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Cybersecurity Information SecurityTop 10 Best Online Banking Security Software of 2026
Compare online banking security software options for safer account protection, with tradeoffs and use cases to help shortlist tools like Avast Secure Browser.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Avast Secure Browser is the best pick for SMB teams and customer-facing banking flows because its bank mode protection helps defend sign-in pages in real time, whereas IBM Security Trusteer is a strong fit for financial institutions that want tighter session-layer anti-fraud controls during live authentication steps.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Avast Secure Browser
Navigation-time protection tailored to sign-in risk, including warnings or blocks for suspicious banking pages.
Best for: Fits when banks want client-side login protection for customers using a standardized browser.
IronVest
Editor pickIronVest’s hardened session workflow includes interaction controls that target credential theft via input capture and screen capture.
Best for: Fits when banking teams need browser-session hardening with policy governance and API-driven monitoring integration.
Guardio
Editor pickRisk engine that issues session protections based on behavioral login signals rather than static blocking lists
Best for: Fits when security teams need automated, risk-based login protection for financial accounts.
Comparison Table
Avast Secure Browser
SMBPrivacy-focused browser with bank mode for financial transactions.
Navigation-time protection tailored to sign-in risk, including warnings or blocks for suspicious banking pages.
Avast Secure Browser focuses on browser-level protection using built-in threat detection during navigation and login, which makes it relevant for banks that want a reduced-risk endpoint for customers. The product layers protections for malicious web content and suspicious sign-in behavior, so it can block or warn at the time users enter banking credentials. It is not an enterprise-controlled gateway, so governance relies on deployment choices that standardize browser usage on endpoints.
A key tradeoff is limited administrative integration depth for security teams who need centralized policy enforcement, logging, and tenant-to-tenant automation. Avast Secure Browser works best when a bank or reseller standardizes customer device behavior with clear browser guidance and monitors customer login outcomes outside the browser. A strong usage situation is redirecting customers to a known hardened browser build while reducing exposure to fake login pages.
- +Hardened browser flow adds client-side checks at sign-in time
- +Built-in anti-fraud warnings reduce exposure to credential-harvesting sites
- +Reduced risk browsing profile discourages risky extension patterns
- +User-facing protections are easy to explain for consumer banking
- –Limited enterprise-grade governance and centralized audit log integration
- –No clear administrative data export path for SOC correlation
Retail bank security team
Reduce fake login exposure
Fewer credential theft incidents
Customer support operations
Guide safer banking sessions
Lower repeat phishing reports
Show 1 more scenario
Compliance program owner
Reduce client-side credential exposure
Improved login protection posture
Browser hardening reduces the chance that malicious pages capture credentials during sign-in.
Best for: Fits when banks want client-side login protection for customers using a standardized browser.
IronVest
SMBPrivacy and fraud prevention browser extension with masked cards and emails.
IronVest’s hardened session workflow includes interaction controls that target credential theft via input capture and screen capture.
IronVest focuses on online banking session security by enforcing a hardened browser workflow and reducing credential theft paths during interactive logins. The product centers on rules for secure session handling plus user interaction controls that aim to block keylogging and screen capture attempts.
It also supports centralized administration for policy rollout across banking channels and user populations. Integration options include API-based configuration and event export so security operations can align monitoring with existing fraud and identity controls.
- +Session-level control reduces interactive login compromise routes
- +Centralized policy administration supports multi-channel enforcement
- +API and event export support integration with monitoring workflows
- +Clear exception handling paths help manage usability tradeoffs
- –Browser enforcement behavior can require careful pilot testing
- –Admin governance depth depends on how environments are segmented
- –Limited coverage for non-browser banking flows unless additional controls exist
- –Event richness varies by integration mode and endpoint coverage
Bank security operations teams
Harden interactive web banking sessions
Fewer takeover attempts during sessions
Fraud and identity analysts
Align monitoring with session events
Faster incident correlation
Show 1 more scenario
Bank IT administrators
Roll out policies across user groups
Consistent enforcement across groups
Uses centralized administration to apply secure session handling policies across banking channels and populations.
Best for: Fits when banking teams need browser-session hardening with policy governance and API-driven monitoring integration.
Guardio
SMBBrowser extension blocking phishing and banking trojan sites.
Risk engine that issues session protections based on behavioral login signals rather than static blocking lists
Guardio monitors web and login traffic patterns to detect risky sessions that can lead to account takeover. It focuses on account security controls for financial logins, including device and browser risk signals, login anomaly detection, and risk-based alerts.
Guardio also supports automated responses such as step-up authentication prompts and session protection actions tied to suspicious events. Governance is handled through admin configuration for alerting and policy behavior so teams can tune detection thresholds for banking workflows.
- +Risk-based login protection targets suspicious banking sessions
- +Automated session protection reduces time-to-response for risky logins
- +Admin configuration supports alert tuning for banking authentication flows
- +Behavioral detection reduces reliance on exact IOC matches
- –Deep integration with core IAM systems depends on available connectors and API support
- –Policy tuning requires ongoing threshold adjustments to manage false positives
- –Coverage concentrates on account and session risk rather than full endpoint controls
- –Limited visibility into transaction-level compromise signals versus full fraud stacks
Bank fraud monitoring teams
Detect risky login sessions early
Reduced account takeover rates
Authentication engineering teams
Trigger step-up authentication prompts
Higher confidence during sign-in
Show 1 more scenario
Security governance teams
Tune thresholds for banking workflows
Fewer false positives
Provides admin configuration to control alerting and risk-based session protection behavior.
Best for: Fits when security teams need automated, risk-based login protection for financial accounts.
Bitdefender Safepay
SMBHardened browser widget for secure online banking and shopping.
A dedicated hardened banking browser isolates sensitive web sessions from normal browser activity.
Safepay is built around a separate banking browser that isolates the session from the rest of the system to limit cross-tab attacks and credential harvesting paths. It includes protections aimed at keylogging and screen capture during sensitive input, plus a hardened UI flow for login and payments. For security teams, the practical fit comes from using it as an enforcement point for high-risk web sessions rather than trying to treat it as general endpoint protection.
- +Secure browser isolation reduces spillover from normal browsing sessions
- +Anti-keylogging and anti-screen-capture protections target credential entry
- +Dedicated banking workflow helps standardize how users perform logins
- +Hardened session design lowers exposure to browser-layer theft attempts
- –Protection only applies when banking traffic runs inside Safepay
- –Banking form and workflow compatibility can require user routing discipline
Security operations teams
Reduce credential theft in banking
Lower account-takeover risk
IT risk officers
Harden shared kiosk browsing
More consistent session security
Show 2 more scenarios
Branch IT administrators
Standardize secure payments workflow
Fewer risky user paths
Users perform banking steps inside one hardened environment to avoid leakage into normal tabs.
Security awareness program owners
Limit damage from risky clicks
Lower harm from phishing-induced browsing
Safepay reduces the impact of malware that targets form entry during banking transactions.
Best for: Fits when security teams need a consistent secure browser session for login and payment entry.
Malwarebytes
SMBAnti-malware engine detecting banking trojans and financial credential stealers.
Malwarebytes combines endpoint malware cleanup workflows with web protection to stop infection before credential harvesting completes.
Malwarebytes provides endpoint-oriented protections such as real-time malware detection, web threat blocking, and modules that target unsafe browser behaviors tied to credential compromise. The product’s value for online banking security comes from blocking malicious downloads, intercepting suspicious file execution attempts, and reducing successful infection paths that commonly precede account takeover. Admin controls center on device management workflows, and protection behavior is driven by product modules rather than transaction-specific controls.
- +Real-time malware blocking targets common execution paths used in banking theft chains
- +Web protection reduces exposure during malicious downloads and phishing page access
- +Remediation workflows prioritize cleanup after infection indicators on endpoints
- +Module-based policy toggles support quick narrowing of detection scope
- –No built-in transaction signing or step-up controls for banking authentication flows
- –Deeper governance such as SCIM-style provisioning and RBAC is limited compared with enterprise security suites
- –Network-layer coverage is not designed to replace gateway-based SSL inspection controls
- –Secure browser isolation is not a native online banking defense mechanism
IT risk officer
Reduce host compromise from banking browsing
Fewer successful account takeover attempts
SOC analyst
Contain suspicious endpoint after alerts
Faster containment and eradication
Show 2 more scenarios
Security architect
Layer endpoint defense with existing gateway controls
Higher overall detection coverage
Endpoint controls add coverage for execution behaviors that bypass network-only blocking policies.
Help desk lead
Triage user reports of fake bank pages
Reduced repeat escalations
Web blocking and remediation support quicker resolution of browser-driven compromise reports.
Best for: Fits when endpoint remediation and web blocking are prioritized over transaction-level banking fraud controls.
IBM Security Trusteer
enterpriseIBM Security Trusteer provides endpoint protection against financial malware and phishing for online banking.
Trusteer anti-fraud and anti-malware controls that focus on the live banking session to block manipulation during login and payment steps.
IBM Security Trusteer is an online banking security software offering designed to reduce account takeover by hardening the customer login and transaction path. Its core value centers on customer-side malware defense for banking sessions, browser behavior protection, and fraud detection workflows tailored to financial authentication.
- +Targets banking-specific threats in the browser session to reduce credential theft
- +Includes session-layer protections used during online authentication flows
- +Supports institution-focused policies for multi-banker program management
- +Designed for operational fraud triage with actionable security signals
- –Implementation depends on customer-side deployment and user environment compatibility
- –Limited endpoint coverage outside the banking channel compared with EDR
- –Fine-grained governance and tuning require coordination with banking operations
- –Integration paths can add project work for SIEM and case-management workflows
Retail banking security teams
Reduce malware-in-the-browser risk
Lower session compromise risk
Fraud operations analysts
Route detections into workflows
Faster investigation turnaround
Show 1 more scenario
Bank IT security administrators
Manage protected banking applications
Consistent protection coverage
Configures what customer flows get protected and centralizes administration across institutions.
Best for: Fits when financial institutions need customer-side banking fraud defenses with tighter control of web authentication sessions.
Norton 360
SMBNorton 360 offers device security with a specialized Safe Banking browser for secure online transactions.
Secure browser mode intended to reduce risk from malicious overlays and credential theft during online banking.
Norton 360 runs a real-time anti-malware engine on endpoints and includes a secure browser component for banking sessions. It adds web and phishing protections that reduce exposure to credential theft while browsing.
- +Real-time malware and phishing blocking during active banking sessions
- +Secure browser mode helps isolate sensitive payment and login flows
- +Clear security status messaging for end users and admins
- +Works well as a single bundle for device and web protection
- –Limited enterprise integration versus dedicated online banking security tools
- –Weak automation and API surface for provisioning and policy changes
- –Restrictive controls for advanced session workflows compared with enterprise EDR
- –Fine-grained RBAC and audit logging for banking-specific rules are not a focus
Small-business admins
Cover office endpoints with baseline protection
Simpler endpoint coverage
Families and individual users
Protect mixed devices at home
Consistent device protection
Show 1 more scenario
Home network users
Control inbound connections via firewall
Controlled local network boundary
Applies endpoint firewall controls to block unsolicited inbound traffic and review connection status.
Best for: Fits when mid-market teams want strong end-user banking browsing protection with light admin overhead.
Telesign
API-firstTelesign offers identity verification, phone intelligence, and risk signals through security APIs.
Decisioning via Telesign APIs that lets banking apps trigger step-up authentication from real-time risk assessments.
Telesign focuses on online banking risk controls using programmable communication and identity risk signals that plug into authentication and fraud workflows. Core capabilities include API-driven verification and risk scoring workflows plus fraud prevention patterns for account takeover and step-up triggers.
- +API-first verification and risk scoring fits step-up and rule engines
- +Fraud workflows cover account takeover patterns tied to authentication
- +Works through integration points instead of endpoint agents
- +Operational tuning is driven by telemetry and decision outcomes
- –Does not replace host or browser isolation controls for malware threats
- –Security outcomes depend on client-side integration correctness
- –Governance depth lags platforms built around native policy management
- –High-volume routing and throttling add integration complexity
Security and application engineering teams
Send and track OTP challenges
Visible phone authentication delivery
Product and identity teams
Verify users during onboarding
More controlled user onboarding
Show 1 more scenario
Fraud and digital identity teams
Decide allow or step up phone flows
Risk-informed verification decisions
Uses identity and fraud signals to adjust phone-based communication flows based on risk.
Best for: Fits when online banking teams need API-based risk signals and verification decisions inside existing auth and fraud systems.
F-Secure Online Scanner
SMBFree scanner for detecting banking trojans and financial malware.
A guided online scan workflow intended for rapid validation of a potentially compromised device during banking troubleshooting.
F-Secure Online Scanner is an on-demand web security scanner designed to validate a device’s exposure during online banking sessions. It focuses on threat detection for malware and browser-related risk by running a guided scan rather than continuous endpoint monitoring.
- +On-demand scan workflow helps validate suspected banking malware exposure
- +Guided scanning reduces ambiguity when users report suspicious activity
- +Designed for low-integration effort during incident triage
- +Produces a clear scan outcome to support user-facing remediation steps
- –No continuous monitoring for banking sessions or transaction flows
- –Limited integration surface for SIEM forwarding and automated case enrichment
- –Enforcement controls are not comparable to enterprise secure browsing gateways
- –Output support for tuning rules and suppression logic is narrow
Helpdesk and security analysts
Verify device exposure after banking concerns
Evidence for remediation steps
Users handling personal computers
Run periodic checks alongside protection
Reduced manual guesswork
Best for: Fits when teams need a quick, user-triggered malware check during banking incident triage.
SecurlyCloud Browser Security
SMBBrowser security extension for detecting financial phishing and malicious banking sessions.
Bank-session in-browser defense that targets credential theft and screen capture attempts inside the user’s banking flow.
SecurlyCloud Browser Security focuses on browser-level protection for banking sessions instead of host-wide endpoint controls. It combines phishing and malware defenses with in-session protection that aims to block keylogging and screen capture attempts during online banking.
- +Browser-focused controls target session theft paths during banking logins
- +Policy-based enforcement reduces reliance on user behavior
- +Session reporting helps SOC teams triage web-based attack attempts
- +Protection coverage maps to common banking threats like phishing and malware
- –Limited visibility into non-browser activity compared with full endpoint EDR
- –Effectiveness depends on consistent browser usage for protected banking flows
- –Fewer integration surfaces for SIEM and workflow automation than broader platforms
- –Harder to standardize for complex estates with mixed browser stacks
Bank security teams
Block keylogging during web banking
Lower credential theft via keystrokes
Fraud investigation teams
Detect screen capture attempts
Reduced session data exfiltration risk
Show 1 more scenario
IT security administrators
Enforce policies for sensitive web apps
Centralized browser workflow control
Manages browser enforcement policies and reporting for access to sensitive web banking apps.
Best for: Fits when banking apps dominate risk and security needs browser-enforced session protection with clear reporting.
Conclusion
After evaluating 10 online banking security software, Avast Secure Browser 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 Online Banking Security Software
Online banking security software focuses on stopping account takeover paths during login and payment workflows, and the lineup in this buyer's guide covers client-side browser hardening, session-layer fraud defenses, and API-driven risk decisions. Avast Secure Browser and Bitdefender Safepay provide dedicated hardened browser flows for sign-in and payment entry. IBM Security Trusteer and Norton 360 also concentrate on session protection inside banking interactions. Telesign, Guardio, and Malwarebytes cover different angles with API-based decisioning, behavior-driven login risk, and real-time malware blocking that intersects banking theft chains.
The sections that follow map each tool to concrete mechanisms like navigation-time blocking for suspicious banking pages, secure browser isolation for login sessions, anti-keylogging and anti-screen-capture controls, and risk-based session protections triggered by login signals. Some options emphasize enterprise governance and monitoring integration limits, while others narrow their protection scope to browser sessions or specific workflows. The selection criteria used across these tools prioritize integration depth, automation and API surfaces, and admin controls that security teams can actually operationalize.
Online Banking Security Software for hardened browser sessions, fraud defense, and API-triggered step-up
Online banking security software is used to reduce credential theft and session manipulation during online authentication and transaction entry by enforcing hardened client-side browsing paths or live session controls. Avast Secure Browser delivers navigation-time protection for suspicious banking pages and adds client-side checks at sign-in time. Bitdefender Safepay isolates sensitive banking sessions in a dedicated hardened browser mode to limit spillover from normal browsing activity.
Some tools extend beyond browser hardening by coordinating step-up authentication and risk decisions with existing auth and fraud systems. Telesign provides decisioning via Telesign APIs so banking apps can trigger step-up authentication from real-time risk assessments. Guardio issues session protections based on behavioral login signals instead of static blocking lists, which changes how policy tuning and false-positive management get handled during daily operations.
Online banking security evaluation criteria for hardened sessions and risk decisions
Online banking security software succeeds when it protects the exact time window where credential theft and session manipulation usually happen. Avast Secure Browser blocks suspicious banking pages during navigation and adds client-side checks at sign-in time, so the protection starts before the login form fully completes.
Hardened browser scope for login and payment steps
Bitdefender Safepay isolates sensitive banking sessions in a dedicated hardened browser mode so normal browsing activity has less opportunity to spill into authentication and payment entry. IBM Security Trusteer targets the live banking session to block manipulation during login and payment steps.
Credential theft countermeasures inside the protected session
Avast Secure Browser adds hardened browser flow checks at sign-in time and includes anti-fraud warnings for suspicious banking pages. Bitdefender Safepay pairs secure browser isolation with anti-keylogging and anti-screen-capture controls for credential entry.
Risk-based session protection from login signals
Guardio issues session protections based on behavioral login signals rather than static blocking lists, which changes how security teams tune thresholds and handle false positives. Telesign provides decisioning via Telesign APIs so banking apps can trigger step-up authentication from real-time risk assessments.
Automation and governance for integration and monitoring
IronVest supports centralized policy administration and API-driven monitoring integration for multi-channel enforcement. Avast Secure Browser has limited enterprise-grade governance and a centralized audit log integration gap, which affects SOC correlation workflows.
Decision framework for picking hardened browser, risk signals, and integration depth
The first decision is where enforcement must happen: inside a standardized hardened browser flow, inside an isolated banking session, or inside your authentication and fraud stack via API calls. Avast Secure Browser and Bitdefender Safepay enforce protection in a client-side hardened browser workflow, while Telesign and Guardio shape decisions from login signals and verification logic.
Choose enforcement location based on user channel control
If customers can be guided into a hardened browser flow for login and payment entry, Avast Secure Browser or Bitdefender Safepay matches the channel where theft usually occurs. If customers cannot be reliably routed into a protected browser, tools like Telesign focus on API-based step-up decisions inside the existing auth flow rather than browser isolation.
Match credential theft controls to your most likely capture path
If the dominant risk is credential harvesting during sign-in forms, Bitdefender Safepay’s anti-keylogging and anti-screen-capture protections inside Safepay align with that capture pattern. If suspicious banking pages and navigation risk drive incidents, Avast Secure Browser’s navigation-time warnings and blocks for suspicious banking pages target the earliest stage.
Select risk logic by tuning model and operational ownership
If risk needs to respond to behavioral login signals and requires ongoing threshold adjustments, Guardio’s risk engine is built for that model. If risk decisions must be issued as API outputs that plug into existing step-up and rule engines, Telesign’s API-first verification and risk scoring fit the operational ownership of fraud and authentication teams.
Validate monitoring and governance fit for SOC workflows
If centralized policy administration and API-driven monitoring integration are required for multi-channel enforcement, IronVest provides centralized policy administration and monitoring hooks. If SOC correlation depends on administrative audit log exports and automated case workflows, Avast Secure Browser’s limited enterprise-grade governance and unclear centralized audit log integration can force extra integration work.
Confirm workaround needs for browser compatibility and routing discipline
If banking workflows must run inside the protected browser, Bitdefender Safepay requires user routing discipline so banking forms and workflows run in Safepay. If browser enforcement behavior needs careful pilot testing, IronVest’s session-level control can require staged rollout to confirm interaction controls match real banking flows.
Who needs Online Banking Security Software tuned to banking sessions and decisioning
Bank security teams need enforcement that matches customer web and authentication behavior while reducing account takeover paths. Client-side hardened browser options fit institutions that can standardize the login experience, while API-triggered decisioning fits institutions that already own the auth and fraud decision pipeline.
Financial institutions standardizing customer login with a hardened browser session
Avast Secure Browser and Bitdefender Safepay focus on protected browser sessions for sign-in and payment entry, which fits rollout plans where customers consistently use the hardened flow.
Bank fraud and authentication teams building step-up rules driven by real-time signals
Telesign provides decisioning through Telesign APIs so existing auth and fraud systems can request step-up authentication from risk assessments.
Security teams prioritizing interactive credential capture prevention in web sessions
Bitdefender Safepay targets anti-keylogging and anti-screen-capture protections inside the banking session, which directly addresses credential entry capture risks.
Enterprise security programs needing centralized policy administration and API-based monitoring integration
IronVest supports centralized policy administration with API-driven monitoring integration so security operations can manage enforcement policies across channels.
Banking incident response teams validating device compromise during suspected banking malware exposure
F-Secure Online Scanner offers an on-demand guided scan workflow for rapid validation during banking troubleshooting when continuous monitoring is not the immediate requirement.
Common pitfalls that break online banking security outcomes
Misalignment between enforcement scope and customer behavior drives most failures. Another recurring issue is choosing a tool that protects only one channel while the organization expects endpoint or SIEM automation coverage.
Selecting browser isolation without confirming the banking workflow can consistently run inside the protected session
Bitdefender Safepay requires banking traffic to run inside Safepay, so teams should validate the banking form and payment paths in the hardened environment to avoid routing gaps.
Expecting step-up authentication APIs to replace malware and capture controls
Telesign’s API-based verification and risk scoring does not replace host or browser isolation controls for malware threats, so teams should pair it with browser-session or endpoint defenses where credential capture is possible.
Underestimating governance and audit log integration needs for SOC correlation
Avast Secure Browser has limited enterprise-grade governance and an unclear centralized audit log integration path, which can leave SOC workflows without the administrative telemetry needed for incident triage.
Using risk-based behavioral tuning without a plan for false-positive management
Guardio policy tuning requires ongoing threshold adjustments to manage false positives, so a monitoring and tuning owner should be assigned before rollout.
Assuming endpoint malware cleanup coverage will address transaction-level banking fraud mechanics
Malwarebytes focuses on endpoint remediation and web blocking for infection prevention, and it does not include built-in transaction signing or step-up controls for banking authentication flows.
How We Selected and Ranked These Tools
We evaluated browser hardening coverage, session-layer credential theft controls, and risk or verification integration depth across the lineup. Features weighed 40% of each score because tools like Avast Secure Browser add navigation-time protection tailored to sign-in risk while Bitdefender Safepay isolates sensitive banking sessions.
Ease and value each weighed 30% because teams need fast onboarding for protected banking sessions and manageable day-to-day operations. Avast Secure Browser set the top benchmark by combining navigation-time warnings or blocks for suspicious banking pages with hardened client-side checks at sign-in time, which compresses the time attackers spend on the login path.
Frequently Asked Questions About Online Banking Security Software
How do CrowdStrike Falcon-style endpoint controls differ from client-side secure browser tools like IBM Security Trusteer?
Which tools provide SSO-style identity integration primitives, and which tools stay focused on the banking browser session?
How should data migration and historical event retention be handled when switching from an endpoint agent to a browser-enforced workflow like SecurlyCloud Browser Security?
What admin controls and governance features should be evaluated for policy rollout, and how does IronVest handle them compared with Norton 360?
What breaks if anti-keylogging and anti-screen-capture protections fail or are bypassed in secure browser products like Bitdefender Safepay and IronVest?
When should security teams choose Guardio’s risk-based login session protections instead of using a guided scanner like F-Secure Online Scanner?
How do API integration and automation workflows differ between Telesign and web-session hardening tools like Avast Secure Browser?
Where do session isolation guarantees differ between Bitdefender Safepay’s hardened environment and the browser enforcement approach used by SecurlyCloud Browser Security?
Which tools support event export or log forwarding for SOC correlation, and how does that impact detection tuning?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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