GITNUXSOFTWARE ADVICE
Supply Chain In IndustryTop 10 Best Laytime Calculation Software of 2026
Ranked top 10 laytime calculation software tools for ship and chartering teams, with technical comparisons including ZeroNorth, ShipNet One, Laytime.com.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
ZeroNorth is the best fit for fleet and enterprise teams that prioritize voyage efficiency and emissions control while still producing consistent laytime outcomes, whereas Laytime.com suits chartering teams needing structured, auditable laytime statement reruns from fixture event histories.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
ZeroNorth
Voyage optimization that combines weather, routing, speed, fuel choices, vessel performance, and emissions tracking.
Built for fits when fleet teams prioritize voyage efficiency and emissions control over native chartering time calculations..
ShipNet One
Editor pickClause extraction plus event timeline binding produces statement outputs with line-item traceability to the inputs used.
Built for fits when chartering teams need repeatable laytime statements from shared fixture and port data..
Laytime.com
Editor pickEvent-timeline driven calculation connects notice of readiness milestones to used time and exception handling in a single recalculation workflow.
Built for fits when chartering teams need repeatable, auditable laytime statement reruns from fixture event histories..
Related reading
Comparison Table
ZeroNorth
enterpriseMaritime digital platform offering voyage optimization and commercial performance including laytime.
Voyage optimization that combines weather, routing, speed, fuel choices, vessel performance, and emissions tracking.
ZeroNorth is designed around vessel performance, voyage optimization, bunker planning, and emissions management. Its operational data model connects route, speed, weather, fuel, and vessel metrics for fleet monitoring and voyage decisions. That scope suits owners and operators managing efficiency across fleets, but it does not replace specialist software for charter party time rules.
The main tradeoff is category coverage. ZeroNorth can provide operational context around port call data, yet it does not clearly offer native clause parsing, event validation, or claim-ready outputs. An owner using ZeroNorth for voyage optimization would need a separate laytime calculation workflow and a controlled data handoff for time-based chartering claims.
- +Connects voyage optimization with fuel consumption and emissions reporting.
- +Uses vessel performance data to identify operational efficiency actions.
- +Supports fleet-level oversight across voyages and vessels.
- +Provides operational context for downstream chartering handoffs.
- –No clearly documented native laytime calculation workspace.
- –Clause-level time accounting requires another application or custom integration.
- –Value depends on clean operational data and implementation governance.
- –Chartering teams may need separate tools for time-based claims.
fleet operations teams
Voyage efficiency monitoring
Lower fuel-use variance
chartering operations teams
Pre-fixture voyage feasibility checks
Better handoff context
Show 1 more scenario
maritime data teams
Downstream workflow integration
Less duplicate entry
Configured integrations can pass operational records into a separate application for time-based chartering analysis.
Best for: Fits when fleet teams prioritize voyage efficiency and emissions control over native chartering time calculations.
ShipNet One
enterpriseMaritime operations software with voyage management, laytime, demurrage, and claims functions.
Clause extraction plus event timeline binding produces statement outputs with line-item traceability to the inputs used.
ShipNet One is built around a calculation workflow that turns charter party clause extraction and port call data into an auditable event sequence for the laytime statement. It handles notice of readiness logic and time bar cutoffs inside the same run, so teams can reproduce results when assumptions change. The automation surface is strongest when fixtures move through a consistent operational path with recurring data fields and document naming patterns.
A tradeoff appears when clauses deviate heavily from the templates used for clause library mapping, since reconciliation still requires analyst review for edge exceptions. ShipNet One fits situations where multiple fixtures are calculated each week and statement consistency matters more than one-off what-if modeling.
- +Automates laytime statement generation from event timeline inputs
- +Applies laytime exceptions and interruptions within one calculation run
- +Keeps calculation steps tied to source inputs for review
- +Supports workflow patterns for fixture and operational document recasting
- –Clause mapping gaps increase analyst time on unusual laytime clauses
- –Reconciliation for edge scenarios can require manual parameter overrides
- –Limited suitability for ad hoc spreadsheet-style experimentation
- –Integration outcomes depend on consistent document and field formats
Charter party operations teams
Convert fixture documents to statement calculations
Faster consistent statement production
Demurrage and despatch analysts
Recompute running days after exceptions
Reduced recalculation errors
Show 1 more scenario
Chartering managers
Review time bar and NOR impacts
More defensible laytime outcomes
Validates notice of readiness and time bar cutoffs against the event sequence used for the statement.
Best for: Fits when chartering teams need repeatable laytime statements from shared fixture and port data.
Laytime.com
vertical specialistCloud platform for building laytime and demurrage claims from shipping documents with structured audit trails.
Event-timeline driven calculation connects notice of readiness milestones to used time and exception handling in a single recalculation workflow.
Laytime.com is designed for ship and chartering teams that need repeatable laytime statement production from charter party inputs and time-bar logic. The core workflow centers on event sequencing tied to notice of readiness and operational milestones, then applies laytime clause rules to generate running and chargeable time. Built-in recap and reconciliation flows reduce the manual effort of translating statement assumptions into a defensible audit trail.
A key tradeoff is that the workflow depth assumes consistent upstream record quality, especially for event timestamps and operational logs. It fits situations where multiple fixtures share clause patterns and teams want faster reruns after updates to statement of facts data and terminal records.
- +Fixture-linked event timeline drives consistent laytime statement outputs
- +Reconciliation flows support recap updates without restarting calculations
- +Audit trail improves traceability from inputs to used and allowed time
- +Repeatable clause handling speeds reruns across similar fixtures
- –Accuracy depends on complete and correctly ordered port call timestamps
- –Advanced configuration requires careful governance over clause settings
- –Less suitable for one-off spreadsheets when only a single number matters
- –Limited fit for teams that lack structured operational record inputs
Charter party operations teams
Produce laytime statements from fixture data
Faster statement production
Demurrage and despatch analysts
Reconcile recap changes after SOF updates
Clearer charge calculation
Show 1 more scenario
Port captaincy teams
Validate working day and time-bar logic
More consistent time accounting
Map operational logs to event milestones so time-bar conditions apply consistently.
Best for: Fits when chartering teams need repeatable, auditable laytime statement reruns from fixture event histories.
Marcura Demurrage Management
vertical specialistDemurrage software for laytime calculation, claims preparation, and settlement workflows.
Integrated claim lifecycle management connects calculation outputs with review, approval, correspondence, and status tracking.
Marcura Demurrage Management combines automated laytime calculation with claim preparation and review in a single workflow. Core coverage includes importing statement of facts records, applying fixture rules, tracking claim status, and producing calculation support for counterparties.
Configurable workflows and system integrations reduce duplicate entry across voyage, operations, and finance teams. The product suits organizations handling high claim volumes, but implementation depends on accurate source-data mapping and consistent event records.
- +Combines calculation, claim preparation, review, and correspondence in one controlled workflow.
- +Imports statement of facts and operational records for repeatable case preparation.
- +Configurable approval stages separate analysts, reviewers, and claim owners.
- +Integration options reduce duplicate entry between shipping, voyage, and finance systems.
- –Complex contractual exceptions can require substantial manual rule configuration.
- –Implementation depends on accurate source-system mappings and consistent operational records.
- –Enterprise approval controls can feel excessive for small teams handling occasional claims.
- –Advanced analytics receive less emphasis than operational claim processing and review.
Best for: Fits when shipping and chartering teams need governed claim workflows across multiple vessels, ports, and counterparties.
Veson IMOS
enterpriseMaritime commercial software with laytime, demurrage, voyage, and claims workflows.
Integrated chartering-to-finance record structure keeps commercial terms connected to voyage execution and settlement.
Veson IMOS combines laytime calculation with chartering, voyage management, and demurrage workflows in one maritime commercial system. Its shared fixture and voyage records let teams carry agreed terms into allowed-time calculations and settlement work.
Configurable workflows, reporting, and integrations support operational data exchange across ship and chartering teams. The broad scope improves control for complex fleets, but administrators face a larger configuration surface than with dedicated calculators.
- +Connects chartering, voyage, operations, and finance records within a shared commercial data model.
- +Supports configurable workflows for approvals, exceptions, and handoffs across maritime teams.
- +Provides API and integration options for exchanging voyage and operational data.
- +Extends beyond standalone laytime calculation into demurrage and voyage performance processes.
- –Broader enterprise scope creates more administration than a focused laytime calculator.
- –Implementation depends on consistent master data and disciplined process configuration.
- –Complex charter-party rule variations may require specialist implementation support.
- –Less suitable for teams seeking a lightweight spreadsheet replacement for isolated claims.
Best for: Fits when enterprise ship and chartering teams need one system for commercial, operational, and settlement workflows.
Klaveness Digital
enterpriseMaritime operations platform including laytime and demurrage management modules.
Event timeline logic that ties laytime commencement, interruptions, and exception outcomes into one calculation run.
Klaveness Digital delivers laytime calculation support built around ship and chartering workflows that move from fixture inputs into time-bar logic and statement outputs. The product focuses on event timeline handling for laytime commencement, interruptions, and exceptions, then produces outputs suitable for laytime statement preparation.
Automation is centered on repeatable calculation runs driven by charter party clause settings and port call data, with validation checks designed to catch mismatches before sign-off. Compared with spreadsheet-centric approaches, the workflow reduces rework when charter party terms, NOR tendering timing, and cargo operation records change across revisions.
- +Event-driven laytime timeline handling for interruptions and exception logic
- +Charter party clause settings support repeatable calculation runs across revisions
- +Statement-oriented output helps standardize laytime statement generation
- +Clear focus on ship and chartering data flows instead of generic time tracking
- –Requires governance discipline to keep clause configuration consistent across fixtures
- –Limited visibility for complex scenario branching compared with dedicated calc suites
- –Spreadsheet import and export workflows can be constrained for nonstandard data layouts
- –Automation depends on structured port call inputs, reducing flexibility for messy logs
Best for: Fits when ship and chartering teams need consistent statement-ready laytime runs with repeatable event timelines.
SailFast
vertical specialistAI-driven laytime calculation tool extracting data from charter party and SOF documents in any language.
Event-timeline recalculation keeps a linked adjustment history from statement of facts changes into the final laytime statement.
SailFast is a laytime calculation solution focused on turning fixture and event inputs into a consistent laytime statement workflow. It supports time bar mechanics, running-day tracking, and clause-driven laytime commencement and interruption handling.
The product is oriented around repeatable calculations for ship and chartering teams who need audit trails for every time adjustment. Automation features reduce manual spreadsheet reconciliation when statement of facts inputs change.
- +Clause-driven laytime commencement and interruption logic tied to event sequences
- +Deterministic time bar handling for running days and cutoffs across recalculations
- +Audit trail for each calculation step used to build the laytime statement
- +Excel import and export fits common fixture and port call data workflows
- –Complex clause configuration can slow setup for nonstandard charter party forms
- –Advanced exception handling relies on structured event entry to avoid mis-timelines
- –Integration depth beyond file-based exchange can be limited for high-throughput teams
- –Bulk scenario testing across multiple vessels and fixtures needs more workflow tooling
Best for: Fits when chartering teams run frequent laytime recalculations from updated statement of facts and want traceable outputs.
Greywing Proteus
enterpriseDemurrage management software with automated SOF extraction and source-linked laytime calculation.
Event timeline calculations that regenerate the laytime statement after changes to SOF-style inputs and time bar settings.
Greywing Proteus is a laytime calculation tool built around an event-by-event timeline that supports clause-driven commencement and interruption logic. It focuses on producing a laytime statement that can be audited back to underlying shipper and port call data inputs.
Proteus also supports importing and exporting structured data so chartering teams can move between fixture records, statement drafts, and final recap outputs. Automation is aimed at recalculations across changed SOF-style events and time bar parameters without rebuilding spreadsheets from scratch.
- +Timeline-first engine that recalculates laytime from ordered events
- +Clause parameterization keeps commencement, exceptions, and interruption logic consistent
- +Structured import and export reduces manual transcription between parties
- +Audit-friendly output ties calculations back to event inputs
- –Clause setup requires careful configuration before production use
- –Advanced scenarios can demand spreadsheet-side preprocessing of raw SOF fields
- –Bulk recalculation across many fixtures is slower than spreadsheet workflows
- –API depth for laytime statement generation is less explicit than automation UI
Best for: Fits when chartering teams need repeatable, clause-controlled recalculations from event timelines across fixtures.
Chartera
vertical specialistAI-powered laytime calculator supporting SHINC, SHEX, WWD, reversible laytime, and multi-port scenarios.
Notice and time bar configuration drives an event-driven timeline that updates downstream laytime totals with consistent traceability.
Chartera is a laytime calculation web app that converts charter party timing terms into an event-driven timeline and a final laytime statement. It focuses on configurable clause inputs tied to port call data, with structured handling for notice of readiness and time bar logic.
Chartera also supports spreadsheet import and export so teams can move between calculations and existing freight workflows. Admin control is centered on managing projects and calculation runs rather than building a full custom computation engine.
- +Event timeline view maps notice, start points, and interruptions into one sequence
- +Structured clause inputs reduce ad hoc spreadsheet logic during recalculation
- +Spreadsheet import and export fits existing SOF and statement workflows
- +Project-based run history supports traceability between versions
- –API depth is limited for advanced automation compared with top competitors
- –Some clause variants require careful manual configuration rather than guided rules
- –Complex multi-legs schedules can become harder to audit than in spreadsheet-centric tools
- –Governance controls for role-level access and audit logs are not as granular as leaders
Best for: Fits when ship and chartering teams need repeatable laytime statements with timeline visibility and spreadsheet handoffs.
Enqlare
vertical specialistCloud-based laytime calculator with eSOF processing, clause application, and API integration.
Clause-driven scenario reruns that preserve event timeline context across amended inputs and regenerated laytime statements.
Enqlare targets ship and chartering teams that need laytime calculation workflows tied to fixture terms and operational evidence. It supports building laytime scenarios from charter party inputs, then producing laytime statement outputs with clause-based logic and event timeline tracking.
Enqlare is distinct for how it organizes calculations around reusable configuration and repeatable recalculation runs when facts change after the statement window. The tool focuses on turnaround from notice of readiness through commencement, while keeping intermediate assumptions reviewable for disputes and amendments.
- +Reusable calculation configuration for consistent charter party clause application
- +Event timeline inputs help connect operational records to calculation outcomes
- +Scenario reruns support recalculation after updated operational facts
- +Statement outputs are structured for review and internal sign-off
- –Limited visibility into clause logic changes without manual review
- –Import coverage for terminal logs is narrower than spreadsheet-first teams expect
- –Automation depth for recurring fixtures depends on disciplined setup work
- –Audit trail export formats can require extra normalization steps
Best for: Fits when mid-size ship and chartering teams need repeatable laytime statement runs with controlled recalculation.
Conclusion
After evaluating 10 supply chain in industry, ZeroNorth 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 laytime calculation software
Laytime calculation software turns charter party time bar rules, notice of readiness milestones, and event timelines into used time, exceptions, and statement-ready laytime totals for vessel fixture teams. The tools covered here span voyage-focused optimization in ZeroNorth, clause extraction with event timeline traceability in ShipNet One, and event-timeline driven reruns with recap support in Laytime.com.
For claim and correspondence workflows, Marcura Demurrage Management links calculation outputs to governed case handling, while Veson IMOS connects commercial, operational, and settlement records around the same voyage context. Other options cover tightly coupled event timeline engines, like Klaveness Digital and Greywing Proteus, or timeline-driven recalculation flows with spreadsheet handoff patterns, like Chartera and SailFast.
Laytime calculation software for turning event timelines into used time, exceptions, and statement outputs
Laytime calculation software is a calculation and traceability workflow that applies laytime commencement rules, time bar settings, and interruption or exception logic to fixture and port call inputs. It then regenerates laytime statement outputs that preserve a readable link between the inputs used and the totals produced, which matters when statement of facts changes trigger recalculation runs.
Laytime.com anchors on an event-timeline driven recalculation workflow that ties notice of readiness milestones to used time and exception handling inside a single rerun process. ShipNet One pairs clause extraction with event timeline binding so laytime statement line items map back to the event inputs and the clause logic that produced them.
Traceable laytime statements from event timelines and clause logic
Laytime calculation software has to turn laytime commencement rules, notice of readiness milestones, and event timelines into used time totals plus exceptions that stay explainable when statement of facts inputs change. Tools like Laytime.com and ShipNet One keep that traceability inside the calculation run so reruns produce repeatable statement outputs.
Event-timeline calculation engines with rerun support
Laytime.com regenerates the laytime statement from fixture-linked event histories so recap updates flow through reruns without restarting calculations. Greywing Proteus and Klaveness Digital use timeline-first logic to recalculate used time from ordered events after input changes.
Clause extraction and statement line-item traceability
ShipNet One combines clause extraction with event timeline binding so statement outputs keep line-item traceability to the inputs used and the clause logic applied. Laytime.com also ties notice of readiness milestones to used time and exception handling within a single recalculation workflow.
Exception and interruption logic inside the same run
ShipNet One applies laytime exceptions and interruptions within one calculation run so statement generation stays consistent across event timelines. SailFast keeps clause-driven commencement and interruption logic tied to event sequences so recalculations preserve linked adjustment history from statement of facts changes.
Workflow governance and claim lifecycle linkage
Marcura Demurrage Management connects calculation outputs to review, approval, correspondence, and status tracking in a controlled workflow. It also imports statement of facts and operational records so case preparation stays repeatable across vessels, ports, and counterparties.
Chartering-to-settlement record continuity
Veson IMOS keeps commercial terms connected to voyage execution and settlement by structuring chartering, operations, and finance records around the same voyage context. It supports configurable workflows for approvals, exceptions, and handoffs across maritime teams.
Voyage optimization and emissions-aware operational context
ZeroNorth focuses on voyage optimization that combines weather, routing, speed, fuel choices, vessel performance, and emissions tracking. Its laytime coverage is limited to native laytime calculation workspace so teams typically use it alongside a chartering time bar and clause calculation application.
Pick a calculation philosophy that matches how fixtures get updated
Most laytime disputes stem from changes to port call data and notice of readiness milestones that require recalculation and then explanation back to a clause basis. The strongest fit depends on whether the team runs a timeline-first recalculation workflow, a clause-extraction workflow, or an integrated claim lifecycle around the calculation.
Choose a timeline-first rerun workflow when statement of facts changes are frequent
Laytime.com, Greywing Proteus, and Klaveness Digital regenerate laytime outputs after ordered event changes so recap updates and revised inputs stay tied to the same engine logic. This fit is strongest when port call timestamps and notice milestones get corrected and the team expects repeated statement-ready reruns.
Choose clause extraction with bound event traceability when analysts need line-item audit trails
ShipNet One binds clause logic to event timeline inputs so statement outputs produce consistent line-item traceability to the clause settings and the events that drove totals. This fit is strongest when chartering teams rebuild statements often and need traceability without starting a new calculation workflow each time.
Choose an integrated governed claim workflow when calculation is only one step in settlement
Marcura Demurrage Management links calculation outputs to review, approval, correspondence, and status tracking so case handling stays governed across parties. This fit is strongest when demurrage and detention work needs a single controlled place to prepare and progress claims after the calculation run.
Choose voyage optimization integration when operational planning is driving settlement outcomes
ZeroNorth fits when the chartering team prioritizes voyage efficiency and emissions control alongside commercial settlement context. This fit is strongest when the laytime workspace is handled elsewhere because ZeroNorth does not provide a clearly documented native laytime calculation workspace.
Choose broader enterprise continuity when finance and operations handoffs must stay in one structure
Veson IMOS fits when commercial, operational, and finance teams need one record structure for the same voyage so approvals, exceptions, and handoffs share configuration patterns. This fit can add administration compared with focused laytime calculators when master data and process configuration discipline is inconsistent.
Who benefits most from traceable laytime calculation workflows
Ship and chartering teams use laytime calculation software to regenerate used time totals with exception outcomes that match clause intent and event timelines. The best outcomes come when teams can keep notice milestones and event ordering consistent across recalculation cycles.
Chartering operations analysts generating laytime statements from fixture histories
Laytime.com, Greywing Proteus, and ShipNet One produce statement outputs from event timelines so analysts can rerun recalculations after SOF-style input changes and preserve traceability back to the inputs used.
Demurrage and detention case owners managing correspondence and approvals
Marcura Demurrage Management connects calculation outputs to review, approval, correspondence, and status tracking so case work stays governed after inputs get imported for repeatable case preparation.
Enterprise commercial teams that need chartering, operations, and finance continuity
Veson IMOS connects chartering, voyage execution, and settlement records inside one shared commercial data structure and supports configurable workflows across maritime teams.
Fleet and voyage planning teams focused on routing, speed, fuel, and emissions
ZeroNorth fits fleets that need voyage optimization with fuel consumption and emissions reporting so calculation steps can reflect operational planning choices, even when native laytime calculation workspace coverage is limited.
Teams standardizing clause settings across repeated charter party revisions
Klaveness Digital and SailFast apply event-driven timeline logic for interruptions and exception outcomes so clause settings can be reused across revisions and recalculations.
Common laytime calculation software pitfalls that break traceability
Laytime calculation failures usually come from missing or misordered inputs, especially when notice of readiness milestones and port call timestamps do not align with the event engine logic. These failures then create reconciliation work that reduces auditability for used time and exception totals.
Treating statement recalculation as a spreadsheet exercise instead of an engine rerun bound to events
Laytime.com, Greywing Proteus, and Laytime.com keep event-driven recalculation inside one workflow so teams should rerun through the engine rather than copying totals into manual spreadsheets for recap updates.
Allowing clause mapping gaps to accumulate when charter clauses vary across fixtures
ShipNet One can increase analyst time when clause mapping gaps occur for unusual clause variants, so governance should include a clause settings review process for nonstandard charter party forms.
Feeding incomplete or incorrectly ordered port call timestamps into an event-driven calculation run
Laytime.com accuracy depends on complete and correctly ordered port call timestamps, so teams should validate event ordering before recalculation rather than after statement generation.
Assuming a voyage optimization platform can replace native laytime calculation coverage
ZeroNorth focuses on voyage optimization and emissions tracking and does not provide a clearly documented native laytime calculation workspace, so teams should plan for a separate laytime engine or a custom integration path.
Choosing an enterprise-wide platform without aligning master data and process configuration discipline
Veson IMOS broad enterprise scope increases administration, so teams should confirm consistent master data and disciplined process configuration before using it as the sole laytime calculation workflow.
How We Selected and Ranked These Tools
We evaluated ZeroNorth, ShipNet One, and Laytime.com for how event timelines and clause logic translate into statement-ready used time totals with exception outcomes. Features counted for 40% because the standouts bind inputs to outputs through event-timeline recalculation workflows, clause extraction, or integrated claim lifecycle handling.
Ease and value each counted for 30% because teams need consistent rerun behavior and controlled governance without creating heavy manual reconciliation. ZeroNorth ranked highest because voyage optimization integrates weather, routing, speed, fuel choices, vessel performance, and emissions tracking while still supporting operational efficiency actions tied to reported outcomes.
Frequently Asked Questions About laytime calculation software
How does ShipNet One handle recap-to-statement recalculation when statement inputs change?
Which tools bind notice of readiness milestones to laytime commencement in the same calculation run?
What breaks if a laytime calculation workflow uses inconsistent event records across SOF amendments?
When do admins need to manage RBAC and audit evidence for laytime statement production?
How do integrations and APIs affect data ingestion from port calls, terminal logs, and charter party clauses?
Which tool’s data model is best suited for clause extraction and statement traceability from fixture and timeline inputs?
What tradeoff appears when choosing Klaveness Digital versus SailFast for frequent recalculations from changing SOF inputs?
How does Enqlare keep intermediate assumptions reviewable during disputes or amendments?
When chartering teams need spreadsheet handoffs, which tools prioritize import and export without rebuilding the calculation workflow?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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