A Division of Ranbval · TariqDreamsTech

We turn deep-tech R&D data
into production AI.

RNDAI builds ML systems for deep-tech startups across energytech, greentech, agritech, foodtech, biotech and advanced materials — where the domain matters as much as the code.

The gap we work in.

Most deep-tech R&D teams sit on years of experimental data and do almost nothing with it.

Not because they don't want to. Because the people who understand the science can't build production ML systems — and the people who can build ML systems don't understand the science.

That gap is exactly where RNDAI works.

  • We are not generalist ML engineers who learned some domain keywords.
  • We are not scientists who took a few ML courses.
  • We have spent years building at the intersection of both, and that is a rare place to be.

Industries we work in.

Most teams in these fields already have the chemistry and the data. What tends to be missing is the layer in between — someone who can read a lab notebook, build the model, and then run it as a service.

01

Energy Storage & Conversion

Battery materials · Hydrogen & fuel cells · Solar & photovoltaics · Thermoelectrics

What we add Cycling, impedance and degradation data arrives noisy and split across instruments. We turn it into a versioned dataset, build capacity and lifetime models with uncertainty, and deploy them behind an API with drift monitoring.
02

Green Chemistry & Sustainability

CO₂ capture & utilisation · Green catalysis · Circular polymers · Water treatment

What we add Catalyst and sorbent screening produces far more candidates than any lab can test. We build the ranking model and the pipeline around it — assay ingestion, cleaning, and an active-learning loop that names the next dozen experiments worth running.
03

Life Sciences & Biomedical Materials

Biomaterials · Drug delivery · Diagnostics & sensor materials

What we add Assay data is messy, batch-effected and regulated. We build pipelines with a real audit trail — append-only logs, versioned datasets, reproducible runs — so a property-prediction model can survive a review, not just a demo.
04

Advanced Manufacturing & Structural

Advanced alloys · Additive manufacturing · Construction · Ceramics & composites

What we add Process–structure–property data is expensive and scattered across runs. We build the ingestion and versioning layer that makes it comparable, then the models that predict properties from composition and process parameters.
05

Consumer & Commercial Products

Cosmetics & personal care · Food science · Coatings · Textiles

What we add Formulation knowledge lives in spreadsheets and in people's heads. We turn a formulation history into a structured dataset and a stability model — then the internal tool a formulator uses without writing a line of code.
06

Electronics & Semiconductors

Semiconductor materials · Display & OLED · Quantum materials

What we add High-throughput characterisation generates more data than anyone reads. We build the pipelines that clean and index it, and the models that surface the few candidates worth a second look.
07

Agriculture & Environmental

Agrochemicals · Fertilisers · Environmental remediation

What we add Trial and soil data is heterogeneous and seasonal. We build the modelling layer that turns scattered field data into release-rate and adsorption predictions you can plan around.

What we build.

Five service lines, all built on the same principle: chemistry-native logic, production-grade engineering.

R&D Data Pipelines

Ingestion, cleaning, and versioning of experimental data from scattered instruments, notebooks, and spreadsheets — turned into one queryable source of truth.

Property Prediction Models

ML models that predict material properties from composition, structure, or process parameters — every prediction shipped with uncertainty quantification.

Active Learning Loops

Systems that name the next experiments worth running — turning 1,000 possible candidates into the 10 that actually matter for your next iteration.

Sales ROI & Configurator Tools

Web platforms that quantify the financial case of your technology for each prospect — used live in sales calls, exported as branded reports for their CFO.

Deployment & Monitoring

Every model shipped as a versioned API with drift monitoring and audit trails — not a Jupyter notebook that only runs on one machine.

Three principles, in every project.

01

Domain-first

Every calculation, every model, every dataset is grounded in the actual science of your process. No black boxes, no keyword-fitting — the logic reads the way your R&D team already reasons.

02

Production-grade

Versioning, audit trails, drift monitoring, reproducibility. Built to the discipline of a live product — Ranbval's parent platform runs to the same standard — not the discipline of a research script.

03

Sales-ready output

Whatever we build — model, pipeline, or tool — comes with a surface your non-technical team can actually use. If it needs a manual, it isn't finished.

About RNDAI.

RNDAI is the Deep-tech & AI division of Ranbval — a product of TariqDreamsTech.

Ranbval's flagship platform runs in the security & automation space at ranbval.com. RNDAI extends that same production-grade engineering discipline — versioning, audit trails, deployment hygiene — into R&D and AI for deep-tech startups.

Led by Hussnain Tariq — an AI/ML engineer with an MSc in Chemistry, working at the intersection of science and shipped software for years. Chemistry-trained, but the same principles carry across the sciences — energytech, greentech, agritech, foodtech, biotech and advanced materials are already the areas we work in.

If you're a deep-tech startup drowning in R&D data but struggling to extract value from it — let's talk.