Fragmented network
Each carrier, terminal, facility, customer, and system holds only part of the operating truth.
Industries / Transportation & Logistics
Move The Network, Not Just The Shipment.
Corteq connects ports, rail, road, air cargo, fleets, facilities, and supply commitments into one governed operating picture for resilient movement.
Intermodal operations / Supply movement
- Industry profile
- Transportation & Logistics
- Modes
- Port · Rail · Road · Air
- Work
- Plan · Move · Recover
- Posture
- Network · Facility · Edge
Operating reality
A delay becomes expensive at the handoff between systems, modes, and organizations.
The shipment is only one object in a live network of capacity, labor, equipment, schedules, weather, facilities, obligations, and exceptions. Cortex keeps that full context connected as plans change.
Exception volume
Weather, congestion, equipment, labor, and upstream delay continually invalidate yesterday’s plan.
Distributed authority
Actions cross organizations and locations, so permissions, commitments, and handoffs must remain explicit.
What Corteq builds
A shared operating layer across every mode and handoff.
Cortex connects planning, capacity, movement, exception handling, and evidence without requiring one replacement system.
Network planning
Build plans around real capacity and constraint
Resolve demand, inventory, schedules, equipment, facilities, routes, and service commitments into executable options.
Disruption response
Replan the connected network
Test downstream effects, rank alternatives, coordinate approvals, and update affected work when conditions change.
Fleet and asset health
Connect maintenance to service consequence
Use telemetry, inspection, history, parts, and schedule impact to prioritize intervention.
Intermodal handoffs
Preserve state across every transfer
Keep custody, condition, timing, authority, and exception context intact across modes and partners.
Operating thread
From first signal to accountable outcome.
The sequence stays visible from input through action. Each step preserves the context, authority, and evidence the next step depends on.
- Step 1Plan
Connect demand, inventory, capacity, schedules, assets, routes, and service commitments.
- Step 2Monitor
Resolve live movement, facility, weather, equipment, and exception signals against the operating plan.
- Step 3Decide
Put alternatives, tradeoffs, downstream effects, and required approvals at the responsible desk.
- Step 4Recover
Execute the authorized change, coordinate handoffs, and preserve outcome and service evidence.
Mission outcomes
Measure the operating change.
The standard is not whether the model runs. It is whether the workflow moves faster, remains governed, and produces an outcome the organization can inspect.
Shorter path from disruption to recovery
Teams see the connected network effect before committing to a response.
Capacity decisions use shared context
Assets, facilities, labor, and commitments remain visible in one plan.
Every handoff carries its state
The network retains custody, authority, exception, decision, and outcome.
Built on Corteq Cortex
One architecture. Adapted to the operating environment.
Every deployment uses the same five deep-dive layers while the mission objects, workflows, policies, systems, and evidence change by industry.
Start with the operating thread
Bring the route, facility, or handoff where one delay still fractures the whole plan.
We will map the systems, context, human gates, deployment boundary, evaluation plan, and fastest path to a fieldable capability.
Request a mission briefing