Pipeline

One platform. Multiple programs. Every needle-accessible tumor.

A single Symphony™ HD-Ad architecture — 1 drug substance, 1 drug product, 1 injection — re-pointed by tumor-specific promoter and payload swap across indications. FIG-001 leads in prostate cancer; FIG-002–004 target B7-H3, HER2+, and EGFR overexpressing solid tumors.

Program
Indication
Disc.
Preclin.
IND-enab.
Phase 1
Phase 2
FIG-001
HD-Ad · Symphony™ multimodal
Metastatic castration-resistant prostate cancer (mCRPC)
FIG-001
HD-Ad · Symphony™ multimodal
High-risk localized prostate cancer — neoadjuvant
FIG-002
HD-Ad · B7-H3-targeted payloads
B7-H3 overexpressing solid tumors
FIG-003
HD-Ad · HER2-targeted payloads
HER2+ overexpressing tumors (e.g., breast cancer)
FIG-004
HD-Ad · EGFR-targeted payloads
EGFR overexpressing solid tumors

Development stage as of Q3 2026. All programs share the Symphony™ HD-Ad platform; indication expansion is achieved by swapping tumor-specific promoters and payload cassettes.

Indication Strategy

Two prostate entry points in parallel — then broad solid-tumor expansion.

A $100B+ solid-tumor immuno-oncology TAM. FIG leads with prostate, following peer clinical validation, and expands the same architecture across every solid tumor a needle can reach.

Lead · Entry point 1

Metastatic castration-resistant prostate cancer

Where the current standard of care fails. mCRPC is essentially incurable — the endpoint of a 1–2 year castration-driven resistance cascade. Peer clinical validation (Syncromune) confirms that multimodal intratumoral therapy can generate responses here; FIG delivers the same mechanisms from a single injection.

Stage · Preclinical
Lead · Entry point 2

High-risk localized prostate cancer — neoadjuvant

~25% of prostate cancer diagnoses are high-risk localized. Even after definitive therapy, ~50% recur through micrometastatic disease. A single neoadjuvant intratumoral injection before surgery or radiation aims to train systemic immunity to find and clear those cells — before castration therapy is ever needed.

Stage · Preclinical
Platform expansion

Any needle-accessible solid tumor

Cold tumors — triple-negative breast, ICI-resistant melanoma, head & neck, lung, bladder — share the same suppression network. For unresectable cancers like glioblastoma, a single image-guided injection acts as an in-situ microsurgeon: recruit, prime, and lyse without cutting.

Stage · Discovery
Why Prostate First

A disease that fails every immunotherapy tried on it.

Prostate cancer is one of the most immune-cold tumors in oncology. Single agents don't work. Tolerated combinations don't either. Multimodal intratumoral therapy is the answer — and FIG delivers it from a single injection.

25%
of prostate cancer diagnoses are high-risk localized — caught early, treated definitively, still dangerous.
~50%
recur after surgery or radiation, driven by micrometastatic disease seeded before treatment began.
1–2 yrs
is how long castration therapy holds before androgen-receptor resistance emerges — and progression to mCRPC begins.
mCRPC
is essentially incurable. Two years of quality-of-life-destroying castration end in the most aggressive form of the disease.
The FIG Answer

Train the immune system to find and clear micrometastatic cells before castration is ever needed — a single neoadjuvant intratumoral injection for high-risk localized disease. And for patients already at mCRPC, deliver every mechanism Syncromune validates in one drug substance, one drug product, one injection — without the device, the repeated procedures, or the four-biologic manufacturing burden.

Roadmap

From preclinical to first Phase 3 readout.

A capital-efficient path from lead nomination to clinical validation.

2026
  • Robust in vitro and in vivo validation
  • Lead optimization
  • FDA INTERACT meeting
2027
  • GMP manufacturing
  • GLP Tox and biodistribution
  • IND-enabling studies
2028
  • IND filing
  • Phase 1 initiation
2029–30
  • Phase 2 initiation
2031–34
  • Phase 3 initiation