Three programs. Three stages.

Three internal programs at different design stages. The figures below are in-silico predictions and design targets — wet-lab validation is scheduled, not yet complete, and is labelled as such throughout. First external case studies publish as partnerships close; partner names stay redacted until each one signs off on public disclosure.

P3 · Internal · Flagship
Lead candidate ranked

A senolytic bispecific against a carbohydrate target.

The hardest of the three programs — GD3 ganglioside is a glycan epitope, not a protein domain, so conventional binder libraries struggle. We applied a CVaR-VQE active-space correction to the binding pose and combined a quantum-corrected GD3 binder (MOD-0881) with a survival-pathway-gating second arm. Lead candidate CAND-P3-LEAD-08 came out of the rank pass at a predicted 42 pM Kd; SPR and ADCC validation are scheduled, not yet run. Senolytic mechanism per Iltis et al., Nat Aging 2024.

Predicted Kd
42 pM
SPR Kd
Scheduled
ADCC EC50
Pending
Design bundle
Anchored
P1 · Internal
In silico PoC

A trispecific TCE with conditional costimulation.

CLDN18.2 tumor restriction × attenuated CD3 × 4-1BB conditional agonism. The third arm is a costimulation gate that only triggers in the tumor microenvironment, designed to address the exhaustion phenotype seen with classical CD3 bispecifics. Lead candidate CAND-P1-LEAD-04 assembled from MOD-0492 + MOD-0617 + MOD-0744 with stabilized G4S linkers.

Predicted Kd
72 pM
Structural conf
0.91 pTM
Wet-lab status
Scheduled Q3 '26
Provisional
PROV-2026-001
P2 · Internal
In vitro PoC

A BBB shuttle that tunes for kinetics.

TfR1 (low-affinity, transcytosis-optimized) × IGF-1R (capacity-additive). The TfR1 arm is deliberately weak-binding to avoid receptor sequestration; the IGF-1R adds a parallel route to increase BBB-crossing capacity without compromising selectivity. Target brain exposure >3% — roughly 30× the industry standard of 0.1% — to be confirmed in the Q3 '26 in-vivo study. Cargo-agnostic: any CNS-restricted biologic can be fused to the shuttle scaffold.

Predicted Kd (TfR1)
2.4 nM
Brain exposure
>3% target
In vivo
Q3 '26
Provisional
PROV-2026-002
External case studies · publishing as partners sign off

The next three case-study slots are reserved for external partnerships. Public disclosure follows the partner's own announcement schedule.

Partner 1
TBD · 2026 Q3
Partner 2
TBD · 2026 Q4
Partner 3
TBD · 2027 Q1