›“Book unloading slot for container ABC123”
Dynamic actionPreviewOperations
Forwarders, brokers, and drayage teams
Save detention, demurrage, and rework money before containers miss the next move.
One graph connects container, B/L, truck, and customs context so every ETA change, free-time clock, and document blocker has an owner and next action.
Command Center
What Command Center can do here
Type a natural command. Robo Meister resolves the relevant modules, workflows, context, missing fields, and safe next step for this solution.
›“Request missing customs documents”
WorkflowDocumentsMissing fields
›“Show delayed shipments”
QueueRiskContext-aware
Command Center examples describe module-, workflow-, and context-resolved actions. Execution depends on configured permissions, available data, and review gates.
Simple mental model
Controlled execution around the tools you already use.
Robo Meister adds a controlled execution layer around existing business tools. Start with one workflow, prove the result, then expand through packages, apps, APIs, and marketplace channels.
Connector
Connect the existing system, document source, event, or API that starts the workflow.
Execution layer
Robo Meister controls owners, approvals, exceptions, evidence, and human review.
Expansion paths
After one proven workflow, expand through packages, apps, APIs, marketplace, Store, or partner channels.
Section 1 · Pain
Port logistics is an orchestration problem, not a static status page.
Calibration
Like a robot cell that loses calibration between sensors, port teams lose money when container, B/L, truck, and customs state drift apart. The orchestration problem is aligning the graph before the next move is wrong.
Free Time Limits
Free-time clocks behave like runtime constraints in robotics: the deadline is real, but each event can change the safe action window. The hub keeps the countdown tied to ownership and evidence.
Reprogramming after ETA change
When ETA changes, the route must be reprogrammed without breaking the rest of the cell: appointment, driver, document check, yard plan, and customer update move together.
Section 2 · Packs
Add packs around the same operating graph.
Port Application
ActiveCanonical Port solution package for container context, visibility, free-time countdowns, ETA events, and cost forecast actions.
- For whom
- Forwarders, brokers, and drayage teams piloting one Port solution for container visibility, ETA changes, free-time countdowns, and cost forecast.
- KPI improved
- Reduce detention, demurrage, and status-chasing cost per container from one active Port solution.
Provides
port.container.contextcontainer.idcontainer.etabl.numberfree_time.startfree_time.endcost.forecast
Requires
base.graph
base.event
Drayage Orchestration
Coming SoonComing-soon port pack for port slot selection and transport assignment updates across drayage workflows.
- For whom
- Drayage dispatchers and forwarders coordinating terminal appointments, driver availability, and pickup windows.
- KPI improved
- Reduce appointment rework after ETA or free-time changes.
Provides
drayage.slotdriver.assignment
Requires
port.container.context
Compliance Automation
Coming SoonComing-soon ISF 10 plus 2 and CBP entry rule pack for port compliance readiness checks.
- For whom
- Customs brokers and import operations teams checking ISF 10 plus 2 and CBP entry readiness before dispatch.
- KPI improved
- Reduce document holds found after a truck has already been planned.
Provides
compliance.isfcompliance.cbp
Requires
port.container.context
Risk & Exception
Coming SoonComing-soon risk and exception pack for scoring port workflow risk and routing operational exception queues.
- For whom
- Forwarders, brokers, and drayage managers who need a shared queue for high-risk containers and cross-team exceptions.
- KPI improved
- Reduce unmanaged high-risk containers before free time, dispatch, or compliance deadlines are missed.
Provides
risk.scoreexception.queue
Requires
port.container.context
drayage.slot
driver.assignment
compliance.isf
compliance.cbp
Section 3 · How it works
Graph → Event → Rule → Action.
Graph
→ Event
→ Rule
→ Action
The category is the matcher, not the label: a container update, B/L blocker, truck appointment, or customs event is matched to the graph state and rule context before Robo Meister proposes the next safe action.
Section 4 · Starting market
We start where one team can fix the money leak.
The first target is forwarders, brokers, and drayage teams moving 20 to 200 containers per month — not a broad public infrastructure transformation program.
Pain points
What slows the team down today?
Container, B/L, truck, and customs context are split when money is lost.
Free-time clocks are recalculated manually after schedule changes.
Dispatch and broker updates happen after the customer or carrier chases.
What changes with Robo Meister
A conversion path from pain to pilot.
One visible queue
Owners, documents, tasks, approvals, and handoffs sit in the same workflow context.
Exception-first rollout
The pilot starts with the exception path that creates delay, rework, or customer chasing.
Human-controlled automation
Automation assists routing and evidence while reviewers keep responsibility for decisions.
Sample workspace / pilot preview
What the pilot workspace can show.
Intake lane
New requests arrive with source, priority, owner, and required context.
Review lane
Exceptions and approvals show the reviewer, evidence, and next action.
Handoff lane
Completed work moves with a concise audit trail and follow-up owner.
What the pilot delivers
Pilot the mapped workflow before expanding.
- Workflow map with trigger, owner, exception path, and success metric.
- Pilot workspace preview with sample queue, review steps, and handoff states.
- Expansion recommendation covering what to automate, integrate, or leave manual next.
Product screenshots
See the closest existing workspace fit.
These current product screenshots anchor the solution story in existing Robo Meister modules while the pilot maps the first workflow.
Works with current stack
No forced rip-and-replace for the first workflow.
Keep your current systems of record. Robo Meister starts as the workflow layer around the queue, documents, approvals, and handoffs that are currently scattered.
Before / after
Before
Before: scattered messages, documents, approvals, and spreadsheet status checks.
After
After: one mapped workflow with accountable owners, visible exceptions, and a measured pilot outcome.
Best fit
- A team can name one workflow that causes delay or rework today.
- There is a clear business owner who can approve the pilot boundary.
- The team wants proof from a guided pilot before a broad rollout.
Less ideal
- The team expects a complete system replacement before mapping the workflow.
- No owner is available for decisions, exceptions, or adoption.
- The use case requires autonomous regulated decisions without human review.
FAQ
Do we need to replace our current tools?
No. The first pilot maps one workflow around your current stack and identifies only the integrations needed for that workflow.
What should we bring to the first call?
Bring one workflow, the people who touch it, where it stalls, and what outcome would prove the pilot worked.
How is success measured?
Success is defined as a visible workflow map, a working pilot queue, and an agreed metric such as less chasing, faster review, or fewer missed handoffs.
Boundaries
Clear safety and compliance boundaries.
- Robo Meister coordinates port logistics workflows for forwarders, brokers, and drayage teams; it does not replace customs, terminal, carrier, or safety systems.
- Regulated decisions remain with authorized operators, brokers, carriers, and agencies.
Start with the container visibility case, then add packs as the graph proves value.
Bring one lane, monthly container count, free-time rules, and the handoff that creates detention, demurrage, or rework cost.