UTC 00:00:00
STATUS ACTIVE
CODEC RUNNING
Signal Compression

Signal-domain compression
for raw radar, RF,
and SAR data.

NOEMA compresses raw I/Q, radar, RF, and SAR datasets into smaller indexed working archives that remain reconstructable, fidelity-audited, and usable by downstream workflows.

2.3-8.6x
TESTED RANGE
ADAPTIVE · HIGH-FIDELITY · INDEXED
Codec active
Raw signal data compressed
Indexed working archive
Fidelity-audited reconstruction
On-premises · Air-gapped · Cloud
How it works

Four operations. Built for high-fidelity reconstruction.

NOEMA reduces raw signal data volume without requiring changes to existing recorders, archives, processors, or replay workflows.

01 Intake
Raw signal data enters NOEMA.

Built for high-volume I/Q, radar, RF, and SAR datasets. Runs from defaults, with tuning available when fidelity, throughput, or archive constraints matter.

Raw I/Q dataLevel-0 signal dataRuns from defaults
02 Compress
Create a smaller working archive.

NOEMA compresses signal data according to the statistical profile of each dataset. Compression performance depends on format, entropy, quantization, and fidelity target.

2.3-8.6x tested rangeDataset-dependent resultsBatch or real-time
03 Index and store
Keep the compressed archive usable.

Sidecar metadata records file structure, decode locations, reconstruction settings, and verification context so selected files or regions can be accessed later.

Indexed working archiveRegion-based accessOn-premises · Air-gapped · Cloud
04 Reconstruct and verify
Use the data downstream.

Reconstruct full files or selected signal regions for replay, analysis, validation, model-development workflows, or existing ground-processing pipelines. Reconstruction quality is measured with signal-level metrics.

SNR verifiedRMSE measuredCorrelation checked
Your dataset
50 TB
raw signal data
→
NOEMA
2.3 - 8.6x
tested compression range
→
Working archive
2.3-0.6 TB
57-88% smaller
→
Selective access
File / Region
window level access
→
Reconstruct
50 TB
fidelity-audited output
50 TB
Compression ratios are dataset-dependent · Tested on Level-0 SAR data · Results vary by format, entropy, quantization, and fidelity target
Who it's for

Designed for demanding signal pipelines.

Raw signal data is expensive to store, slow to transfer, and difficult to keep available for future replay, analysis, and processing. NOEMA reduces data volume while keeping reconstruction and downstream use in view.

Satellite in orbit
Satellite and SAR
Every reduction in Level-0 data volume matters.

SAR and radar signal data can be compressed at the source, on the ground, or between archive layers. Built for workflows where preservation, reconstruction fidelity, and downstream processing compatibility matter.

Defense and SIGINT operations
Defense and SIGINT
Operational signal data often needs to remain local, auditable, and replayable.

Deployable on-premises, in air-gapped environments, or close to the point of collection. Supports workflows where bandwidth is constrained, storage is limited, and reconstruction fidelity matters.

RF spectrum monitoring
Spectrum monitoring and RF intelligence
Continuous RF capture creates datasets that are difficult to revisit.

Raw RF recordings can be compressed, indexed, and reconstructed so analysts can retrieve selected windows, replay events, and preserve signal evidence.

Technical advantages

Selective reconstruction. Shared representation. Verified compression.

01 SELECTIVE DECODE

Region-based access

NOEMA sidecar metadata enables decoding of specific regions, time windows, or segments without full archive reconstruction, reducing unnecessary data movement during access.

Compressed raw archive ... Noema index R1 R2 R3 R7 R8 R9 DECODE R7 ONLY
02 SHARED METADATA

Shared codebook

One codebook can serve a batch of files, reducing overhead and keeping reconstruction behavior consistent across the archive.

Without shared codebook FILE A FILE B FILE C CB A CB B CB C With Noema SHARED FILE A FILE B FILE C
03 VERIFIED RECONSTRUCTION

Auditability

Sidecar metadata records what was compressed, how it was reconstructed, and which fidelity metrics were measured for every file.

RECONSTRUCTION REPORT SNR 46.2 dB RMSE 0.0041 CORRELATION 0.999976 VERIFIED INDEXED RECONSTRUCTABLE
04 WORKFLOW COMPATIBILITY

Runs beside existing systems

Designed to work with existing recorders, archives, processors, replay tools, and analysis workflows during evaluation.

Current workflow 5.2 TB ARCHIVE DOWNLOAD 5.2 TB INSPECT 1 REGION With Noema 5.2 TB ARCHIVE LOCATE REGION DOWNLOAD 40 MB INSPECT REGION
SHADOW MODE -- RUN BESIDE YOUR EXISTING PIPELINE. ZERO DISRUPTION.
Live in your environment
the same day.

No integration required for evaluation. Run NOEMA beside your current workflow and measure compression ratio, storage reduction, reconstruction fidelity, and operational fit on your own signal data.

ON-PREMISES · AIR-GAPPED · CLOUD
NO DATA LEAVES YOUR ENVIRONMENT
EXISTING WORKFLOWS CONTINUE
01 Receive
Evaluation package delivered

Binary, setup guide, sample workflow, documentation, and test data. Linux, Windows, and ARM deployment options available.

02 Deploy
Configure the run

Set input location, output location, compute limits, throughput constraints, and fidelity target. Defaults are provided for first-pass evaluation.

03 Observe
Results appear automatically

Review compression ratio, output size, reconstruction metrics, sidecar metadata, and archive reports generated from your own data.

04 Review
Make a technical decision

Compare storage reduction, transfer impact, reconstruction quality, selective decode behavior, and workflow fit before deciding whether to move forward.

Integrate as
Drop-in mode SDK / API Edge binary Batch or real-time

Request access

Human response within 24 hours. No automated sequences.

Human response within 24 hours · No automated sequences

Request received.

We will be in touch within 24 hours.