Research & development · AI + Blockchain

We research, prove and build intelligent systems for real industries.

alba.one is an applied R&D company. We help organisations work out where AI and blockchain genuinely fit, prove it with working prototypes, and then engineer the production systems — shaped around the rules, data and people of their industry.

Start a project → Explore our services

  • AI + Web3 One team fluent in both stacks
  • Vertical-first Built around your sector's rules and data
  • Lab to launch From research question to running system

What we do

From research question to production system

Engage us for a focused advisory sprint, a funded R&D programme, or an end-to-end build. See all services →

01

AI strategy & advisory

Opportunity mapping, feasibility studies and roadmaps that separate what AI can do for you today from what is still hype.

02

Applied AI & machine learning

Predictive models, computer vision, document intelligence and LLM agents, evaluated against your data before they ship.

03

Blockchain & digital assets

Traceability ledgers, tokenisation, verifiable credentials and smart contracts, where a shared record actually earns its cost.

04

Research & prototyping

Time-boxed experiments and proofs of concept with clear success criteria, so you can decide with evidence.

05

Data engineering

Pipelines, data products and governance: the unglamorous foundation every intelligent system stands on.

06

Integration & scale

Production engineering, MLOps, security reviews and hand-over, so the prototype becomes something your team can run.

Industries

Built for the sector, not the demo

Generic tools rarely survive contact with a regulated, multi-party industry. We start from the domain. Explore industries →

Agriculture & food

Crop and yield intelligence, farm-to-fork traceability and farmer credit scoring from alternative data.

Financial services

Fraud and risk models, KYC automation, tokenised assets and programmable payments on mobile-money rails.

Health

Clinical document AI, supply-chain integrity for medicines and consent-aware health records.

Logistics & trade

Demand forecasting, route optimisation and shared, tamper-evident trade documents across borders.

Energy & climate

Grid and asset forecasting, and measurable, verifiable carbon and renewable-energy credits.

Public sector

Digital identity, land and registry systems, and citizen-service assistants that respect privacy.

Where AI meets the ledger

Intelligence you can trust, records you can verify

AI makes decisions faster. Blockchain makes them accountable. Much of our work sits where the two meet.

  • Discipline Applied R&D
  • Stacks AI · Blockchain · Data
  • Outcome Auditable automation

A model scores a loan, grades a harvest or flags a shipment. We anchor a fingerprint of that decision — the inputs, model version and output — to a ledger. Regulators, partners and customers can later confirm exactly what was decided and when, without anyone exposing the underlying data.

  • Model provenance
  • Verifiable credentials
  • Supply-chain traceability
  • Tokenised assets
  • Privacy-preserving analytics
python# Anchor an AI decision to a public ledger
import hashlib, json
from web3 import Web3

w3 = Web3(Web3.HTTPProvider(RPC_URL))
registry = w3.eth.contract(address=REGISTRY, abi=ABI)

def anchor(decision: dict) -> str:
    """Hash inputs, model version and output; store only the hash."""
    payload = json.dumps(decision, sort_keys=True).encode()
    digest = hashlib.sha256(payload).digest()
    tx = registry.functions.anchor(digest).transact({"from": OPERATOR})
    receipt = w3.eth.wait_for_transaction_receipt(tx)
    return receipt.transactionHash.hex()

anchor({
    "model": "credit-score@2.4.1",
    "input_ref": "app_8c21f",
    "score": 0.82,
    "decided_at": "2026-09-01T10:14:00Z",
})

How we work

Explore, prove, build, scale

Four phases with clear exits. You decide whether to continue at the end of each one, with evidence in hand.

01

Explore

1–3 weeks

Map the problem, the data and the constraints. Leave with a ranked set of opportunities and a plan.

02

Prove

3–8 weeks

Build a working prototype against real data, measured on success criteria agreed up front.

03

Build

2–6 months

Engineer the production system: integrations, security, monitoring and user experience.

04

Scale

Ongoing

Operate, retrain, extend to new markets and transfer the know-how to your team.

Insights

Notes from the lab

What we are learning while building. All insights →

Have a problem worth researching?

Tell us the goal, the constraints and the deadline. We reply with a plan within two working days.

Start a project → hello@alba.one