Industries
Industries we design for.
SIWOM Logistics is designed first for ports, road freight, warehousing and manufacturing supply chains. Space logistics, green energy, robotics and advanced mobility are research areas, covered at the end. None of these are customers or deployments.
01 — Industry
Actively being built and validated. Not yet generally available.Ports and maritime
The operational problem
Vessel, yard, gate and inland legs often sit in separate systems. Teams chase status by phone, and a missed berth window ripples into every truck and rake waiting on it.
How SIWOM could help
- One view of shipments moving through berth, yard, gate and inland legs
- Early flags when a berth window or rail cut-off is at risk
- Safety research for lifting zones and vehicle–pedestrian conflicts
Relevant: Logistics
02 — Industry
Actively being built and validated. Not yet generally available.Road freight and fleets
The operational problem
Dispatchers juggle calls, chat groups and spreadsheets to match loads, vehicles and drivers. Delays surface late, often after a customer asks.
How SIWOM could help
- Fleet availability and dispatch in one queue
- Exceptions such as unplanned halts, e-way bill validity and duty hours, sorted by severity
- Suggested next steps, with the dispatcher always deciding
Relevant: Logistics
03 — Industry
Actively being built and validated. Not yet generally available.Warehousing and distribution
The operational problem
Inbound and outbound movements are often logged after the fact. Dock schedules, storage and dispatch rarely share one live picture.
How SIWOM could help
- Inbound and outbound movements linked to the shipments they belong to
- Dock and dispatch timelines in the same view as the fleet
- Integration with existing WMS through APIs (planned)
Relevant: Logistics
04 — Industry
Actively being built and validated. Not yet generally available.Manufacturing supply chains
The operational problem
A late inbound truck can stop a line, yet plant teams often learn about it from the supplier's phone call rather than a system.
How SIWOM could help
- Inbound supplier shipments with realistic ETAs
- Outbound dispatch planning against plant schedules
- Exception alerts routed to the people who can act
Relevant: Logistics
05 — Industry
Being explored. Feasibility is not yet proven.Infrastructure and facilities
The operational problem
Inspections are often on paper, inconsistent between shifts and hard to audit. Hazards noticed on camera may never reach the right person.
How SIWOM could help
- Consistent inspection records with photos and corrective actions
- AI-assisted flags for visible damage, PPE and restricted zones (research)
- Human review and escalation, with an audit trail
Relevant: Safety
Highlighted
Space logistics, green energy and robotics.
These industries run on global supply chains of components, materials and machinery. SIWOM Global Trade is our research into connecting them: international suppliers, Indian manufacturers and buyers, and the logistics companies who move it all.
06 — Emerging industry
Being explored. Feasibility is not yet proven.Space and aerospace logistics
The operational problem
Satellites, rocket stages and aerospace parts are high-value, often one of a kind, and sensitive to shock, humidity and contamination. A single move can run from clean room to aircraft to truck to barge, with export licences, customs and insurance at every handoff.
What moves
- Satellites and subsystems
- Rocket stages and engines
- Space robotics
- Aircraft parts and spares
How SIWOM could help
- One plan per move, with shock, humidity and cleanliness limits recorded before anyone quotes
- Document and licence checklists that travel with the shipment through every handoff
- Connecting Indian space suppliers with buyers abroad, and international suppliers with Indian makers (research)
Relevant: Global Trade
07 — Emerging industry
Being explored. Feasibility is not yet proven.Green energy
The operational problem
India's clean-energy build-out moves huge volumes of solar modules and oversized wind components to remote sites, while battery systems travel as dangerous goods. Many components are still imported, and delays on one shipment can hold up a whole project.
What moves
- Solar modules and inverters
- Wind blades and nacelles
- Battery storage
- Electrolysers
How SIWOM could help
- Project cargo planning for oversized loads such as wind blades, nacelles and transformers
- Dangerous-goods requirements for battery storage kept with every shipment
- Finding domestic manufacturers for components imported today (research)
Relevant: Global Trade
08 — Emerging industry
Being explored. Feasibility is not yet proven.Robotics and automation
The operational problem
Industrial robots, mobile robots and space robotics parts are precision machinery. They need careful crating, delivery ready for installation, and fast spares when a production line stops.
What moves
- Robot arms and controllers
- AMRs and conveyors
- Space robotics parts
- Spares and end effectors
How SIWOM could help
- Machinery imports coordinated from the supplier's factory to the installation site
- Spares visibility, so a stopped line gets its part sooner
- Connecting Indian integrators and component makers with global buyers (research)
Relevant: Global Trade
09 — Emerging industry
Being explored. Feasibility is not yet proven.Advanced mobility
The operational problem
Electric cars, autonomous vehicles, drones and air taxis depend on battery cells, motors, sensors and electronics sourced across borders, under rules that differ by country and change often. Air taxis are still in testing and certification.
What moves
- Battery cells and packs
- Motors and inverters
- Lidar, radar and cameras
- Drone airframes
How SIWOM could help
- Battery and electronics shipments planned with dangerous-goods and classification needs up front
- Discovering Indian suppliers for imported vehicle and drone components (research)
- Long-term research into vehicle software and diagnostics; any vehicle needs dedicated engineering, testing and approval
Relevant: Global Trade
Running one of these operations? Start with one real problem.