v1.0.0 Public Beta

Autonomous
Laboratory
Protocol

Decentralized access to high-throughput sequencing and computational resources via HTTP 402 micropayments on Solana.

Active Network Status
OPERATIONAL
Instruments
0
AI Models
0
Latency
24ms
Uptime
99.9%

How It Works

Three-step workflow for decentralized laboratory access

01

Request Analysis

Submit sample data or computational task via HTTP 402 protocol. Smart contracts validate and price the request.

POST /api/analysis HTTP/1.1 X-Payment: SOL/402
02

Execute & Process

Distributed lab network processes your request. AI models analyze results in real-time.

Status: PROCESSING Lab: MIT-BioLab-01
03

Receive Results

Get analysis results with full provenance. Payment released upon delivery confirmation.

HTTP/1.1 200 OK X-Results: verified

Available Equipment

High-throughput laboratory instruments accessible via protocol

85%

DNA Sequencer

Illumina NovaSeq · 150bp Paired-End

$50.00 /run
92%

Mass Spectrometry

MALDI-TOF · High Resolution

$40.00 /run
78%

NMR Spectroscopy

600 MHz · Cryoprobe

$60.00 /run
65%

X-ray Diffraction

Single Crystal · Powder XRD

$80.00 /run
95%

Spectroscopy

UV-Vis-NIR · 0.2nm Resolution

$10.00 /run
88%

Microscopy

Confocal · Live Cell Imaging

$15.00 /run

Lab Network

Distributed laboratory infrastructure across global nodes

MIT BioLab

Online

Boston, MA · USA

24ms Latency
99.8% Uptime
5.0 Rating
ISO-9001 CLIA CAP

Stanford BioLab

Online

Palo Alto, CA · USA

31ms Latency
99.6% Uptime
4.9 Rating
ISO-9001 CLIA

Oxford Research

Online

Oxford · UK

18ms Latency
99.9% Uptime
5.0 Rating
ISO-9001 UKAS

Tokyo Biotech

Online

Tokyo · Japan

45ms Latency
99.4% Uptime
4.5 Rating
ISO-9001

Singapore BioLab

Online

Singapore · SG

28ms Latency
99.7% Uptime
5.0 Rating
ISO-9001 CLIA CAP
Documentation DOCS
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