Your organization is paying to store data
it will never use again.
RNDA encodes your data to a compact signature at ingest and permanently discards the raw file. The data cannot be breached because it no longer exists.
86MB IBM quantum circuit → 256 bytes → reconstruction impossible. Dataset: QASMBench (PNNL)
What RNDA Does
Five capabilities. One architecture.
Storage Elimination
RNDA permanently eliminates raw data storage for applicable data types. Across 31 verified data types, storage requirements shrink by orders of magnitude — and scale with data volume. For organizations generating continuous structured data, RNDA can reduce storage requirements by 10% to 50% or more.
Privacy Protection
Once raw data is encoded, it is permanently discarded. There is nothing to breach, nothing to leak, and nothing to subpoena. Privacy is not enforced after the fact — it is the default state of the system from the moment data enters the pipeline.
Compliance Management
Define what gets encoded and discarded at ingest versus what gets retained in structured form. HIPAA, GDPR, CCPA, and ITAR compliance built into the pipeline — not audited after the fact.
Intelligent Retrieval
RNDA signatures are queryable and comparable without reconstructing raw data. Run similarity searches across millions of encoded records. Fidelity is highest for structured and mathematical data types.
Collaborative Intelligence
Multiple organizations independently encode their own data. The resulting signatures can be exchanged and analyzed across organizational boundaries — enabling joint R&D, fraud detection, and benchmarking without privacy exposure or competitive compromise.
How RNDA Works
Encode
Input data is encoded to a 256-byte signature using domain-specific semantic embedding. The encoding is mathematically one-way.
Discard
Raw input is permanently deleted after encoding. No copy exists anywhere — not in memory, cache, or storage.
Reconstruct
Queries generate contextually appropriate outputs from signature overlap. The same signatures produce different valid outputs for different contexts.
Proven Across 31+ Data Types
POC results on real public datasets. Measured compression. No synthetic numbers. Your results may vary by data type and volume.
| DATA TYPE | COMPRESSION | DISC. GAP | RECORDS | LATENCY |
|---|---|---|---|---|
| Quantum Circuits (IBM) | 351,939x | 0.46 | 243 circuits | ~275ms |
| Genomic FASTQ | 140,835x | 0.962 | 28 files | 22ms |
| AV Multi-Sensor Fusion | 6,366x | 1.09 | 300 | ~25ms |
| Financial Markets | 11,153x | 0.986 | 300+ | 21ms |
| 3D Brain MRI | 4,305x | 0.963 | 405 scans | ~25ms |
| Video (Action Recognition) | 1,868x | 0.998 | 175 clips | ~25ms |
| Supply Chain IoT | 991x | 1.027 | 7 streams | ~20ms |
| Network Traffic (PCAP) | 169x | 1.049 | 295 windows | ~20ms |
| Climate & Weather | 23x | 1.06 | 76 stations | ~10ms |
| Seismic Waveforms | 14.3x | 0.97 | 10,000 | 30.5ms |
One Architecture. Every Industry.
Every industry stores data it never needs to retrieve in its original form. RNDA eliminates that assumption — capturing the meaning in 256 bytes and discarding everything else. No breach surface. No decompression overhead. No storage bill that scales with data volume.
Don’t see your industry?
RNDA works on any data type. Contact us to discuss a custom POC.
CONTACT US →Ready to evaluate RNDA for your infrastructure?
We run custom enterprise POCs against your data type. Every number on this site came from a real POC. Yours will too.
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