Banks must classify every mortgage by building energy performance. Insurers need building-level risk data. Funds need standardised property data for EU reporting. All of them are currently assembling this manually — expensively and inconsistently. Bloxome is the shared data infrastructure that replaces all of that: one persistent ID per building, seven layers of structured intelligence, delivered by API.
The world's largest asset class — $393 trillion in real estate (Savills, 2025) — runs on fragmented, incompatible, siloed data. No two systems share a common language. No universal building identity standard exists.
Every country, city, bank and insurer uses a different reference. The same building has dozens of conflicting IDs across systems — none of them talk to each other.
Banks, insurers and institutional investors each maintain isolated property datasets — duplicating cost while reducing accuracy and limiting cross-border analysis.
Cross-border property due diligence takes weeks with no single source of truth. The cost of this inefficiency runs into hundreds of billions annually.
One globally unique, deterministic identifier — and its UUID twin — for every building, floor, and unit on Earth. Permanent, portable, machine-readable across any system, anywhere.
Each BPID unlocks a Property Genome — a standardised schema covering every dimension of a building's physical, legal, financial and climate identity.
BPID · Address · Parcel boundary · Footprint geometry · Height · Floors · Construction year · TERYT codes.
GFA · Materials · Era classification · Occupancy rate · Unit count · Renovation history · Structural type.
Flood zone · Heat exposure · Seismic rating · Air quality index · Noise band · Climate stranding year · CRREM pathway.
Solar kW capacity · EV charging bays · Fibre access · 5G rooftop potential · District heating connection · Battery storage.
AVM valuation PLN · Cap rate · LTV ratio · NOI · Rental yield · Transaction comparables · Mortgage balance.
EPC class · Modelled energy use (kWh/m²) · GAR classification · Green Score · EU Taxonomy alignment · SFDR PAI 14 · 17 · 18 · CRREM climate pathway.
REST API · Webhooks · Batch processing · Bulk GAR export · SDKs · Enterprise data pipelines · White-label. The delivery layer — REST API, Webhooks, SDKs, Batch, Enterprise pipelines.
Every global industry has a universal identity and data standard. Real estate never did — until now.
Just as DNS translates domain names into machine-readable IP addresses, Bloxome translates physical buildings into globally-addressable structured data objects.
SWIFT gave banks a universal language for cross-border transactions. Bloxome gives the property industry a universal language for cross-border data exchange and due diligence.
Bloomberg Terminal standardised financial instrument data for institutional investors. Bloxome standardises property data — building the intelligence layer for real estate capital markets.
The B2B wedge. Banks, insurers, and PE/RE funds query structured property intelligence — including estimated vs. certificate-modelled energy consumption gaps — via a clean, documented REST API.
Data licensing for institutional portfolios. Credit-based API for on-demand lookups. No fixed tiers — consumption scales with the workflow.
Annual licensing for enterprise portfolio coverage. Banks, insurers, and PE funds license the Genome layer set relevant to their workflow — GAR, carbon, valuation, or all seven.
Consumption-based credits per BPID query — individual lookups, portfolio batch calls, or webhook integrations. Scale exactly with usage.
Access pricing available on request. Contact us →
Every API response includes a per-field confidence score (0.00–1.00) and full data provenance — meeting the documentation standards bank and insurer compliance teams require.
An address is a human-readable label that changes — streets get renamed, buildings get renumbered, postcodes get redrawn. A BPID is a machine-readable, globally unique identifier derived deterministically from the building’s cadastral parcel ID and administrative codes. The same building always generates the same BPID and UUID, regardless of what happens to its address. Think of it as the difference between a person’s name and their passport number.
The BPID format is CC-RR-CCCC-DD-SSSSSSSS-LLLL-UUUU where CC is the ISO country code, RR is the national region code, and CCCC-DD are the national city and district codes from that country’s own administrative system. The sequence is derived from the local parcel ID via a deterministic UUID5 hash. Every country’s segment uses its own official codes — the BPID string and its UUID twin remain universally unique and machine-comparable across any border.
An EPC certificate shows modelled energy consumption — what a building should consume under standard conditions. In practice, buildings frequently consume considerably more than their certificate predicts, and the gap grows with building age. Bloxome quantifies this performance gap per building. For regulatory compliance this is critical: an institution classifying a mortgage or asset as green based solely on an EPC certificate may be working from an incomplete picture. Bloxome lets institutions compare against estimated consumption benchmarks, not just certificate-modelled figures.
Banks hold mortgage portfolios where the energy performance of each underlying building determines regulatory classification. Classifying a large mortgage book manually, drawing from land registries, energy performance databases, and municipal records, is time-consuming, inconsistent, and carries audit risk. Bloxome provides a structured energy and regulatory data profile per building through a single BPID query, automating classification across an entire portfolio. This reduces the operational burden of GAR reporting under ECB and KNF supervisory expectations, and improves the consistency of risk assessments tied to building energy performance.
Start here: Run a free 48-hour sample on 500 of your portfolio addresses — no cost, no commitment. Write to contact@bloxome.com with subject Pilot Sample.
Underwriting property risk requires consistent, building-level data — structural age, construction material, flood exposure, climate vulnerability, rebuild cost — assessed across portfolios that may span thousands of buildings. Most insurers currently rely on fragmented, manually assembled records that are slow to update and inconsistent in coverage. Bloxome provides a standardised, structured risk data profile per BPID covering physical structure, climate risk, and energy compliance. The 2024 Silesian flood events underscored the scale of this data gap for Polish insurers. Bloxome's flood exposure and climate vulnerability scoring gives underwriting teams a systematic, building-level view of physical risk that was previously unavailable at portfolio scale. This enables more informed premium assessment and supports regulatory capital calculations that require traceable, building-level data — meeting the documentation standards of Solvency II Pillar II internal model validation.
Start here: Run a free 48-hour sample on 500 of your portfolio addresses — no cost, no commitment. Write to contact@bloxome.com with subject Pilot Sample.
Funds managing real estate assets face increasing pressure to report environmental performance at the individual building level — for both regulatory compliance and investor disclosure. Due diligence on acquisitions currently requires manual data assembly across multiple jurisdictions with no common data format. Bloxome compresses portfolio-level data gathering to a structured API response per BPID, covering identity, financial signals, climate risk, and compliance classification simultaneously. This makes SFDR PAI 14, 17, and 18 reporting operationally manageable at portfolio scale, and significantly reduces the cost of acquisition due diligence across multiple jurisdictions.
Start here: Run a free 48-hour sample on 500 of your portfolio addresses — no cost, no commitment. Write to contact@bloxome.com with subject Pilot Sample.
Site selection and feasibility analysis require assembling data from multiple disconnected sources — zoning registers, permit archives, infrastructure maps, neighbouring building records, and climate risk assessments. This process is typically expensive and time-consuming, often relying on external consultants per candidate site. Bloxome delivers structured site intelligence through a single BPID query, covering parcel boundaries, land use classification, infrastructure potential, adjacent building characteristics, and climate risk. The result is faster site evaluation with a lower cost per candidate assessed.
Layer 4 of the Property Genome maps the economic infrastructure potential of every building — four distinct revenue streams that investors, operators, and network planners currently cannot assess at scale without field surveys. The EU Energy Performance of Buildings Directive recast (EPBD 2023) mandates EPC class E by 2030 and D by 2033, making solar, heat pump, and retrofit data commercially urgent for every institution financing or insuring the building stock. Bloxome quantifies all four per BPID, across entire portfolios, in a single API call.
Using rooftop geometry, orientation, tilt, shading, and PVGIS irradiance data, Bloxome calculates the installable solar kWp per building and models annual energy generation in kWh. This identifies which buildings have the highest solar ROI — enabling solar developers, EPCs (energy performance contractors), and green finance investors to screen entire cities for optimal sites before a single site visit.
Who benefits: Solar developers prioritising installation pipelines · Green bond funds screening collateral · Property owners assessing retrofit economics · Municipal bodies planning community energy · Net-billing revenue modelling under Polish and EU prosumer regulations.
Poland targets 70,000 public charging points by 2030 — from 4,200 today. Every garage block, underground car park, and mixed-use building with parking potential is a candidate site. Bloxome scores each building on parking capacity, grid connection feasibility, traffic proximity, residential density, and competitor radius — producing a ranked site list for charge point operators (CPOs) and property investors seeking EV revenue.
Who benefits: Charge point operators screening expansion sites · Real estate investors adding EV revenue streams · Municipalities planning public charging networks · Developers assessing mixed-use garage retrofits · Fleet operators planning depot charging infrastructure.
5G network densification requires antenna sites every 150-300 metres in urban areas. Future 6G will require even higher density. Every rooftop is a potential site — but not every rooftop is commercially viable. Bloxome scores buildings on height, rooftop access, structural suitability, line-of-sight coverage radius, existing antenna presence, and proximity to fibre backhaul — enabling telecoms operators to replace manual site surveys with data-driven site selection at city scale. Simultaneously, fibre coverage data identifies which buildings lack high-speed connectivity, creating leasing opportunity for ISPs.
Who benefits: Mobile network operators pursuing 5G densification · Neutral host operators managing shared antenna infrastructure · ISPs identifying fibre gap buildings · Tower companies building CEE antenna portfolios · Municipal broadband planners · Real estate funds generating rooftop antenna lease income.
Combined solar and battery storage creates behind-the-meter economics that reduce grid dependency and generate balancing revenue. Bloxome models battery storage viability per building using solar generation profiles, grid tariffs, and peak demand patterns. District heating connection data identifies buildings approaching heat pump switching thresholds — creating both retrofit opportunity and network load management value for district heating operators. Bloxome's L4 data integrates with the Moje Ciepło (My Heat) national subsidy programme, identifying buildings with the highest heat pump eligibility and subsidy return per PLN invested.
Who benefits: Energy storage investors identifying optimal co-location sites · Grid operators planning distributed flexibility · District heating operators identifying switch risk · Green finance funds screening storage-ready portfolios · ESCO companies structuring energy-as-a-service contracts.
Each building receives a composite Infrastructure Potential Score (0–100) aggregating all four dimensions. Investors can filter entire city portfolios by score — identifying the buildings with the highest combined economic infrastructure potential before committing to due diligence. Available per BPID via API with full source chain and confidence scoring per field.
Preparing a property deed requires verifying the cadastral reference, the current energy performance status, any encumbrances, and the address against the land registry — each drawn from a different system, manually. Bloxome collapses this into a single BPID lookup returning standardised identity, cadastral references, and energy data simultaneously. For professionals processing large volumes of property transactions, this removes hours of reconciliation per transaction and reduces the manual data-assembly burden in property transactions.
Planning departments and city governments need building-level data to target retrofit subsidy programmes, track progress against urban climate targets, and make informed land-use decisions. This data is currently scattered across multiple agencies and registers with no unified view per building. Bloxome provides a queryable dataset covering every building in a jurisdiction — energy class, structural age, heating type, flood exposure — filterable by district or neighbourhood. This enables precise subsidy targeting, evidence-based planning, and consistent climate reporting.
Bloxome is currently focused on Poland, which has the open government data infrastructure and regulatory urgency that make it the ideal foundation market. The BPID format is designed to be country-agnostic — the same standard applies anywhere with a cadastral system. Coverage expansion will be announced when it happens. If you have a specific geographic requirement, write to us.
Yes — Bloxome is infrastructure, not a competing product. Property management systems can adopt BPID as their universal property key. Listing platforms could surface the Green Score via API. Portfolio tools can pull the full Genome on demand. Bloxome provides REST endpoints, webhooks, SDKs, and batch processing. The integration is additive — we sit beneath existing products and make them more capable.
Bloxome provides property intelligence data through two complementary access routes. All data is provided for informational purposes as inputs to institutional workflows. GAR, EU Taxonomy, and SFDR classifications derived from Bloxome data remain the regulatory responsibility of the institution using them. The first is a data licensing model, where institutions license the Genome layer set relevant to their workflow on an annual basis — covering their entire portfolio without per-query overhead. The second is a consumption-based API, where credits are purchased in blocks and consumed per query, allowing teams to scale access precisely with their workflow needs. Pricing is tailored to portfolio size, layer depth, and integration requirements, and is available on request. To discuss a pilot engagement, write to contact@bloxome.com.
Revenue model: Bloxome generates revenue through annual data licensing and consumption-based API access, priced by portfolio size and layer depth.
Data products sell information. Infrastructure standards become the shared reference layer that everything else builds on. The BPID is designed to be deterministic — given the same building, any system in any country derives the same ID without needing a central registry. This makes it embeddable, traceable, and ultimately standardisable. As more institutions reference BPID in their workflows, the cost of switching away rises and network effects compound. That is the difference between a vendor and a standard.
Three forces are converging simultaneously: regulatory requirements forcing institutions to classify assets by building energy performance, increasing pressure on funds to report environmental data at the individual building level, and the maturation of open cadastral data infrastructure across Europe. These create urgency on the demand side. Open data creates possibility on the supply side. The window for establishing the standard is open now.
If you are a bank, insurer, fund, or platform with a property data challenge, we invite you to run a pilot on your own portfolio. To invest in Bloxome and be part of the creation of the Global Building Identity Infrastructure, contact us at contact@bloxome.com.
Investment participation is available exclusively to professional investors as defined under MiFID II. This website does not constitute an offer of securities to the public.
We are building the global identity infrastructure for real estate — starting with structured building data for banks, insurers, and funds that need it now. The buildings are already there. The data gap is the problem. Bloxome closes it.
Or write directly to contact@bloxome.com — we respond within 48 hours.