Democratizingprotein design.

Design antibodies, miniproteins, and peptides with state-of-the-art protein design methods.

VHH / nanobody
scFv
Miniprotein
Linear peptide
Cyclic peptide
Helicon

01Binder formats + open methods

Science, not secret sauce.

Choose the binder format that fits the biology, then run a leading open method built for it—from antibody fragments and de novo miniproteins to linear, cyclic, and stapled peptides.

Start with a target structure, define the interactions that matter, and run the original methods through guided interfaces. The controls stay visible, and structures, scores, and intermediate designs stay organized.

Antibody-derived: VHH / nanobody · scFv
De novo proteins: Miniproteins
Peptides: Linear · cyclic · stapled α-helical / helicon

Compare formats and methods

BoltzGen-designed VHH binder shown in coral bound to the cyan NiV-G target structure — VHH binder to NiV-G created on Ariax

02Guided workflow

Design the binder your program needs.

Choose a therapeutic format, prepare the target, and move from scientific intent to ranked designs through one guided workflow.

Ariax Prep Inputs showing structure upload, chain and residue selection, and a molecular preview — Prepare targetSwipe · 1 / 4

Start with the structure

Prepare the biology that matters.

Upload a structure or find one through RCSB, choose the relevant chains and residues, and inspect the target before starting a design campaign.

Explore Prep Inputs

01 / 04

Start with the structure

Prepare the biology that matters.

Upload a structure or find one through RCSB, choose the relevant chains and residues, and inspect the target before starting a design campaign.

Explore Prep Inputs

Configure the experiment

Turn a binder concept into a runnable campaign.

Choose a supported binder format, identify hotspot residues, and tune design preferences through a guided setup built around the underlying scientific workflow.

See the BindCraft setup guide

Stay close to the run

See each stage as it progresses.

Follow backbone generation, sequence design, structure prediction, analysis, and filtering from one project view as each stage advances.

Read the BoltzGen guide

Keep the outputs organized

Move from a run to ranked designs.

Review final and intermediate designs, download the files you need, and keep every project connected to its settings and outputs.

Learn about project management

03On-demand GPUs

Enterprise GPUs on demand.

Run modern binder-design campaigns without waiting for a shared cluster queue or requesting a larger quota.

Launch one binder design or ten immediately. Ariax runs each campaign on modern NVIDIA GPUs and charges only for the GPU compute it uses—no platform subscription or quota approval required.

View transparent pricing

GPU availability varies by workflow and changes with demand; some GPU types are easier to provision than others.

NVIDIA DGX B200 accelerated computing system shown against a black background — Official NVIDIA DGX B200 product image

Pay only for GPU compute
No queues or quota requests
Run one project or ten

Trusted by researchers at

Start exploring

Ready to design something new?

Explore the platform for free. Pay only when you launch compute.

Get Started Free View Pricing

Science, not secret sauce.

Choose the binder format that fits the biology, then run a leading open method built for it—from antibody fragments and de novo miniproteins to linear, cyclic, and stapled peptides.

02Guided workflow

Design the binder your program needs.

Choose a therapeutic format, prepare the target, and move from scientific intent to ranked designs through one guided workflow.

Start with the structure

Prepare the biology that matters.

Upload a structure or find one through RCSB, choose the relevant chains and residues, and inspect the target before starting a design campaign.

Explore Prep Inputs

01 / 04

Start with the structure

Prepare the biology that matters.

Upload a structure or find one through RCSB, choose the relevant chains and residues, and inspect the target before starting a design campaign.

Explore Prep Inputs

Configure the experiment

Turn a binder concept into a runnable campaign.

Choose a supported binder format, identify hotspot residues, and tune design preferences through a guided setup built around the underlying scientific workflow.

See the BindCraft setup guide

Stay close to the run

See each stage as it progresses.

Follow backbone generation, sequence design, structure prediction, analysis, and filtering from one project view as each stage advances.

Read the BoltzGen guide

Keep the outputs organized

Move from a run to ranked designs.

Review final and intermediate designs, download the files you need, and keep every project connected to its settings and outputs.

Learn about project management

Enterprise GPUs on demand.

Run modern binder-design campaigns without waiting for a shared cluster queue or requesting a larger quota.

Launch one binder design or ten immediately. Ariax runs each campaign on modern NVIDIA GPUs and charges only for the GPU compute it uses—no platform subscription or quota approval required.

View transparent pricing

GPU availability varies by workflow and changes with demand; some GPU types are easier to provision than others.

Ariax.bio

Democratizingprotein design.

Science, not secret sauce.

Design the binder your program needs.

Prepare the biology that matters.

Prepare the biology that matters.

Turn a binder concept into a runnable campaign.

See each stage as it progresses.

Move from a run to ranked designs.

Enterprise GPUs on demand.

Trusted by researchers at

Ready to design something new?

Ariax.bio

Democratizingprotein design.

Science, not secret sauce.

Design the binder your program needs.

Prepare the biology that matters.

Prepare the biology that matters.

Turn a binder concept into a runnable campaign.

See each stage as it progresses.

Move from a run to ranked designs.

Enterprise GPUs on demand.

Trusted by researchers at

Ready to design something new?