Mathematical modelling
Operator-based and structure-aware representations of complex molecular behaviour.
Computational science for molecular discovery
Computational science for molecular discovery.
Spacefield Transformation Technologies Ltd is a computational science company developing advanced software platforms for molecular science, drug discovery and scientific research. Our technologies combine mathematical modelling, scientific computing and molecular prediction to support molecular research and experimental decision-making. Our flagship application, the SFT Molecular Platform, helps researchers prioritise candidate molecules for experimental validation and further investigation.
Mathematical modelling
Scientific computing
Molecular prediction
About Spacefield
Scientific technology built for rigorous computational research.
Spacefield Transformation Technologies Ltd is a UK-based computational science company developing advanced software platforms for molecular science, drug discovery and scientific research. Our technologies are designed to support researchers through rigorous computational modelling, reproducible scientific workflows and evidence-led molecular analysis.
Our computational technologies integrate mathematical modelling, scientific computing, software engineering and computational molecular methods to create transparent, traceable and scalable research systems. These technologies provide the scientific foundation for the SFT Molecular Platform and future Spacefield software products.
Our flagship application, the SFT Molecular Platform, applies these technologies to computational molecular discovery by helping researchers prioritise candidate molecules for experimental validation and further investigation.
Computational technologies
A rigorous foundation for molecular intelligence.
Our work connects mathematics, software engineering and molecular representation to create research systems designed for disciplined, traceable scientific use.
Scientific computing
Engineered computational workflows for reproducible analysis and scalable prediction.
Molecular intelligence
Integrated descriptors, models and ranking systems for evidence-led prioritisation.
Mechanism-informed prediction
Prediction methods informed by chemical structure, physical relationships and validated computation.
Technology stack
One connected computational ecosystem.
Spacefield is the company. Computational science is the capability. The SFT Molecular Platform is the flagship application.
Company
Spacefield
Deep computational technology.
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Foundation
SFT-Core & descriptor engines
Computational representations, preprocessing and scientific traceability.
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Flagship application
SFT Molecular Platform
SFT-pKaSFT-logPSFT-SolubilitySFT-BBBSFT-ADMETSFT-Binding
Scientific research outputs
Far beyond a single prediction.
The platform is designed to generate structured scientific artefacts for analysis, traceability, reproducibility and integration—not merely CSV, JSON and PDF files.
Prediction outputs
- CSV datasets
- JSON records
- PDF reports
Computational outputs
- Prediction & runtime logs
- Validation & benchmark logs
- Audit and error records
- Execution summaries
Scientific outputs
- Candidate ranking
- Descriptor summaries
- Confidence analysis
- Comparative benchmarks
Reproducibility outputs
- Frozen manifests
- Integrity hashes
- Dataset fingerprints
- Configuration snapshots
Integration outputs
- REST API responses
- SDK exports
- Batch & CLI reports
- Workflow artefacts
Scientific methodology
From mathematics to validated discovery.
A transparent workflow keeps computation connected to scientific reasoning and experimental evidence.
Mathematics
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Computation
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Prediction
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Validation
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Discovery
Scientific position: computational predictions are used to prioritise experiments, focus resources and generate testable hypotheses. They do not replace synthesis, biological assays, safety studies or independent experimental validation.
Latest from Spacefield
Research, software and company progress.
Follow the development of Spacefield's computational technologies, scientific publications and platform releases.
Spacefield Website v3.0 LC3
The official company website is live with automated deployment through GitHub and Cloudflare Pages.
View release centre →SFT publications
Public research records, software citations and benchmark reports will be added as DOI-backed releases become available.
Explore research →SFT Molecular Platform
Integration, validation and release preparation continue across the molecular prediction technology stack.
View the platform →Collaboration & experimental validation
Turning computational candidates into experimental evidence.
We welcome conversations with CROs, universities, academic laboratories, pharmaceutical R&D teams and research institutes capable of supporting synthesis, assay development, biophysical testing, ADMET studies and preclinical validation.
Discuss a collaboration