Infrastructure Intelligence

AI-driven intelligence for critical infrastructure.

Cost savings, improved reliability and longer asset life.

Accreditation
SOC 2 Type II NIST 800-171 ITAR IL-5 GovCloud ATO
Aviation / Terminal Power Optimization
Energy / Improved Grid Resiliance
Energy / Improved Efficiency
The Problem

Your infrastructure is generating data. You're not getting full value from it.

Operators of large, complex industrial estates face the same set of problems — rising energy costs, siloed systems, and no unified visibility into what's actually driving consumption and failures.

Opaque Energy Costs

Utility bills tell you what you owe, not what's driving it. Without circuit-level visibility, energy waste compounds undetected — across HVAC, tenant loads, and shared systems.

Siloed Systems

BMS, BAS, metering, and maintenance platforms don't talk to each other. Operators make decisions with partial information from disconnected tools.

Reactive Maintenance

Equipment issues surface only after they're expensive. Without predictive capability, maintenance is scheduled by calendar or triggered by failure — both cost more than they should.

No Asset-Level Insight

Aggregated dashboards obscure the real problems. Operators can't drill down to individual circuits, units, or assets to pinpoint what's underperforming and why.

The Platform Solution

The intelligence layer your infrastructure is missing.

From a single underperforming asset to a portfolio of facilities, we surface what's costing you, predict what's about to fail, and quantify the impact.

Facilities & Energy Intelligence

Peaxy Lifecycle Intelligence™ provides high-resolution, circuit-level energy monitoring from devices at the edge to cloud. The platform ingests data across electrical rooms, HVAC systems, subsystems, and tenant loads — delivering visibility into where energy is consumed, wasted, or mismanaged at every level of a facility.

Circuit-Level Analytics

High resolution data capture to see what aggregate monitoring can't, and act on before it compounds.

HVAC & Subsystem Diagnostics

Detect setpoint conflicts, equipment fighting itself, and operational inefficiencies that even experienced engineers can miss.

Tenant & Department Tracking

Monitor energy consumption by tenant, department, or zone — enabling accurate billing, accountability, and load management.

Utility Bill Optimization

Identify capacity charge risks, demand spikes, and billing inefficiencies with significant annualized impact on operating costs.

Airport & Terminal Operations - In Practice
Airport Terminal Energy Optimization

A large airport terminal can run thousands of electrical circuits across dozens of rooms – most managed through systems built for monitoring, not intelligence. Deploying high-resolution sub-metering at 1-minute resolution gives our AI the data density to see what conventional tools can’t.

With that visibility, a continuous AI-assisted optimization program can surface anomalies that hide in plain sight, including systemic issues, per asset trends, and anomalous consumption patterns by tenant or facility.

Metering infrastructure built for compliance becomes an active energy optimization engine driven by AI, but grounded in human-AI workflow design and empirical measurement and verification.

Read more about airport terminal use cases here.

Sample energy consumption broken down by system type including HVAC, tenant loads, operations, and more at 1-minute resolution.
Power factor can be tracked continuously across a terminal, surfacing inefficiencies that drive capacity charges and go undetected in monthly utility bills.
Sample real-time power draw across a terminal, enabling rapid identification of anomalous load events and tenant overconsumption before costs compound.
Battery & Energy Storage Intelligence

Peaxy Lifecycle Intelligence™ spans the full battery lifecycle from R&D through manufacturing. Physics-based cell modeling and chemistry simulation accelerate research, and manufacturing analytics for quality control, defect detection, and yield optimization from pilot to gigafactory scale. The platform also monitors deployed battery fleets and predicts degradation to extend asset life and reduce warranty exposure.

Cell Modeling & Simulation

Physics-based battery models for virtual prototyping — test chemistries and cell designs before physical builds to cut R&D cycles and reduce risk.

Manufacturing Analytics

Inline defect detection, quality control analytics, and yield optimization from pilot lines to gigafactory-scale production.

Fleet Monitoring

Real-time health monitoring and anomaly detection across deployed energy storage fleets — tracking state of health, performance, and safety.

Predictive Degradation

Digital twin models and machine learning forecast state-of-health and predict failures — extending asset life and optimizing lifecycle costs.

What Our Customers Say

Our utility expenses were sky high, with little insight into what was driving it. We needed not only a single solution to monitor and report on everything, but one that allowed us to expand to our entire portfolio of sites without disruption or re-work. Peaxy's locally based team was able to get us up and running quickly.

Confidential Customer

Peaxy Lifecycle Intelligence™ customer, Italy

With Peaxy, we're scaling to meet growing customer demand while advancing product circularity. Their collaborative process mapping and advanced data threading give us clear visibility across multiple manufacturing sites, tighter control over workflows, and full asset traceability – from production to end-of-life.

Jim Dietz

VP, Critical Materials & Sustainability at ZincFive, Inc.

Ready to find your cost savings?

For airport operators, port authorities, facility managers, and energy teams running infrastructure where visibility, efficiency, and reliability are non-negotiable.

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    Airport Use Case Example