Sequence & Genetics
A continuous path from sequence to variant
Compare reference and variant sequences; follow diverging base pairs and new matches on the same 3D structure.
BIOFORGE · SCIENTIFIC WORKSPACE
The whole scientific workflow.
In one connected context.
Manage sequence, biostatistics and 3D structure work in one place. Preserve the connection between data, method and result.
PRODUCT
Not more tools.
A more coherent way to work.
BioForge reduces disconnected screens and repeated data transfers. Data, methods and outputs remain visible together throughout the work.
The four elements that carry a study stay together.
Starting pointDataExecutionMethodEvaluationReviewScientific recordResult
Available capabilities are clearly separated from engines still in development.
SCIENTIFIC WORKSPACES
Each discipline retains its depth.
All within the same scientific context.
Sequence, biostatistics and 3D structure tools meet in one workspace. Planned engines extend the same system.
Biostatistics
From distribution to scientific interpretation
Evaluate sample distributions, density surfaces and outliers on a single animated statistical model.
3D Structure Visualization
Inspect molecular structure from every angle
Drag to rotate the protein backbone; inspect spatial folds, nodes and structural differences from multiple angles.
Chemistry & Molecular Design
A design surface where bonds are formed
Compare atoms approaching, bonds breaking and reforming, and alternative molecular configurations in one 3D design scene.
Metabolic Engineering
See flow at the systems level
Follow how metabolites move through the network, branch and regroup along target pathways in a live flow model.
Workflows & Automation
Connect engines into reproducible workflows
See analysis tasks move between processing nodes, including parallel steps and completed stages, in an animated execution chain.
SCIENTIFIC WORKFLOW
The analysis runs.
How the decision was formed remains visible.
Outputs from different scientific engines are reviewed through one shared record.
It does not merely display data. It makes scientific context visible.
Move between engines. Explore each workspace through its own scientific visual language.
MOLECULAR VISUALIZATION
Structural review
Drag to rotate the protein backbone; inspect spatial folds, nodes and structural differences from multiple angles.
Drag to rotateSCIENTIFIC TRUST ARCHITECTURE
Trust is not added afterwards.
Designed into the work.
Scientific trust rests on visible records. Data ownership, method history and product status are tracked separately.
LOCAL FIRST
Data never leaves the device
Projects, sequences and molecular files remain in the local workspace by default.
Files enter a protected workspace on the device; no flow to an external service is created.
ACCESS & PLANS
From individual research to institutional R&D.
Start with access that fits your needs. Expand the workspace as your team grows.
INDIVIDUALEARLY ACCESS
Researcher
A personal BioForge workspace that keeps data on your device for independent research.
- Local project workspace
- Sequence and biostatistics engines
- Traceable analysis record
ACADEMICACADEMIC PROGRAM
Laboratory
A shared scientific environment for research groups, university laboratories and student teams.
- Team workspaces
- Shared method and project records
- Education and research support
INSTITUTIONALCUSTOM INSTITUTIONAL
Organization
Controlled deployment, institutional support and scalable access for biotechnology R&D teams.
- Managed deployment
- Institution-specific configuration
- Priority technical support
STUDENT ACCESSReach scientific tools from the first step.
We are preparing an accessible BioForge model for students and educational use.
Contact us for accessKOTYRA BIOTECH
Where scientific rigour meets
thoughtful design.
Kotyra Biotech is a technology company that brings different scientific disciplines together through a clear product language. BioForge is developed around sequence analysis, biostatistics and three-dimensional molecular inspection.
BioForge does more than produce results. It links inputs, methods, parameters and engine versions to each result. Its local-first approach keeps data control with the researcher and makes the analysis process reviewable.
Build tools that do not place the burden of scientific method on the user.
We are building an environment where researchers can plan their work without getting lost among disconnected files and hard-to-track steps. We bring different analysis engines together in a learnable interface without hiding technical detail. Every result travels with its data source, parameters and method information.
Build a connected ecosystem from research to laboratory operations.
We aim to build a modular platform where academic teams and R&D organisations can use the same reliable working approach. New analysis engines, device connections and reporting flows will be added as they are verified. By clearly separating available capabilities from planned ones, we keep scientific trust at the centre of the product.
SIK SORULANLAR
About BioForge
clear answers.
PLATFORMWhich scientific workspaces does BioForge bring together?
BioForge brings sequence and genetics, biostatistics and 3D structure visualization into one workspace. Chemistry, metabolic engineering and automation engines are in development.
ACCESSWhich capabilities are available today?
Sequence and genetics, biostatistics and 3D structure visualization are undergoing product validation. The Windows early-access date and system requirements will be announced when validation is complete.
LOCAL DATAIs my scientific data uploaded to the cloud?
BioForge is designed as a local-first desktop workspace. The user retains control of project, sequence, structure and analysis files; no unverified cloud service is presented as available.
TRACEABILITYCan an analysis be reproduced later?
Every result is linked to its input, parameters, method and engine version, allowing its production conditions to be reviewed later.
BIOSTATISTICSWhat does the biostatistics workspace cover?
Distributions, effect sizes, confidence intervals and result summaries are reviewed together. On-screen values are illustrative; actual results depend on the data and method.
3D STRUCTUREWhat can be done in the 3D viewer?
Molecular structures can be rotated, zoomed and inspected interactively from different angles. Structure summaries, atom and chain information and measurement results are designed to remain on the same review surface.
FILESWhich file formats will be supported?
FASTA and GenBank are the core input formats for sequence work. Other supported formats for structures, tables and project outputs will be published with each engine's verified release scope.
TEAMSWill student, academic and institutional access be available?
A local workspace is planned for individual researchers, academic access for students, research groups and laboratories, and controlled deployment and technical support models for R&D teams. Licensing terms will be clarified after early access.
CONTACT
Start your next scientific study
on stronger foundations.
Contact our team for early access, academic collaborations and institutional discussions.
INSTAGRAM / QRScan with your phone@kotyrabiotech