can be significant when reader and data sources vary, and it also requires configuration for card technology and personalization profile selection. CardLogix similarly requires card-family-specific setup for APDU scripts and reader SDK compatibility.
Running batch encoding jobs without disciplined configuration controls to prevent mapping drift
CardExchange Producer requires careful job configuration to avoid mapping drift across batches. CardPresso reduces rework with batch encoding templates, but advanced card formats still depend on accurate reader and encoding configuration.
How We Selected and Ranked These Tools
We evaluated CardLogix, IDEMIA, Entrust Instant ID, SpringCard, CardPresso, Zebra CardStudio, Magicard, CardExchange Producer, BadgePass Suite, and ID Flow using features coverage, operational ease, and workflow value for batch encoding. Features accounted for 40% of the ranking because encoding audit trails tied to card serialization, workstation or station metadata, and personalization checkpoint recording reduce troubleshooting time.
Ease and value each accounted for 30% because station orchestration, workflow configuration effort, and reader command customization friction affect daily throughput. CardLogix separated from the field by combining APDU scripting for ISO 7816 and ISO 14443 personalization steps with an encoding audit trail that records personalization checkpoints tied to card serialization and workstation run metadata, which directly supports governed batch encoding with KMS-protected key injection.
Frequently Asked Questions About card encoder software
Which tools support KMS-backed key injection during encoding?
How does encoding audit trail granularity differ across CardLogix and CardPresso?
When a deployment needs multi-technology personalization, which tools cover both EMV chip and contactless smart card workflows?
What breaks if a team relies on APDU command scripting but the software is template-first?
How do station management and workstation control differ between Entrust Instant ID and Zebra CardStudio?
Which tools provide end-to-end enrollment-to-personalization workflow control rather than only card formatting?
How should access control be designed around RBAC and audit log expectations for encoding operations?
When migrating from a prior encoding workflow, what data mapping gaps are most likely to appear?
Which tool fits when multiple encoding stations must run consistent jobs across shifts and locations?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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