We believe infrastructure should serve the many, not extract from them.
Ikenga is fully employee-owned. Every asset we build, every index we publish, every system we deploy is designed to return value to the communities it touches. We don’t build infrastructure near people. We build it for them.
Employee Owned
No external shareholders extracting value. Every team member is an owner. Decisions optimise for decades, not quarters.
Breaking Silos
Energy, compute, connectivity, and data have been treated as separate industries. We fuse them into unified systems where each amplifies the others.
Sovereign by Design
Data stays in-territory. Compute runs on local infrastructure. Value is retained where it’s created. NIS2 and DORA compliant by architecture, not by afterthought.
Open Intelligence
Our SSI Indexes use exclusively public data sources. Zero proprietary dependencies. Reproducible, auditable, and transparent — housed in a dedicated non-profit foundation to guarantee independence.
Seven pillars, one integrated system.
Each pillar strengthens the others. Land grounds the assets. Assets host the intelligence. Intelligence directs the deployments. Deployments generate community value. Value justifies the land.
Sovereign Land
Strategic land positions near substations, grid nodes, and fibre corridors. The physical foundation for everything we build — held for the long term, never speculated.
Real Assets
Battery energy storage, Kinetic Shield HPC data centres — built on our land, connected to the grid, and designed as 30-year infrastructure. In excess of 3GWn / 12GWh of BESS assets in development, of which 1.5GWn / 6GWh sold to institutional investors.
SSI Index©
The Systemic System Infrastructure Index — a per-substation resilience and anti-maladaptation surface for every OECD power grid. Two independent radars: a 7-axis CVIESTR structural fingerprint with 11 resilience modifiers (R3–R10) and a 10-axis W1–W10 anti-maladaptation governance gate. 10,000 Monte Carlo iterations per substation, peer-reviewed methodology, fully reproducible from public data. Operated as a non-profit foundation — independent by design, serving the public interest. 39 countries live.
SSI Neural Network©
The SSI Enhanced Neural Network takes the Index further — it is a grid-intelligence-driven investment valuation platform learning temporal patterns, predicting failure cascades, optimising asset placement, applying Black Swan catastrophe pricing, and applying real option valuation to infrastructure investment decisions across the grid.
Kinetic Shield
A Cyber-Physical integrated product. Each Kinetic Shield Fractal Edge fuses BESS, HPC, fibre, and Wavelength into a single deployable unit — sited where the SSI Index identifies greatest need, optimised by the SSI-ENN.
CausalGrids Lab©
A power-trading intelligence platform. Walk-forward shadow portfolios, model tournaments, forecast reconciliation, and tail-risk monitoring across European and US electricity markets — strict temporal discipline: no look-ahead, no data leakage, every signal earned.
TerraNode©
From buildable land to investment-ready DER and DC assets — one auditable pipeline. A five-module engine (A–E) that screens an entire market’s substations, scouts cadastral parcels, applies regulatory and environmental filters, and delivers decision-ready sites with costed grid connections. Every number tagged Official, Derived, or Estimated — nothing loses its source. SSI-ENN overlays investor, grid, and community valuation. Built for the OECD; live and validated in Italy.
The First Open Digital Twin Fusing Grid Risk with Societal Exposure.
The SSI Index v4.2 scores every substation across 39 OECD jurisdictions — 174,000+ substations on two independent radars. Radar 1: a heptagonal CVIESTR structural fingerprint with 7 methodology axes and 11 resilience modifiers (R3–R10). Radar 2: a decagonal W1–W10 anti-maladaptation governance gate ensuring adaptation investment does not create new systemic vulnerabilities. 10,000 Monte Carlo iterations per substation, every data source public, every calculation reproducible. Peer-reviewed (JIPR v16 & Environmental Research: Energy). Validated against a 7/7 historical-event battery including the 28 April 2025 Iberian Peninsula blackout. Operated through a dedicated non-profit foundation — independent by design, serving the public interest.
Every substation scored on two independent radars. Left: the heptagonal CVIESTR structural fingerprint — Continuity, Voltage, Infrastructure, Economic, Saturation, Transition, Resilience — with 11 R-modifiers (R3–R10). Right: the decagonal W1–W10 anti-maladaptation governance gate ensuring adaptation investment does not create new systemic vulnerabilities. 10,000 Monte Carlo iterations per substation. Re composite ∈ [0.920, 1.787].
Ten dimensions of return.
Every asset we deploy generates measurable community value across ten dimensions — not as a side effect, but as a core design objective baked into every investment decision.
Reliability Improvement
SAIDI × VoLL reduction per substation catchment. Fewer outages, shorter durations, quantified in avoided economic loss.
Carbon Displacement
BESS absorbs renewable curtailment, displacing marginal fossil generation. Valued at grid marginal emission factor × social cost of carbon. Kinetic Shield adds ~35% lower AI energy waste from shared cooling and avoided double conversion.
Local Economic Impact
Construction FTEs, permanent O&M jobs, land lease income, municipal tax revenue. Value is largest in lower-GDP territories where alternative employment is scarce.
Climate Resilience
Tail-risk insurance value. Battery islanding during extreme weather events scored by ERA5 baselines and CMIP6 SSP2-4.5 projections. Grows over the project life as climate escalates.
Digital Inclusion & Innovation
Sovereign compute and connectivity in underserved territories. DESI sub-index uplift. Closing the compute gap has a measurable impact on regional GDP per capita growth.
Data & Transport Sovereignty
NIS2 and DORA compliant by architecture. Ensuring absolute digital sovereignty from foreign jurisdictions.
Local Value Retention
GVA retained in territory. Jobs, procurement, and revenue that stay in the communities the infrastructure serves.
Communications Resilience
CRS — fibre + 5G sustain during grid failure. The Kinetic Shield powers its own comms stack directly, not through the failed upstream grid. No other infrastructure class offers this.
Supply Security
N-1 redundancy value. Backup capacity that keeps critical loads energised during network faults. Kinetic Shield’s multi-node architecture means partial node loss does not collapse coverage.
Compute Economic Multiplier
Local sovereign compute directly enables economic activities that would otherwise not exist or leak: AI/ML for SMEs, precision agriculture, healthcare imaging, digital twins. Measured via input-output multipliers as net value retained in territory.
100% employee-owned. Every voice matters.
Ikenga is built by people who chose to own what they build. Engineers, lawyers, financiers, and strategists — united by the conviction that infrastructure should serve the many.
21+ years in infrastructure, project finance, alternative investments, and valuation of complex illiquid financial instruments. PPE from Oxford University and MBA from London Business School. Has developed, financed, and sold over 15GW of solar, wind, and hydroelectric projects across multiple jurisdictions. Co-founded Altinium II, Altinium Invest, and Ikenga.
Environmental Engineer specialised in sustainability and renewable energy. Led permitting and development of more than 2 GW of solar and BESS projects. Oversees the full lifecycle of complex energy infrastructure from early-stage development to execution, supervising technical teams and engineering activities at national level.
Lawyer specialised in corporate, M&A, and energy law. Leads legal and contractual strategy for energy infrastructure projects across the full lifecycle — structuring transactions, managing regulatory matters, negotiating project agreements. Also leads IP strategy, patent and trademark protection, and corporate communications.
Strong foundation in accounting and corporate finance across consultancy and industrial environments. Defines and executes the group’s financial strategy — liquidity management, capital allocation, structured financing, intercompany lending, and cash pooling across multiple SPVs and jurisdictions.
Background in Law and International Relations. Early career in Corporate/M&A at a leading Spanish firm, gaining experience in cross-border operations and complex deal execution. At Ikenga, focuses on legal matters for BESS and renewable projects — permitting, regulatory filings, and corporate formalities across the full lifecycle.
Engineer from the Polytechnic University of Madrid with a Master’s in Renewable Energies. Oversees technical design, engineering coordination, and permitting for BESS projects in Italy. Manages multidisciplinary teams, supports grid connection processes, and contributes to IP development including Kinetic Shield.
Lawyer experienced in commercial law, corporate crisis, real estate, and environmental law. His firm supports Ikenga’s investment process across Italy — from initial land analysis through project development and complementary operations, including Europe-wide transactions.
Extensive experience in business and energy law, advising renewable energy investors on project development, transactions, and regulatory frameworks. Coordinates all phases of Demand Service Provider projects — land identification, contractual structuring, regulatory strategy, and execution through to completion.
Master’s in Energy and Environmental Engineering from the University of Naples Federico II. Combines civil, coastal, and environmental engineering with GIS-based spatial modelling and regulatory analysis. At Ikenga, focuses on BESS feasibility analysis, technical development, and permitting.
Law degree from the University of Palermo, registered with both the Palermo and Barcelona Bars. Since 2005, has advised renewable energy companies on wind, PV, and BESS projects across Sicily, Puglia, Basilicata, and Sardinia. Specialises in permitting from authorisation through construction and transfer. Fluent in five languages.
MBA from the American University of Paris, Master’s in Real Estate from IE. Former Head of Industrial at Cushman & Wakefield, supporting €90M+ in transactions. Since 2008, has led 500+ MW of renewable energy development. Joined Ikenga in 2025 to lead deployment of Kinetic Shield™.
Energy Engineering background from Politecnico di Milano with academic experience at TU Berlin. Career spans decarbonisation strategy, sustainability advisory (CSRD, ESRS, GRI), and renewable project delivery. As Owner Engineer, contributed to 50+ MW of solar. Leads BESS development in Italy and contributes to IP including Kinetic Shield.
International experience in wind, solar, and energy storage development. Focuses on early-stage project execution — screening, site identification, and feasibility. Supports pipeline growth and project structuring, collaborating with multidisciplinary teams to align technical, regulatory, and commercial aspects.
Specialised in Electrical Power Systems with dual degrees earned cum laude. Built the CEC Engineering Department for PV, wind, BESS, and step-up substation design. Has contributed to permitting of more than 3 GW and detailed design of 200+ MW, with hands-on expertise in high-voltage systems and workforce management.
Built for Italy. Designed for the world.
The SSI methodology and architecture are country-agnostic by design. Every OECD nation has public grid data, climate projections, and socioeconomic indicators. The architecture scales. The ambition is global.
Italy — Stage 4 Pilot
SSI Index v4.0 → v4.2 developed on the Italian pilot. 4,293 substations scored at full depth, 7/7 historical-event PASS battery validated, Stage 4 acceptance achieved. Kinetic Shield architecture validated.
COMPLETEOECD — 39 Countries Live
SSI Index v4.2 live across 39 OECD jurisdictions — 174,000+ substations on the heptagonal CVIESTR surface with anti-maladaptation governance gate (W1–W10). 11 resilience modifiers, 10 governance modifiers, 101 variables per country. Peer-reviewed in JIPR v16 (Markov degradation modelling) and Environmental Research: Energy (Monte Carlo uncertainty quantification). 28 April 2025 Iberian blackout integrated as V-axis cascade anchor. Monthly intelligence automation operational.
LIVEv4.3 Gap Closure & Intelligence Layer
v4.3 cohort augmentation (184k–191k substations via five-country gap closure). SSI-ENN operational across all scored grids. Monthly report production launched — strategic briefs, themed analyses, and the inaugural Flagship Annual (January 2027). Open-core scoring engine release.
v5.0 & Flagship Annual
v5.0 R-modifier extension — anti-maladaptation and compound-resilience cascade vectors integrated at per-substation granularity. SSI surface extended from power to three infrastructure layers — power, water, compute. SSI-ENN fleet ranking operational across every OECD grid. Second Flagship Annual at v5.0 (January 2028). Fondazione SSI Index fully established. The intelligence directs the capital. The loop closes.
Protected by design, in every jurisdiction that matters.
Over 200 intellectual property rights — filed or granted — across copyright, patent, and trademark classes. Each pillar is formally protected across multiple jurisdictions, anchored by two peer-reviewed publications in the infrastructure-resilience literature. From the SSI Index to TerraNode, nothing ships unprotected.
SSI Index©
Each country’s SSI Index is registered as a software program protected under United States Copyright Law (USCO registration) and deposited with the Società Italiana degli Autori ed Editori (SIAE), under the Berne Convention for the Protection of Literary and Artistic Works.
This dual-jurisdiction protection covers the scoring methodology, the computational engine, the data architecture, and every per-country implementation — ensuring that the SSI Index Foundation’s open-data mission is protected from unauthorised commercial extraction.
SSI Enhanced Neural Network©
The SSI-ENN — the commercial intelligence layer built on top of the SSI Index — is independently registered as a protected software work. It covers the temporal learning engine, cascade prediction models, placement optimisation algorithms, and real option valuation framework.
Like the SSI Index, the SSI-ENN is protected under United States Copyright Law (USCO registration) and deposited with the Società Italiana degli Autori ed Editori (SIAE), under the Berne Convention for the Protection of Literary and Artistic Works.
Kinetic Shield™
The Kinetic Shield cyber-physical architecture — including the Fractal Edge unit design, multi-node orchestration protocol, and the integrated BESS + HPC + fibre + wavelength system — is patent pending across four strategic jurisdictions.
Patent protection covers the unified architecture that makes a Kinetic Shield fundamentally different from co-located standalone assets — the orchestration across energy, compute, and connectivity planes that no competitor can replicate without infringing.
CausalGrids Lab©
The CausalGrids Lab power-trading intelligence platform — including walk-forward shadow portfolios, model tournament architecture, forecast reconciliation engine, and tail-risk monitoring framework — is registered as a protected software work under United States Copyright Law (USCO registration).
The platform architecture is further protected by a United States Patent and Trademark Office (USPTO) patent application covering the temporal-discipline methodology that enforces no look-ahead, no data leakage across European and US electricity markets.
TerraNode©
The TerraNode five-module pipeline — from cadastral screening and regulatory filtering through to costed grid connections and SSI-ENN valuation overlay — is registered as a protected software work under United States Copyright Law (USCO registration).
The pipeline architecture is further protected by a United States Patent and Trademark Office (USPTO) patent application covering the provenance-tagged, auditable DER and DC site-feasibility engine with its Official/Derived/Estimated data lineage discipline.