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Emergency DisasterTop 10 Best Emergency Dispatch Software of 2026
Ranked review of emergency dispatch software for public safety and enterprise teams, featuring Zetron MAX Dispatch and key tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Zetron MAX Dispatch is the safest choice for dispatch centers that need tightly controlled console workflows with automated incident and unit state updates, whereas Hexagon Intergraph Computer-Aided Dispatch fits larger agencies that require mission-critical CAD-RMS alignment and governance over incident lifecycles.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Zetron MAX Dispatch
Dynamic unit status drives assignment decisions during live call handling to reduce stale availability and missed state changes.
Best for: Fits when dispatch centers need tightly controlled console workflows with automated incident and unit state updates.
Hexagon Intergraph Computer-Aided Dispatch
Editor pickIncident lifecycle logging ties operator actions to dispatch record updates across consoles and operational stages.
Best for: Fits when large dispatch centers need incident lifecycle control, console workflow governance, and CAD-RMS alignment.
Carbyne Universe
Editor pickLive incident context is carried through dispatch steps to maintain continuity during rapid updates.
Best for: Fits when PSAPs need incident lifecycle control and coordinated responder updates.
Comparison Table
Zetron MAX Dispatch
communications specialistIntegrated dispatch console software for command and control, radio communications, and incident coordination.
Dynamic unit status drives assignment decisions during live call handling to reduce stale availability and missed state changes.
Zetron MAX Dispatch is built around dispatcher work tasks such as creating and updating incidents, running tactical call flows, and maintaining consistent state across calls and units. The system’s operating model supports unit availability changes, priority handling, and status-driven routing so dispatch decisions reflect current field conditions. Integration depth is strongest when agencies already plan for CAD-to-dispatch coordination and align event identifiers across connected tools.
A practical tradeoff is that workflow outcomes depend on configuration discipline, especially when incidents require consistent priority rules and unit recommendation logic. The best fit is a multi-console dispatch center that needs tight operational controls for call handling, assignment, and incident status tracking during peak volume.
- +Real-time unit status keeps dispatch decisions aligned with availability
- +Incident lifecycle logging supports consistent updates across active events
- +Dispatch queue management reduces reliance on manual prioritization
- +Workflow automation supports repeatable tactical call handling
- –Configuration is critical for correct priority and assignment behavior
- –Some advanced workflow integrations depend on specific system interfaces
- –Console customization can require dedicated admin time
- –Queue and routing outcomes can be sensitive to operational data quality
911 and dispatch operations
Prioritized dispatch queue for active calls
Faster correct assignments
Fire dispatch supervisors
Incident lifecycle logging for updates
Consistent event records
Show 2 more scenarios
Multi-station dispatch centers
Unit status coordination across consoles
Reduced coordination gaps
The system maintains consistent unit availability across working positions during simultaneous incidents.
CAD integration teams
CAD-to-dispatch event coordination
Cleaner incident correlation
Defined integration points support passing event context so dispatch actions map to the same operational record.
Best for: Fits when dispatch centers need tightly controlled console workflows with automated incident and unit state updates.
Hexagon Intergraph Computer-Aided Dispatch
enterpriseMission-critical dispatch software for public safety agencies with integrated incident and resource management.
Incident lifecycle logging ties operator actions to dispatch record updates across consoles and operational stages.
Hexagon Intergraph CAD supports an incident-driven workflow that tracks changes across the dispatch lifecycle, including call handling into dispatch events and ongoing updates for responding units. Dispatch operations typically rely on dynamic unit status, assignment rules, and console-driven tasking so operators can keep work current without manual rekeying. Integration capabilities commonly surface through CAD-to-RMS interfaces and mobile unit update paths that keep field status aligned with the dispatch record. Multi-agency federation and CAD-to-CAD interoperability are part of common deployment patterns for agencies coordinating across boundaries.
A key tradeoff is that deep configuration for routing, assignments, and console workflows often requires disciplined governance so changes do not break operational assumptions across positions. Hexagon Intergraph CAD fits situations where dispatch centers need consistent incident updates across consoles, radios, and field devices, with structured logging for operational accountability.
- +Incident lifecycle logging supports structured operational history
- +Routing and assignment rules support dispatch queue management workflows
- +CAD-to-RMS integration keeps case records aligned with incidents
- +Multi-console operations support coordinated dispatch staffing
- –Workflow configuration can require long implementation cycles
- –Changing routing logic can affect unit recommendation behavior
- –Mobile synchronization depends on integration maturity across endpoints
- –Advanced federation needs careful data mapping between agencies
Regional dispatch command staff
Coordinate incidents across multiple consoles
Fewer status mismatches
911-to-dispatch operations teams
Convert call intake to dispatch tasks
Faster, auditable dispatching
Show 2 more scenarios
Public safety records teams
Keep RMS records aligned with CAD
Cleaner case documentation
CAD-to-RMS connectivity reduces manual reconciliation between dispatch incidents and case records.
Mobile field coordination units
Sync unit status updates to dispatch
More accurate unit availability
CAD-to-field mobile synchronization helps maintain current unit status tied to the dispatch incident.
Best for: Fits when large dispatch centers need incident lifecycle control, console workflow governance, and CAD-RMS alignment.
Carbyne Universe
911 specialistEmergency call handling and response platform with caller location, multimedia intake, and dispatch workflow support.
Live incident context is carried through dispatch steps to maintain continuity during rapid updates.
Carbyne Universe is designed for PSAP and dispatch operations that need fast call-taking, structured incident updates, and coordinated dissemination of information to responders. Incident workflows support ongoing lifecycle tracking rather than treating calls as isolated events, which helps with multi-update scenarios and transfer handling. The admin layer emphasizes operational configuration and audit-ready activity trails that support day-to-day governance for busy centers.
A tradeoff is that agencies often need disciplined integration work to align Carbyne’s incident objects with existing CAD, records, and mapping expectations. This setup is most practical when there is a clear ownership for configuration, routing rules, and unit status feeds, and when dispatch leadership wants consistent lifecycle logging across call and dispatch steps.
- +Incident lifecycle logging keeps multi-update cases coherent
- +Operational console supports coordinated dispatcher call-taking and dispatch actions
- +Responder coordination uses live incident context for faster updates
- +Admin configuration supports consistent operational governance across centers
- –Meaningful CAD and records alignment needs careful integration planning
- –Advanced workflow behavior depends on agency-specific configuration discipline
PSAP dispatch supervisors
Track incident progress across updates
Cleaner accountability and continuity
Call-taking teams
Handle high-volume intake reliably
Faster handoffs to dispatch
Show 1 more scenario
Multi-agency dispatch centers
Coordinate shared incident information
Reduced rework and confusion
Incident updates stay consistent across operational views used by dispatch and responders.
Best for: Fits when PSAPs need incident lifecycle control and coordinated responder updates.
CentralSquare CAD
enterpriseCloud and on-premises computer-aided dispatch software for public safety and emergency communications centers.
Incident lifecycle logging maintains structured status and activity history across the full dispatch workflow.
CentralSquare CAD is a municipal CAD and dispatch suite that centers incident lifecycle logging and console workflows around field-ready operational states. It supports EMD-style call-taking through configurable call handling steps, then carries that context into dispatch, unit recommendation, and subsequent updates.
- +Incident lifecycle logging ties call intake to later updates without re-entering data
- +Dispatch console workflows support fast unit status transitions across the response lifecycle
- +CAD-to-RMS interfaces help keep incident and case context synchronized
- +Configurable dispatch steps reduce operator rekeying during call handling
- –Workflow configuration depth requires governance to avoid inconsistent call handling
- –Some advanced integrations depend on agency-specific system mappings and adapters
- –Role and permission setup can be time-consuming for large multi-agency teams
- –Geographically complex routing workflows may require careful rules tuning
Best for: Fits when dispatch centers need configurable call-to-dispatch workflows with strong incident tracking across systems.
Tyler Public Safety CAD
enterpriseEnterprise computer-aided dispatch software for law enforcement, fire, EMS, and emergency communications workflows.
Incident lifecycle logging keeps every operational update traceable from intake through field activity handoff.
Tyler Public Safety CAD supports call-taking workflows that create incidents and drive dispatch operations from intake to unit assignment and updates. It is designed for emergency response agencies that need incident lifecycle logging, dispatch queue management, and coordination across agencies through integration points.
- +Incident lifecycle logging ties updates to a single operational history.
- +Dispatch queue management helps structure call flow during peak workload.
- +Unit status changes support consistent unit recommendation behavior.
- +Administrative configuration supports controlled rollout across console users.
- –Closest-force style routing depends on how unit status data is maintained.
- –Multi-agency federation workflows can require careful interface mapping.
- –API and automation coverage is less visible than specialized CAD integration vendors.
- –Some operational changes require admin-level configuration before dispatchers can use them.
Best for: Fits when dispatch teams need structured call-to-incident workflows with strong lifecycle tracking and queue control.
CODY Systems
vertical specialistComputer-aided dispatch and records management software for public safety agencies.
Incident lifecycle logging ties call intake, dispatch actions, and operational outcomes into one operator workflow.
CODY Systems is an emergency dispatch software option designed for day-to-day call-taking and dispatch workflows in PSAP and municipal environments. It centers on incident handling and operational routing steps needed to move calls from intake into field-ready tasking.
- +Incident lifecycle flow supports dispatch-to-field operational handoff steps
- +Configurable console workflows help standardize call handling and dispatch actions
- +Automation options reduce operator steps during repeat incident patterns
- +Integration-oriented interfaces support exchange with surrounding agency systems
- –Integration scope can be constrained when agencies require specific CAD-to-RMS patterns
- –Advanced federation workflows may require add-ons or custom configuration effort
- –Unit recommendation behavior can be limited by available AVL and status inputs
- –Governance around templates and routing rules takes ongoing admin attention
Best for: Fits when a PSAP needs structured incident handling and console-driven dispatch workflow consistency.
IAMRESPONDING
SMBDispatch response and personnel accountability system for volunteer fire and EMS.
Structured, scripted call-taking and dispatch data capture that drives consistent incident records from the operator console.
IAMRESPONDING is an emergency dispatch software solution focused on call-taking workflows and operator console operations. The system centers on incident lifecycle logging, scripted data capture, and dispatch communications aligned to active response roles.
- +Operator console workflow reduces retyping during incident lifecycle logging
- +Incident timeline capture supports consistent handoffs and later review
- +Automation options support repeatable triage steps for common call types
- +Interoperability options support CAD-to-records style integration patterns
- –Advanced routing logic depends on integration design with upstream systems
- –Setup for complex agency workflows can require significant configuration effort
- –Category-specific interfaces may need additional vendor or integrator work
- –Dispatch queue management features may need customization for federation models
Best for: Fits when dispatch centers need structured call-taking and incident lifecycle logging with controlled console workflows.
Positron Public Safety Systems
enterprise911 call handling and computer-aided dispatch systems for public safety communication centers.
Incident lifecycle logging and workflow actions that keep dispatch console updates traceable from creation to closure.
Positron Public Safety Systems serves emergency dispatch operations with configurable incident workflows, CAD call-taking, and dispatch consoles for day-to-day triage and unit assignment. The system focuses on operational control through rules-driven configuration, unit status handling, and incident lifecycle logging from first call through updates and closures.
- +Configurable call-taking and dispatch workflows tied to incident lifecycle events.
- +Operational logging captures timeline detail for updates and closure actions.
- +Unit status and assignment workflows reduce manual coordination steps.
- +Inter-agency operations are supported through federation-style connectivity options.
- –Workflow outcomes depend heavily on upfront configuration quality.
- –Complex multi-console setups can require careful role and training alignment.
- –Advanced interoperability and device integrations can vary by site scope.
- –Some operational changes can take longer when they require rule updates.
Best for: Fits when agencies need configurable incident workflows and strong operational logging across call-taking to closure.
Omnigo Public Safety CAD
enterpriseCloud-based dispatch and incident management software for public safety agencies.
Incident lifecycle logging that records dispatch actions and operational changes across each stage of an incident.
Omnigo Public Safety CAD supports call-taking workflows, incident creation, unit dispatch, and an end-to-end incident lifecycle log for emergency operations. It centers on dispatch operations configuration so agencies can align console behavior with local procedures and unit status rules.
- +Incident lifecycle logging ties call, dispatch actions, and outcomes into one workflow
- +Configurable console behavior supports agency-specific dispatch queues and rules
- +Operational permissions support separation of duties between call-taking and dispatch
- +Integration interfaces support CAD-to-RMS and mobile endpoint syncing
- –Geographic routing logic can require careful configuration to match local expectations
- –Automation for cross-system events depends on integration coverage and mappings
- –Advanced federation patterns across agencies may require implementation support
- –Console customization can increase admin overhead for large multi-role teams
Best for: Fits when mid-size PSAPs need a configurable incident lifecycle workflow with dependable integrations.
Sun Ridge Systems
SMBPublic safety dispatch and records management software serving smaller law enforcement and fire agencies.
Configurable dispatch workflow engine that drives incident lifecycle states from call-taking through assignment and follow-up.
Sun Ridge Systems targets emergency dispatch environments that need configurable call handling, incident workflows, and operational reporting. Its core capabilities center on the dispatch console experience for call-taking and task assignment, plus rules for routing and lifecycle tracking across field operations.
- +Configurable dispatch workflows for call handling and incident lifecycle tracking
- +Operational reporting tied to dispatch outcomes and queue activity
- +Integration-oriented design for exchanging incident data with external systems
- +Console-focused user experience for dispatch operations and assignment
- –Integration depth can depend on project scope and connected system choices
- –Advanced automation requires careful configuration to match local SOPs
- –Multi-agency coordination features may require additional federation design
- –Workflow configuration breadth can increase admin workload during change cycles
Best for: Fits when a PSAP needs configurable dispatch workflows and incident tracking with external system integrations.
Conclusion
After evaluating 10 emergency dispatch software, Zetron MAX Dispatch 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 Emergency Dispatch Software
Emergency dispatch software coordinates call-taking, incident lifecycle logging, dispatch queue management, and responder assignment inside the PSAP or dispatch center workflow. This guide draws on the capabilities shown across Zetron MAX Dispatch, Hexagon Intergraph Computer-Aided Dispatch, Carbyne Universe, and CAD options from CentralSquare CAD and Mark43, alongside additional tools that carry dispatch actions through incident stages.
Zetron MAX Dispatch is highlighted for dynamic unit status that drives assignment decisions during live call handling. Hexagon Intergraph CAD is highlighted for incident lifecycle logging that ties operator actions to dispatch record updates across operational stages.
Emergency Dispatch Software for call-taking, incident lifecycle logging, and unit assignment
Emergency dispatch software supports a call-to-incident-to-dispatch workflow that captures operator actions, updates incident states across stages, and records operational outcomes from creation to closure. The category commonly centers on incident lifecycle logging so consoles can persist a structured operational history and reduce the need to re-enter details during multi-update incidents.
Zetron MAX Dispatch uses real-time dynamic unit status to keep dispatch decisions aligned with unit availability during active events. CentralSquare CAD ties configurable call intake to later workflow updates through incident lifecycle logging so dispatch teams can transition unit status across the response lifecycle without retyping core details.
Incident lifecycle logging, unit state automation, and dispatch workflow governance
Emergency dispatch software lives or dies on whether operator actions stay attached to the same incident record across intake, updates, and closure. Tools that provide incident lifecycle logging reduce retyping and preserve a traceable timeline when cases change rapidly.
Unit state automation and dispatch queue control determine whether assignment decisions remain current during live calls. Zetron MAX Dispatch uses real-time dynamic unit status to keep assignment aligned with availability, while multiple CAD options use incident lifecycle logging to keep console actions synchronized across stages.
Real-time unit state for live assignment decisions
Zetron MAX Dispatch uses dynamic unit status to drive assignment decisions during active call handling so dispatchers do not act on stale availability. This makes it a stronger fit for centers that depend on continuously updating unit state during ongoing incidents.
Incident lifecycle logging across consoles and operational stages
Hexagon Intergraph Computer-Aided Dispatch ties operator actions to dispatch record updates across operational stages with incident lifecycle logging. CentralSquare CAD also maintains structured status and activity history across the full dispatch workflow through incident lifecycle logging tied from call intake to later updates.
Configurable call-to-dispatch workflows with incident continuity
CentralSquare CAD supports configurable call-to-dispatch workflows while maintaining incident lifecycle logging that prevents re-entering core data. Carbyne Universe carries live incident context through dispatch steps to keep continuity during rapid updates, and it also supports coordinated dispatcher call-taking and dispatch actions.
Dispatch queue management and operator workflow consistency
Tyler Public Safety CAD includes dispatch queue management to structure call flow during peak workload along with incident lifecycle logging. IAMRESPONDING focuses on structured scripted call-taking and dispatch data capture that reduces retyping during operator-driven incident timeline capture.
Governance depth for consistent workflow behavior across updates
Hexagon Intergraph CAD emphasizes incident lifecycle logging plus routing and assignment rules that support dispatch queue management workflows. Zetron MAX Dispatch pairs incident lifecycle logging with real-time unit status, which reduces reliance on manual unit-state correction but increases the need for correct configuration.
Integration planning for CAD-to-record alignment
Carbyne Universe requires careful planning for meaningful CAD and records alignment, so integration scope can drive project risk. CODY Systems can constrain integration scope when agencies require specific CAD-to-RMS patterns, which can limit how incident workflow outcomes connect to records across systems.
Choose based on workflow control depth, incident continuity needs, and integration complexity
Start by mapping incident lifecycle logging to the way dispatch teams actually work, because each tool’s logging is only useful when it matches the console’s operator workflow. The right system keeps call-taking, dispatch actions, and closure aligned to one incident timeline without repeated data entry.
Next, decide whether unit assignment must react to continuous state changes in real time or whether assignment can tolerate periodic updates. The choice between Zetron MAX Dispatch dynamic unit status and other consoles that rely more on workflow configuration and routing logic determines how assignment behavior stays consistent under live pressure.
Verify incident lifecycle logging matches the incident update cadence
Select tools that keep incident lifecycle logging coherent from intake through closure when the dispatch workflow includes multi-update cases. Hexagon Intergraph CAD and CentralSquare CAD both emphasize incident lifecycle logging that ties operator actions to dispatch record updates across operational stages.
If assignment depends on continuous availability, prioritize dynamic unit state
Choose Zetron MAX Dispatch when live handling requires assignment decisions based on dynamic unit status rather than periodic status refreshes. Configure it carefully because correct priority and assignment behavior depends on how unit status updates and routing logic are set.
If governance is the priority, compare workflow governance versus implementation cycle length
If the center needs incident lifecycle control and console workflow governance, Hexagon Intergraph Computer-Aided Dispatch fits dispatch environments that can handle longer workflow configuration cycles. CentralSquare CAD also requires governance to avoid inconsistent call handling when workflow configuration depth is used heavily.
Model call intake into later dispatch steps without retyping core details
Pick CentralSquare CAD when call intake must link to later workflow updates through incident lifecycle logging so dispatch teams avoid re-entering core information. Pick Carbyne Universe when live incident context needs to travel through dispatch steps for coordinated responder updates during rapid changes.
Stress test integration scope for CAD-to-record alignment before committing
Plan integration work early when the agency needs meaningful CAD and records alignment, which Carbyne Universe flags as integration-planning sensitive. Validate integration scope constraints with tools like CODY Systems when agencies require specific CAD-to-RMS patterns.
Who should use each Emergency Dispatch Software profile
Emergency dispatch software fits organizations that must preserve incident continuity across multiple operator actions and system updates. The best fit depends on whether the dispatch center needs real-time unit state automation or primarily needs structured incident lifecycle governance and dispatch queue control.
Teams with heavy multi-console workflows benefit from incident lifecycle logging that stays traceable across stages, while agencies with strict console-driven workflows benefit from tools that reduce retyping and keep operator steps consistent.
PSAPs that run live call handling where unit availability changes during active incidents
Zetron MAX Dispatch matches this workload because real-time dynamic unit status drives assignment decisions and keeps availability aligned during live call handling.
Large dispatch centers that need structured incident lifecycle governance across consoles
Hexagon Intergraph Computer-Aided Dispatch is built around incident lifecycle logging tied to operator actions across operational stages and routing and assignment rules that support dispatch queue management workflows.
Agencies standardizing call-to-dispatch workflows across multiple updates
CentralSquare CAD fits teams that need incident lifecycle logging that links call intake to later workflow updates without re-entering data, and it supports fast unit status transitions across the response lifecycle.
PSAPs that need coordinated responder updates during rapid incident changes
Carbyne Universe carries live incident context through dispatch steps, and its operational console supports coordinated dispatcher call-taking and dispatch actions.
Dispatch teams that want scripted call-taking and consistent incident timeline capture
IAMRESPONDING uses structured, scripted call-taking and dispatch data capture so operator workflow reduces retyping during incident lifecycle logging and supports later review via a captured timeline.
Common pitfalls when buying Emergency Dispatch Software
Many dispatch deployments fail because workflow configuration and integration scope are treated as afterthoughts. When console behavior and incident logging are not tuned to local SOPs, operator actions become hard to interpret during live incidents and later review.
Mistakes also occur when routing behavior is assumed to be independent from unit status quality. Several tools tie routing and assignment outcomes to how unit status data is maintained, which can surface as inconsistent closest-force style outcomes or assignment drift.
Ignoring how unit status accuracy and configuration affect assignment behavior during live calls
Zetron MAX Dispatch requires configuration discipline for correct priority and assignment behavior because dynamic unit status is only useful when updates are wired correctly to the console workflow.
Treating incident lifecycle logging as a checkbox instead of aligning it with operator stages
Hexagon Intergraph Computer-Aided Dispatch and CentralSquare CAD both depend on how workflows map into incident stages, so a mismatched configuration can produce inconsistent history across the dispatch workflow.
Underestimating workflow configuration cycle length for centers that require governance
Hexagon Intergraph CAD can require long implementation cycles because workflow configuration can be deep, and changing routing logic can affect unit recommendation behavior.
Assuming CAD and records alignment is automatic during integration
Carbyne Universe flags that meaningful CAD and records alignment needs careful integration planning, and CODY Systems can constrain integration scope when agencies require specific CAD-to-RMS patterns.
Overlooking routing expectations tied to unit status maintenance
Tyler Public Safety CAD notes that closest-force style routing depends on how unit status data is maintained, so unit-status gaps can degrade routing behavior.
How We Selected and Ranked These Tools
We evaluated emergency dispatch software tools using a feature weight of 40 percent, ease and administration weight of 30 percent, and value weight of 30 percent. Feature coverage prioritized incident lifecycle logging depth, console workflow continuity across intake to closure, and the way dispatch queue and assignment behavior is managed during live incidents.
Ease and administration focused on how quickly teams can apply workflow configuration to produce consistent operator behavior across stages. Value considered how well each tool’s operational console reduces retyping and keeps dispatch decisions aligned with unit status, with Zetron MAX Dispatch set apart for real-time dynamic unit status that drives assignment decisions during active call handling.
Frequently Asked Questions About Emergency Dispatch Software
How do RapidSOS and RapidDeploy fit into emergency dispatch architectures that already use CAD and records systems?
What CAD-to-RMS interoperability checks matter when comparing Hexagon Intergraph Computer-Aided Dispatch and CentralSquare CAD?
Which platform handles dispatch console governance and RBAC-style access controls more completely, Intergraph or Tyler Public Safety CAD?
How does incident lifecycle logging differ between Zetron MAX Dispatch and Omnigo Public Safety CAD?
What breaks when dynamic unit status updates are delayed in RapidDeploy-style coordination versus Zetron MAX Dispatch assignment workflows?
When do dispatch queues and closest-force routing rules become a deciding factor between Positron Public Safety Systems and RapidDeploy?
How should teams plan data migration for incident and unit state history when moving from legacy CAD to Carbyne Universe or CODY Systems?
Which tool better supports scripted call-taking and controlled data capture for consistent triage, IAMRESPONDING or Intergraph?
What integration and API expectations should a PSAP set before choosing Sun Ridge Systems versus Intergraph for CAD-adjacent automation?
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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