QMatus EmblemQMatus
FOUNDATIONAL IP & R&D LAB

Deep-Tech Laboratory.

Pioneering collaborative networks of edge-optimized Small Language Models (SLMs). We replace massive, costly cloud models with synchronized swarms of specialized micro-models that work together at fraction-of-a-second speeds.

Research Lab — SLM Swarm Architecture

The Collaborative SLM Team

Click any team member or run the workflow to see how four small language models pass work to one another — faster and cheaper than any single large model.

UI LANESYSTEMS LANETask ContractTask ContractUI OutputAPI OutputProject Leadqm-arch-1.8bFrontend Developerqm-ui-1.4bBackend Developerqm-core-1.8bVerificationqm-math-0.8b
Inspector · Project Lead1.8 B params

qm-arch-1.8b

Reads brief, decomposes into modular task contracts, routes to peers. All communication over local high-speed IPC — zero cloud egress.

Exec Speed2.4 ms
Cost~0.02 W
Mutually Fast & Inexpensive: Whole team finishes in 12.8 ms with 94% lower compute cost than a single 70 B cloud model.
0 Cloud Egress · Local NPU Registers
SPEED & COST PROOF

Swarm Economics: Fast, Private, Inexpensive

TASK: Context Routing & Architectural Task Decomposition100% ON-DEVICE / ZERO EGRESS
QMatus Specialized Swarm (Sub-2B SLMs)4.2ms · Lead SLM (1.8B) · Local IPC
Monolithic 70B Cloud API520ms · 70B Cloud Model · High Latency
Architecture Invariant: The Lead Architect SLM parses specifications and routes modular subtasks in under 5ms, avoiding slow cloud roundtrips.
ARCHITECTURAL DISCIPLINE

How Specialized SLMs Outperform Generalist Models

Why deploying specialized teams of lightweight models is the future of sustainable, cost-effective enterprise AI.

Sub-15ms Latency

Local inference on NPU/GPU registers eliminates HTTP overhead and network queuing completely.

90%+ Cost Cut

Running small 1.8B models dramatically lowers FLOPS, slashing infrastructure hosting and token bills.

Zero Cloud Egress

Proprietary code and confidential company data never leave the local boundary or enterprise VPC.

Specialized Focus

Each model does exactly one job with extreme mastery rather than being a bloated jack-of-all-trades.

Collaborate on SLM Mesh Research

We partner with forward-thinking engineering organizations to deploy private, collaborative SLM teams.

Research Inquiry →