AI-driven financial and operating risk analytics
Flagship offers

Private decision intelligence for<br>operations, energy, and capital

AEVO builds private AI, machine learning, and Operations Research systems for demand forecasting, inventory, supply chain, energy trading, cash flow, and portfolio risk.


Deployment model

Private AI model layer on top of your existing systems

AEVO works alongside ERP, MES, WMS, finance, and energy systems so customer-specific models can run privately without disrupting current operations.

Your operational sources
ERP · MES · WMS · Financial systems · Energy and market data
Custom AI + ML + OR models
LLM + ML + OR
Forecasting · Optimization · Dynamic simulation · Policy logic
Runs inside your perimeter
Operator actions
Dashboards · APIs · Scenario simulation · Recommended actions

Core architecture

The AEVO decision architecture, visualized as one connected system

A compact board-ready view of how seven linked layers move from private enterprise data to governed execution, with a closed feedback loop across the full stack.

Connected decision flow

Each layer informs the next. Each execution outcome strengthens the layers below it.

Data layer
Private enterprise data
Prediction layer - ML
Probabilistic forecasting
Causal layer
Cause-effect logic
Simulation engine
Scenario simulation
Optimization / RL engine
Global optimization
Decision API
Decision interface
Execution system
ERP / OMS execution
Feedback loop
Execution outcomes feed back across all lower layers, creating one adaptive private decision loop.

Prioritized use cases

Core operating and capital scenarios

AEVO applies AI, machine learning, and Operations Research to the decision surfaces that shape service, resilience, carbon exposure, and free cash flow.

I

PEOPLE

Workforce and service-level control

Use labor as an operating lever instead of a scheduling afterthought.

Retail / DTC

Dynamic Workforce Scheduling

Stochastic Optimization Constraint Programming Time Series

Balance staffing, service levels, labor policy, and volatility in one scheduling workflow that managers can actually operate day to day.

II

GOODS

Supply and inventory resilience

Make inventory and sourcing decisions with risk, cash, and service commitments visible together.

Warehouse inventory
Manufacturing

Dynamic Risk-Resilient Inventory Optimization

Perception & Decision Dual-Engine Monte Carlo Stochastic Optimization

Reduce excess stock without surrendering service levels by turning supplier risk, demand uncertainty, and capital pressure into one governed decision model.

Strategic sourcing network
Manufacturing

Strategic Sourcing & Supplier Game Theory

Cognitive-Symbolic AI Game Theory Nash Equilibrium

Support sourcing teams with a decision framework that connects supplier signals, price trajectories, and negotiation leverage before the next purchasing cycle.

III

SPACES

Energy and facility orchestration

Treat distributed assets, building loads, and carbon pressure as one dispatch problem.

Energy

Intelligent Energy Dispatch & Carbon Optimization

Reinforcement Learning MILP Real-Time Dispatch

Coordinate generation, storage, and site-level demand so operators can act on price, carbon, and reliability trade-offs in one place.

IV

MONEY

Liquidity and capital protection

Support treasury and finance teams with decisions that stay close to policy and far from black-box guesswork.

Finance

Autonomous Working Capital Optimization

Cognitive-Symbolic AI Monte Carlo Simulation Multi-Objective Optimization

Make collections, payables, and capital efficiency visible as one operating decision instead of a disconnected set of finance interventions.

Financial market data
Finance

Liquidity Foresight & Simulation

Monte Carlo Simulation Currency Hedging Treasury Optimization

Give treasury teams scenario-ready liquidity views that are actionable enough to support hedging, cash positioning, and policy-aware escalation.


Engagement model

A practical path from first workflow to broader adoption

The first project should create operational proof, not organizational drag.

01

Start where the decision is expensive

We prioritize workflows where a better decision changes cash, service, throughput, or risk quickly enough to matter.

02

Build governance into the workflow

Approval logic, policy boundaries, and auditability are treated as product requirements rather than post-launch controls.

03

Expand from one decision surface to the next

Once the operating pattern works, the same AEVO layer can support adjacent decisions across the organization.


The AEVO difference

Why enterprise teams choose
AEVO as a decision system partner

01

AI, machine learning, and OR built for real operating scenes

We build systems for demand forecasting, inventory, supply chain, carbon and energy trading, working capital, and portfolio risk instead of generic AI demos.

02

Customer-specific models tied to free cash flow

We analyze customer data, build custom algorithms and models, and use their dynamic interaction to improve free cash flow, resilience, and capital efficiency.

03

Private deployment without replacing core systems

AEVO adds a governed decision layer on top of your existing stack so teams can adopt advanced models without disrupting ERP, MES, WMS, finance, or operational workflows.


Choose the first workflow

Start with the decision that is<br>already costing your team time

We can help define the first high-value workflow, the right data and deployment boundary, and the free-cash-flow proof points worth tracking.

Request a working session