Matarbari Deep Sea Port & Power Project: Bangladesh's Future Maritime–Energy Hub

🌊 1. The Big Dream: Project Planning, Feasibility & Strategic Vision

Mega projects don't begin with cranes, dredgers or giant construction camps. They begin with a question: What problem are we trying to solve?

For Bangladesh, one of the answers was painfully obvious. International trade has historically depended heavily on Chattogram Port, while increasing cargo volumes and limitations related to navigational depth created pressure for a new maritime gateway capable of handling much larger vessels.

"Don't just expand the old gateway. Build a new one."

That is essentially the strategic philosophy behind Matarbari. The idea was not simply to construct another port facility. The broader vision was to create an integrated maritime and industrial development hub connecting the Bay of Bengal with Bangladesh's road network, energy infrastructure, industries and eventually regional supply chains.

📍 Location: Why Matarbari?

Matarbari is located in Maheshkhali Upazila of Cox's Bazar District, on Bangladesh's southeastern coast. Its coastal setting provides something Bangladesh's conventional inland infrastructure cannot provide: direct access to the Bay of Bengal with the possibility of developing a deeper navigation channel.

The location also became particularly attractive because port development could be integrated with large-scale energy and industrial infrastructure already being planned for the Maheshkhali–Matarbari area.

🎯 From Port Project to Economic Corridor

The really interesting part is that planners were not looking at Matarbari as an isolated harbour. The broader concept connects:

• Port – maritime gateway and cargo handling.
• Road – movement of cargo between the port and inland Bangladesh.
• Power – energy infrastructure supporting industrialisation.
• Industry – potential generation of new cargo and investment.
• Logistics – warehousing, distribution and supply-chain services.
• Regional trade – potential connection with wider Bay of Bengal supply chains.

In other words, the port is supposed to create cargo, while industries create more cargo for the port. Roads move that cargo inland, energy supports industrialisation, and regional connectivity potentially expands the market beyond Bangladesh.

A port is useful because ships come to it. A mega-port becomes transformational when an entire economy grows around it.

💰 2. Financial Architecture: Who Is Paying for Matarbari?

There is no realistic way to build infrastructure of this scale from an ordinary annual development budget. Matarbari therefore represents a major example of Bangladesh using international development financing, sovereign funding and institutional investment to construct strategic infrastructure.

💴 Port Financing

• First Phase: The first phase of the Matarbari Port Development Project was supported through a JICA loan agreement of approximately ¥38.866 billion.
• Second Phase: A much larger second phase followed with a JICA loan agreement of approximately ¥105.3 billion.
• Government Contribution: Bangladesh's public-sector institutions remain responsible for significant portions of the associated infrastructure and development expenditure.
• Long-Term Financial Exposure:Financing a mega project does not end when construction ends. Debt servicing, maintenance, fuel procurement, replacement equipment and operational expenditure continue for years.

📊 The Cost Reality

The power project alone illustrates the scale of the financial commitment. Its original approved cost was reported at around Tk 35,984 crore, while subsequent revisions pushed the reported project cost to approximately Tk 51,854.88 crore.

That immediately raises the obvious question:

"Is Matarbari going to earn enough to justify what Bangladesh is spending?"

That's a completely legitimate question—and one that can only really be answered over decades of actual operation.

The economic return also cannot be judged solely by direct port revenue. Potential benefits include:

• Lower logistics costs.
• Faster cargo movement.
• Reduced congestion at existing gateways.
• Access for larger vessels.
• Improved supply-chain reliability.
• Industrial investment.
• Employment generation.
• Greater export competitiveness.
• Potential regional trade.

⚡ 3. The Other Giant: Matarbari 2×600 MW Ultra Supercritical Power Project

Before talking about the port itself, we need to understand the other enormous piece of the Matarbari puzzle: the 2×600 MW Ultra Supercritical Coal-Fired Power Project, implemented by the Coal Power Generation Company Bangladesh Limited (CPGCBL).

This was not simply a power station dropped onto the coast. It required an entire ecosystem of infrastructure.

• Generation Units: Two 600 MW-class generating units.
• Coal Import Jetty: A dedicated maritime facility for receiving imported coal.
• Coal Handling: Unloading, conveying, crushing and storage systems.
• Coal Storage: Large-scale fuel storage capacity to support continuous generation.
• Transmission: High-voltage transmission infrastructure for evacuation of generated power.
• Township & Support Facilities: Housing, roads and facilities required for operating a major industrial complex.

🔥 Why Ultra Supercritical?

Ultra-supercritical technology operates at higher steam temperatures and pressures than conventional subcritical coal plants. The objective is greater thermal efficiency—more electricity from each unit of coal.

The Matarbari project was designed around an efficiency figure of approximately 41.99%.

More efficient does not mean environmentally neutral. It simply means getting more electricity from the same amount of fuel.

And this distinction becomes very important when discussing the environmental and long-term economic implications of Matarbari.

⚙️ 4. Design & Engineering: Building Where the Sea Is the Foundation

Building a deep-sea port is nothing like building a highway interchange. Here, the ground moves, the water moves, the seabed moves and occasionally the entire Bay of Bengal reminds everyone that nature is still in charge.

🌊 Marine Engineering Challenges

Engineers have to account for a remarkably long list of variables:

• Tidal Variation: Water levels change continuously.
• Wave Action: Harbour structures must survive repeated wave loading.
• Cyclones: The Bay of Bengal is one of the world's cyclone-prone regions.
• Sedimentation: Channels can gradually lose depth due to deposited sediment.
• Scouring: Strong currents can remove seabed material around structures.
• Soft Coastal Soil: Foundations must account for settlement and geotechnical instability.
• Ship Manoeuvrability: Turning basins and channels must provide sufficient space for large vessels.
• Corrosion: Marine structures require long-term protection against aggressive coastal conditions.
• Extreme Weather: Design must consider storm surge and extreme wind-wave conditions.

🏗️ Breakwaters, Quays & Harbour Structures

Breakwaters are designed to create a comparatively sheltered harbour environment by reducing the impact of waves and storm conditions.

Quay structures, meanwhile, must support enormous loads generated by ships, cranes, containers, vehicles and cargo-handling operations.

This is where marine structural engineering, geotechnical engineering and hydraulic engineering all have to work together.

🚢 5. Dredging & Navigation: The Invisible Giant Beneath the Port

When most people imagine a deep-sea port, they picture giant cranes and container ships. Engineers, however, may think first about something far less glamorous: the seabed.

A deep-sea port requires a navigable approach channel with sufficient depth and width for the intended vessel class. That means removing enormous quantities of seabed material and then maintaining the channel against natural sedimentation.

The port you see above the water is only half the engineering story. The other half is underneath it.

Dredging therefore becomes both a construction activity and a potential long-term operational requirement.

🛳️ Navigation Infrastructure

• Approach Channel: Provides navigable access between open water and the harbour.
• Turning Basin: Provides sufficient manoeuvring space for vessels.
• Navigation Aids: Support safe vessel movement.
• Berthing Facilities: Allow vessels to safely come alongside the terminal.
• Dredging Management: Maintains required channel depth over the operational life of the port.

The second phase of the Matarbari port programme includes significant dredging and port-basin development, reflecting just how fundamental navigation depth is to the entire business case.

📦 6. Terminal Design: Containers, General Cargo & Multipurpose Operations

A modern port cannot survive by having a deep channel alone. Once a ship arrives, the real question becomes: How quickly and efficiently can its cargo be handled?

Matarbari's development therefore incorporates multipurpose terminal infrastructure capable of supporting different categories of cargo.

• Container Cargo: Supporting Bangladesh's import-export container market.
• General Cargo: Handling non-containerised cargo.
• Break-Bulk: Cargo requiring specialised handling.
• Project Cargo: Heavy and oversized industrial equipment.
• Industrial Cargo: Materials associated with future industrial development.

The objective is flexibility. A multipurpose port can potentially respond to changing cargo patterns rather than depending entirely on one category of trade.

📋 7. Project Management & Construction Progress

Calling Matarbari "one project" is actually a little misleading. In project-management language, it is closer to a programme made up of multiple interdependent projects and contract packages.

🧩 Managing Multiple Work Packages

• Marine Civil Works: Breakwaters, harbour structures, quays and dredging.
• Terminal Works:Container and multipurpose terminal facilities.
• Equipment: Cranes, tugboats, cargo-handling equipment and terminal systems.
• Road Infrastructure:Access roads, bridges and internal circulation routes.
• Utilities: Power, water, drainage, communications and other support systems.
• Consultancy: Design, supervision, environmental monitoring and institutional support.

The management challenge becomes even greater because the different packages cannot be completed in isolation.

A terminal without a channel is useless. A port without access roads is an expensive island. Cranes without electrical systems are simply very large sculptures.

📈 Construction Progress

Recent reporting in April 2026 indicated that construction of the Deep Sea Port had commenced in December 2025 and physical progress had exceeded 5% by the first week of April 2026.

Reported activities included:

• Site clearing.
• Boundary works.
• Connecting roads.
• Dredging.
• Preparation of port-related infrastructure.

Procurement of major port equipment was also progressing, with the programme targeting port operation around 2029.

📑 8. Procurement & Contract Management

A mega project ultimately becomes real through contracts. Designs can be brilliant, feasibility studies can be excellent and financing can be secured—but somebody still has to sign a contract, mobilise equipment and actually build the thing.

Matarbari involves international procurement, civil works, consultancy services, equipment supply, installation and long-term operational procurement.

• International Competitive Tendering: Major works require internationally competitive procurement arrangements.
• Contract Packaging: The programme is divided into manageable packages rather than treating the entire development as one enormous contract.
• Equipment Procurement: Cranes, tugboats, terminal operating systems and other specialised equipment form separate procurement streams.
• Fuel Procurement: The power project requires continuous coal procurement even after the plant has entered operation.
• Contract Administration: Variation orders, claims, payment certification, extensions of time and performance monitoring become part of the long-term management process.

Project completion does not mean procurement ends. For a mega-project, construction may finish—but the contracts continue.

The scale of ongoing coal procurement for the power plant illustrates this perfectly. Even after commissioning, the plant remains dependent on a large and continuous international fuel supply chain.

🔬 9. Quality Management & Quality Assurance

In ordinary construction, a defect can sometimes be repaired without destroying the entire project. Marine infrastructure is less forgiving.

A poorly constructed quay, breakwater or foundation can become an extraordinarily expensive problem after the facility enters operation.

Quality management therefore needs to cover:

• Concrete: Mix design, batching, curing and compressive-strength testing.
• Reinforcement: Material certification, placement and inspection.
• Steel Structures: Welding, corrosion protection and dimensional accuracy.
• Marine Works: Alignment, settlement, scour protection and structural integrity.
• Dredging: Depth verification and volume measurement.
• Equipment: Factory acceptance testing, installation checks and commissioning.
• Electrical Systems: Insulation, protection, grounding and functional testing.

The basic quality cycle is beautifully simple:

Inspection → Testing → Verification → Documentation → Acceptance

🌱 10. Environmental Management: The Most Difficult Question

This is where the Matarbari story stops being simple.

A deep-sea port changes the coastline. Dredging changes the seabed. Breakwaters change local hydrodynamics. Roads change land use. A coal-fired power plant creates emissions, ash and fuel-logistics requirements.

So the question is not whether Matarbari has environmental impacts.

"Of course it does."

The more useful question is:

How effectively can those impacts be identified, mitigated, monitored and managed?

🌿 Major Environmental Issues

• Dredging: Potential changes to water quality, turbidity and seabed conditions.
• Marine Ecology: Possible effects on aquatic habitats and organisms.
• Coastal Hydrodynamics: Changes in currents, sediment movement and erosion patterns.
• Air Quality: Particularly relevant to coal handling and power generation.
• Noise: Construction and industrial activities can affect surrounding communities.
• Waste: Construction and operational waste requires controlled management.
• Oil & Fuel Spills: Marine operations require spill-prevention and response measures.
• Climate Change: Long-term infrastructure resilience becomes increasingly important.

JICA classified the Matarbari Port Development Project as Category A, reflecting the potential for significant environmental and social impacts.

🌏 11. Environmental Impact Assessment & Monitoring

Environmental assessment for Matarbari has evolved alongside the project itself. Large infrastructure programmes often change during detailed design, which means environmental assessment cannot always remain frozen at the feasibility stage.

Environmental assessment and approval processes have covered components such as:

• Port facilities.
• Shipping channels.
• Breakwaters.
• Access roads.
• Transmission infrastructure.
• Electrification components.
• Changes in road alignment.

Environmental assessment is not necessarily a one-time document.

When engineering changes, the environmental baseline and mitigation measures may also have to change.

🔍 Environmental Monitoring

• Water quality monitoring.
• Air quality monitoring.
• Noise monitoring.
• Sediment and dredging monitoring.
• Marine ecological monitoring.
• Waste-management monitoring.
• Occupational and community environmental monitoring.

🏘️ 12. Land Acquisition, Utility & Social Impact

Infrastructure ultimately needs physical space.

That means land.

The Matarbari power project alone was developed over approximately 1,414 acres in Matarbari and Dhalghata unions. The port and associated road infrastructure also require land acquisition and resettlement.

The associated access-road planning illustrates the scale, with an approximately 18.7 km access road together with bridges and connecting infrastructure.

🏠 What Land Acquisition Really Means

Land acquisition isn't simply an engineering calculation. For every plot acquired, there can be:

• Households.
• Agricultural activities.
• Businesses.
• Livelihoods.
• Community networks.
• Social relationships.

Compensation is necessary, but compensation alone does not automatically mean social restoration.

🔌 Utility Infrastructure

• Electricity.
• Water supply.
• Drainage.
• Roads.
• Telecommunications.
• Housing.
• Security.
• Fire protection.
• Waste management.
• Community facilities.

The power project itself incorporated township development and rural electrification components, demonstrating how a mega project can create infrastructure beyond its immediate industrial boundary.

🦺 13. HSE — Health, Safety & Environment

A project involving heavy cranes, dredgers, marine construction, large vessels, coal, high-voltage electricity and massive construction equipment cannot operate safely without a rigorous HSE system.

🏗️ Construction Safety

• Work at height.
• Lifting operations.
• Excavation.
• Heavy equipment operation.
• Marine construction.
• Confined-space work.
• Temporary electrical installations.

⚡ Electrical Safety

• High-voltage systems.
• Electrical isolation.
• Lockout/tagout.
• Grounding and earthing.
• Protection systems.

🚢 Marine Safety

• Vessel movement.
• Dredging operations.
• Diving activities.
• Navigation.
• Marine traffic management.

🔥 Emergency Preparedness

• Fire.
• Cyclone.
• Flooding.
• Vessel collision.
• Fuel or oil incidents.
• Major equipment failure.
• Medical emergencies.

⚠️ 14. Risk Management & Compliance: What Could Go Wrong?

Matarbari faces a huge risk register. Some risks are technical, some financial, some environmental, some geopolitical and some simply come from the complexity of managing thousands of people and hundreds of contracts.

🔧 Technical Risks

• Sedimentation.
• Soft soil.
• Structural settlement.
• Equipment failure.
• Dredging difficulties.
• Marine structural deterioration.

🌪️ Climate Risks

• Cyclones.
• Storm surges.
• Sea-level rise.
• Extreme rainfall.
• Coastal erosion.

💵 Financial Risks

• Exchange-rate fluctuations.
• Interest costs.
• Construction inflation.
• Imported equipment costs.
• Fuel-price volatility.

📑 Procurement Risks

• Tender delays.
• Contractor performance.
• Supply-chain disruption.
• Contract disputes.
• Variation claims.

⚓ Operational Risks

• Lower-than-expected cargo volumes.
• Vessel scheduling challenges.
• Competition from regional ports.
• High operating costs.
• Insufficient shipping-line participation.

🌱 Environmental & Social Risks

• Dredging impacts.
• Coastal ecological impacts.
• Air emissions.
• Marine pollution.
• Land acquisition.
• Resettlement.
• Livelihood disruption.
• Community concerns.

A mega project is therefore not judged merely by whether the concrete is completed. It is judged by whether the infrastructure remains economically, technically and environmentally viable over decades.

🧪 15. Testing, Commissioning & Handover

The transition from construction to operation is another project in itself.

⚓ Port Commissioning

• Navigation systems.
• Berthing systems.
• Quay cranes.
• Yard equipment.
• Terminal operating systems.
• Gate systems.
• Electrical systems.
• Fire protection systems.
• Security systems.
• Communication systems.
• Customs interfaces.
• Vessel operations.

⚡ Power Plant Commissioning

• Boiler testing.
• Turbine testing.
• Generator testing.
• Synchronisation.
• Protection-system testing.
• Transformer testing.
• Emission-control testing.
• Coal-handling testing.
• Performance testing.

A plant can physically generate electricity and still not be fully operational from a project-management perspective. Likewise, a port can have a quay and still not be commercially ready.

Handover therefore requires much more than a ribbon-cutting ceremony. It involves documentation, training, asset registers, warranties, maintenance plans, operating procedures and formal acceptance.

⚓ 16. Operational Phase: The Real Test Begins After Opening

Construction completion is not the final victory.

It is the beginning of the business.

For the port, success will eventually be measured through operational and commercial indicators rather than cubic metres of concrete.

• Vessel Calls: ~340 vessels/year projected around 2028
• TEU Throughput: 691,200 TEU/year initial design/demand level; 2.55 million TEU/year by 2041
• Cargo Tonnage: ~1.93 million tonnes/year of grain + steel in the initial Phase-1 demand case
• Berth Productivity: No verified actual operating figure yet
• Crane Productivity: Design basis: ~30 moves/hour
• Vessel Turnaround Time: No actual Matarbari commercial-port figure yet
• Truck Turnaround Time: Not yet available
• Yard Utilisation: Design effective utilisation: ~75%
• Revenue: No actual commercial-port revenue yet
• Operating Cost: No verified actual Matarbari operating-cost figure yet

The most beautiful port in the world is useless if shipping lines don't want to use it.

The ultimate test of Matarbari will not be how impressive it looks from the shoreline, but how efficiently the global shipping industry uses it.

🌏 17. Regional Connectivity: Bangladesh Beyond Its Own Borders

This may be Matarbari's most exciting long-term possibility.

Bangladesh sits at a strategically important point between:

• South Asia.
• Southeast Asia.
• The Bay of Bengal.
• India's Northeast.
• Nepal.
• Bhutan.

A successful deep-sea port could potentially improve Bangladesh's position in regional logistics and supply chains.

Matarbari should not be evaluated only as Bangladesh's next port. It should be evaluated as Bangladesh's potential gateway to a wider regional logistics network.

🚀 18. Futuristic Planning: What Could Matarbari Become?

Perhaps the boldest aspect of Matarbari is that the development was never really about today's cargo alone.

The broader vision has been to create an integrated Maheshkhali–Matarbari development hub.

Imagine the system twenty years from now:

• Deep-Sea Port
• ↓
• National Highway Connectivity
• ↓
• Industrial Clusters
• ↓
• Logistics Parks
• ↓
• Warehousing & Distribution
• ↓
• Power & Energy Infrastructure
• ↓
• Export-Oriented Industries
• ↓
• Regional Shipping
• ↓
• South Asian Supply Chains

This is the futuristic planning philosophy behind the project.

Instead of building infrastructure independently, the objective is to create infrastructure that makes other infrastructure economically useful.

🌏 19. Bold Steps: What Made the Government's Approach Different?

Regardless of the political debate surrounding mega projects, several decisions around Matarbari were unquestionably bold from an infrastructure-planning perspective.

1️⃣ Moving Toward Genuine Deep-Sea Capability

Rather than relying entirely on conventional port expansion, Bangladesh committed to creating a new deep-water maritime gateway.

2️⃣ Integrating Port and Energy Infrastructure

The development of the power plant, coal-import facilities and maritime infrastructure created a major industrial node.

3️⃣ Bringing Japanese Technology and Financing

JICA became a major development partner for both the port and power infrastructure, bringing long-term development financing and technical cooperation.

4️⃣ Building Connectivity Alongside the Port

A port without roads is an island. The associated access-road programme therefore becomes strategically important.

5️⃣ Thinking Beyond National Cargo

The possibility of serving regional trade gives Matarbari a much larger strategic horizon.

The boldest decision was not building a port. It was betting that the port could become the anchor of a much larger economic ecosystem.

💸 20. Cost, Financial Sustainability & The Reality Check

This is where the discussion becomes more nuanced.

Mega projects naturally attract the question:

"How much is this costing Bangladesh?"

That is a valid question.

But another question must be asked simultaneously:

"What would it cost Bangladesh if inadequate infrastructure constrained trade for the next 30–50 years?"

The answer is difficult to calculate.

Port infrastructure can produce benefits indirectly through:

• Lower logistics costs.
• Faster cargo movement.
• Reduced congestion.
• Larger vessel access.
• Improved supply-chain reliability.
• Industrial investment.
• Employment.
• Export competitiveness.
• Regional trade.

Therefore, the economic return is not simply the port's annual revenue.

The real economic return is potentially much broader than the balance sheet of the port authority.

❓ 21. The Difficult Questions We Cannot Ignore

A balanced assessment cannot turn Matarbari into a celebration without criticism. There are legitimate questions that need to be answered over the project's lifetime.

💰 Financial Sustainability

Can the port generate sufficient cargo and revenue to justify its capital cost?

⚡ Power-Sector Economics

Can the coal plant remain economically competitive as Bangladesh's energy system changes?

🌱 Environmental Sustainability

How should Bangladesh balance energy security with climate, air-quality and marine environmental concerns?

🪨 Coal Dependence

The plant creates a long-term requirement for imported coal, exposing it to international fuel prices, logistics and foreign-exchange requirements.

⏱️ Construction Delays

Mega projects often experience schedule extensions, contract disputes and cost escalation.

🏛️ Institutional Coordination

Port, roads, power, environment, land, customs and logistics agencies must work together.

🌏 Regional Competition

Matarbari will not operate in a vacuum. It will compete with other ports in the Bay of Bengal and wider South Asian region.

These questions do not automatically invalidate the project. They determine how well it must be managed after construction.

🧭 22. Matarbari as a National Infrastructure Strategy

Seen from a distance, the project looks like a collection of unrelated mega projects. Look closer and a pattern appears.

Port → Energy → Road → Industry → Logistics → Regional Connectivity

That chain is the real project.

• The Port creates maritime capacity.
• The Roads move cargo between the port and inland markets.
• The Energy Infrastructure supports industrialisation.
• Industrialisation creates additional cargo.
• Cargo makes the port commercially viable.
• Regional Connectivity expands the potential market.
• Investment follows when the entire ecosystem becomes attractive.

This is the classic infrastructure-development multiplier.

📊 23. Post-Implementation Assessment: How Should We Judge Matarbari?

The true assessment of Matarbari should begin after the ribbon-cutting ceremony, not end there.

A proper post-implementation review should examine at least the following:

• Schedule Performance: Was the project delivered according to the revised schedule?
• Cost Performance: How did actual expenditure compare with approved and revised budgets?
• Technical Performance: Are the facilities achieving their design parameters?
• Port Productivity: Are vessel and cargo-handling targets being achieved?
• Financial Performance: Are revenues and operating costs sustainable?
• Environmental Performance: Are mitigation measures actually working?
• Social Performance: Have affected communities experienced sustainable livelihood restoration?
• Safety Performance: What are the project's occupational and operational HSE records?
• Asset Condition: Are marine and civil structures performing as designed?
• Economic Impact: Has Matarbari attracted investment and generated wider economic activity?
• Regional Impact: Has it increased Bangladesh's position in regional maritime trade?

The final report card of Matarbari will be written by cargo statistics, operating costs, industrial investment, environmental data and economic growth—not by inauguration photographs.

🏭 24. From Mega Project to Mega Economic Zone

The ultimate dream is not to have:

"a very large port at Matarbari."

The dream is to have:

A new economic centre on the southeastern coast of Bangladesh.

That distinction matters.

A port is infrastructure.

A port surrounded by logistics, manufacturing, warehousing, energy, transport and services becomes an economic ecosystem.

If successfully implemented, Matarbari could therefore become one of the geographical anchors of Bangladesh's next phase of industrialisation.

📅 Present Status: Where Does Matarbari Stand?

As of August 2026, the port and power components should not be treated as one single project with one completion date. They are separate but strategically interconnected development programmes operating on different timelines.

• Matarbari Power Project: The power-generation component has entered its operational phase, although fuel procurement, maintenance and other contractual and support activities continue.
• Matarbari Deep Sea Port: The port is in its construction and development phase, with the broader programme targeting operation around 2029.
• Access Infrastructure: Roads, bridges and supporting infrastructure remain critical to making the port commercially effective.
• Future Development: The ultimate value of Matarbari will depend on whether port infrastructure is successfully connected with logistics, industry and regional trade.

Matarbari is no longer merely a proposal on a planning document. The question now is whether Bangladesh can turn the physical infrastructure into a commercially and economically successful ecosystem.

Conclusion: Matarbari Is Bigger Than a Port

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