AI Agent Platform for Life Sciences

MatwingsVenus is a conversational protein design agent that integrates scientific tools and uses natural language across life-science R&D tasks — including deep research, sequence design, structure prediction, molecular docking, and screening.

RESEARCH
Deep Research
Cross-check multiple sources so every conclusion is traceable.
AGENT
Agent
Use natural language to drive the full life-science task workflow.
PRODUCT
Products
Provide core bioprocess materials and standardized solutions.
SOLUTION
Private Deployment
Provide solutions that keep data within the customer's environment and support custom development.
MatwingsVenus AI Biodesign Platform
0protein sequences and structures
0+research tools and workflow nodes
0+Agent Skills
0+domain experts for collaboration
Deep ResearchEnzyme EngineeringEnzyme MiningBiomedical Database RetrievalProtein Structure PredictionMolecular DockingAntibody DesignDe Novo DesignMedicinal Chemistry ScreeningDeep ResearchEnzyme EngineeringEnzyme MiningBiomedical Database RetrievalProtein Structure PredictionMolecular DockingAntibody DesignDe Novo DesignMedicinal Chemistry Screening

Platform Foundation Capabilities

AI Black Lab

Connects seamlessly with the design platform to automate core experimental workflows and close the intelligent R&D loop.

AI Black Lab

Sequence-to-Function

Sequence-to-Function

Globally Leading Foundation Model

✓First de novo pretrained protein language model trained successfully in 2022
✓Long-term leader on Harvard Medical School's ProteinGym benchmark
✓VenusREM becomes an industry gold standard
ProteinGym Benchmark

Ranked #1 on Harvard Medical School's ProteinGym benchmark

https://proteingym.org/
ProteinGymLLM Benchmark

Using VenusREM as the industry gold standard, benchmarking protein prediction capabilities of Claude, GPT, Gemini, Kimi and other general-purpose large models

https://www.proteingymllm.com/

Agent

Move research questions from evidence gathering to executable delivery through deep research, AI assistance, and wet-lab services.

01
Deep Research Report

Generate evidence chains and validation suggestions

02
Agent

Use natural language to route data retrieval, solution design, and model computation

03
Wet-Lab Services

Connect gene synthesis, expression, purification QC, and antibody services

MatwingsVenus® · 深度调研报告

Product Solutions & Expert Services

Connect marketplace selection, expert services, and delivery solutions.

Products

Marketplace Products and Validation Resources

Covering recombinant proteins, tool enzymes, diagnostic enzymes, purification tools and material science consumables

Recombinant ProteinsEnzymesPurification Tools
Solutions

From Research Goals to Delivery Plans

Integrating protein engineering, production line development, custom development and vertical AI agent capabilities

Protein EngineeringProduction DevelopmentAgent Customization
Experts

50+ Certified Experts for Joint Review

Structure review, route assessment, consultation booking with domain experts

Structure ReviewRoute ReviewConsultation

Academic Publications

ICLR, 2026

VenusX: Unlocking Fine-Grained Functional Understanding of Proteins

2026-01-26
ICLR, 2026

Fast and Interpretable Protein Substructure Alignment via Optimal Transport

2026-01-26
NeurIPS, 2025

Venus-MAXWELL: Efficient Learning of Protein-Mutation Stability Landscapes

2025-09-19
PNAS, 2025

STAGE: A compact and versatile TnpB-based genome editing toolkit

2025-08-26
ISMB/ECCB, 2025

From high-throughput evaluation to wet-lab studies: advancing mutation effect prediction

2025-07-15
Nature Communications, 2025

Harnessing protein language model for structure-based discovery of highly efficient and robust PET hydrolases

2025-07-05
ACL Demo, 2025

VenusFactory: An Integrated System for Protein Engineering with Data Retrieval and Language Model Fine-Tuning

2025-07-01
J. Chem. Inf. Model, 2025

A Deep Retrieval-Enhanced Meta-Learning Framework for Enzyme Optimum pH Prediction

2025-03-24
Acta Pharmaceutica Sinica B, 2025

VenusMutHub: A systematic evaluation of protein mutation effect predictors on small-scale experimental data

2025-03-14
Physical Review Research, 2025

Entropy-driven zero-shot deep learning model selection for viral proteins

2025-02-28
Elife, 2025

AI-enabled Alkaline-resistant Evolution of Protein to Apply in Mass Production

2025-02-19
ICLR, 2025

Immunogenicity Prediction with Dual Attention Enables Vaccine Target Selection

2025-01-23
IEEE BIBM, 2024

PROTSOLM: Protein Solubility Prediction with Multi-modal Features

2025-01-10
IEEE BIBM, 2024

Secondary Structure-Guided Novel Protein Sequence Generation with Latent Graph Diffusion

2025-01-10

FAQ

Need further communication?

MatwingsVenus® is an AI platform for life science research and design.

Think of it as a research assistant: after you input a research goal or protein sequence, the platform helps you with literature review, sequence analysis, structure prediction, mutation design, experiment plan organization, and more. For projects that need further validation, the platform can also connect to wet-lab services, bridging computational design and experimental validation to reduce communication and trial-and-error costs from idea to result.

The wet-lab cycle depends on experiment type, sample count, and specific services requested.

Generally, standardized experiments have a relatively stable timeline; if custom protocols, multiple rounds of optimization, or specialized assays are involved, the duration will extend accordingly. Before placing an order, we will assess the timeline based on your experimental needs and provide a clear schedule.

The Xiao Wu Agent is primarily responsible for research analysis, experiment design, computational simulation, and documentation, which can typically be completed faster; the actual wet-lab cycle is based on the final confirmed experiment plan.

We take the security of user-uploaded sequences, structure files, and research data very seriously. The platform independently manages user-uploaded private sequences, structure files, experimental data, and internal corporate materials, using them solely for analysis, design, experiment coordination, and result delivery authorized by the user.

Without user authorization, the platform will not use related data for internal R&D, model training, or other projects, nor will it share or transmit them to third parties or other customers.

For undisclosed targets, pre-patent data, or internal corporate R&D materials, a confidentiality agreement can be further signed and an enterprise-grade data management solution can be adopted.

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