Navigato AI · Powered by Electrinomix™
Navigato AI helps Mission Cities turn EV charging infrastructure into measurable, governable and flexibility-ready urban energy assets.
Optimise charging utilisation, manage grid constraints, generate ESG evidence and prepare for future flexibility and VPP markets — without replacing existing hardware.
Pilot environment. Financial, operational, optimisation and energy-market values may represent simulated projections unless validated through pilot data.
Navigato AI has been selected to pitch at the EIC SPIN4EIC Pitching Session during the Cities Mission Conference 2026 in Turin. The pilot proposal focuses on EV charging infrastructure intelligence, grid constraints, ESG evidence and flexibility readiness for Mission Cities.
The EU Cities Mission supports frontrunner cities on their journey to climate neutrality by 2030 and positions them as experimentation and innovation hubs for solutions that can later scale across Europe.
Navigato AI supports this mission by helping cities move from EV charging deployment to EV charging governance: measurable utilisation, grid-aware planning, ESG evidence, investment-readiness and future flexibility-market preparation.
Evidence inputs for climate action plans, investment strategies and governance workflows.
A Q4 2026 90-day pilot before large-scale procurement, aligned with EU Mission experimentation principles.
Translate charging data into procurement-ready and investor-readable operational outputs.
Optional citizen ESG passport layer for smart charging and local climate participation — separate from the core pilot.
European cities are accelerating EV adoption, but charging infrastructure, local grids and operational systems are not adapting at the same speed.
Many charging networks remain underutilised, manually managed and disconnected from flexibility markets. Cities and infrastructure operators face increasing pressure to manage peak demand, justify investment and produce credible ESG and climate-impact reporting.
Navigato AI connects EV charging infrastructure, utilisation data, tariff assumptions, grid constraints and sustainability metrics into one AI-powered decision-support layer. The platform helps cities and operators identify optimisation opportunities, model future demand scenarios, assess flexibility readiness and generate pilot reports before committing to large-scale infrastructure expansion.
No hardware replacement required. No new battery CAPEX required to start. No autonomous infrastructure control during pilot phase.
Navigato AI creates an operational twin of charging assets, grid constraints, ESG evidence and flexibility readiness — focused on practical city decisions, not a futuristic visual demo.
Optimisation and flexibility readiness engine.
Analyses charger utilisation, pricing, grid and operational signals to identify optimisation opportunities and future flexibility readiness.
Decision-support layer with configurable human approval. Not an autonomous trading system.
Scenario and planning engine.
Models site feasibility, grid constraints, future demand, charger mix, investment scenarios and scale roadmaps for city procurement decisions.
Projections are model-based estimates using configurable assumptions. Actual outcomes will vary.
ESG evidence and reporting assistant.
Translates operational data into ESG summaries, evidence packs and procurement-ready outputs for climate action plans and regulatory disclosure.
Not an accredited ESG verifier. Third-party verification required for regulatory submissions.
Future market-aware flexibility and VPP readiness layer.
Prepares demand-response, VPP and licensed energy-market workflows through approved rules and partners. Simulation and readiness assessment during pilot phase.
Pilot phase is simulation and readiness assessment only. Live market execution requires licensed access and explicit operator approval.
A practical operational view of charging assets, grid constraints, ESG evidence and flexibility readiness.
Mission Cities are the primary focus. CPOs, utilities, DSOs and investors complete the ecosystem.
Model public charging demand, optimise grid-aware deployment and generate ESG evidence for climate action plans and procurement workflows — without additional operational headcount.
Add a decision-support layer to OCPP-compatible assets, improving utilisation, dynamic pricing readiness and future flexibility market participation.
Coordinate EV charging load as a managed grid asset. Decision-support for demand-side coordination, peak reduction and future VPP readiness.
Model site feasibility, optimise utilisation per bay and generate ESG metrics for sustainability reporting and tenant commitments.
Align fleet charging schedules with grid signals and cost windows. Generate structured emissions data for ESG commitments and regulatory obligations.
Access investor-grade dashboards and scenario reports — supporting due diligence, valuation modelling and ongoing portfolio oversight.
Navigato AI / Electrinomix™ does not sell electricity to end customers.
The platform uses AI agents to optimise flexible energy demand: when charging should happen, where load should shift, how peak demand can be reduced and how aggregated charging load can later participate in flexibility and VPP markets.
Charging sessions, site capacity, tariff assumptions, indicative spot prices and grid constraints — ingested and structured.
Shift charging load toward better price windows and away from peak demand. Decision recommendations with operator approval.
Prepare flexible load for grid-support and demand-response readiness. Modelled scenarios for DSO coordination.
Support future licensed flexibility, VPP and energy-market workflows through approved partners and operating rules.
Safety statement: Pilot phase is simulation and decision-support only. Real energy market execution requires licensed market access, operator approval, risk limits and regulatory compliance. Navigato AI does not execute live trades or energy market transactions on behalf of operators during the pilot phase.
0xID ESG Pass extends Navigato AI with a citizen-facing participation layer. A user scans a QR code, registers with familiar login methods, and receives a dynamic NFT-linked Wallet Pass that can be updated over time with verified participation signals.
Citizens, EV drivers or fleet users scan a QR code from a charger, city campaign, event, workplace, parking location or mobility hub.
Sign in with wallet, Google, Microsoft, phone or email. Familiar login methods, no crypto knowledge required.
A dynamic NFT identity/proof object is created or linked to the user profile. Acts as a digital participation record.
The user adds the connected pass to Apple Wallet or Google Wallet for easy access and display.
The pass receives dynamic updates: ESG participation records, campaign messages, status changes or city-defined benefits.
Aggregated, privacy-aware participation data can support city climate engagement reporting and ESG evidence workflows.
A digital proof object that evolves as the user participates in ESG and smart charging activities.
Designed for wallet pass integration and QR-based activation from any location.
Wallet, Google, Microsoft, phone or email. No crypto expertise required from citizens.
Pass updates, campaign notifications and status changes where platform rules allow.
Citizen data handled with consent, privacy boundaries and aggregated city-level reporting.
Smart charging campaigns, low-carbon mobility, workplace charging, events and community programmes.
0xID ESG Pass is optional and separate from core city infrastructure optimisation. No financial returns, token speculation or trading claims. Citizen participation data must be consent-based, privacy-aware and configurable by the city or operator.
A low-risk experimentation and innovation pilot for Mission Cities before procurement. Start with one district, one charging network or one simulated city network.
Selected charging sites, CSV data, manual inputs, read-only API access or a simulated city network.
Utilisation, pricing assumptions, peak demand exposure, grid constraints and ESG signals.
Baseline and optimised scenarios for charging growth, tariff windows, grid constraints, flexibility readiness and investment decisions.
Pilot dashboard, optimisation map, ESG evidence summary, investment-readiness report and procurement-ready roadmap.
Pilot capacity is limited to 1–3 Mission City partners for Q4 2026. Results represent modelled analysis, not guaranteed performance.
Core revenue starts with pilots and SaaS. Energy market upside is a later regulated layer.
Structured pilot with deliverables: dashboard, optimisation map, ESG evidence summary, investment-readiness report and procurement-ready roadmap.
Per-site or per-network software licence after pilot validation. Includes data ingestion, dashboard and standard integrations.
Custom API access, white-label options, city procurement frameworks and enterprise SLA. Pricing on application.
Standalone or bundled ESG and CSRD reporting module with structured data exports, workflow tooling and optional verified credit pathway support.
Performance layer on verified optimisation and demand-response outcomes. Requires licensed market access and regulatory compliance. Future phase only.
Optional citizen engagement campaigns, smart charging programmes, workplace charging initiatives, city climate campaigns or ESG participation reporting.
We do not sell electricity. We sell pilots, SaaS, integration and ESG/flexibility intelligence. Energy market participation is future, licensed and governed.
Enterprise and city deployments require trust. Every Navigato AI module is built with operator control, auditability and data ownership as first principles.
All AI recommendations require operator review unless explicit automation rules are configured per action type.
Every recommendation, approval and action is timestamped, logged and attributable.
Granular permissions for operators, analysts, compliance teams and administrators.
Configurable approval thresholds by action type, market and financial magnitude.
Operator data remains the operator's property. Not resold or aggregated for third parties.
OAuth 2.0, TLS 1.3, per-tenant data isolation and comprehensive access logging.
All dashboard values clearly marked as simulation, demo or validated pilot data.
CSRD-aligned workflows, audit-ready exports and procurement-friendly documentation.
0xID ESG Pass: citizen participation requires consent, privacy-aware handling and city-defined rules.
Safety statement: During pilot phase, Navigato AI operates as a decision-support and simulation layer. No autonomous infrastructure control or energy market execution is performed without explicit operator approval and the appropriate licensed market framework.
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 886231.
Project: Navigato · Call: H2020-SMEInst-2018-2020-1 · Programme: H2020
The original Navigato project received funding from the European Union's Horizon 2020 research and innovation programme under Grant Agreement No. 886231. Navigato AI builds on the Navigato project background and extends it into AI-enabled EV infrastructure optimisation, climate-neutral city energy systems and Mission Cities pilot deployment.
The views expressed are those of the authors and do not necessarily reflect the views of the European Commission.
Navigato AI is seeking 1–3 Mission City pilot partners for Q4 2026. The 90-day pilot validates utilisation, grid constraints, flexibility readiness, ESG evidence and procurement pathway before city-scale deployment.
AI visionary leading the transition from EV charging infrastructure to AI-governed urban energy systems.