Top 10 Best Ship Planning Software of 2026

SERTICA centers on stowage execution from ship data through bay-level slot allocation and shipment placement decisions. The workflow is structured around vessel profile inputs, constraint checks, and producing a coherent plan package for operational handoffs. The most distinctive signal is how the tool treats stowage choices as a governed planning dataset that can be iterated and re-issued when vessel, cargo, or constraints change.

A key tradeoff appears in governance-heavy implementations where teams must maintain accurate vessel and cargo attributes to keep plan outputs consistent. SERTICA fits best for teams running frequent sailings with standardized cargo templates who need faster re-plan cycles when cut-off changes arrive.

AVEVA Marine is suited for organizations that need integrated planning across vessel data, loading assumptions, and plan outputs instead of managing separate spreadsheets per discipline. It is built around engineering-calculation workflows that can be re-run as inputs change, which reduces manual rework during plan revisions. Plan outputs support downstream documentation needs, including BAPLIE style artifacts for stowage coordination.

A clear tradeoff is the higher setup and configuration effort required to encode company-specific constraints and acceptance criteria before planning can run at scale. The tool fits usage situations where engineering rule consistency matters, such as repeat loadings across a vessel set with shared acceptance standards and recurring port rotations.

Kongsberg Maritime Loading Computer is built around loading condition calculation and verification, not just plan formatting. It consumes vessel data and cargo intake assumptions to compute stability responses and loading envelopes, which makes it suitable for shipping and marine engineering teams that must prove compliance with loading constraints. The software output supports technical scrutiny through calculated results that can be traced back to the underlying load condition inputs.

A key tradeoff is that the tool is driven by vessel configuration and input discipline, so plan changes require reruns with updated loading assumptions. It fits best when cargo planners coordinate with marine operations or survey teams during voyage planning windows that need repeatable calculation runs for each load variant.

Veson Nautical is a ship planning solution used to coordinate container stowage planning and associated vessel paperwork workflows. Its core strength is translating voyage and vessel constraints into plan-ready outputs, including machine-readable exchange formats for stowage information.

Veson also supports planning operations around slot usage and operational handoffs needed for terminal and partner systems. The result is fewer manual conversions between planner tools and the file and message formats used downstream.

NAPA is ship planning software focused on translating vessel and terminal constraints into executable stowage workflows. The system supports planning artifacts tied to cargo status, including stowage plan preparation and coordination outputs used during the voyage lifecycle.

NAPA also targets integration with yard and terminal workflows through exchange-ready planning documents and operational handoff records. Admin controls and configuration options are centered on coordinating plan variants across rotations, berths, and capacity assumptions.

Autoship Systems is a ship planning software choice for teams that need repeatable, rules-based planning workflows tied to shipment execution. Core capabilities center on routing and shipment orchestration, plus status visibility that supports day-to-day operational control.

The product also supports carrier-facing workflows and operational handoffs that reduce manual copy-paste between planning and execution. Autoship Systems is most useful when planning steps must stay consistent across lanes, customers, and service levels.

ShipNet focuses on ship planning execution with workflow support that connects routing, port rotation steps, and carrier coordination into one operational flow. The solution is built for stowage preparation and operational ship readiness tasks, rather than order management or only shipment tracking.

ShipNet supports document-driven planning work such as BAPLIE-related handling workflows and yard or vessel readiness inputs used during plan finalization. Admin and control features are geared toward planning governance so teams can assign steps, control revisions, and maintain traceability across plan changes.

Cadmatic is a maritime ship planning tool that focuses on cargo stowage, lashing logic, and stability checks rather than general route management. It supports workflows around bay plan generation and verification against vessel capacity and weight distributions, which fits ship planning teams that need traceable technical outputs.

Cadmatic also integrates with external data flows for port and terminal planning inputs and can exchange standardized documents such as EDIFACT BAPLIE files. Its value centers on repeatable plan creation with calculation feedback loops for draft and trim constraints.

CyberLogitec OPUS Terminal performs container terminal planning and operational workflow management using stowage planning inputs and terminal execution views. It supports BAPLIE-style workflows for generating, validating, and distributing stowage-related information for yard and vessel coordination.

The system is built for terminal operators that need repeatable planning through configuration of bay and slot logic and controlled handoffs into downstream execution. It also provides integration points for carrier and terminal operating system exchange so planning outputs stay aligned with rotations and operational constraints.

Tideworks TOS is a ship planning and port operations planning system used to coordinate vessel schedules, berth windows, and terminal workflow readiness. It supports configuration of operational processes that feed day-to-day planning, including how moves, resources, and notifications map to specific services and voyages.

The product emphasizes workflow governance around planning artifacts that travel across teams, such as schedule updates and operational handoffs. For logistics teams that need traceable routing and carrier-linked execution across port stakeholders, it provides an extensibility surface for integrations and automated updates.