Investor Relations

AI-driven compound discovery for therapeutics and nutraceuticals.

Vecura, NYB's AI-first compound discovery platform identifies and develops high-potential bioactive compounds faster and with greater precision, then translates them into therapeutic candidates and science-backed nutraceutical products.

Our rigorous approach leverages high-fidelity data, proprietary AI models, and unified workflows, creating a more  efficient path to market readiness.

Case Study

By leveraging the Vecura discovery platform for a global consumer health leader, NYB greatly reduced the high costs and long lead times associated with compound discovery for therapeutics and nutraceuticals.
6x
Faster Validation

Compressed discovery cycles to just one month compared to the industry standard of six.

7x
Broader Compound Coverage

Scanned over 700,000 natural compounds, far more than conventional databases. Since then, our natural compound library has grown to over 1.5 million compounds.

64x
Hit Rate

Dramatically improved candidate identification (64%) compared with traditional screening approaches (1%).

Lead Asset Spotlight

NB-A002

Targeting DNA Repair Vulnerabilities in Cancer

NB-A002 is a potentially first-in-class therapeutic candidate designed to address a critical gap in oncology treatment.
NB-A002 First-in-class
The Challenge
DNA damage response (DDR), especially homologous recombination (HRD) positive cancers often develop resistance to standard therapies such as PARP inhibitors and platinum-based chemotherapy, leading to limited treatment options and poor patient outcomes.
NB-A002 targets the previously undruggable ILF2 protein, leveraging a novel mechanism to induce synthetic lethality through transcription–replication conflicts.
NB-A002 Approach
This enables
  • Selective targeting of DNA damage response (DDR)-deficient cancers
  • A differentiated strategy beyond existing PARP-based approaches
  • Potential application across multiple oncology indications
Note: NYB assigned the full ownership of Singapore provisional patents for drug candidates. Patents pending in key markets such as the U.S. EU, China and Japan.