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Cybersecurity Information SecurityTop 10 Best Caller Id Spoofing Software of 2026
Ranking roundup of Caller Id Spoofing Software for teams and enterprises, including Proofpoint, Mimecast, and Cisco Secure Email, with key tradeoffs.
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%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Proofpoint
Security governance and audit trails for communication abuse prevention workflows
Built for enterprises needing governed communications risk controls inside broader security programs.
Mimecast
Editor pickSender policy enforcement with email authentication and delivery controls
Built for organizations needing email spoofing prevention alongside security governance.
Cisco Secure Email
Editor pickEmail security policy enforcement with centralized administration and threat protection
Built for enterprises securing email trust and reducing impersonation-driven abuse.
Related reading
Comparison Table
The comparison table contrasts top caller ID spoofing protection and policy controls across vendors such as Proofpoint, Mimecast, and Cisco Secure Email. It focuses on integration depth, the security data model and schema, automation with API surface, and admin governance via RBAC, provisioning workflows, and audit logs. The goal is to map which tools fit specific mail and identity architectures, and where tradeoffs appear in configuration, extensibility, and monitoring throughput.
Proofpoint
anti-spoofingProvides threat intelligence and email security controls that detect and mitigate spoofing-based attacks before they reach recipients.
Security governance and audit trails for communication abuse prevention workflows
Proofpoint focuses on enterprise-grade email and threat protection while also supporting voice security workflows that overlap with caller identification risks. Caller Id spoofing controls are typically handled through policy enforcement, monitored communication paths, and integration with managed security operations.
Strong governance and auditability fit environments that need oversight for communication abuse prevention. Depth is more about compliance and detection posture than self-serve caller spoof generation.
- +Policy-driven controls aligned with enterprise compliance and audit needs
- +Strong operational integration with security monitoring and response workflows
- +Governance features support documented oversight for high-risk communication use
- –Caller ID spoofing workflows are not self-serve for casual testing
- –Administration complexity is higher than lightweight caller spoof platforms
- –Feature depth centers on security operations rather than rapid spoof configuration
Security operations teams
Correlate spoof attempts with email incidents
Faster incident triage
Compliance and audit teams
Prove policy enforcement for telecom abuse
Cleaner audit evidence
Show 2 more scenarios
IT governance leads
Maintain communication security policy baselines
Reduced governance variance
Proofpoint standardizes enforcement so teams can reduce policy drift tied to risky calling behaviors.
Incident response analysts
Drive response workflows from threat signals
Lower mean response time
Detected patterns in communications help prioritize response actions aligned with caller identification risk context.
Best for: Enterprises needing governed communications risk controls inside broader security programs
More related reading
Mimecast
email securityDelivers email protection with spoofing defenses that validate sender authenticity and block impersonation attempts.
Sender policy enforcement with email authentication and delivery controls
Mimecast stands out with a unified email security and business communications platform that can enforce sender identity controls at scale. It supports policy-driven spoofing protection through email authentication checks, header validation, and delivery controls for suspicious sender activity.
Caller ID spoofing in telephony is not its primary use case, so telephony-specific caller ID rewriting is limited compared with dedicated call-routing spoofing tools. Teams using Mimecast typically focus on stopping spoofed sender identities in email, not manipulating phone caller IDs.
- +Strong sender identity enforcement for inbound and outbound email
- +Policy and workflow controls for handling spoofed messages
- +Centralized administration with clear security reporting
- –Not designed for telephony caller ID number rewriting
- –Caller ID spoofing use cases require separate telephony tooling
- –Advanced policies add configuration complexity
Security operations teams
Block spoofed sender identity in inbound email
Fewer phishing deliveries
IT compliance and governance
Enforce email spoofing policies for staff
Auditable spoofing enforcement
Show 2 more scenarios
Brand protection teams
Reduce impersonation campaigns targeting executives
Lower executive impersonation
Suspicious sender patterns trigger mail handling rules to limit impersonation reach and abuse.
SOC analysts handling email fraud
Triage suspicious sender activity at scale
Faster incident triage
Mimecast applies authentication and header validation signals to prioritize suspicious messages for response.
Best for: Organizations needing email spoofing prevention alongside security governance
Cisco Secure Email
managed email securityOffers managed email security features that reduce the effectiveness of spoofing by enforcing authentication and filtering suspicious messages.
Email security policy enforcement with centralized administration and threat protection
Cisco Secure Email centers on securing inbound and outbound email flows with identity, threat protection, and policy controls rather than direct Caller ID spoofing tooling. It provides enterprise-grade defenses like phishing and malware protection, secure messaging policies, and administrative controls for email handling.
These capabilities can reduce spoofing and impersonation risk, but it does not function as a caller ID spoof generator for voice or telephony channels. As a result, it fits security governance needs around email trust and abuse mitigation more than it fits offensive caller ID spoofing use cases.
- +Strong email threat controls that reduce impersonation-based abuse
- +Policy-driven email handling with centralized administrative governance
- +Enterprise security posture aligned with identity and message trust
- –Not built to spoof Caller ID for phone calls or VoIP workflows
- –Configuration and integration work require security administration skills
- –Limited direct support for caller identity manipulation compared with telephony tools
Security operations teams
Investigate email impersonation and delivery abuse
Reduces impersonation success rates
IT administrators
Control outbound email trust boundaries
Improves sender reputation controls
Show 2 more scenarios
Compliance and governance teams
Enforce email handling for regulated brands
Strengthens compliance evidence
Centralizes policy controls for inbound and outbound email to support audit-ready governance.
Customer support organizations
Mitigate inbound spoofed support requests
Fewer fraudulent ticket submissions
Uses threat protection on inbound email to reduce malicious messages impersonating the support team.
Best for: Enterprises securing email trust and reducing impersonation-driven abuse
Microsoft Defender for Office 365
cloud email protectionUses Microsoft email protection signals to detect spoofing patterns and malicious impersonation in Office 365 mail flow.
Defender for Office 365 attack simulation and investigation using mail threat intelligence
Microsoft Defender for Office 365 focuses on detecting and stopping email-based phishing, impersonation, and malicious links that attempt to manipulate recipients’ trust. For caller ID spoofing scenarios, it does not generate spoofed Caller IDs, but it helps reduce risk by identifying spoofed sender patterns, suspicious authentication outcomes, and malicious payloads delivered through Office 365 mail flow. It also provides quarantine and investigation views that help security teams trace why specific spoofing-like messages were flagged.
- +Strong email threat detection for impersonation and phishing patterns in Office 365
- +Quarantine and investigation views support quick triage of suspicious messages
- +Integration with Microsoft security tooling improves coverage across mail and identities
- –No capability to perform or validate Caller ID spoofing behavior directly
- –Caller ID is not the primary protection target compared with sender and content signals
- –Advanced tuning can require security operations expertise to reduce false positives
Best for: Organizations reducing email impersonation risk inside Office 365, not Caller ID generation
Google Workspace Security
cloud securityApplies Google email and identity defenses that help detect spoofed senders and protect Workspace users from impersonation.
Admin console security settings with end-user protections and abuse monitoring
Google Workspace Security is a cloud security suite for Gmail, Drive, and other Workspace apps, with protection controls that shape how outbound communications are governed. It does not provide caller ID spoofing capabilities, but it supports anti-abuse defenses such as security scanning and abuse protections for Workspace services. Admin controls can enforce security policies and visibility that reduce risk from compromised accounts that might attempt spoofing through legitimate senders.
- +Centralized Workspace admin controls across Gmail, Drive, and shared endpoints
- +Strong abuse prevention for Workspace services reduces spoofing-adjacent risk
- +Granular security visibility helps investigate suspicious outbound activity
- –No caller ID spoofing tooling or dialing-identity manipulation features
- –Caller ID control is limited to sender infrastructure, not phone network identity
- –Policy setup can require security experience to tune effectively
Best for: Enterprises securing Gmail-based communication workflows against spoofing attempts
Barracuda Email Security Gateway
email gatewayImplements email filtering and sender authentication checks to prevent spoofed messages from entering inboxes.
Integrated URL and attachment protection for phishing and impersonation emails
Barracuda Email Security Gateway is distinct for securing inbound and outbound email flows with policy enforcement, which supports spoofing-resistant communication practices. Core capabilities include spam and phishing protection, URL and attachment filtering, and content inspection for threats delivered via email channels.
As a caller id spoofing solution, it does not generate spoofed Caller ID values for calls, and it instead helps reduce the impact of identity abuse that reaches users through email. It is best treated as email security infrastructure for mitigating social engineering and impersonation attempts, not as a telephony spoofing tool.
- +Strong email threat filtering reduces impersonation-driven social engineering
- +Policy-based controls support consistent enforcement across mail traffic
- +Content inspection covers URLs and attachments commonly used in attacks
- +Centralized management streamlines routing and security configuration
- –Does not provide Caller ID spoofing for voice or SMS identities
- –Mitigation role may not address spoofing originating outside email
- –Setup and tuning require security expertise and ongoing maintenance
Best for: Organizations hardening email to reduce impersonation and spoofing-driven attacks
Sophos Email
email protectionProvides email threat protection with spoofing detection controls that identify forged sender activity and malicious content.
Advanced phishing protection with policy-based email filtering and reporting
Sophos Email focuses on protecting inboxes and detecting malicious email patterns rather than enabling caller ID spoofing for outbound communications. Its core capabilities center on email threat filtering, phishing defense, and policy-based protection across inbound and outbound mail.
For organizations that want anti-abuse controls around sender identity, it can help reduce spoofed identity abuse reaching users. It does not provide a product workflow to generate, manage, or validate caller ID spoofing calls.
- +Strong phishing and spoofed-email detection for safer sender identity handling
- +Centralized admin controls with clear protection policies and reporting
- +Works well as a security layer around email-based impersonation attempts
- –Not designed to create or manage caller ID spoofed phone calls
- –Caller ID workflows and call-signaling controls are not part of the product
- –Caller ID specific auditing for voice systems is not supported
Best for: Organizations securing email identity against spoofing, not spoofing caller ID
Fortinet FortiMail
email security gatewaySecures inbound and outbound email using filtering and authentication validation to block impersonation and spoofing attempts.
FortiMail anti-spoofing and authentication-based policy enforcement for inbound email
Fortinet FortiMail is primarily an email security appliance, with anti-spoofing and policy enforcement capabilities that can support caller ID validation workflows around inbound mail identity. The product focuses on filtering, reputation-based decisions, and authentication alignment rather than generating or broadcasting spoofed caller identities.
It is stronger for detecting misrepresented sender identities and integrating those signals into routing and policy than for actively performing caller ID spoofing. Organizations using FortiMail typically implement controls that reduce spoof-driven attacks while coordinating with other mail authentication mechanisms.
- +Strong inbound sender authentication checks for reducing spoofed identities
- +Centralized policy controls for routing and handling based on trust signals
- +Integrated email security features complement identity enforcement workflows
- –Not designed as a caller ID spoofing generator for outbound identity fabrication
- –Complex security policy setup can slow time to first effective configuration
- –Caller ID spoofing workflows are limited to validation and enforcement patterns
Best for: Enterprises using email security controls to validate sender identity at scale
Zix Email Security
email securityUses threat detection and sender validation to reduce the impact of spoofed email campaigns targeting users.
Email threat prevention workflows that stop phishing and malicious messages
Zix Email Security is primarily an email security platform, not a caller ID spoofing tool, so it is distinct in delivery-focused abuse prevention rather than telephony manipulation. It centers on inbound threat detection, phishing protection, and safe handling of suspicious messages. For caller ID spoofing use cases, it supports the defensive side by reducing fraudulent communications that often accompany spoofed caller scams.
- +Strong email anti-phishing controls reduce spoofing scam success rates
- +Automated inbound threat processing helps teams respond without manual triage
- +Defensive policies and reporting support security operations workflows
- –Not designed to generate or manage caller ID spoofing calls
- –Coverage is limited to email threats tied to social engineering
- –Telephony governance needs separate tools for real call spoofing workflows
Best for: Organizations reducing email-driven caller ID scam risks with layered defenses
Trend Micro Email Security
enterprise email securityDetects and blocks spoofed and phishing-laced email threats with authentication and content inspection controls.
Email threat detection with quarantine and policy-based enforcement for message handling.
Trend Micro Email Security focuses on securing email traffic through filtering, threat detection, and policy controls rather than providing caller ID spoofing. It can reduce email-based threats that often accompany spoofing scams by blocking malicious messages and unsafe attachments. The product offers administrative routing, quarantine and reporting workflows that help enforce safer communication practices across an organization.
- +Strong inbound and outbound email protection reduces scam delivery risk.
- +Policy enforcement and quarantine workflows support governance across mail flows.
- +Centralized reporting helps investigate email threats tied to spoofing campaigns.
- –Not designed to generate or validate caller ID spoofing for voice calls.
- –Caller identity management and telephony controls are outside its scope.
- –Operational focus on email security limits fit for caller ID spoofing use cases.
Best for: Organizations securing email channels against spoofing-related phishing and malware.
Conclusion
After evaluating 10 cybersecurity information security, Proofpoint 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 Caller Id Spoofing Software
This guide covers Caller Id spoofing software selection across Proofpoint, Mimecast, Cisco Secure Email, Microsoft Defender for Office 365, Google Workspace Security, Barracuda Email Security Gateway, Sophos Email, Fortinet FortiMail, Zix Email Security, and Trend Micro Email Security.
It focuses on integration depth, data model, automation and API surface, and admin and governance controls so teams can map each tool to telephony governance needs and supporting security workflows.
Caller ID spoofing tooling that enforces or validates identity across voice and related security workflows
Caller Id spoofing software provides controlled workflows that either generate caller identity for voice and telephony paths or enforce governance controls that detect and mitigate spoofing-adjacent abuse. In practice, Proofpoint is positioned around security governance and audit trails for communication abuse prevention workflows, while Mimecast and Cisco Secure Email focus on email spoofing prevention and sender identity enforcement rather than phone caller ID rewriting.
Tools in this guide often sit in two roles. Some drive telephony identity behavior directly, while others reduce spoofing effectiveness by enforcing authentication and routing policies for email channels that accompany many impersonation attacks.
Integration depth, identity data model, automation and API surface, and governance controls
Integration depth matters because caller identity workflows touch telephony systems, security monitoring, and identity administration, so authentication signals and enforcement outcomes must line up across systems. Proofpoint is described as having strong operational integration with security monitoring and response workflows, which supports governance and oversight for high-risk communication use.
The data model and automation surface matter because teams need consistent identity fields, auditable events, and reproducible execution paths. Even when Mimecast or Cisco Secure Email are not built for phone caller ID rewriting, their centralized sender policy enforcement and delivery controls still reflect how identity signals should be represented for policy decisions.
Policy-driven communication abuse controls with audit trails
Proofpoint provides security governance and audit trails for communication abuse prevention workflows, which supports reviewability of enforcement decisions and investigations. This audit-first posture also aligns with environments that require documented oversight for high-risk communication use.
Authentication and sender identity enforcement that feeds routing decisions
Mimecast excels at sender policy enforcement with email authentication and delivery controls, which uses header validation outcomes to drive handling actions for suspicious sender activity. Fortinet FortiMail adds inbound sender authentication checks tied to centralized routing and policy based on trust signals.
Centralized administration with security reporting across the managed environment
Mimecast and Cisco Secure Email both emphasize centralized administrative governance with clear security reporting for enterprise threat protection. Google Workspace Security adds an admin console security control plane across Workspace apps with abuse monitoring.
Investigation workflow support through quarantine and threat intelligence views
Microsoft Defender for Office 365 supports quarantine and investigation views and uses attack simulation and mail threat intelligence for analysis of impersonation patterns. Trend Micro Email Security provides quarantine and reporting workflows that help enforce safer communication practices across mail flows.
Content inspection signals that reduce spoofing-adjacent attack success
Barracuda Email Security Gateway combines policy enforcement with integrated URL and attachment protection, which targets phishing and impersonation emails that often accompany caller spoof scams. Zix Email Security centers on inbound threat processing for phishing and malicious messages to reduce scam success rates that rely on social engineering.
Coverage boundary clarity between telephony caller ID manipulation and email anti-spoofing
Multiple tools in this set explicitly avoid caller ID spoof generation for voice or telephony workflows, including Mimecast, Cisco Secure Email, Microsoft Defender for Office 365, and Sophos Email. FortiMail is positioned as validation and enforcement around inbound identity signals rather than outbound caller identity fabrication, so scope must be validated before telephony-specific requirements are assumed.
Select based on enforcement scope, identity data alignment, and operational governance
Selection starts with a scope decision. Proofpoint is framed around security governance and audit trails for communication abuse prevention workflows, while Mimecast and Cisco Secure Email are framed as email security platforms that reduce spoofing and impersonation risk without performing phone caller ID rewriting.
Next, map integration and automation needs to what each tool actually governs. Tools that center on email authentication and policy enforcement can still support governance and investigations, but they do not provide telephony caller-signaling configuration or caller ID generation paths for voice and VoIP workloads.
Confirm telephony caller ID generation versus email spoofing mitigation scope
If phone caller ID rewriting is required, tools like Mimecast, Cisco Secure Email, Microsoft Defender for Office 365, and Sophos Email are not built for caller ID spoofing generation for voice or telephony channels. Proofpoint is positioned around security governance and auditability for communication abuse prevention, so telephony-specific requirements must be matched to a telephony-capable workflow rather than assumed from a security suite.
Evaluate the identity data model behind enforcement decisions
Mimecast focuses on sender identity controls using email authentication and header validation outcomes, which implies an identity model anchored in message headers and authentication results. Fortinet FortiMail emphasizes inbound sender authentication checks tied to centralized routing and policy outcomes, which should be inspected for how it represents trust signals that can correlate with investigations.
Check the automation and operational workflow surface for governance outcomes
Microsoft Defender for Office 365 supports investigation through quarantine and attack simulation using mail threat intelligence, which provides automated investigation artifacts for impersonation patterns. Barracuda Email Security Gateway and Zix Email Security both emphasize automated inbound threat processing and policy-driven handling that reduces manual triage, which is useful when enforcement needs to scale across high mail volume.
Match admin controls to governance expectations like auditability and reporting
Proofpoint explicitly targets governance and audit trails for communication abuse prevention workflows and reports enforcement outcomes to security monitoring and response workflows. Mimecast, Cisco Secure Email, and Google Workspace Security similarly center centralized administration and reporting, which helps security operations maintain oversight even when telephony rewriting is out of scope.
Assess integration depth with existing security monitoring and response tooling
Proofpoint is described as supporting strong operational integration with security monitoring and response workflows, which matters when enforcement events must tie into incident investigation. Other tools in this set are framed around email security administration, so integration should be validated for how enforcement outcomes feed existing mail triage and security alerting processes.
Who should pick which caller identity enforcement tool set
Organizations choose this software based on where identity abuse must be governed. Proofpoint targets enterprises that need governed communications risk controls inside broader security programs, while Mimecast and Cisco Secure Email target security governance around email trust and impersonation defenses.
Several tools in this set reduce spoofing impact through email authentication, filtering, quarantine, and investigations rather than telephony caller ID manipulation. The best fit depends on whether governance must cover voice workflows or only email channels that accompany impersonation campaigns.
Enterprises needing audit-ready communication abuse governance
Proofpoint fits environments that require security governance and audit trails for communication abuse prevention workflows. Its strong operational integration with security monitoring and response workflows also supports oversight for high-risk communication use.
Security teams standardizing sender authenticity enforcement for email
Mimecast and Cisco Secure Email align with organizations that must enforce sender identity controls and central administration for email authentication and threat protection. Mimecast is centered on sender policy enforcement with email authentication and delivery controls, while Cisco Secure Email emphasizes centralized administration and email trust enforcement.
Workloads centered on Office 365 impersonation detection and investigation
Microsoft Defender for Office 365 supports quarantine and investigation views and uses attack simulation and mail threat intelligence for impersonation patterns. This helps teams reduce risk from spoofed senders in Office 365 without performing caller ID spoof generation.
Enterprises seeking inbound sender validation at scale
Fortinet FortiMail is positioned around anti-spoofing and authentication-based policy enforcement for inbound email. This fits teams that want centralized policy controls driven by authentication alignment rather than outbound caller identity fabrication.
Organizations layering email content inspection against spoofing-adjacent scams
Barracuda Email Security Gateway uses integrated URL and attachment protection to reduce phishing and impersonation outcomes that accompany caller spoof scams. Zix Email Security provides threat prevention workflows that stop phishing and malicious messages, which lowers scam success rates tied to social engineering.
Scope, integration, and governance mistakes that derail caller identity projects
A frequent mistake is assuming that email security governance tools perform telephony caller ID spoofing or caller-signaling rewriting. Mimecast, Cisco Secure Email, Microsoft Defender for Office 365, Sophos Email, Zix Email Security, and Trend Micro Email Security are explicitly not designed to generate or validate caller ID spoofing for voice calls.
Another mistake is evaluating automation and reporting without mapping the identity data model to the enforcement decision logic. Tools like Mimecast and Fortinet FortiMail enforce policies based on authentication and trust signals, so missing fields or mismatched identity representations can break correlation even when enforcement works for email.
Selecting email spoofing prevention as if it replaces telephony caller ID rewriting
Mimecast, Cisco Secure Email, Microsoft Defender for Office 365, and Sophos Email do not provide caller ID spoof generation for voice or telephony workflows. Proofpoint is built around security governance and audit trails for communication abuse prevention, so telephony caller ID generation requirements still require telephony-capable workflow support.
Treating email authentication policy outcomes as the same identity model across channels
Mimecast and Fortinet FortiMail tie enforcement to email authentication and inbound sender authentication checks, which represent identity using mail-related signals. Telephony governance requires phone-network identity fields, so enforcement correlation across voice and email must be explicitly designed rather than assumed.
Skipping governance validation like audit trail coverage and operational oversight
Proofpoint’s strength is security governance and audit trails for communication abuse prevention workflows. Tools like Trend Micro Email Security and Barracuda Email Security Gateway emphasize quarantine and policy enforcement for email, so audit trail expectations for voice workflows must be verified before rollout.
Underestimating configuration and security administration effort for policy-heavy setups
Cisco Secure Email notes configuration and integration work require security administration skills, and Barracuda Email Security Gateway highlights that setup and tuning require security expertise and ongoing maintenance. FortiMail also describes complex security policy setup that can slow time to first effective configuration.
How We Selected and Ranked These Tools
We evaluated Proofpoint, Mimecast, Cisco Secure Email, Microsoft Defender for Office 365, Google Workspace Security, Barracuda Email Security Gateway, Sophos Email, Fortinet FortiMail, Zix Email Security, and Trend Micro Email Security using features, ease of use, and value as the scored categories. Features carried the most weight at forty percent, while ease of use and value each contributed thirty percent to the overall score. This editorial research used the provided product capabilities and stated scope boundaries to rank how well each tool matches governance and enforcement needs tied to spoofing risk.
Proofpoint set itself apart through security governance and audit trails for communication abuse prevention workflows, plus strong operational integration with security monitoring and response workflows. That capability increased the features score and aligned with governance and auditability requirements that most directly affect administrator control depth.
Frequently Asked Questions About Caller Id Spoofing Software
Which tools in the top list actually generate or rewrite voice caller IDs?
How should teams compare Proofpoint versus Mimecast for spoofing-related controls?
Why do Cisco Secure Email, Microsoft Defender for Office 365, and Google Workspace Security not function as caller ID spoofing software?
What integration approach matters when building automation around spoofing prevention signals?
Do these products support SSO and RBAC for admin controls?
Which tools provide the best audit trail for communication abuse prevention?
How do these platforms help when the real risk is impersonation delivered through email?
What configuration model is typically used to enforce spoofing-resistant policies?
What is the common technical limitation when teams expect telephony caller ID spoofing features?
How should organizations handle data migration and schema changes for security investigations when adopting these tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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