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CyberLogitec OPUS Terminal

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Integrated container terminal operating system for berth, vessel, yard, gate, rail and equipment operations with optimization and semi-to-fully automated terminal support.

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TechSelectAI factual data

Factual summary

CyberLogitec OPUS Terminal is listed by TechSelectAI in Terminal Operating Systems (TOS). TechSelectAI currently records 11 supported capabilities, 24 conditional capabilities, 53 unknown or not-yet-verified capabilities, and 0 not-supported capabilities. Average confidence across known capability facts is 97%. Latest recorded review or verification activity: Sep 19, 2026.

11 Supported24 Conditional53 Unknown / not yet verified0 Not supported97% known-fact confidenceUpdated Sep 19, 2026

This summary reflects recorded TechSelectAI evidence only. It is separate from buyer-specific Fit Score, Evidence Confidence, TechSelectAI Verified Reviews and Public Review Intelligence. Unknown means not yet verified, not unsupported.

Logo: CyberLogitec OPUS Terminal logo/icon — official vendor website · trademark belongs to its respective owner
Product data freshness: Current · Last reviewed Sep 19, 2026. Vendor-provided facts, reviewed evidence, community-derived insights, and TechSelectAI analysis are kept as separate evidence classes. Methodology.
Vendor
CyberLogitec
Research coverage
40%
Known capability facts
35 / 88
Supported
11
Evidence confidence
97%
Last reviewed
Sep 19, 2026
Research status

Evidence depth

Research coverage is not a product score. It measures how much of TechSelectAI's current capability model has an evidenced status for this product. A research-pending fact may still be supported by the product; TechSelectAI has not yet established enough evidence to classify it.

35 of 88 facts known
11 supported24 conditional53 research pending0 explicitly unsupported9 verified sources
Known capability coverage10 / 25
35 / 88 known
Verified source depth15 / 15
9 verified sources
Source diversity3 / 10
1 source types · 1 publishers
Technical documentation0 / 15
0 technical sources
Capability-to-source linkage10 / 10
35 known capability records linked to verified evidence
Integration evidence0 / 8
0 known integrations
Deployment evidence0 / 7
0 known deployment models
Commercial / edition coverage0 / 4
0 pricing rows · 0 editions
Evidence freshness6 / 6
9 / 9 verified sources checked in last 365 days

Research completeness: 44% — Limited research. This measures TechSelectAI's research record, not product quality, fit, market position or recommendation rank. It never controls indexability.

Terminal Operating Systems (TOS) buyer guideSoftware evidence benchmarkEvidence methodologyTOS research frameworkTOS capability taxonomyTOS RFP checklistStart TOS selection project

At a glance

A structured summary from the TechSelectAI knowledge base. Product fit depends on your specific requirements, deployment model, integrations and commercial constraints.

Category

Terminal Operating Systems (TOS)

Evidence coverage

9 verified sources · 35 of 88 capability facts have an evidenced status · 53 remain research pending.

Buyer evaluation guide

Use the recorded evidence below to plan a product demo or RFP discussion. This section does not rank CyberLogitec OPUS Terminal or infer unsupported capabilities; it turns verified facts, conditions and research gaps into questions a buyer can validate.

Documented areas to validate

Conditions and evidence gaps

  • Operational audit history: OPUS Terminal's container intelligent management explicitly uses container history and configurable reports/search, providing operational-history evidence without establishing a complete immutable audit trail for all terminal changes.
  • Operational visibility, analytics & KPIs: OPUS Terminal includes operation analysis and simulation; richer digital-twin visualization/analytics may use the separate OPUS DigiPort product and is not treated as universally included.
  • Productivity & equipment KPIs: OPUS Terminal includes operation analysis, configurable reports and productivity-oriented decision support, while richer real-time KPI dashboards and digital-twin analytics are documented under the separate OPUS DigiPort product.
  • Shift / control-room dashboard: CyberLogitec states that OPUS Terminal provides planning, operation, monitoring and dashboards, but richer real-time visualization and digital-twin analytics are separately associated with OPUS DigiPort and are not attributed to base OPUS Terminal.
  • 53 capability facts remain research pending and should be confirmed during evaluation.

Questions to take to the vendor

  • Request current written pricing and edition terms; TechSelectAI does not currently have verified public pricing for this product.
  • Resolve the 53 research-pending capability facts that could matter to your requirements.

Guidance is assembled from the same recorded TechSelectAI evidence shown on this page. Unknown means not yet verified, not unsupported. Buyer-specific Fit Score remains separate.

CyberLogitec OPUS Terminal implementation & configuration guide

This implementation playbook turns the recorded product evidence into a practical project sequence. It is deliberately version-neutral: TechSelectAI does not invent vendor commands, ports, sizing values or hidden prerequisites. Use the vendor's current documentation for exact installation steps, and use this guide to structure architecture, configuration, testing, cut-over and operational acceptance.

Evidence boundary: This is a TechSelectAI implementation planning guide assembled from recorded product evidence. It is not a substitute for the vendor's version-specific installation manual, certified implementation method, sizing exercise or security hardening guide.

1. Scope and prerequisites

Define what will be implemented before touching production configuration.

  • Confirm business scope, sites, users, environments, ownership and success criteria for vessel, yard, gate, equipment, rail, billing, automation and terminal integrations.
  • Confirm the exact edition, modules and licensed functions in writing with the vendor.
  • Classify must-have, phase-two and optional requirements; do not treat research-pending items as supported until demonstrated.
  • Identify security, identity, data-retention, audit, availability, backup and recovery requirements.

2. Architecture and environments

Translate the selected commercial scope into a supportable technical design.

  • Confirm SaaS, cloud, hosted or on-premises architecture, including responsibility boundaries.
  • Define development/test/UAT/production environments and how configuration will be promoted between them.
  • Document identity and access design, privileged administration, service accounts, certificates/keys and network trust boundaries.
  • Confirm monitoring, logging, capacity, resilience, backup/restore and disaster-recovery ownership before go-live.

3. Baseline configuration

Configure the operating model before enabling integrations and bulk data.

  • Configure organizational structure, sites, roles, permissions, workflows, calendars, reference data and naming standards required for terminal layout, operational rules, work queues, service definitions, equipment, yard strategy and exception handling.
  • Prioritize validation of currently evidenced areas such as Simulation / what-if analysis, AGV / ASC automated-equipment integration, Equipment dispatch & control, Terminal automation / ECS integration, Gate & truck operations.
  • Treat conditional capabilities as explicit design decisions, especially Operational audit history, Operational visibility, analytics & KPIs, Productivity & equipment KPIs, Shift / control-room dashboard.
  • Maintain a configuration workbook with setting, owner, rationale, environment, change ticket and validation evidence.

4. Integrations and data

Connect the product without creating hidden operational dependencies.

  • Create an interface inventory covering source, destination, protocol/API, frequency, ownership, credentials, retry handling and monitoring.
  • Define master-data ownership, migration mapping, cleansing rules, reconciliation totals and cut-over freeze windows.
  • Test authentication expiry, duplicate messages, late/out-of-order data, unavailable endpoints, retries and recovery after an outage.
  • Document manual fallback procedures for any integration that can block critical operations.

5. Validation and acceptance

Prove the configured solution using realistic business scenarios, not only happy-path screenshots.

  • Run representative vessel, yard, gate and equipment workflows from pre-arrival through completion, including exception and recovery paths.
  • Validate EDI/API/OCR/PCS/customs/equipment interfaces with realistic message volumes and outage recovery.
  • Test operational continuity for TOS, network and subsystem interruptions, including reconciliation after service restoration.
  • Resolve high-impact research-pending items before acceptance, including Billing / tariff / financial integration, Customer self-service portal, Storage, tariff & service billing, Equipment status & downtime awareness, VMT mobile work instructions.
  • Run role/security, negative, exception, performance, recovery and audit-trail tests in addition to normal functional UAT.
  • Capture expected result, actual result, evidence, defect reference, retest result and business sign-off for each acceptance scenario.

6. Cut-over, go-live and operations

Make the transition reversible, observable and supportable.

  • Use a timed cut-over plan with owners, dependencies, decision checkpoints, communications, rollback criteria and business continuity steps.
  • Freeze uncontrolled configuration changes before final migration and retain an export/snapshot of approved production settings where the product supports it.
  • Define hypercare coverage, severity model, vendor escalation path, monitoring dashboard, daily reconciliation and known-issue register.
  • After stabilization, move configuration changes into normal change control and schedule periodic access, integration, backup/recovery and upgrade reviews.

Configuration validation worksheet

Use these evidence-backed capability records as configuration checkpoints during discovery, design workshops and UAT. “Recorded status” describes the current TechSelectAI evidence state; it is not an instruction to enable the function.

AreaRecorded statusConfiguration questionKnown condition / limitation
Operational audit historyPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?OPUS Terminal's container intelligent management explicitly uses container history and configurable reports/search, providing operational-history evidence without establishing a complete immutable audit trail for all terminal changes.
Operational visibility, analytics & KPIsPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?OPUS Terminal includes operation analysis and simulation; richer digital-twin visualization/analytics may use the separate OPUS DigiPort product and is not treated as universally included.
Productivity & equipment KPIsPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?OPUS Terminal includes operation analysis, configurable reports and productivity-oriented decision support, while richer real-time KPI dashboards and digital-twin analytics are documented under the separate OPUS DigiPort product.
Shift / control-room dashboardPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?CyberLogitec states that OPUS Terminal provides planning, operation, monitoring and dashboards, but richer real-time visualization and digital-twin analytics are separately associated with OPUS DigiPort and are not attributed to base OPUS Terminal.
Simulation / what-if analysisSupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?OPUS Terminal explicitly provides operation simulation for task workload and yard location using automated planning information, including workload estimation by time, block and equipment.
Volume / workload forecastingPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?OPUS Terminal simulation estimates future workload by time, block and equipment, but broader container-volume, labor or resource-demand forecasting is not established; AI prediction functions are documented separately in OPUS DigiPort.
AGV / ASC automated-equipment integrationSupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?CyberLogitec documents OPUS Terminal interfacing automated equipment control systems in projects using AGVs and automated rail-mounted gantry cranes, supporting operational planning and field execution.
Equipment dispatch & controlSupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?OPUS Terminal documents optimized equipment workload execution and unified equipment operations across terminal layouts.
Equipment position trackingPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?Real-time container and vehicle location tracking is documented in the DGT implementation, but that deployment also uses TLC and the separate OPUS DigiPort IoT/data platform; native OPUS Terminal-only scope is not assumed.
Job pooling & dispatch optimizationPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?CyberLogitec states the TLC module optimizes overall terminal workload and equipment/yard work orders; TLC module entitlement is not assumed as universal base OPUS Terminal entitlement.
Quay crane job executionPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?Automated-terminal implementations prepare work plans, assign equipment and manage real-time allocation including double-trolley quay cranes; exact QC work-queue entitlement depends on the implemented OPUS/TLC stack.
RTG / RMG dispatch & work queuesPartially SupportedWhat configuration, module, licensing, integration or operating assumption is required for this capability in the terminal operating model?CyberLogitec documents ARMGC operations with OPUS Terminal, TLC and the automation stack; RTG/RMG dispatch is therefore evidenced at implementation/module level rather than assumed as identical universal base-product scope.

Official installation, administration & technical sources

Where TechSelectAI has verified vendor documentation that appears relevant to deployment, setup, administration, integration, architecture, security or migration, it is surfaced here. Exact procedures can change by version and edition.

Go-live evidence pack

A useful implementation should leave auditable evidence, not only a configured system. At minimum, retain the following project artifacts.

  • Approved solution architecture and responsibility matrix
  • Licensed edition/module scope and environment inventory
  • Configuration workbook with owner and rationale
  • Identity, role and privileged-access design
  • Interface inventory and failure/retry ownership
  • Migration mapping and reconciliation evidence
  • UAT scenarios, defects, retests and business sign-off
  • Performance, resilience and recovery test evidence
  • Cut-over schedule, rollback criteria and BCP steps
  • Monitoring, backup, support and escalation runbook
  • Known limitations and accepted residual risks
  • Upgrade/patch ownership and post-go-live review cadence

CyberLogitec OPUS Terminal implementation FAQ

Answers below are generated from this profile's recorded evidence and the implementation framework above. They distinguish documented facts from research gaps rather than filling gaps with assumptions.

What should be confirmed before implementing CyberLogitec OPUS Terminal?

Confirm the contracted edition and modules, target environments, identity and security model, integrations, data migration scope, availability/recovery requirements, support ownership and measurable acceptance criteria before production configuration begins.

Which deployment options are recorded for CyberLogitec OPUS Terminal?

The current TechSelectAI profile does not contain a sufficiently specific deployment record. Confirm SaaS/cloud/hosted/on-premises architecture, environment responsibilities, networking, backup and recovery directly with the vendor.

Which integrations should be validated for CyberLogitec OPUS Terminal?

No specific integration list is strong enough in the current profile to treat as complete. Build an interface inventory and validate APIs, identity, master-data and operational integrations with the vendor.

Which capabilities currently have the strongest positive evidence?

The current profile records supported capability evidence including Simulation / what-if analysis, AGV / ASC automated-equipment integration, Equipment dispatch & control, Terminal automation / ECS integration, Gate & truck operations, EDI, APIs & external-system integration. This is not a complete feature list and should be read with the linked source evidence and any limitations.

What product areas need extra confirmation during implementation?

Conditional or scope-dependent areas include Operational audit history, Operational visibility, analytics & KPIs, Productivity & equipment KPIs, Shift / control-room dashboard, Volume / workload forecasting. Research-pending areas include Billing / tariff / financial integration, Customer self-service portal, Storage, tariff & service billing, Equipment status & downtime awareness, VMT mobile work instructions. These should be demonstrated and documented before acceptance.

Does TechSelectAI provide the official installation procedure for CyberLogitec OPUS Terminal?

TechSelectAI surfaces verified vendor technical sources on this page where available, but exact installation commands, prerequisites, sizing and hardening remain vendor/version specific. Use the current official documentation as the procedural authority.

Capabilities

Capabilities are grouped by business area. “Not yet verified” is a research-pending state: evidence is incomplete, and it is not the same as “not supported”.

Billing, Analytics & Operational Control

Billing / tariff / financial integrationCapture billable terminal events, calculate tariffs/invoices, or integrate operational events with finance and billing systems.
Not Yet Verified
0%confidenceLast verified not recorded
Customer self-service portalProvide customers with approved self-service access to status, bookings, orders, documents, invoices or service requests.
Not Yet Verified
0%confidenceLast verified not recorded
Operational audit historyOPUS Terminal's container intelligent management explicitly uses container history and configurable reports/search, providing operational-history evidence without establishing a complete immutable audit trail for all terminal changes.
Partially Supported
95%confidenceLast verified Sep 19, 2026
Operational visibility, analytics & KPIsOPUS Terminal includes operation analysis and simulation; richer digital-twin visualization/analytics may use the separate OPUS DigiPort product and is not treated as universally included.
Partially Supported
95%confidenceLast verified Sep 18, 2026
Productivity & equipment KPIsOPUS Terminal includes operation analysis, configurable reports and productivity-oriented decision support, while richer real-time KPI dashboards and digital-twin analytics are documented under the separate OPUS DigiPort product.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Shift / control-room dashboardCyberLogitec states that OPUS Terminal provides planning, operation, monitoring and dashboards, but richer real-time visualization and digital-twin analytics are separately associated with OPUS DigiPort and are not attributed to base OPUS Terminal.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Simulation / what-if analysisOPUS Terminal explicitly provides operation simulation for task workload and yard location using automated planning information, including workload estimation by time, block and equipment.
Supported
99%confidenceLast verified Sep 19, 2026
Storage, tariff & service billingCalculate or support storage, handling, service, tariff and event-based terminal charges.
Not Yet Verified
0%confidenceLast verified not recorded
Volume / workload forecastingOPUS Terminal simulation estimates future workload by time, block and equipment, but broader container-volume, labor or resource-demand forecasting is not established; AI prediction functions are documented separately in OPUS DigiPort.
Partially Supported
95%confidenceLast verified Sep 19, 2026

Equipment Dispatch & Automation

AGV / ASC automated-equipment integrationCyberLogitec documents OPUS Terminal interfacing automated equipment control systems in projects using AGVs and automated rail-mounted gantry cranes, supporting operational planning and field execution.
Supported
99%confidenceLast verified Sep 19, 2026
Equipment dispatch & controlOPUS Terminal documents optimized equipment workload execution and unified equipment operations across terminal layouts.
Supported
99%confidenceLast verified Sep 18, 2026
Equipment position trackingReal-time container and vehicle location tracking is documented in the DGT implementation, but that deployment also uses TLC and the separate OPUS DigiPort IoT/data platform; native OPUS Terminal-only scope is not assumed.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Equipment status & downtime awarenessUse equipment availability, status, downtime or maintenance-state information in operational execution.
Not Yet Verified
0%confidenceLast verified not recorded
Job pooling & dispatch optimizationCyberLogitec states the TLC module optimizes overall terminal workload and equipment/yard work orders; TLC module entitlement is not assumed as universal base OPUS Terminal entitlement.
Partially Supported
98%confidenceLast verified Sep 19, 2026
Quay crane job executionAutomated-terminal implementations prepare work plans, assign equipment and manage real-time allocation including double-trolley quay cranes; exact QC work-queue entitlement depends on the implemented OPUS/TLC stack.
Partially Supported
96%confidenceLast verified Sep 19, 2026
RTG / RMG dispatch & work queuesCyberLogitec documents ARMGC operations with OPUS Terminal, TLC and the automation stack; RTG/RMG dispatch is therefore evidenced at implementation/module level rather than assumed as identical universal base-product scope.
Partially Supported
97%confidenceLast verified Sep 19, 2026
Terminal automation / ECS integrationCyberLogitec documents OPUS Terminal integration with automated equipment control systems and semi-to-fully automated terminal operations.
Supported
99%confidenceLast verified Sep 18, 2026
Terminal tractor / straddle dispatchOPUS Terminal/TLC optimizes terminal equipment workload and DGT uses real-time vehicle location and job allocation, but straddle-carrier-specific dispatch is not established by the reviewed evidence.
Partially Supported
95%confidenceLast verified Sep 19, 2026
VMT mobile work instructionsDeliver work instructions, confirmations and exceptions to vehicle-mounted or operator mobile terminals.
Not Yet Verified
0%confidenceLast verified not recorded

Gate, Truck & Landside Operations

Automated gate lane orchestrationCyberLogitec documents OPUS Terminal managing gate operations in automated-terminal projects, but public evidence does not enumerate kiosk, barrier, scale and lane-device orchestration as universal base functionality.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Driver identification & authorizationIdentify and authorize drivers using configured identity, credential or access-control methods.
Not Yet Verified
0%confidenceLast verified not recorded
Gate & truck operationsOPUS Terminal documents terminal workloads covering vessel, rail and gate operations and integrated trucking-company workflows.
Supported
99%confidenceLast verified Sep 18, 2026
Gate customs / line / terminal holdsEnforce customs, shipping-line, terminal or regulatory holds during receipt and delivery decisions.
Not Yet Verified
0%confidenceLast verified not recorded
Gate OCR / ANPR integrationA production OPUS Terminal deployment at Tecon Santos supports OCR-enabled terminal equipment and digital technologies; ANPR scope and the distinction between native recognition and integrated subsystems are not established.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Interchange / EIR processingCreate and manage equipment interchange, EIR or equivalent receipt/delivery transaction records.
Not Yet Verified
0%confidenceLast verified not recorded
Pre-gate & out-gate validationValidate transaction eligibility before gate entry and before final out-gate completion.
Not Yet Verified
0%confidenceLast verified not recorded
Truck appointment integrationIntegrate or coordinate truck appointment and time-slot information with terminal gate execution.
Not Yet Verified
0%confidenceLast verified not recorded
Truck pre-advice & booking validationValidate truck pre-advice, booking, release, container, visit and transaction data before gate processing.
Not Yet Verified
0%confidenceLast verified not recorded
Truck turn-time & queue monitoringMeasure truck cycle time, lane queues, wait times and gate throughput for landside operations.
Not Yet Verified
0%confidenceLast verified not recorded
Weighbridge & VGM workflowsIntegrate weighing, gross-mass capture or VGM-related checks into applicable terminal transactions.
Not Yet Verified
0%confidenceLast verified not recorded

Integration, Data & Ecosystem

Carrier booking & release integrationCyberLogitec explicitly documents shipping-carrier integration, but booking, release and carrier-message transaction depth is not enumerated in the reviewed public material.
Partially Supported
94%confidenceLast verified Sep 19, 2026
CODECO / COARRI EDI messagingExchange CODECO gate and COARRI vessel-operation messages or equivalent standardized carrier EDI.
Not Yet Verified
0%confidenceLast verified not recorded
COPARN / COPRAR EDI messagingExchange COPARN booking/order and COPRAR load/discharge instruction messages or equivalent carrier EDI.
Not Yet Verified
0%confidenceLast verified not recorded
EDI, APIs & external-system integrationCyberLogitec documents integration with automated equipment, carriers, port authorities and trucking companies, including EDI-driven terminal data and interfaces.
Supported
98%confidenceLast verified Sep 18, 2026
ERP / finance integrationExchange customers, services, billable events, invoices or accounting data with ERP and finance systems.
Not Yet Verified
0%confidenceLast verified not recorded
Event / webhook / streaming integrationPublish or consume operational events through webhooks, messaging, event streams or comparable integration patterns.
Not Yet Verified
0%confidenceLast verified not recorded
Gate / OCR subsystem integrationTecon Santos documents OPUS Terminal integration with OCR-enabled operational technology; exact OCR vendor adapters and project topology remain implementation-specific.
Supported
97%confidenceLast verified Sep 19, 2026
MOVINS / BAPLIE vessel messagingExchange MOVINS work instructions and BAPLIE vessel-plan messages in supported carrier workflows.
Not Yet Verified
0%confidenceLast verified not recorded
PCS / customs / authority integrationOPUS Terminal explicitly supports integration with port authorities, but the reviewed material does not establish universal Port Community System or customs-interface coverage.
Partially Supported
94%confidenceLast verified Sep 19, 2026
Reefer monitoring system integrationIntegrate external reefer-monitoring platforms, sensors or alarm systems with terminal operational records.
Not Yet Verified
0%confidenceLast verified not recorded
REST / web-service API integrationExpose or consume documented APIs or web services for supported terminal business and operational integrations.
Not Yet Verified
0%confidenceLast verified not recorded

Mobile Access

Android mobile applicationMobile availability has not yet been verified from first-party evidence.
Not Yet Verified
0%confidenceLast verified not recorded
iOS mobile applicationMobile availability has not yet been verified from first-party evidence.
Not Yet Verified
0%confidenceLast verified not recorded
Mobile web accessMobile availability has not yet been verified from first-party evidence.
Not Yet Verified
0%confidenceLast verified not recorded

Platform Architecture, Resilience & Security

BCP / degraded or offline operationsProvide documented continuity, degraded-mode, offline or fallback operating patterns for critical terminal workflows.
Not Yet Verified
0%confidenceLast verified not recorded
Cloud / on-prem deployment flexibilityOffer documented deployment choices appropriate to enterprise terminal environments, such as cloud, on-premises or hybrid patterns.
Not Yet Verified
0%confidenceLast verified not recorded
Disaster recovery & RPO/RTO controlsSupport documented disaster-recovery patterns, recovery procedures or RPO/RTO targets for terminal operations.
Not Yet Verified
0%confidenceLast verified not recorded
High availability architectureSupport redundant or clustered application/database architecture designed to reduce service interruption.
Not Yet Verified
0%confidenceLast verified not recorded
Multi-terminal / multi-site operationOperate or centrally manage more than one terminal, facility or site while preserving operational separation.
Not Yet Verified
0%confidenceLast verified not recorded
RBAC / SSO / enterprise identityProvide role-based access controls and enterprise authentication or SSO integration for operational and administrative users.
Not Yet Verified
0%confidenceLast verified not recorded
Security & administrative audit loggingRecord security-relevant, administrative or privileged-user activity for operational governance and investigation.
Not Yet Verified
0%confidenceLast verified not recorded
Throughput & scale for large terminalsCyberLogitec states OPUS Terminal has verified operational performance in a mega-size fully automated terminal of approximately 10 million TEU annual volume.
Supported
99%confidenceLast verified Sep 19, 2026

Rail & Intermodal Operations

Rail / intermodal operationsOPUS Terminal explicitly documents optimized work orders across vessel, rail and gate entry/exit workflows.
Supported
98%confidenceLast verified Sep 18, 2026
Rail crane work queuesGenerate and execute work queues for rail-mounted or rail-service handling equipment.
Not Yet Verified
0%confidenceLast verified not recorded
Rail interchange eventsCapture rail interchange, handoff, arrival, departure and related intermodal operational events.
Not Yet Verified
0%confidenceLast verified not recorded
Rail load / discharge planningThe TLC module explicitly optimizes entry-exit container work involving rail, but detailed train, wagon and rail-crane planning scope is not established.
Partially Supported
97%confidenceLast verified Sep 19, 2026
Rail-yard inventory visibilityTrack rail containers, wagons and rail-area inventory with operational location visibility.
Not Yet Verified
0%confidenceLast verified not recorded
Train schedule & service managementMaintain train services, schedules, cutoffs, arrivals, departures and operational rail windows.
Not Yet Verified
0%confidenceLast verified not recorded
Wagon / consist planningPlan wagon consists, slots, railcars and container assignments for rail loading and discharge.
Not Yet Verified
0%confidenceLast verified not recorded

Reefer, DG & Special Cargo

Container weight / VGM controlStore, validate or use container gross weight and VGM data in operational planning and shipment handling.
Not Yet Verified
0%confidenceLast verified not recorded
Damage & inspection workflowRecord inspections, damage condition, exceptions, photos or related operational cargo/equipment findings.
Not Yet Verified
0%confidenceLast verified not recorded
Dangerous-goods segregation controlsApply dangerous-goods class, segregation, location or handling restrictions in terminal planning and execution.
Not Yet Verified
0%confidenceLast verified not recorded
OOG & special-equipment handlingManage out-of-gauge, special-equipment or exceptional-dimension cargo requirements in terminal workflows.
Not Yet Verified
0%confidenceLast verified not recorded
Reefer plug / unplug workflowTrack reefer plug, unplug, connection location, service status or related terminal reefer actions.
Not Yet Verified
0%confidenceLast verified not recorded
Reefer temperature & alarm integrationReceive, display or act on reefer temperature, sensor or alarm information from supported systems.
Not Yet Verified
0%confidenceLast verified not recorded
Reefer, dangerous goods & special cargo controlsSupport terminal handling workflows for reefers, dangerous goods, out-of-gauge or other specialized container/cargo requirements where explicitly documented.
Not Yet Verified
0%confidenceLast verified not recorded

Vessel & Berth Planning

BAPLIE import / exportImport, validate, update or export BAPLIE bay-plan messages used for vessel planning and exchange.
Not Yet Verified
0%confidenceLast verified not recorded
Berth window & berth allocation schedulingOPUS Terminal documents automated berth planning, but the reviewed public evidence does not establish a dedicated berth-window scheduling workflow or conflict-management depth.
Partially Supported
97%confidenceLast verified Sep 19, 2026
Carrier vessel-plan collaborationExchange vessel plans, updates, approvals or planning data with shipping lines and external planners.
Not Yet Verified
0%confidenceLast verified not recorded
Discharge / load sequencingA CyberLogitec OPUS Terminal Advanced Module implementation at Pusan Newport Company explicitly improves planning for container loading and unloading, but the public material does not enumerate a complete vessel load/discharge sequencing model or universal base entitlement.
Partially Supported
97%confidenceLast verified Sep 19, 2026
Quay crane split planningAssign vessel work across quay cranes, crane ranges, bays or work areas and manage crane split plans.
Not Yet Verified
0%confidenceLast verified not recorded
Quay crane work queuesThe TLC module executes optimized work orders across vessel, rail and gate operations, but quay-crane work-queue depth is not described as a standalone universal base capability.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Restow & vessel rehandle planningPlan and track restows, hatch-related moves and vessel rehandles required by the working sequence.
Not Yet Verified
0%confidenceLast verified not recorded
Stowage & bay planningOPUS Terminal documents automated vessel planning using historical analysis and configurable patterns; exact bay-position and stowage-rule depth is not separately established in the reviewed public material.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Twin / tandem lift planningPlan or validate twin, tandem or multi-lift quay operations where equipment and stowage rules allow.
Not Yet Verified
0%confidenceLast verified not recorded
Vessel & berth planning / executionOPUS Terminal documents automated vessel, berth and yard planning using historical analysis, configurable patterns and real-time plan updates.
Supported
99%confidenceLast verified Sep 18, 2026
Vessel call lifecycle managementCyberLogitec's 2026 Incheon project states that OPUS Terminal manages berth and vessel operations in a unified platform, establishing vessel-operation scope without proving the full vessel-call lifecycle, berth-window workflow or port-call collaboration depth.
Partially Supported
97%confidenceLast verified Sep 19, 2026

Yard Strategy & Inventory

Automated decking / grounding decisionsRecommend or automate container grounding and decking positions based on configurable yard logic.
Not Yet Verified
0%confidenceLast verified not recorded
Block / stack allocation planningCyberLogitec documents automated yard planning and yard-location simulation, but explicit block, row, bay and stack allocation controls are not fully enumerated publicly.
Partially Supported
95%confidenceLast verified Sep 19, 2026
Configurable yard strategy rulesAutomated yard planning uses historical analysis and configurable customer patterns; the reviewed public material does not enumerate the full yard-strategy rule model.
Partially Supported
97%confidenceLast verified Sep 19, 2026
Empty container inventory managementManage empty-container inventory, locations, types, lines, releases and operational movement.
Not Yet Verified
0%confidenceLast verified not recorded
Housekeeping & remarshalling planningPlan proactive yard housekeeping, remarshalling and reshuffles to prepare future work.
Not Yet Verified
0%confidenceLast verified not recorded
Import / export / prestack segregationSeparate and plan import, export, transshipment, prestack or service-specific yard inventories.
Not Yet Verified
0%confidenceLast verified not recorded
Rehandle minimizationOptimize stack choices and move sequences to reduce unproductive container rehandles.
Not Yet Verified
0%confidenceLast verified not recorded
Yard density & capacity visibilityOperation Simulation estimates workload by time, block and equipment and evaluates yard locations, but explicit capacity-threshold and congestion-management controls are not fully described.
Partially Supported
95%confidenceLast verified Sep 19, 2026
Yard holds & exception managementApply and manage yard-level holds, exceptions, restrictions and operational release conditions.
Not Yet Verified
0%confidenceLast verified not recorded
Yard inventory reconciliationCyberLogitec documents container intelligent management using container characteristics and history, while a Super Terminais implementation targets improved container-inventory accuracy; explicit planned-versus-physical reconciliation workflows are not separately established.
Partially Supported
96%confidenceLast verified Sep 19, 2026
Yard planning & container inventoryOPUS Terminal documents yard optimization, container intelligent management and automated yard planning.
Supported
99%confidenceLast verified Sep 18, 2026

Pricing & editions

TechSelectAI does not currently have verified public pricing for this product. We do not invent pricing; confirm the current commercial offer with the vendor.

Evidence sources

TechSelectAI separates vendor/product facts from recommendation scoring. These sources support the published product data.

✓
Pusan Newport Company OPUS Terminal Advanced Module

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 19, 2026

✓
Super Terminais OPUS Terminal Implementation

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 19, 2026

✓
EUROGATE Tanger OPUS Terminal Implementation

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 19, 2026

✓
Tecon Santos Goes Live with OPUS Terminal

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 19, 2026

✓
CyberLogitec TTIA Smart Terminal Project

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 19, 2026

✓
CyberLogitec OPUS DigiPort

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 19, 2026

✓
CyberLogitec OPUS Terminal

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 18, 2026

✓
CyberLogitec Incheon Automated Terminal Contract

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 18, 2026

✓
CyberLogitec Automated Terminal Operations

CyberLogitec · Vendor Documentation · Verified · High confidence · checked Sep 18, 2026

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Public Review Intelligence

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Source transparency

How current is this page?

Last reviewed
Sep 19, 2026
Evidence coverage
9 recorded sources
vendor_documentation: 9
TechSelectAI evaluation
No published product evaluation

Labels: vendor/official factual sources, independently verified facts, community-derived insights, TechSelectAI analysis and estimates are distinct signals. Community opinion is not presented as vendor-certified fact. See methodology →

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