Saratoga Springs, NY · Est. 2025

AI that lives
in the field,
not the cloud.

Synthesis Labs builds privacy-first, edge-AI sensor platforms for aquatic monitoring, precision agriculture, and ecological research. All inference runs locally. All data stays yours.

pH · Site A
7.24
Standard units
SLAMP · Node 001 · Saratoga County
pH 7.24 SU
Dissolved O₂ 88.5 %sat
Temperature 18.3 °C
Conductivity 412 µS/cm
AI Assessment Normal ✓
Representative data — live feed launching with Site A deployment
Who we are

Research infrastructure
built by practitioners.

We are a small applied research and AI engineering company based in Saratoga Springs, NY. We build the technology stack first — local LLM inference, IoT sensor networks, automated data pipelines — then deploy it against real problems in aquaculture, agriculture, and ecological monitoring. No cloud dependency. No vendor lock-in. No data leaving your property.

Synthesis Labs is a research division of Latent Synthesis LLC and operates as an open-data research organization, depositing collected datasets to the Open Science Framework under CC-BY 4.0 license as deployments produce data.

4
Sensor parameters monitored
2
Active deployment sites
$500
Per-node hardware cost
0
Cloud dependencies
Active research programs

What we're building.

Active
SLAMP — Aquatic Monitoring Platform

AI-augmented water quality monitoring for aquaculture and coastal ecology. Real-time pH, dissolved oxygen, temperature, and conductivity sensing with local LLM interpretation and automated anomaly alerts.

Atlas Scientific LoRaWAN InfluxDB n8n LM Studio
Active
Latent Field Systems — Agtech Sensors

Multi-parameter field monitoring platform for small-to-mid-scale farms. Soil moisture, microclimate, and crop health sensing with AI-generated management recommendations. Deployed at Saratoga County farm testbed.

Soil sensors LoRa mesh Grafana Edge AI
In Development
Project Chaperone — Child Safety AI

Privacy-first, on-device AI parental control system. Network-level content classification using locally-running LLM inference — zero cloud dependency, zero subscription, zero data transmission. NSF SBIR candidate.

Edge LLM Raspberry Pi CM4 Network interception
Research
Coastal Acidification Monitoring

Investigating pH buffering dynamics near aquatic vegetation (seagrass, macrophytes) in Erie Canal corridor waterways. Research in support of USDA-NOAA aquaculture and coastal deacidification programs.

USDA NIFA aligned OSF data pH dynamics
In Development
Diamond Forged Equine — Health Monitoring

AI-assisted equine health data collection and pasture monitoring. Combining IoT environmental sensors with pattern recognition for animal welfare and hoof health management applications.

Animal health IoT sensors Pattern detection
Research
AI Infrastructure Research

Applied research in local LLM inference optimization, edge compute architecture, and multi-node AI pipeline design. All inference infrastructure is owned and operated on-premise at our Saratoga Springs facility.

Qwen2.5 LM Studio Tailscale mesh n8n
Open data

Edge sensors. Open data.

All data collected by Synthesis Labs field deployments will be published openly. The values below are representative of expected readings from our hardware configuration at Saratoga County sites. Full datasets will be deposited to the Open Science Framework once Site A deployment is live.

pH · Site A
7.24
Standard Units
Normal range
Dissolved O₂ · Site A
88.5
% Saturation
Normal range
Temperature · Site A
18.3
°C
Seasonal range
Conductivity · Site A
412
µS/cm
Normal range
// NOTE
Values shown are representative data from hardware calibration at expected Saratoga County site conditions — not yet a live feed. Full time-series datasets with calibration records will be deposited to the Open Science Framework under CC-BY 4.0 once Site A deployment begins. AI analysis outputs will be included alongside raw sensor readings.
Open research outputs

Publications & datasets.

All research outputs will be publicly accessible under open licenses. No paywalls. No gatekeeping. Deposits to the Open Science Framework are scheduled alongside Site A field deployment.

White Paper · In Preparation
AI-Augmented Aquatic Monitoring for Coastal Deacidification and Aquaculture Systems
Vincek, N. · Synthesis Labs · 2026 · v0.1 draft
Technical platform specification and feasibility study for SLAMP. Covers sensor architecture, AI inference pipeline, research objectives, and data management plan.
OSF deposit pending
Dataset · Upcoming
SLAMP Site A — 30-Day Water Quality Baseline (Saratoga County, NY)
Vincek, N. · Synthesis Labs · August 2026 (projected)
pH, dissolved oxygen, temperature, conductivity readings at 5-minute intervals. Includes calibration records, AI inference outputs, and deployment metadata.
Coming soon — OSF deposit planned
Technical Note · In Preparation
Preliminary pH Dynamics at Two Upstate NY Sites: June–August 2026
Vincek, N. · Synthesis Labs · September 2026 (projected)
First research findings from SLAMP dual-site deployment. Phytoremediation buffering comparison, diurnal patterns, AI anomaly detection performance.
In preparation
Technical infrastructure

Built to run anywhere.

Our entire research stack runs on owned, on-premise hardware. No cloud subscriptions, no vendor dependency, no recurring compute costs. Every component is operational today.

  • 01
    Primary AI Inference Server
    High-performance desktop running LM Studio with Qwen2.5-32B. Handles all AI analysis workloads for field sensor interpretation and research report generation.
    RTX 5090 · 128GB RAM · Tailscale mesh
  • 02
    Field Operations Node
    Compact compute node running the full SLAMP software stack — ChirpStack, Mosquitto, InfluxDB, n8n, and Grafana. Manages all sensor data ingestion and pipeline automation.
    Ryzen 9 8945HS · 32GB RAM · NucBoxK11
  • 03
    LoRaWAN Sensor Network
    RAK Wireless LoRaWAN infrastructure providing up to 10km wireless range for field sensor nodes. All sensor telemetry transmitted over encrypted LoRaWAN protocol to ChirpStack network server.
    RAK7258 gateway · RAK4631 end nodes
  • 04
    Secure Mesh Network
    Tailscale VPN mesh connecting all compute nodes, enabling secure remote monitoring and inter-node AI inference routing without exposing any services to the public internet.
    Tailscale · All nodes on 100.x.x.x subnet
// SLAMP data pipeline
💧
Field sensor nodes
Atlas Scientific EZO · Raspberry Pi 4
↓ LoRaWAN
📡
LoRa gateway + MQTT
RAK7258 · Mosquitto broker
↓ MQTT subscribe
⚙️
n8n automation pipelines
5 workflows · ingest, analyze, alert, report, export
↓ write + query
🗄️
InfluxDB time-series
Raw readings + AI analysis records
↓ local inference
🧠
Local LLM (LM Studio)
Qwen2.5-14B · zero cloud · on-premise only
↓ visualize + publish
📊
Grafana + OSF export
Live dashboard · open data deposit on deployment
Get in touch

Research partnerships
& collaboration.

We are actively seeking university research partners for USDA NIFA and NSF grant co-applications, farm testbed hosts for sensor deployment pilots, and aquaculture operators interested in the SLAMP platform.

Research partnerships
Academic Collaboration
We are seeking co-PI relationships with faculty at land-grant and research universities for USDA NIFA SRGP Aquaculture (FY2027) and AFRI Strengthening Agricultural Systems applications.

latentsynthesis@gmail.com
Farm & aquaculture pilots
Free Sensor Deployment
We are offering free SLAMP sensor deployments to NY-based farms and aquaculture operations willing to host a 6–12 month monitoring pilot. No cost, no obligation. Your data stays yours.

latentsynthesis@gmail.com
General inquiries
Synthesis Labs
Latent Synthesis LLC
Saratoga Springs, NY 12866

latentsynthesis@gmail.com
Open data
OSF Research Data
All Synthesis Labs datasets will be publicly deposited to the Open Science Framework under CC-BY 4.0 license. Free to use, cite, and build upon. Deposits begin with Site A field deployment.

osf.io — deposit planned