GIST_SYSTEMS
[SOURCE]

Transmit Meaning.
Not Noise.

GIST Systems provides a unified semantic transport layer for extreme environments. Compress high-frequency sensor streams 40:1 with 99.8% fidelity.

Install Core Protocol
$pip install gist-protocol

Infrastructure for the Edge

Designed from the ground up for bare-metal targets, adversarial networks, and zero-trust deployments.

Semantic Compression

Encode 80-byte high-frequency floats into 16-bit semantic coordinates. Send state, not streams.

Zero-Malloc C Core

The embedded C library operates in 16KB of Flash and 480B of RAM. No dynamic memory.

Cyber Resilience

Transmitting 16-bit coordinates inherently obfuscates raw data. HMAC ratcheting ensures zero-trust.

Primal Band Topology

Explore the high-dimensional structure of a trained semantic codebook in real-time 3D.

3D SEMANTIC CODEBOOK (16x16)
Drag to rotate

Real-time Encoding

Watch the protocol translate raw industrial telemetry into semantic tokens.

DATASET: NASA_IMS_BEARINGLIVE
RAW_INPUT
GIST_TOKENS
0x4F0x2A0x8C0x11
COMPRESSION: 40:1MSE: 0.0012

Codebook Repositories

Pre-trained semantic dictionaries across 60+ domains. Ready for deployment.

Total Datasets: 67
#Dataset StructureDomainRaw Vol.GIST Vol.Ratio
1
NASA IMS BearingNASA_IMS
Industrial
#Vibration#High-Freq
1.2 MB30 KB40.0x
2
MIT-BIH ArrhythmiaMIT_BIH
Medical
#ECG#Time-Series
8.5 MB212 KB40.1x
3
CICIDS2017 IntrusionCIC_IDS
Cyber
#NetFlow#Security
4.1 GB102 MB40.2x
4
ESC-50 Env AudioESC_50
Audio
#Acoustic#Spectrogram
600 MB15 MB40.0x
5
MIMIC-III PPGMIMIC
Medical
#Photoplethysmogram
12 GB300 MB40.0x
6
CWRU Bearing FaultCWRU
Industrial
#Vibration#Drive-End
3.2 GB80 MB40.0x