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Next Generation mobility

Too many driveline systems are designed in isolation slow, inefficient, and built without considering real-world sustainability or long-term performance. Manufacturers, suppliers, and OEMs struggle to meet tighter efficiency standards, reduce environmental impact, and deliver durable products that withstand the demands of modern mobility.
Gotham changes that. Our platform integrates predictive simulation, advanced materials insight, and rigorous real-world validation to optimize every component ensuring drivelines are not only efficient and durable but also truly sustainable. We uncover hidden inefficiencies, anticipate failure points before they appear, and accelerate the path from concept to production.
Our Signature Benchmark : drivelines that exceed expectations, faster development cycles, and measurable reductions in environmental impact. Whether you’re an automotive OEM, tier-one supplier, or technology partner, Gotham delivers solutions that redefine what’s possible in driveline engineering.
New products fail in the field, and the industry has no system to uncover why. Delays, guesswork, and costly recalls are the standard, until they reach Gotham.
Our laboratories are the core of a connected ecosystem. Hyper-automated testing sequences feed real-time data into machine learning algorithms, which identify root causes and suggest corrective actions. Insights loop back to design, materials, and manufacturing teams, enabling continuous optimization across every stage of the product lifecycle. Every test, every failure, every insight reinforces the system, turning raw data into actionable intelligence and actionable intelligence into better, more reliable products.
Our Signature Benchmark : field failures are resolved faster, development cycles accelerate, and innovation advances with confidence.
- Domestic EV Powertrain Engineering: Design and build fully US-sourced powertrains, reducing dependence on foreign supply chains.
- Advanced Battery Fabrication & Recycling: Establish local battery production loops, including second-life applications for energy storage.
- Strategic Battery Reserves: Create localized, grid-ready energy storage to protect against shortages and power disruptions.
- Emissions Compliance & Incentive Capture: Guidance to meet regional EV mandates and access government incentives.
- Market Entry Strategy: Support for OEMs and startups entering US or global clean mobility markets.
- Policy & Advocacy Insights: Data-driven advisory on shaping clean mobility regulation.
Fleet batteries fail unpredictably, downtime disrupts schedules, and replacement costs spiral legacy monitoring leaves operators blind. Traditional solutions don’t prevent failure they just react.
Our Smart Battery Management platform transforms your batteries into predictable, high-performance assets. Real-time telemetry, advanced analytics, and machine learning detect early signs of degradation, imbalance, or inefficiency, feeding actionable insights back into operations, routing, and charging. Every battery, every cycle, every insight strengthens a connected ecosystem that maximizes lifespan, reduces maintenance, and boosts operational efficiency.
The result: fewer breakdowns, lower replacement costs, and a measurable return on investment across your fleet. Fleet operators, logistics providers, and transportation innovators rely on Gotham to convert battery data into reliability-driven revenue.
Fleets face unexpected downtime, costly repairs, and unpredictable performance and the industry has no system to anticipate them. Reactive maintenance and guesswork are the standard.
Our Smart Fleet Maintenance platform is the central hub of a connected operational ecosystem.
Sensors, telematics, and automated diagnostics feed continuous real-time data into predictive analytics and machine learning algorithms, identifying emerging issues and prescribing precise interventions.
Insights loop back to operations, maintenance teams, and logistics planning, enabling continuous optimization across every vehicle and every route. Every signal, every alert, every insight strengthens the system, converting raw operational data into actionable intelligence and intelligence into fleets that run smarter, longer, and more reliably.
Our Signature Benchmark: downtime is minimized, maintenance costs drop, and fleet performance is optimized with confidence. Fleet operators, logistics providers, and transportation innovators rely on Gotham to transform uncertainty into ecosystem-driven operational advantage.
Read about our latest advancement and contributions to the Open Source community in The Signal

Energy Solutions

The shift to clean industry isn’t a distant ideal it’s a series of milestones already within reach. Across the U.S. , factories are ready to electrify processes, power operations with renewables, eliminate waste, and operate with unprecedented efficiency. What they need are tools that make the transition practical, scalable, and profitable.
Gotham builds exactly that:
intelligent platforms that turn decarbonization from a challenge into a roadmap.
We help manufacturers electrify their operations step by step beginning with detailed energy audits, digital twins that simulate electrified pathways, and smart microgrids that stabilize renewable integration.
Our predictive controls optimize when and how power is used, ensuring every upgrade delivers immediate value while laying the foundation for deeper transformation.
The milestones come naturally:
— thermal processes shifting to electric precision
— fleets transitioning to clean mobility with coordinated charging
— factories powered by adaptive renewable systems
— waste streams captured and converted into circular material loops
— carbon footprints shrinking in real time
Each step strengthens the next.
Each improvement compounds.
Each success accelerates the journey.
And Gotham ensures no manufacturer walks it alone. Whether you’re electrifying a single line or redesigning an entire industrial campus, our technologies adapt to your scale, your workforce, and your pace. We integrate with existing systems, guide teams through each transition, and build the intelligence that keeps everything resilient as you grow.
Industrial electrification is not a leap
It’s a progression toward cleaner energy, stronger reliability, and a future where American industry leads with confidence.
AI is reshaping the world but at what cost?
Every model trained, every dataset processed, every inference made carries a hidden weight: data centers today consume ten times the energy they did a year ago, leaving a massive carbon footprint in the wake of innovation.
At Gotham, we see the full chain. We understand not just the servers and cooling systems, but the energy, the grid, and the unseen impact behind every calculation. We don’t just build clean data centers we reimagine them.
From AI-optimized energy distribution to circular resource loops, every system we deploy is designed to minimize waste, maximize efficiency, and enable next-generation intelligence sustainably.
We also empower innovators. If you are designing or building a data center, Gotham becomes your partner in turning ambition into reality: applying advanced energy modeling, predictive analytics, and integrated AI to create infrastructure that is not only powerful but responsible.
Our Signature Benchmark : data centers that carry the weight of tomorrow’s AI without collapsing the planet, while unlocking operational advantages, efficiency gains, and scalable clean energy deployment.
If you are building the future of AI infrastructure, we want to hear your vision. Connect with Gotham and let’s engineer data centers that are powerful, intelligent, and sustainable built locally, bringing back to the US the power of locally stored data.
Cities today are collapsing under their own mass gridlock, pollution, brittle infrastructures, wasteful industries, and systems that were never designed to keep up with modern life. They survive, but they don’t evolve. They react, but they don’t learn. And citizens pay the price in time, health, and opportunity.
Gotham builds cities that think. Cities that sense pressure, predict failures, and adapt before the cracks spread. We create intelligent urban ecosystems where energy, mobility, manufacturing, and public services operate as one coherent organism self-optimizing, self-correcting, and relentlessly improving.
Clean transportation networks that charge, route, and balance power with precision.
Circular manufacturing districts that convert waste into resources and resources into value.
Energy systems that anticipate demand, prevent outages, and operate with near-zero loss.
Urban services that respond to real life in real time, not on outdated schedules.
This is not urban theory. Gotham turns frontier research AI-driven grids, autonomous energy hubs, hyper-automated production loops, dynamic fleet corridors into real deployments in real neighborhoods, today.
Every node learns.
Every system strengthens.
Every insight compounds across the entire city.
The result is an urban environment that doesn’t just function it evolves. Cleaner air. Faster mobility. Smarter use of energy and materials. A city that amplifies quality of life instead of draining it. A city designed for people, not for legacy systems.
Gotham doesn’t wait for the city of tomorrow.
We engineer it block by block, system by system, until intelligence becomes the new urban baseline.
The world is sprinting toward electric vehicles as if batteries alone will solve the problem. But beneath the excitement lies a dangerous truth:
we are electrifying faster than our infrastructure can survive.
Chargers multiply. Fleets convert. Renewable promises stack higher each year
Yet the grids meant to power this revolution strain, stall, and fail.
We are building the future on foundations designed for the past.
A true transition to clean mobility will never happen until transportation and energy are treated not as separate industries, but as one interlocking organism. Clean transport cannot thrive without intelligent infrastructure. Renewables cannot scale without adaptive mobility. Both must evolve together or both will collapse under their own ambition.
Gotham makes this evolution real.
We deploy AI-driven transport ecosystems where fleets, chargers, batteries, and energy networks speak the same language learning from one another, predicting stress, and balancing load in real time.
This isn’t “smart charging.”
This is infrastructure that thinks, adapts, and self-corrects.
Gotham brings back into your own hands the power to predict with consistent every route, every charge cycle, every kilowatt-hour becomes part of a continuously learning system : one that strengthens your operations instead of breaking it.
The United States faces a critical gap: while clean energy generation grows, the infrastructure to own, operate, and control local grids remains fragmented, aging, and often foreign-dependent.
Communities, industries, and municipalities struggle with fragile connections, unreliable power, and missed opportunities to fully harness renewable resources.
Gotham is bridging that gap. We build domestically owned, fully integrated clean grid platforms that combine generation, storage, and distribution into resilient, adaptive ecosystems. Every local microgrid, energy hub, and storage array is designed to operate independently and intelligently, while seamlessly integrating with broader regional networks.
Through advanced AI orchestration, predictive load balancing, and circular energy flows, we maximize efficiency, reduce reliance on imported technology, and give U.S. operators true control over their energy future. We don’t just supply infrastructure we empower communities and industries to own the energy transition, ensuring reliability, resilience, and local economic benefit.
Gotham’s approach transforms fragmented clean energy projects into cohesive, self-optimizing systems, proving that America can produce, operate, and benefit from its own clean grids locally, intelligently, and sustainably.
In the global race toward greener, smarter cities, one truth is consistently ignored:
the most remote places those at the edge of roads, grids, and attention hold the secrets that will define the cities of tomorrow.
These regions are treated as afterthoughts: diesel-dependent camps, isolated farms, remote communities, mining operations forced to choose between cost, pollution, and vulnerability. Yet these are the environments where innovation is forged under pressure where resilience isn’t a goal, it’s survival.
Gotham builds remote energy ecosystems that deliver true independence. Our clean microgrids, intelligent storage systems, and adaptive controls replace outdated fuel cycles with smart, autonomous infrastructure. Power becomes predictable. Resources stretch further. Operations continue even when weather, supply chains, or traditional grids fail.
And we go further.
We integrate circular solutions that transform waste streams into fuel, by-products into materials, and energy loss into value. Independence doesn’t come from adding more systems it comes from making every system feed the next, turning isolated sites into tightly looped, high-efficiency ecosystems.
This isn’t theory. Gotham has operated in some of the harshest environments on Earth, the Canadian North, remote agricultural basins, and large-scale mining corridors. We’ve deployed infrastructure where -40°C isn’t a risk on a chart but a daily constraint, where logistics collapse for months, and where every watt of energy matters.
From these landscapes, we’ve learned what cities haven’t yet understood:
true sustainability is born where the grid ends.

Advanced Manufacturing

U.S. manufacturing is under pressure : complex products, fragile supply chains, and factories built for a slower world. Gotham turns this challenge into advantage.
We merge design, engineering, and production into a single intelligent ecosystem. Products become living digital models that learn as they’re created. Factories sense every movement, predict failures before they occur, and adapt their workflows on the fly. Materials, machines, and data all move in sync.
From simulation to full-scale output, Gotham gives American manufacturers the ability to innovate faster, build smarter, and scale without friction. Circular processes shrink waste, digital twins de-risk decisions, and AI-driven orchestration keeps quality high and costs low.
This is more than optimization.
It’s a new way to design and build, one that restores U.S. industrial leadership and equips every manufacturer to meet the future with confidence.
Want to give your elemental design eternity through meaning ?
Reach out to our team.
The U.S. is building the future of electrification EV fleets, wind turbines, data centers, microgrids but nearly every material needed to power that future is imported, vulnerable, or controlled by unstable global supply chains.
We can’t lead the next industrial era if we don’t control the metals that make it possible.
We’ve built an innovation network of battery, rare-earth, and electric motor recycling partners across the country scientists, processors, tear-down specialists,refiners, logistics operators all connected through a shared mission:
turn America’s waste streams into America’s supply chain.
Our technology identifies, disassembles, recovers, and reprocesses critical materials with precision. Motors, magnets, cells, and power electronics become feedstock not scrap. What once left the country as waste returns as strategic resources.
And because every customer is at a different point in their journey, our system adapts:
If you need a full on-site team, we deploy our engineers, equipment, and logistics units directly into your facility.
If you need local processing, we integrate you into our network of U.S. recycling hubs.
If you need a national pipeline, we orchestrate the movement of materials from tear-down to purification to reintegration.
No rigid programs.
No one-size-fits-all.
Just intelligent, flexible infrastructure built around your realities, your geography, your ambition.
The result is a new class of domestic resource:
the urban mine : a continuous, renewable, local source of lithium, cobalt, nickel, copper, steel, aluminum, and rare earths extracted from yesterday’s machines to build tomorrow’s.
This is more than recycling.
It’s industrial sovereignty.
It’s local economic power.
It’s the foundation of a nation that produces its own critical materials cleanly, intelligently, and at scale.
Gotham is turning American cities into the mines of the future closing the loop, strengthening supply chains, and giving the U.S. control over the materials that determine it’s destiny.
Conventional manufacturing is a straight line raw materials in, waste out, value lost at every step. It leaves the U.S. dependent on foreign supply chains, vulnerable to shortages, and blind to the hidden costs buried in extraction, transport, and disposal.
Gotham replaces that broken line with a closed, intelligent loop.
We give every component and every material its own digital identity tracked, analyzed, and understood across its entire life. Using material genealogy, real-time traceability, and AI-driven recovery modeling drawn from our advanced manufacturing architecture , we reveal where value escapes and engineer the pathways to reclaim it.
In our ecosystem, a worn part becomes feedstock.
A by-product becomes a resource.
A scrap stream becomes a competitive advantage.
This isn’t recycling.
It’s precision material intelligence, powered by U.S.-based design, manufacturing, and remanufacturing loops that strengthen domestic independence.
Circular manufacturing fixes what conventional manufacturing breaks:
— It cuts reliance on unstable foreign inputs.
— It stabilizes cost and material supply.
— It reduces energy demand and waste.
— It transforms environmental pressure into economic power.
Each loop closes another gap in America’s industrial resilience.
Each recovered material strengthens a supply chain that belongs to us not to external markets.
Each product is designed not to end, but to return.
Gotham’s vision is simple and radical:
restore U.S. industrial power by turning yesterday’s waste into tomorrow’s raw material clean, local, predictable, and endlessly renewable.
The manufacturing sector is suffocating under a silent failure:
products are built faster than they can be moved, tracked, or delivered.
Parts arrive late. Inventory disappears into dead zones. Lines starve one day and overflow the next.
Entire production schedules collapse because the supply chain can’t see even 12 hours ahead.
This is the bottleneck no one wants to acknowledge
& the one Gotham was built to break.
Predictive logistics turns the entire movement of materials into an intelligent, anticipatory system.
Instead of reacting to shortages, delays, and chaos, Gotham’s predictive engines forecast them before they happen and solve them before they hurt.
Using real-time location systems, digital material identity, flow modeling, and AI-driven demand mapping, we read the pulse of your factory and supply chain like a living organism.
The system knows when a part will be late before the supplier does.
It identifies the next bottleneck before the line ever feels it.
It balances inventory, reroutes flows, and keeps production fed with exactly what it needs no more, no less.
Predictive logistics fixes what breaks U.S. manufacturing today:
— No more production lines shutting down for a missing $12 component.
— No more overstocking to compensate for uncertainty.
— No more trucks, pallets, and assets falling into data blind spots.
— No more “firefighting” your way through every shift.
Instead, your operation becomes orchestrated:
materials move with purpose, timing becomes precise, and every decision is informed by what’s coming—not what already went wrong.
Predictive logistics is not software.
It’s not tracking.
It’s not reporting.
It’s control the one advantage that determines whether a manufacturer grows or gets crushed by inefficiency.
If your production deserves flow instead of friction,
Gotham gives you the logistics intelligence that keeps your entire ecosystem moving.
Every production line is its own universe different machines, different rhythms, different histories of failure and surprise. Most manufacturers try to force standard automation onto systems that were never built to behave the same.
Gotham does the opposite.
We study each line as a living system.
Using high-fidelity digital twins , real-time 3D asset tracking and RTLS networks , in-line metrology and non-contact inspection , and adaptive robotics that learn on the floor not in theory we capture the true behavior of a manufacturer’s process.
Then we build hyper-automated control loops around it.
Not “automate what exists.”
Rewire how the system thinks.
Gotham turns production lines into predictive ecosystems where deviations are corrected before they cascade, bottlenecks reveal themselves instantly, and every operation adapts in real time to demand, wear, and material conditions.
No more time-and-cost-heavy fail-and-fix cycles.
No more waiting for quality problems to surface.
No more hidden losses.
Just manufacturing that knows itself.
Learns from itself.
Improves itself.
Hyper-automation is the intelligence layer U.S. factories have been missing one that strengthens domestic production, compresses launch cycles, and gives every operator control over their future instead of their failures.
Every factory carries two realities: the one you see, and the one costing you time, money, and quality behind the scenes.
A digital twin brings those hidden dynamics to the surface not as charts or dashboards, but as a living, evolving replica of your production system.
For Gotham, a digital twin isn’t just a model.
It’s a profit engine.
We mirror your entire operation machines, flows, materials, human interactions down to the physics, timing, and behavior that determine performance. The twin learns from every cycle, every shift, every deviation. It runs scenarios in seconds, predicts failures before they matter, and reveals the bottlenecks that drain your margin.
Operators don’t guess anymore.
They act with foresight.
The digital twin becomes their right hand quiet, tireless, and brutally honest.
Before you change a layout, adjust a process, or scale a line, the twin has already tested a thousand variations. Before a bottleneck forms, it has already flagged the root cause. Before a defect escapes, it has already rewritten the path to avoid it.
This is why digital twins are pure ROI:
— Downtime drops.
— Scrap shrinks.
— Launch cycles compress.
— Capacity expands without new machines.
— Quality becomes predictable, not reactive.

Intelligence That Moves the World

Next Generation mobility

Energy Solutions

Advanced Manufacturing

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