High-voltage charging, battery aging, long routes, depot congestion, and energy costs turn modern trucking into a system problem, not a vehicle problem.

We transform commercial truck fleets into intelligent, self-optimizing energy networks where vehicles, charging, maintenance and depots operate as one.

Fleet Intelligence Built on Physics

Real-time sensing and AI diagnostics monitor battery stress, thermal loads, drivetrains, and power electronics detecting failures before they impact routes.

Smart Recharge for Long-Haul Reality

Charging adapts automatically to route length, return time, grid conditions, and battery health protecting assets while keeping trucks mission-ready.

Predictive Depot & Parts Operations

Warehouses anticipate demand for motors, batteries, and electronics before failures occur eliminating downtime and maintenance bottlenecks.

Electrifying transit is capital-intensive.

Keeping it reliable is the real challenge.

\We turn public transit fleets and depots into predictive, energy-aware operating networks built to reduce cost, protect infrastructure, and keep service moving.

Predictive Maintenance That Prevents Service Disruptions

Physics-aware diagnostics monitor motors, batteries, and power electronics in real time detecting thermal stress, voltage instability, and early degradation before buses leave service.

Self-Healing Operations at Peak Demand

AI orchestration continuously rebalances routes, charging schedules, and depot energy loads absorbing demand spikes without missed service or grid strain.

Smart Charging for Transit-Scale Electrification

Charging adapts dynamically to schedules, battery condition, and grid capacity preventing overloads while extending asset life across the fleet.

ROI Through Intelligent Energy & Fleet Optimization

Through V2G integration, fleet batteries operate as bidirectional energy storage units capable of dispatching power to the grid during peak demand events, supporting municipal load requirements, and participating in demand response programs. Agencies reduce peak demand charges, generate grid-service revenue, and lower total cost of ownership through predictive maintenance modeling.

Operational Readiness for the Workforce

Integrated tools and on-site support give operators and technicians real-time insight turning complex electrified systems into manageable, confident operations.

Off-road fleets operate where power is unstable, maintenance is delayed, and downtime carries immediate financial or mission consequences.

Mines, construction sites, defense operations, and remote industry don’t get second chances when energy or equipment fails.

Physics-Aware Equipment Intelligence

We capture the physical signals that research shows most reliably predict failure real‑time thermal gradients, pressure dynamics, vibration and structural load signatures, engine and drivetrain strain, and fluid & battery condition. Gotham’s ecosystem monitoring can prevent over 80% of system failures. Anomalies are identified long before access delays escalate into costly shutdowns.

Energy Systems Designed for Isolation

Clean power in remote environments cannot depend on fragile grids or fuel logistics. Gotham integrates storage, hybrid generation, and adaptive load control so electrified equipment operates continuously, even under harsh, variable conditions.

Autonomous Energy & Equipment Coordination

Energy supply, equipment operation, and charging are synchronized in real time. Loads are balanced automatically, peak demand is absorbed locally, and operations continue without manual intervention.

Lifecycle Control in Hard-to-Reach Environments

From deployment to operation, maintenance, and end-of-life, Gotham manages assets with full traceability. When equipment is retired, materials and energy value are recovered responsibly closing the loop even at the edge.