Pre-submission denial scoring
TensorRT-compiled NeMo classifier scores every claim in under 100 ms before submission. [ASPIRATIONAL]
Revix applies RAPIDS GPU analytics to your claims history and a NeMo denial-risk model to every outgoing claim — surfacing undercoding opportunities, predicting payer denials before submission, and benchmarking your practice against anonymized specialty peers.
Layer 4 — revenue intelligence on top of Codexa and Authra
Specialty practices lose 5–15% of collectible revenue to preventable denials and systematic undercoding. Existing RCM analytics tools show what happened last quarter; Revix scores every claim before it leaves the practice and flags every encounter where the documentation supports a higher code.
RAPIDS cuDF parses ERA/835 remittance data at GPU speed — 10M claim lines in under 5 minutes, joining to Codexa encounter records for full context.
A NeMo denial-risk classifier — trained on payer adjudication history and compiled by TensorRT — scores every outgoing claim in under 100 ms. The score surfaces inline inside Codexa's review UI. [ASPIRATIONAL]
NeMo NLP compares the documented clinical complexity in each encounter note to the submitted E/M level — flagging every instance where the documentation supports a higher code.
A NeMo LLM generates CFO-ready quarterly reports: top denial codes, undercoding patterns, peer benchmark, and estimated recoverable revenue. [ASPIRATIONAL]
TensorRT-compiled NeMo classifier scores every claim in under 100 ms before submission. [ASPIRATIONAL]
NLP compares note complexity to E/M level — the single most common revenue leak in specialty medicine.
RAPIDS GPU clustering of ERA/835 data identifies denial patterns by payer, code, modifier, and provider.
NeMo LLM generates quarterly CFO-ready summaries: top denial codes, undercoding trends, recoverable revenue. [ASPIRATIONAL]
Compare your coding mix, denial rate, and E/M distribution against the anonymized Scribara specialty cohort.
Denial risk score and undercoding flag surface inline in the Codexa review UI — one workflow, zero context-switching. [ASPIRATIONAL]
Scanning a 5-year, 10M-claim ERA/835 history in RAPIDS takes under 5 minutes on GPU; CPU Pandas would take hours per scan. TensorRT per-claim denial scoring must complete in under 100 ms — a hard SLA that CPU inference cannot meet at the submission rate of a 50-provider practice.
Revix sits on top of the encounter data layer, sharing analytics with the full platform.
Revix ingests ERA/835 electronic remittance files from your clearinghouse and joins them to Codexa encounter records via a secure SFTP or API connection.
Yes — the NeMo model is trained per payer on your adjudication history, so scores reflect that payer's specific denial patterns and policies for your specialty.
An outcome-based pricing option (share of documented revenue recovery above baseline) is planned for enterprise customers. Contact us for terms. [ASPIRATIONAL]
See Revix score your last 12 months of claims and surface the recoverable revenue.