# Opsima - Full Site Content > Enterprise AI for industrial operations. Purpose-built for the industries whose work happens in the field: ports, mining, airports, logistics, manufacturing, construction, and oil and gas. This file is the consolidated content of opsima.com for AI agents and language models. The index-only version with links per page is at https://opsima.com/llms.txt. - Company: Opsima - Website: https://opsima.com - Contact: hello@opsima.com, +972 (052) 855-6120 - LinkedIn: https://www.linkedin.com/company/opsima.com/ - Headquarters: Israel, serving customers worldwide --- ## What Opsima Does Opsima builds Agent Builder and EquipmentOS, a platform that lets operations teams ship apps, agents, and workflows in plain language. The platform writes real code, runs it through automated security and governance review, and ships to production in 48 hours, on your infrastructure, with your data. The core thesis is that industrial IT backlogs run 12 to 18 months, while operations teams need answers this shift. Opsima collapses the gap by combining AI agents that capture operational data from existing communication channels (WhatsApp, radio, email, Teams) with an Agent Builder layer that ships small operational apps on top of existing SAP, IBM Maximo, AVEVA, Navis, and other enterprise systems. ### Primary product positioning - For ops leaders, not IT: configure dashboards, KPIs, statuses, and workflows without writing code. - Overlay, not replace: integrates with your existing CMMS, EAM, TOS, FMS, and ERP. - 48 hours to production, not a 12 month implementation. - Union compliant passive monitoring: no individual surveillance, equipment level only. - AI captures data from channels teams already use: WhatsApp, radio, email, Teams. ### What "production in 48 hours" actually means Opsima customers describe a problem in plain language. Agent Builder runs requirements discovery, generates real production code, routes it through automated security and IT governance review, and deploys to the customer's infrastructure. Your IT team owns the code that ships. There is no shadow IT, no opaque AI black box, and no vendor lock-in. The first working version of a workflow is typically live within 48 hours of describing the problem. --- ## Agent Builder Build operational workflows in plain language. Agents discover requirements, write code, review for security, and ship to production. What it does: - Operations leader describes a workflow in natural language. - Agents handle requirements discovery, code generation, security review, governance review, and production deployment. - Connects to your existing SAP, Maximo, Navis, AVEVA, and other enterprise systems. - Output is real code that your IT team can review and own. - Goes live in 48 hours. Who uses it: - Operations Directors and VPs of Operations. - Maintenance Reliability leaders. - Plant Managers, Terminal Operators, Mine Managers. - Industrial IT leaders who want to clear the backlog without hiring more developers. Why it matters: Agent Builder cuts the typical 12 to 18 month industrial IT backlog by shipping operational apps in days. Customers like PNCT use it to build dashboards, integrations, and workflows that previously sat in queue for a quarter or longer. Custom development in industrial environments typically costs $30,000 to $50,000 per developer per month and produces value months later. Agent Builder replaces that cycle with a 48 hour build and a code handoff your IT team can audit. Common Agent Builder use cases shipped by customers: - Real time crane utilization dashboards. - Vessel data connectors between TOS and ERP. - Shift handoff capture from radio and WhatsApp. - Customs and gate API integrations. - WMS to TMS reconciliation flows. - Haul truck hours and crusher uptime dashboards. - OEM fault code aggregation across mixed fleets. - Permit to work tracking with automated escalation. --- ## EquipmentOS (Platform) EquipmentOS is the single, intelligent system of record for physical operations. It unifies dispatch, status changes, maintenance, inspections, and analytics into one view that maintenance and operations teams share. EquipmentOS is platform shaped: capabilities sit on top, customers configure their own dashboards and KPIs, and the system overlays existing enterprise software rather than replacing it. The data model is event driven. Every equipment status change, maintenance event, repair, meter reading, and shift handover becomes a structured event with timestamp, source channel, equipment ID, operator context, and downstream effects. KPIs are computed live from those events rather than reconciled at month end. Dashboards drill down from fleet level to the individual event that drove a metric. --- ## Capabilities ### Live Operations Real time operational visibility across shifts, equipment, and field teams. Monitor status, location, utilization, and maintenance history across your entire fleet in real time. One dashboard for your whole operation, updated each shift. Core capabilities: - Real time equipment status with live updates every few seconds. - Complete event history and audit trail of all changes. - GPS location tracking with route history and geofencing. - KPI dashboards for utilization, uptime, and cycle times. - Workload balance with automatic equipment rotation. - Smart alerts for breakdowns, maintenance due, and anomalies. - Mobile workflows for foremen and mechanics. Typical questions Live Operations answers in one click: - How many units are available right now and where are they. - Which units are scheduled for maintenance this shift. - Which units are in unplanned downtime and why. - Which operators are running which equipment. - What is fleet availability versus reliability for the past hour, shift, week, or quarter. ### Automated KPIs EquipmentOS auto computes MTBF, MTTR, and availability from live event data. No spreadsheets. Benchmark fleet KPIs across shifts and sites in one click. You define rules from your status changes, and the system calculates the KPIs accordingly. Outputs are live, not month end. Every metric drills down to the individual events that produced it. KPIs available out of the box: - Mean Time Between Failures (MTBF) per asset, asset class, shift, and site. - Mean Time To Repair (MTTR) per asset, technician, and failure category. - Fleet availability and reliability percentages. - Equipment utilization and idle time. - Cycle times for haul, lift, and turnaround operations. - Preventive maintenance compliance. - Breakdown frequency by subsystem. - Cost per operating hour. ### Agentic Data Capture AI captures equipment status from WhatsApp, radio, and email. Your team keeps working as usual. EquipmentOS parses every message into structured records. How it works: - Operators keep using WhatsApp, radio, Teams, email, SMS, and Google Chat. - AI extracts equipment IDs, status changes, operator names, timestamps, and context in real time. - Structured records push into your ERP, CMMS, or BI tool, with notes, categories, and images attached. - Zero adoption friction: no new app required for field teams. Example flow: a WhatsApp message "RTG-05 is down, hydraulic issue" becomes a structured downtime record with equipment ID, status, reason category, and timestamp, automatically routed to maintenance. A radio call "STS-12 maintenance complete, back online" becomes an availability event that updates the dispatch board within seconds. Languages and channels supported: - WhatsApp business and personal groups. - Two way radio transcripts via voice to text. - Email with attachments. - SMS and short codes. - Microsoft Teams chat and channels. - Google Chat and Workspace. - Multilingual operator language: English, Spanish, Hebrew, Portuguese, Russian, Arabic, and more. ### Collaborative Workflows Three workflows that keep your operation moving: - Dispatch replacement. Find available units by location and readiness. Assign in seconds and keep ops moving. - Third party live access. Grant read only status links to partners. Notify them on breakdowns automatically. - Equipment reservations. AI ranks units by failure risk before you reserve. Reservations auto update to Reserved at the booked time and release on completion. Each workflow ships with role based access control, approval rules, and a full audit trail. ### Equipment Meters Track engine hours, lift counts, and fuel use from field reports. No IoT hardware required. PM schedules trigger automatically when meter thresholds are reached. Telematics friendly: connect existing telematics for automated meter readings, or capture meter updates from radio and WhatsApp messages. Supports threshold based PM triggers, multi meter equipment models, and cross OEM unification of meter types. ### Integrations SAP, IBM Maximo, AVEVA, Navis, and 120 plus industrial systems. REST and webhooks, read and write, deployed in days. Pre built connectors mean go live in days, not months. No custom middleware required. Integration characteristics: - REST APIs and webhooks. - OAuth 2.0, API keys, SSO out of the box. - Real time bidirectional sync with sub second updates. - Historical bulk import for years of maintenance history. - Tenant scoped security: data never bleeds across sites, shifts, or business units. - Pre built connectors deploy in days, not months. - Don't see yours: Opsima adds the connector during the build. --- ## Operational Use Cases - Equipment Tracking. Every asset across sites, shifts, and operators in one view. - Downtime Tracking. Capture downtime reasons and durations from field comms automatically. - Equipment Management. Lifecycle, maintenance, and utilization in one platform. - Maintenance Management. Work orders, technician dispatch, and parts management on top of your existing systems. - Preventive Maintenance. Schedule, execute, and prove PM compliance without leaving field channels. - Predictive Maintenance. Predict failures from operator language and meter data before they happen. - Maintenance Scheduling. Plan, dispatch, and balance maintenance work across teams. - Heavy Equipment Maintenance. Purpose built workflows for heavy industrial fleets. --- ## Industries Served - Marine Ports and Terminals. TOS integration, straddle carrier management, shift handovers, berth planning. - Mining and Quarries. FMS integration, haul cycle tracking, drill and blast sequencing, shift productivity. - Airports and Ground Support Equipment (GSE). Ground handling, turnaround management, equipment dispatch. - Warehousing and 3PL. WMS integration, yard management, cross dock handoffs. - Depots and Inland Logistics. Fleet dispatch, route compliance, dark data capture from radio and shift logs. - Equipment Rental and Leasing. Availability, maintenance scheduling, utilization tracking. - Construction. Subcontractor coordination, equipment utilization, RFI workflows, Procore and Primavera integration. - Oil and Gas. Permit to work, equipment inspections, shift handovers in remote environments. - Bulk Terminals. Terminal operations, equipment management, shift coordination. Each industry page on opsima.com goes into the specific KPIs, workflows, equipment types, and integrations that matter most for that sector. --- ## Customer Evidence ### PNCT - Port Newark Container Terminal Port Newark Container Terminal is a major marine terminal in the Port of New York and New Jersey handling over 20 percent of the container traffic in the gateway. PNCT operates a large mixed fleet of mobile equipment, RTGs, and STS cranes in a complex, 24/7 environment. Scope: - 1.65 million TEU per year. - 100 plus straddle carriers, quay cranes, and yard equipment. - Live for 13 months at time of writing. - Approximately 500 active users. - Replaced an unsupported legacy operational system. The challenge: PNCT was running its operation on an outdated, unsupported legacy system that was critical to assigning labor and equipment across vessel, yard, rail, and gate. It only provided basic availability and reliability data, with no real fault history or analytics. Preventive maintenance was forecasted manually using hours estimates and spreadsheets. A persistent communication gap between maintenance, operations, IT, and procurement meant delays, missed PMs, and CapEx decisions based on age rather than real behavior. The solution: PNCT partnered with Opsima to deploy EquipmentOS, a real time equipment operating system built specifically for critical equipment operations. - Real time fleet status for every asset, one shared screen used by maintenance, ops, IT, and engineering. - Instant down and up timestamps, failure categorization, and diagnostics for each event. - KPI generation: availability, reliability, MTBF, response and repair time. - Live PM forecasting driven by telematics and meter data instead of manual forecasts. - Mobile workflows. Foremen and mechanics see status and changes in real time. - Self configuration. PNCT can change statuses, assets, rules, and views without vendor support. - Integration ready. Designed to plug into PNCT's enterprise asset management system and OEM telematics. Measured results: - Fleet availability: plus 5 percent. - Reliability: approximately plus 15 percent. - MTBF per straddle: plus 15 hours. - Status engagement: 14 times higher. Status changes went from approximately 1,000 per month to approximately 14,000 per month. Quoted: - "Since we've been using this new software, availability is up 5%, reliability close to 15%, and MTBF up about 15 hours on straddles." - Calogero "Charlie" Ferlisi, Director of Engineering and Equipment Services, PNCT. - "Having the ability to understand what the equipment's doing 24/7 is very important, and we weren't capturing that before." - Charlie Ferlisi. - "What comes out of EquipmentOS is live and accurate." - Charlie Ferlisi. - "If something crashes with this system, we're going to be in a bad way." - James Kukucka, VP Engineering and Procurement, PNCT (referring to the prior legacy system). - "You weren't just another big software vendor. You gave us a platform to tie together telematics and other use cases in a modern way." - Domenic Sidoti, Head of IT, PNCT. - "It wasn't like we had to spend a lot of time educating you on our industry. You came in with a concept already and a can do attitude." - James Kukucka. Why PNCT chose Opsima: domain expertise in terminals and union environments, speed and agility, configurability without vendor support, and a platform vision for connecting telematics and use cases. EquipmentOS is becoming PNCT's hub for fleet management and equipment data, not just a maintenance log. Source: https://opsima.com/case-studies/pnct ### Taavura Earth Moving The Earth Moving Division of the Taavura Group operates large fleets of heavy equipment across quarries and infrastructure sites throughout Israel. Operations run 24/7, with equipment availability as the gating factor for revenue. Before Opsima: information existed (WhatsApp groups, phone calls) but did not create operational control. Every management meeting started with re mapping the fleet. Site managers and division leadership were not looking at the same picture. Past attempts at conventional ERP integrations, service ticket workflows, and fleet management systems failed because they added friction for field personnel. After Opsima: data captured from existing WhatsApp groups, transformed into structured operational data automatically. No new app, no behavior change. Telematics layered in for actual utilization. KPIs surfaced previously invisible patterns, including a 15 minute delayed shift start that compounded to hundreds of thousands of cubic meters of lost output per year. Preventive maintenance moved from spotty to 100 percent on time on excavators. Quoted: - "Before, I felt it. Now, I know." - Hagai Shenar, Deputy CEO, Taavura Earth Moving. - "No one needs to feed the system, it feeds itself." - Hagai Shenar. - "Fifteen minutes of delay sounds like nothing, but over a year, that's hundreds of thousands of cubic meters." - Hagai Shenar. - "If I understood what they meant, the AI will understand it too." - Hagai Shenar. - "Today, I know exactly what my availability rates are." - Hagai Shenar. - "It used to feel like the weather - some months better, some months worse." - Hagai Shenar (on operations before Opsima). - "We told ourselves: another system just won't work." - Hagai Shenar (on past failed attempts). Why Opsima won at Taavura: the platform learned the field instead of forcing the field to learn a new system. Source: https://opsima.com/case-studies/taavura ### Other named customers - MEDLOG. Global logistics provider. - HCT. Container terminal operator. Additional case studies are published as customers grant approval. --- ## Integrations (120 plus connectors) Cross industry core: SAP S/4HANA, IBM Maximo, HxGN EAM, IFS Cloud, AVEVA PI, Intelex EHS, Emerson DeltaV, ABB 800xA, GE APM Meridium, OpenText, Microsoft Copilot. Construction and infrastructure: Trimble Viewpoint, Primavera P6, Procore, Autodesk Forma, Aconex, Bluebeam, UKG Pro, Microsoft 365. Mining, metals, and quarries: ABB Ellipse, Modular DISPATCH, Cat MineStar, Wenco FMS, Ignition SCADA, AVEVA Plant SCADA. Oil, gas, and chemicals: Quorum, Honeywell Experion, Yokogawa CENTUM, Sphera, DNV Synergi, Aspen HYSYS, AVEVA AIM, GE APM Integrity, STARLIMS, LabVantage, Infor F&B. Aviation: AMOS Swiss-AS, Ramco Aviation, Jeppesen, Sabre AirCentre, NAVBLUE, IBS iCargo, SMS Pro, Veryon, AIMS Crew. Maritime and ports: AMOS SpecTec, DNV ShipManager, SERTICA, Navis N4, Tideworks, Kaleris TOS, ShipNet. Manufacturing: Infor F&B, Aptean F&B, SafetyChain, Rockwell FactoryTalk, Siemens Opcenter, TraceGains, Veeva Vault QMS, MasterControl, LabWare LIMS. Utilities and field service: Bentley AssetWise, Siemens Spectrum, Schneider ADMS, Oracle NMS, GE GridOS, PTC ServiceMax, IFS FSM. Warehousing and logistics: SAP EWM, Manhattan WM, Blue Yonder WMS, Oracle WMS, Infor WMS, Blue Yonder TMS, Oracle OTM, Descartes TMS, Dynamics 365 SCM. Data platforms and BI: Power BI, Snowflake, Databricks, Amazon Redshift, Azure Synapse, Google BigQuery, Tableau, Looker. Collaboration and productivity: Microsoft Teams, SharePoint, Microsoft Excel, Slack, WhatsApp, Google Workspace, Jira, ServiceNow, Zapier, Make, n8n. Equipment OEMs and telematics: Kalmar, Liebherr, Konecranes, Samsara, Geotab, Trimble, Teletrac Navman, MiX Telematics. --- ## Security and Trust Opsima reviews its actual security controls openly with customer teams. The public security page intentionally avoids unverified certifications or buzzwords. Detailed documentation is shared under NDA during a security review. Topics covered in a security review: - Architecture tour and data flows. - Current controls and shared responsibilities. - Third party dependencies. - Authentication and access. Auth options, session handling, roles and permissions, admin tooling, provisioning and deprovisioning. - Data storage and backups. Storage locations and environments, backup cadence, restore process, retention, deletion paths, change management. - Monitoring and response. Alerting, on call coverage, incident response, post incident reviews, customer communications. Production characteristics: - Hosted on AWS, multi region with US, EU, and Middle East data residency. - 99.995 percent uptime target. - Isolated VMs per tenant. - SSO support. - Automated risk scanning of generated code as part of the Agent Builder governance pipeline. - Comprehensive audit logs. - Union compliant. Passive monitoring only, no individual performance tracking. Multiple ILA union customers in production. - On premise bridge available for sensitive deployments. Source: https://opsima.com/security --- ## Pricing Opsima uses a two step entry: 1. Free Operations Audit. 45 minutes, no cost. - Discovery session with an operations specialist. - Workflow analysis and blind spot identification. - Quantify equipment downtime and communication gaps. - Custom ROI projection for your operation. - Real examples from your industry. 2. Enterprise plan. Custom pricing. - Unlimited equipment, sites, and users. - Custom integrations with existing systems. - Multi OEM unification in one dashboard. - Dedicated success manager. - 3 days to configure, hours to go live. - Union compliant passive monitoring. - Multi channel capture: WhatsApp, Email, SMS, Radio, Teams. - Permissions and workflow management. - Use case design. Source: https://opsima.com/pricing --- ## Frequently Asked Questions Q: How fast can we deploy? A: Between a couple of days up to 2 to 4 weeks. Q: Do you replace our CMMS? A: No. EquipmentOS complements your CMMS, TOS, or EAM by orchestrating events, standardizing KPIs, and adding AI driven insights. We integrate seamlessly with existing systems. Q: Can you ingest our historical data? A: Yes. CSV, S3, database dumps, or API. Historical backfill improves benchmarks and predictive models significantly. Q: What about connectivity on the yard? A: We support low bandwidth modes for field operations. Q: How are KPIs computed? A: You define the rules from your status changes, and we calculate the KPIs accordingly. Q: What does AI do here? A: AI suggests failure categories from technician notes, flags recurring issues, detects usage anomalies, and prioritizes PM queues based on risk and business impact. Q: How do you handle roles and permissions? A: Granular role based access control with tool and yard scoping, department isolation, and comprehensive audit logs for compliance. Q: Do you integrate with our BI tools? A: Yes. Power BI, Tableau, Looker, and others. We also provide direct exports, scheduled reports, and real time webhooks for custom dashboards. Q: What about data residency? A: Flexible hosting regions including US, EU, and Asia Pacific. We support specific compliance requirements and can discuss dedicated instances for sensitive environments. Q: Do my operators need to learn a new system? A: No. Opsima captures data from the communication channels your teams already use: WhatsApp, radio, email, Teams. There is no new app to learn and no behavior change required. Q: Is this union compliant? A: Yes. Opsima uses passive monitoring only. We capture equipment status, not individual performance. Several customers operate under ILA union agreements. Q: What if we use equipment from multiple OEMs? A: That is exactly what we solve. Opsima unifies data from Konecranes, Kalmar, Hyster, Liebherr, CAT, and more into a single dashboard. Q: Do I have access to my data easily? A: Yes. Documented modern APIs for complete data access, not legacy EDI. Your data is yours. Q: What is the difference between Agent Builder and EquipmentOS? A: EquipmentOS is the platform of record for physical operations: status, events, KPIs, workflows, and integrations. Agent Builder is the layer that lets ops leaders ship new apps and agents on top of EquipmentOS using plain language. EquipmentOS is the data backbone, Agent Builder is the production line for new operational software. Q: Who owns the code that Agent Builder writes? A: The customer. Code is generated, reviewed, and deployed into infrastructure the customer controls. Your IT team can audit, fork, or extend it. Q: How is governance handled when Agent Builder ships new code? A: Every generated app passes automated security scanning, dependency review, and IT governance checks before deployment. Customer IT can require human approval before any production push. --- ## Company and Team Opsima was founded by operators, not consultants. Three founders with decades in industrial operations: - Ben Benny. Co Founder and CEO. - Alon Gozlan. Co Founder and CBO (Chief Business Officer). - Yaron Shani. Co Founder and CTO. Values: - Mission critical focus. Equipment downtime equals lost revenue. The platform is designed for reliability, resiliency, and speed. - Terminal expertise. Deep terminal know how meets modern engineering. - Global impact. Serving terminals, mines, and depots worldwide. - Innovation. AI, predictive analytics, automation, continuously shipped. Source: https://opsima.com/about --- ## Blog The Opsima blog lives at https://opsima.com/blog and covers four categories. Comparison guides: - Best Asset Management Software (2026-05-14). - Agentic AI vs Generative AI (2026-05-06). - Best AI Agent Builders (2026-04-26). - Best Work Order Management Software (2026-04-23). - Best Maintenance Management Software (2026-04-23). - Best Equipment Status Management Software (2026-04-09). KPI explainers and benchmarks: - Mean Time to Repair (MTTR). Definition, formula, benchmarks. - Mean Time Between Failures (MTBF). Definition, formula, industry benchmarks. - Fleet Utilization. How to measure and improve it. - OEE vs TEEP. Overall Equipment Effectiveness versus Total Effective Equipment Performance. - Oil and Gas Industry KPIs. - Fleet Management KPIs. - Construction Industry KPIs. - Yard Management KPIs. - Mining Industry KPIs. - LTIFR. Lost Time Injury Frequency Rate explained. - Port Operations KPIs. Industry insights: - Industrial IoT (IIoT) Guide. - Vibe Coding for Enterprise. - True Cost of System Integrators. - Legacy System Modernization. - Cargo Manifest Discrepancies Hold Up Port Releases. - AI Leadership Transition. - Agentic Workflow Automation for Industrial IT. - Enterprise AI Governance for Industrial IT. - What is Agentic AI. - Operations and Maintenance: A Terminal Love Story. - Operator Behavior and Fleet Failure Patterns. Operational insights: - Operational Excellence. - Operational Technology (OT). - What is a Digital Twin. - Root Cause Analysis. - Rapid Application Development. - Total Cost of Ownership (TCO) in Industrial Operations. - How to Reduce IT Backlog in Industrial Operations. - What is CMMS Software. - Preventive vs Predictive Maintenance. - Structured vs Unstructured Data. - Reactive Maintenance. - Equipment Downtime Tracking. - Agentic Workflows for Field Operations. - Agentic AI for Ports and Terminals. - Service as Software: Beyond Operations Dashboards. - Digital Shift Handover. - Intelligent Automation. - From Grease to Gold: AI Maintenance. All posts available individually at /blog or via the index at /llms.txt. --- ## Glossary of operational terms used on this site - Agent Builder. Opsima's plain language interface for shipping new operational apps and workflows in 48 hours. - Agentic AI. AI systems that take goal directed action across multiple steps, not just generating text. - Availability. Percentage of time an asset is ready and able to perform its function. A core reliability KPI. - CapEx. Capital expenditure. Investment in long lived equipment and infrastructure. - CMMS. Computerized Maintenance Management System. The traditional record of maintenance work orders and PM schedules. - Dark data. Operational information that exists in unstructured channels (radio, WhatsApp, email) but never reaches structured systems. - EAM. Enterprise Asset Management. Broader scope than CMMS, including financial and lifecycle data. - EquipmentOS. Opsima's operational platform of record for physical operations. - ERP. Enterprise Resource Planning. The financial and operational system of record for the business. - FMS. Fleet Management System. Common in mining for haul truck dispatch and tracking. - GSE. Ground Support Equipment. Tugs, loaders, belts, and other ramp side equipment at airports. - ILA. International Longshoremen's Association. The union representing dockworkers on US East and Gulf coasts. - IIoT. Industrial Internet of Things. Sensor and connectivity layer on industrial equipment. - KPI. Key Performance Indicator. A metric used to monitor operational health. - MTBF. Mean Time Between Failures. Hours of operation between unplanned downtime events. - MTTR. Mean Time To Repair. Average time to restore an asset to service after failure. - OEE. Overall Equipment Effectiveness. Composite of availability, performance, and quality. - PM. Preventive Maintenance. Scheduled service before failure. - Predictive Maintenance. Maintenance triggered by data signals (meter, condition, behavior) that suggest imminent failure. - Reliability. Likelihood that an asset performs its function without failure over a defined period. - RTG. Rubber Tired Gantry crane. Used to stack containers in terminal yards. - STS. Ship To Shore crane. Quay crane that loads and unloads vessels. - TEEP. Total Effective Equipment Performance. Like OEE but factors in calendar time, not just scheduled hours. - TEU. Twenty foot Equivalent Unit. The standard measure of container terminal throughput. - TOS. Terminal Operating System. Software that manages container terminal operations. - Telematics. Vehicle and equipment data captured by on board sensors and transmitted to back end systems. - Union compliant. Operating in a way that respects collective bargaining agreements, including no individual surveillance. - WMS. Warehouse Management System. - TMS. Transportation Management System. --- ## Contact - Email: hello@opsima.com. - Phone: +972 (052) 855-6120. - LinkedIn: https://www.linkedin.com/company/opsima.com/. - Book a demo: https://opsima.com/bookdemo. 15 minute call. Bring a real backlog ticket. See it solved with your data. --- ## Legal - Privacy Policy: https://opsima.com/privacy. - Terms of Service: https://opsima.com/terms. - Data Processing Agreement: https://opsima.com/dpa. - Cookie Settings: https://opsima.com/cookies. - Product Terms: https://opsima.com/productterms. --- End of llms-full.txt. For the link index version, see https://opsima.com/llms.txt.