The GOSSAMER™ Product Stack

A cohesive suite of AI-enabled tools for secure communication, edge intelligence, & decision support

GOSSAMER™ THREAD™

Secure messaging and collaboration without infrastructure dependency

Encrypted messaging, voice calls, video conferencing, and file transfers directly between devices without centralized servers

Functions on local networks when internet connectivity proves unavailable or operationally undesirable

Granular attribute-based access controls ensuring sensitive information reaches only authorized personnel

Native interface requiring minimal training while delivering capabilities conventional platforms cannot match

Automatic synchronization when connectivity returns after extended offline operations

Integrates with CARAPACE™ for granular, policy-driven access control over sensitive files, messages, and operational content.

GOSSAMER™ THREAD™

Secure messaging and collaboration without infrastructure dependency

Encrypted messaging, voice calls, video conferencing, and file transfers directly between devices without centralized servers

Functions on local networks when internet connectivity proves unavailable or operationally undesirable

Granular attribute-based access controls ensuring sensitive information reaches only authorized personnel

Native interface requiring minimal training while delivering capabilities conventional platforms cannot match

Automatic synchronization when connectivity returns after extended offline operations

Integrates with CARAPACE™ for granular, policy-driven access control over sensitive files, messages, and operational content.

GOSSAMER™ THREAD™

Secure messaging and collaboration without infrastructure dependency

Encrypted messaging, voice calls, video conferencing, and file transfers directly between devices without centralized servers

Functions on local networks when internet connectivity proves unavailable or operationally undesirable

Granular attribute-based access controls ensuring sensitive information reaches only authorized personnel

Native interface requiring minimal training while delivering capabilities conventional platforms cannot match

Automatic synchronization when connectivity returns after extended offline operations

Integrates with CARAPACE™ for granular, policy-driven access control over sensitive files, messages, and operational content.

GOSSAMER™ BLANKET™

Decentralized network layer for secure peer-to-peer connectivity

Peer-to-peer overlay networks operating with or without internet connectivity.

Distributed hash tables enabling automatic peer discovery without centralized coordination.

Adaptive routing across available network paths, including LAN, mesh, relay, satellite, and intermittently available links.

Eliminates single points of failure inherent in conventional centralized architectures.

VPN-style network integration creating unified virtual networks across distributed geographic locations.

DDIL-aware transport behavior supporting delayed, disrupted, intermittent, and limited communications.

GOSSAMER™ BLANKET™

Decentralized network layer for secure peer-to-peer connectivity

Peer-to-peer overlay networks operating with or without internet connectivity.

Distributed hash tables enabling automatic peer discovery without centralized coordination.

Adaptive routing across available network paths, including LAN, mesh, relay, satellite, and intermittently available links.

Eliminates single points of failure inherent in conventional centralized architectures.

VPN-style network integration creating unified virtual networks across distributed geographic locations.

DDIL-aware transport behavior supporting delayed, disrupted, intermittent, and limited communications.

GOSSAMER™ BLANKET™

Decentralized network layer for secure peer-to-peer connectivity

Peer-to-peer overlay networks operating with or without internet connectivity.

Distributed hash tables enabling automatic peer discovery without centralized coordination.

Adaptive routing across available network paths, including LAN, mesh, relay, satellite, and intermittently available links.

Eliminates single points of failure inherent in conventional centralized architectures.

VPN-style network integration creating unified virtual networks across distributed geographic locations.

DDIL-aware transport behavior supporting delayed, disrupted, intermittent, and limited communications.

GOSSAMER™ SPINDEL™

On-device AI for intelligent content prioritization

Analyzes documents, audio, imagery, and video to surface critical insights automatically

Change-point detection identifying meaningful operational shifts rather than overwhelming with constant updates

Bandwidth-efficient summaries preserving essential information while reducing transmission requirements

Frames information according to each user's role, expertise, and language for immediate understanding

Continuous learning adapting to individual usage patterns and organizational priorities

GOSSAMER™ SPINDEL™

On-device AI for intelligent content prioritization

Analyzes documents, audio, imagery, and video to surface critical insights automatically

Change-point detection identifying meaningful operational shifts rather than overwhelming with constant updates

Bandwidth-efficient summaries preserving essential information while reducing transmission requirements

Frames information according to each user's role, expertise, and language for immediate understanding

Continuous learning adapting to individual usage patterns and organizational priorities

GOSSAMER™ SPINDEL™

On-device AI for intelligent content prioritization

Analyzes documents, audio, imagery, and video to surface critical insights automatically

Change-point detection identifying meaningful operational shifts rather than overwhelming with constant updates

Bandwidth-efficient summaries preserving essential information while reducing transmission requirements

Frames information according to each user's role, expertise, and language for immediate understanding

Continuous learning adapting to individual usage patterns and organizational priorities

GOSSAMER™ CHARLOTTE™

Network-level AI for decision support and strategic planning

Aggregates distributed insights enabling strategic awareness no individual perspective could achieve

Scenario modeling evaluating intervention options before committing resources

Privacy-preserving federated learning improving capabilities without exposing sensitive data

Synthesizes complex multi-source information into actionable intelligence for leadership

Enables secure remote consultation networks connecting specialists with field personnel

GOSSAMER™ CHARLOTTE™

Network-level AI for decision support and strategic planning

Aggregates distributed insights enabling strategic awareness no individual perspective could achieve

Scenario modeling evaluating intervention options before committing resources

Privacy-preserving federated learning improving capabilities without exposing sensitive data

Synthesizes complex multi-source information into actionable intelligence for leadership

Enables secure remote consultation networks connecting specialists with field personnel

GOSSAMER™ CHARLOTTE™

Network-level AI for decision support and strategic planning

Aggregates distributed insights enabling strategic awareness no individual perspective could achieve

Scenario modeling evaluating intervention options before committing resources

Privacy-preserving federated learning improving capabilities without exposing sensitive data

Synthesizes complex multi-source information into actionable intelligence for leadership

Enables secure remote consultation networks connecting specialists with field personnel

GOSSAMER™ ARCHETYPE™

Pre-trained model library for rapid operational deployment

Domain-optimized foundation models for emergency response, healthcare, public safety, and defense

Built-in operational knowledge, terminology, and decision frameworks accelerating deployment

Custom model development encoding proprietary institutional expertise and best practices

GOSSAMER™ ARCHETYPE™

Pre-trained model library for rapid operational deployment

Domain-optimized foundation models for emergency response, healthcare, public safety, and defense

Built-in operational knowledge, terminology, and decision frameworks accelerating deployment

Custom model development encoding proprietary institutional expertise and best practices

GOSSAMER™ ARCHETYPE™

Pre-trained model library for rapid operational deployment

Domain-optimized foundation models for emergency response, healthcare, public safety, and defense

Built-in operational knowledge, terminology, and decision frameworks accelerating deployment

Custom model development encoding proprietary institutional expertise and best practices

GOSSAMER™ CARAPACE™

Attribute-based encryption and Zero Trust access control

Attribute-based encryption enforcing granular access policies that adapt as team composition, mission context, location, clearance, role, and operational conditions change.

File-level, message-level, and data-stream access controls ensuring sensitive information reaches only authorized personnel and systems.

Policy-driven authorization that supports dynamic rules such as mission assignment, organizational role, time window, operational area, and need-to-know conditions.

On-device policy enforcement supporting secure access decisions even when connectivity is degraded or unavailable.

Audit-ready access-control architecture designed to support high-security government, defense, healthcare, emergency response, and critical-infrastructure deployments.

Integrates with THREAD™ for secure collaboration, BLANKET™ for resilient network reachability, and SPINDEL™ and CHARLOTTE™ for AI-assisted policy interpretation, prioritization, and operational awareness.

GOSSAMER™ CARAPACE™

Attribute-based encryption and Zero Trust access control

Attribute-based encryption enforcing granular access policies that adapt as team composition, mission context, location, clearance, role, and operational conditions change.

File-level, message-level, and data-stream access controls ensuring sensitive information reaches only authorized personnel and systems.

Policy-driven authorization that supports dynamic rules such as mission assignment, organizational role, time window, operational area, and need-to-know conditions.

On-device policy enforcement supporting secure access decisions even when connectivity is degraded or unavailable.

Audit-ready access-control architecture designed to support high-security government, defense, healthcare, emergency response, and critical-infrastructure deployments.

Integrates with THREAD™ for secure collaboration, BLANKET™ for resilient network reachability, and SPINDEL™ and CHARLOTTE™ for AI-assisted policy interpretation, prioritization, and operational awareness.

GOSSAMER™ CARAPACE™

Attribute-based encryption and Zero Trust access control

Attribute-based encryption enforcing granular access policies that adapt as team composition, mission context, location, clearance, role, and operational conditions change.

File-level, message-level, and data-stream access controls ensuring sensitive information reaches only authorized personnel and systems.

Policy-driven authorization that supports dynamic rules such as mission assignment, organizational role, time window, operational area, and need-to-know conditions.

On-device policy enforcement supporting secure access decisions even when connectivity is degraded or unavailable.

Audit-ready access-control architecture designed to support high-security government, defense, healthcare, emergency response, and critical-infrastructure deployments.

Integrates with THREAD™ for secure collaboration, BLANKET™ for resilient network reachability, and SPINDEL™ and CHARLOTTE™ for AI-assisted policy interpretation, prioritization, and operational awareness.

GOSSAMER™ by CARIDACO delivers resilient, decentralized communications & AI at the edge for DDIL (disconnected, disrupted, intermittent, limited) conditions - keeping decisions moving when networks are contested.

GOSSAMER™ by CARIDACO delivers resilient, decentralized communications & AI at the edge for DDIL (disconnected, disrupted, intermittent, limited) conditions - keeping decisions moving when networks are contested.