Saagar extends the same agentic spine up the river and along the coast — orchestrating barge terminals, ferries and short-sea shipping as one network with the deep-sea gateways they feed, so cargo shifts off congested roads and onto the most carbon-efficient mode there is.
A container that clears the berth in hours can still sit for days waiting on a barge slot, a lock window or a ferry connection. The inland and coastal legs are where avoidable cost and carbon hide — and where almost no one runs a single, agentic operating picture across modes.
Saagar-Berth’s just-in-time logic extends inland: barge calls, lock windows, draft and tide are resolved against live deep-sea gateway readiness, so a box leaves the quay onto a slot that’s genuinely waiting — not into a queue at the next bottleneck.
For ferries and short-sea ro-ro, Saagar coordinates fleet utilisation, berth turnaround and shore-power readiness — keeping sailings punctual while making each call cleaner, with every event captured for compliance.
Inland and coastal shipping is among the lowest-emission ways to move freight per tonne-kilometre. Coordinate it well and the win is double: less road congestion, and far less carbon — captured automatically for the rules that now price it.
Saagar coordinates the inland and coastal legs so more freight stays on water, then Saagar-Insight turns each call into EU ETS, FuelEU Maritime and IMO CII records and MRV-aligned exports — the same agentic spine that runs the deep-sea quay, extended across the network.
Bring your barge terminals, ferries and short-sea calls onto the same agentic layer as the deep-sea gateways they feed — and watch cargo move with less road, less waiting and less carbon.