Synthyra

Dual Triangle Attention

Foundation Model

A foundation-model research direction for stronger position-aware bidirectional sequence modeling.

  • attention
  • foundation model

Dual Triangle Attention

Dual Triangle Attention is a transformer research direction for bidirectional sequence models. It is designed to preserve full-context reading while giving models a stronger sense of sequence order.

What It Does

Dual Triangle Attention can support future models that need:

  • Bidirectional context.
  • Better position awareness.
  • Longer-context sequence modeling.
  • Protein, nucleotide, and language representation learning.
  • More robust foundation-model pretraining.

Why It Matters

Proteins require both order and global context. A residue's position matters, but distant residues can become close in the folded molecule. Future protein models need mechanisms that handle both.

Dual Triangle Attention is foundational architecture work that can improve the models Synthyra builds on top of open research.

Product Context

This is not a standalone product endpoint. It is a research component that may inform future Synthyra foundation models and downstream capabilities.

Synthyra products extend open research ideas into validated, usable systems. Dual Triangle Attention is one of those research ideas.

Intended Use

Use this card as context for Synthyra's foundation-model roadmap and architecture research.

Limitations

Architecture improvements must be validated inside full models and real biological workflows. A better attention mechanism does not automatically produce better predictions on every downstream task.

Try Dual Triangle Attention

Run predictions with this model through the Synthyra platform.

Related Models

DSM

Generative Model

Generates and prioritizes protein sequences for design campaigns, including binder discovery.

Related News

April 9, 2026

Dual Triangle Attention: Position Sense for Bidirectional Models

Split each attention head into a past-facing half and a future-facing half, and a bidirectional transformer stops being blind to word order without any positional embeddings at all.

Synthyra

Optimize the outcome, not the interface.

Biological design programs selected on the predicted state of the system, not the quality of one contact.

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