OPEN SOURCE · LANGUAGE MODELS · EMBEDDINGS · AGENTS

We engineer

for the GenAI era.

Vectorphile designs, fine-tunes and operates open-source intelligence — sovereign language models, embedding pipelines and autonomous agent systems, deployed on your infrastructure. No black boxes. No vendor lock-in. Full weight control.

0+
MODELS IN PRODUCTION
0M
TENSORS / SEC
0.9%
UPTIME SLA
SCROLL
LLAMA 3QWEN 3MISTRALDEEPSEEKBGE-M3OLLAMAVLLMQDRANTLANGGRAPHPYTORCHGGUFMCP
LLAMA 3QWEN 3MISTRALDEEPSEEKBGE-M3OLLAMAVLLMQDRANTLANGGRAPHPYTORCHGGUFMCP

Open weights. Closed loops.

Every model we ship is derived from the strongest open-source foundations, distilled to your domain, quantized for your hardware, and served with your data never leaving your perimeter.

LANGUAGE · INSTRUCT

Vectorphile-R1

32B

Domain-adapted reasoning model built on open Llama-class weights, QLoRA-fine-tuned on your corpus, instruction-aligned with DPO.

REASONING92%
GROUNDING88%
LATENCY P99< 80ms
128k ctxQ4_K_MDPOvLLM
EMBEDDING · RETRIEVAL

Vectorphile-Embed

BGE-M3

Fine-tuned multilingual embedding model with Matryoshka truncation, contrastive-tuned on your knowledge base for retrieval that actually ranks.

MTEB CUSTOM71.4
NDCG@100.81
LANGUAGES100+
1024-dimMatryoshkaContrastiveONNX
AGENT · ORCHESTRATION

Vectorphile-Graph

AGENTS

Multi-agent runtime with planner–executor–critic loops, durable memory, tool sandboxing and human-in-the-loop checkpoints. Agents that finish jobs.

TASK SUCCESS94%
TOOL CALLS / RUNavg 7.2
HITL ESCALATIONS2.1%
LangGraphTool SandboxRedis MemMCP

Everything you need to ship sovereign AI.

From a single embedding pipeline to full multi-agent platforms — we architect, train, evaluate and operate open-source AI systems in production.

LLM Engineering

Domain-adapted open-source language models — fine-tuned with QLoRA, aligned via DPO, quantized to GGUF/AWQ and served at production scale on your own hardware. From 3B edge models to 70B clusters.

Fine-tuningQLoRAvLLMGGUF

Embedding & RAG Systems

Custom embedding pipelines, hybrid sparse+dense retrieval, and reranking architectures that make proprietary knowledge instantly queryable — with citations your legal team will actually accept.

BGE / E5QdrantHybrid SearchReranking

Autonomous Agents

Multi-agent orchestration with planner–executor–critic loops, tool use, durable memory, and sandboxed code execution. Agents that execute entire workflows — not just chat about them.

LangGraphTool UseMCPHITL

Evals & Observability

Rigorous evaluation harnesses, hallucination detection, faithfulness scoring, and full OpenTelemetry tracing. You don't ship what you can't measure — we make models measurable.

DeepEvalTracingGuardrailsOTel

AI Infrastructure

GPU clusters, inference optimization, Kubernetes orchestration, autoscaling and cost engineering purpose-built for LLM workloads. Maximum tokens per dollar, guaranteed by design.

KubernetesONNX / AWQCUDAAutoscaling

AI Strategy & Audits

Open-source vs. build-vs-buy analysis, model selection frameworks, and compliance roadmaps that keep you sovereign, secure, and ahead of regulation — GDPR, HIPAA, and beyond.

RoadmapsComplianceTCO AnalysisGDPR

One pipeline. Every modality.

The Vectorphile inference stack — data to deployment, fully in the open.

DATA LAKEdocs · code · mediaEMBED MODELVectorphile-Embed · BGE-M3VECTOR INDEXqdrant · hnsw · 41M chunksRETRIEVERhybrid + rerankAGENT GRAPHplan · exec · criticTOOL SANDBOXsql · code · browser · mcpEVAL HARNESSfaithfulness · pii · driftVECTORPHILE-R132B · Q4_K_M · 128k ctxvLLM · p99 < 80msMEMORYredis · episodicDATA → EMBED → RETRIEVE → REASON → ACT → EVALUATE → ALL OPEN SOURCE
310 tok/s
Single-node throughput on 8×A100, continuous batching via vLLM.
42ms TTFT
Time-to-first-token with prefix caching and speculative decoding.
41M chunks
Indexed across client knowledge bases — sub-40ms retrieval at p95.

Watch a model come online.

vectorphile@gpu-cluster — zshCLUSTER: HEALTHY
$ vectorphile deploy --model vectorphile-r1 --quantize q4_k_m
▸ resolving weights from hf://vectorphile/vectorphile-r1 … done (2.1s)
▸ warming KV cache on 8×A100 (80GB HBM3) … done
▸ loading embedding: vectorphile-embed-bge-m3 … done
▸ vector index attached: qdrant://prod — 41,203,882 chunks · hnsw · cosine
▸ attaching tools: [search, sql, code_exec, browser, mcp-gateway]
▸ agent graph compiled · 4 nodes · memory: redis://episodic · hitl: enabled
 
╔══════════════════════════════════════════════════╗
║ Vectorphile-R1 · 32B · Q4_K_M · ctx 128k ║
║ ttft 42ms · tok/s 310 · p99 < 80ms · batch 256 ║
╚══════════════════════════════════════════════════╝
 
✔ serving on http://0.0.0.0:8080 — OPEN WEIGHTS · OPEN ROAD

Built on open foundations.

Battle-tested tooling across the entire GenAI lifecycle — every layer inspectable, forkable, yours.

PyTorch
training
Hugging Face
model hub
LangGraph
agent orchestration
Ollama
local inference
Qdrant
vector database
vLLM
serving engine
Ray
distributed compute
FastAPI
api layer
Kubernetes
orchestration
ONNX Runtime
portable inference
Weights & Biases
experiment tracking
PostgreSQL
state & lineage

From idea to
inference in weeks.

A ruthless, engineering-first process. Every phase ships something runnable — no slideware, no vapor, no "Phase 3: magic."

Begin Phase 01
01

Discover & Audit

week 1

We map your data estate, workflows, latency budgets and compliance constraints. Output: a ruthless feasibility report, model shortlist, and a cost model with real GPU pricing — not guesses.

02

Prototype

weeks 2–3

A working vertical slice against your real data: real retrieval, real latency numbers, real failure modes exposed early. If the slice doesn't impress, we don't scale it.

03

Train & Tune

weeks 3–6

QLoRA fine-tuning, quantization sweeps, DPO alignment, and eval loops until the metrics — not the vibes — say go. Everything tracked, versioned, and reproducible.

04

Ship & Operate

ongoing

Production deployment on Kubernetes, full observability, guardrails, drift detection and on-call support. We stay until the system is boring — boring is the goal.

Your models.
Your data. Your era.

Tell us what you're building. We'll tell you how fast it can run — and exactly what it costs to keep running.