Venture
Ploinky Wormhole Network
Ploinky Wormhole Network builds a secure communication layer for humans, agents, and governed workspaces.
Communication for the agentic era
As AI systems become more distributed and autonomous, communication patterns must evolve beyond simple messaging. Agents need to exchange files, coordinate actions, verify identities, and respect policy boundaries without human intervention. Traditional communication tools were not designed for machine participation at this level.
Ploinky Wormhole Network addresses this gap with a communication layer built for humans, agents, files, and governed workspaces operating under explicit trust and policy conditions. It provides the infrastructure for secure, auditable exchange in environments where multiple actors, both human and machine, need to collaborate.
Architectural foundation
Ploinky is organized around cryptographic identity, local control, minimal rendezvous infrastructure, and controlled peer-to-peer exchange. Every participant has a cryptographic identity that is independent of any central authority. Trust boundaries, mailbox state, and core control decisions remain close to the actor that owns them.
The architecture uses minimal infrastructure for discovery and routing while keeping the actual communication and data exchange as direct as possible. This reduces attack surface, eliminates central points of control or failure, and gives participants verifiable control over their communication.
Secure messaging and file exchange
The platform supports structured messaging with acceptance policies, delivery receipts, and content verification. File exchange includes integrity checks, access policies, and audit trails that record who sent what to whom and when. All of this happens under the participant's cryptographic identity with end-to-end security guarantees.
For enterprise and regulated environments, Ploinky provides inspectable communication records that compliance teams can review. The audit trail is cryptographic and tamper-evident, which means it can serve as evidence in regulatory contexts without requiring a trusted third party to vouch for its integrity.
Integration with AssistOS and the Outfinity ecosystem
Ploinky is designed as the communication backbone for AssistOS workspaces. Agents within a workspace use Ploinky to exchange messages, coordinate task execution, share results, and request human approval when needed. The integration is deep: workspace policies flow into communication policies, and the audit trail connects workspace actions with the communications that supported them.
This tight integration creates a unified environment where work happens in governed workspaces and communication happens over a secure, auditable network. Organizations get a complete picture of who did what and who communicated with whom, all within a consistent trust and policy framework.
Use cases beyond messaging
Beyond human messaging and agent coordination, Ploinky supports use cases in secure multiparty computation, federated knowledge sharing, and distributed workflow coordination. Research consortia can share findings without centralizing data. Supply chain partners can exchange verified documents without relying on a shared platform.
The venture's technology applies wherever multiple parties need to communicate and exchange data under explicit, cryptographically enforced policies. This includes enterprise collaboration, healthcare data sharing, financial services coordination, and any environment where trust and auditability are requirements rather than afterthoughts.
Venture relevance and business direction
As organizations move toward private AI environments, distributed workspaces, and agent-enabled collaboration, communication infrastructure becomes a strategic decision that affects trust, privacy, and control. Ploinky provides a foundation that aligns with these priorities rather than working against them.
The venture's product path includes a managed service for enterprise teams and AssistOS users, with self-hosted options for organizations that need full infrastructure control. Revenue comes from service subscriptions, self-hosted licenses, and integration partnerships with platforms that need secure communication capabilities.
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Request Ploinky Dossier
Dossier includes the cryptographic identity and P2P transfer architecture, AssistOS integration path, and enterprise communication use cases. Restricted to qualified investors and security-infrastructure operators under NDA.