MULTI-AGENT

COGNITION

Multi-Agent Cognition [M.A.C.] is a three-pillar cognitive architecture that combines a neuro-symbolic control spin, seed-deterministic spatial GraphRAG navigation, and a tri-partite memory system with sleep-consolidation. Together they give agents fast reflexes, efficient map reasoning, and self-cleaning long-term memory that preserves critical facts while keeping context small.

See Reports
// SECTION: RAW_DATA
001
tri-partite
_
spacial-graphragnodes:20
mac-l codec
000%Test Suite Success
0.000msInterrupt Latency
0.0000ms/envelopeProtocol Parse Latency
00.0 envelopes/secWebsocket Throughput Benchmark
mac pillarsTICK:0000
Pillar NamesStatusResult
TRI-PARTITE
TESTED
PASSED
SPACIAL-GRAPHRAG
TESTED
PASSED
MAC-L CODEC
TESTED
PASSED
Completed Prototypes100%
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002
Render: MACLIVE
CAM: -45deg / ISORES: 2048x2048
PULSATE_LABS.MDV0.1

Infrastructure built for
long-horizon agency

Multi-Agent Cognition (M.A.C.) is an end-to-end cognitive backbone that lets LLM agents act in the real world for days, not prompts. It fuses three hard pieces most stacks hand-wave: a neuro-symbolic control spine with microsecond-level interrupts, a seed-deterministic spatial GraphRAG navigator, and a tri-partite memory system that sleep-consolidates experience into compact, self-cleaning long-term state.

Instead of throwing bigger context windows and ad-hoc tools at the problem, M.A.C. gives your agents fast reflexes, efficient map reasoning, and compressed, auditable memory — so they stay responsive at millisecond timescales while planning over weeks of history without drowning in tokens or losing critical facts.

UPTIME:121d 14h 32m 08s
TEST_PASS_RATE100%
REFLEX_LATENCY0.01ms
TOKEN_COMPRESSION96.8%
SPATIAL_QUERY1.19ms
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003
Render: QUANTUM_CORELIVE
CAM: ANIM_LOOPRES: 2048x2048
EXEC_RECEIPT.LOGIBM_Q

Quantum superposition via
3-qubit coin flip

A 3-qubit quantum coin flip simulates flipping three coins at the exact same time in a state of quantum superposition. Instead of just Heads or Tails, the system yields 8 equally probable states (from |000⟩ to |111⟩). We ran this experiment 1,000 times on remote IBM Quantum hardware to demonstrate true quantum randomness.

STATUS:VERIFIED_ON_HARDWARE
BACKENDIBM Quantum (remote)
QUBITS3
SHOTS1000
|100⟩138 hits
||||||||||||||||||||100.0%
|011⟩136 hits
||||||||||||||||||||98.6%
|010⟩131 hits
|||||||||||||||||||94.9%
|110⟩130 hits
|||||||||||||||||||94.2%
|000⟩124 hits
||||||||||||||||||89.9%
|111⟩123 hits
||||||||||||||||||89.1%
|001⟩112 hits
||||||||||||||||81.2%
|101⟩106 hits
|||||||||||||||76.8%