CARIDACO GOSSAMER™

GOSSAMER™ is an AI-enhanced secure collaboration platform enabling resilient communication and decision support in bandwidth-constrained & infrastructure-limited environments, serving emergency response, healthcare operations, & defense while supporting diverse operational contexts where secure, infrastructure-independent communication proves essential.

GOSSAMER™ is an AI-enhanced secure collaboration platform enabling resilient communication and decision support in bandwidth-constrained & infrastructure-limited environments, serving emergency response, healthcare operations, & defense while supporting diverse operational contexts where secure, infrastructure-independent communication proves essential.

GOSSAMER™ is an AI-enhanced secure collaboration platform enabling resilient

communication and decision support in bandwidth-constrained & infrastructure-limited

environments, serving emergency response, healthcare operations, & defense while supporting diverse operational contexts where secure, infrastructure-independent communication proves essential.

THREAD

SPINDEL

BLANKET

CHARLOTTE

ARCHETYPE

ARCHETYPE™

Network‑wide analytics & contextual retrieval; predictive‑maintenance alerts; MDMP/AAR support; seeds models for SPINDEL™

SPINDLE™

On‑device AI that summarizes, prioritizes, and flags change‑points to conserve bandwidth

THREAD

SPINDEL

BLANKET

CHARLOTTE

ARCHETYPE

THREAD™

Secure messaging and collaboration platform functioning independently of internet infrastructure with end-to-end encryption

THREAD™

Secure messaging and collaboration platform functioning independently of internet infrastructure with end-to-end encryption

GOSSAMER™ by CARIDACO unites peer‑to‑peer communication (THREAD™), decentralized networking (BLANKET™), intelligent content prioritization (SPINDEL™), strategic decision support (CHARLOTTE™), and pre-trained operational models
(ARCHETYPE™), into a resilient, AI-enhanced collaboration platform that functions reliably when conventional platforms fail.

GOSSAMER™ by CARIDACO unites peer‑to‑peer communication (THREAD™), decentralized networking (BLANKET™), intelligent content prioritization (SPINDEL™), strategic decision support (CHARLOTTE™), and pre-trained operational models
(ARCHETYPE™), into a resilient, AI-enhanced collaboration platform that functions reliably when conventional platforms fail.

Solutions

Trusted By

Active collaboration with UT Health San Antonio and UTSA on AI‑driven digital health applications

SBIR contract in collaboration with the U.S. Chief Digital and Artificial Intelligence Office (CDAO)

Trusted By

Active collaboration with UT Health San Antonio and UTSA on AI‑driven digital health applications

SBIR contract in collaboration with the U.S. Chief Digital and Artificial Intelligence Office (CDAO)

Trusted By

Active collaboration with UT Health San Antonio and UTSA on AI‑driven digital health applications

SBIR contract in collaboration with the U.S. Chief Digital and Artificial Intelligence Office (CDAO)

Secure by Architecture

End-to-end encryption, decentralized exchange, and policy-driven access control, built into every protocol.

End-to-end encryption, decentralized exchange,

and policy-driven access control, built into every protocol.

End-to-end encryption, decentralized exchange, and policy-driven access control, built into every protocol.

Designed for DDIL operations;

DTN for intermittent connectivity

Designed for DDIL operations;

DTN for intermittent connectivity

Designed for DDIL operations;

DTN for intermittent connectivity

Privacy‑preserving learning -

on‑device processing; federated learning

Privacy‑preserving learning -

on‑device processing; federated learning

Privacy‑preserving learning:

on‑device processing; federated learning

End‑to‑end, peer‑to‑peer exchange

with no central server

End‑to‑end, peer‑to‑peer exchange

with no central server

End‑to‑end, peer‑to‑peer exchange

with no central server

Attribute‑based encryption (ABE)

with file‑based access control

Attribute‑based encryption (ABE)

with file‑based access control

Attribute‑based encryption (ABE)

with file‑based access control

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