PrivateClient.ai

Sovereign Compute Framework — If it can handle your private messages, it can handle your private compute.

Executions

Languages

<50ms

Latency

E2EE

Security

ATmosphere Layer

PDS Interaction

chat.bsky.convo Lexicons

DM → Terminal command mapping via AT Protocol

E2EE Provider

Germ DM Bridge (MLS)

KeyPackage advertised in DID records

Compute Bridge

SOVEREIGN Interpreter

Natural language → Code execution

MCP / Local AI

Execution Engine

SOVEREIGN Interpreter

Inference Provider

Gemini 2.0 Flash

27 tok/s measured — local RTX 3050 (Cerebras ~2100 is a vendor spec, not wired)

Sandboxed Runtime

JS • Python • Shell • MÆCH

Compute Terminal

æææ:///private.compute

SOVEREIGN Compute initialized

Languages: javascript, python, shell, mech

Ready for private compute...

Cryptographic Foundation

Traditional Cloud

O(n)

→

PrivateClient.ai

O(log n)

TreeKEM-based key distribution for scalable private compute

Security Guarantees

✓ Sovereign Execution: Code runs in isolated sandbox

✓ Zero-Knowledge PDS: Provider only sees encrypted prompts

✓ DID-Bound: Compute tied to sovereign identity

✓ Post-Compromise: Self-healing session state

MCP Tool Schema (compute.sovereign.*)

interpret()

{ "name": "interpret", "description": "NL → Code execution", "inputSchema": { "prompt": "string", "language": "js|py|sh|mech" } }

execute()

{ "name": "execute", "description": "Sandboxed code run", "inputSchema": { "code": "string", "language": "string" } }

history()

{ "name": "history", "description": "Compute audit log", "returns": [ { "id", "prompt", "result" } ] }