ASP-RCM at RISE West 2026.
ASP-RCM exhibited at Booth 421 at the Manchester Grand Hyatt San Diego, September 2-4, 2026. Our focus: V28 HCC migration, RAF integrity, and coding accuracy that holds up in an audit. Here is the recap, with 21 photos from the floor.
Three days in San Diego, Booth 421.
RISE West is the West Coast gathering for Medicare Advantage and risk-adjustment strategy, covering execution under regulatory and financial pressure, AI and data at scale, and compliance readiness.
ASP-RCM exhibited in Grand Ballroom A/B with our risk-adjustment coding services and the ASP AI HCC engine, built on CMS-HCC V28 with a certified coder owning every code.
Topics we brought to the booth
- V28 HCC re-weighting and the codes that moved
- RADV and DVA audit-defense posture
- Prospective vs retrospective chart-review economics
- How AI coding assist changes your QA staffing model
21 photos from RISE West 2026.
The booth, the exhibit floor, and the event itself. Tap any photo to open the full-size viewer, then use the arrows, a swipe, or your keyboard to move through the set.
We exhibited at Booth 421.
BOOTH 421
Watch charts become defensible codes, concurrently.
Want the full engineering story? Read the complete HCC engine page →
This is the workflow we brought to the booth, run on de-identified charts: concurrent chart extraction with rapid OCR intake, V28 hierarchy resolution, MEAT evidence pinned to every suspect, and a reviewer dashboard where CPC-credentialed coders gate every code before it ships. Automation does the heavy lifting; certified humans own the result.
What our team brought to the floor.
V28 HCC migration, done right
2,300 ICD-10 codes re-weighted and 200+ removed. We show the 8-step migration path we run for MA and ACO REACH practices without dropping documented RAF.
RAF integrity with audit defense
Prospective and retrospective chart review that lifts captured RAF while keeping every code defensible under RADV and DVA scrutiny.
Coding accuracy QA that holds
A second-read model on HCC-relevant charts, with query workflows that close documentation gaps before submission, not after a takeback.
Risk-adjustment reporting a CFO trusts
Suspecting, gap closure, and RAF-trend reporting tied to real dollars, delivered in a monthly scorecard your finance team can act on.
The people who own the work.
ASP-RCM is senior-led. These are the leaders accountable for your coding and revenue-cycle engagement, from the first call through every monthly scorecard.
Aparna Suresh, CPB
Suresh Padmanabhan
Edward Scott
Taylor Rathbone
Sridhar Boobalan
A mapping table is easy to produce and hard to prove.
Built on CMS 2024 Model Software with CY2026 coefficients. We would rather hand you the audit than describe the capability. Bring the methodology questions to a working session.
The whole risk-adjustment stack, in one engine.
This is what we brought to the booth: the ASP AI HCC engine and the certified coders who run it, from suspecting through audit defense. Here is what it delivers, and what a live demo covers.
V28 mapping that survives audit
7,903 ICD-10 codes mapped to 115 CMS-HCC V28 categories on CMS 2024 Model Software with CY2026 coefficients. 1,500 of 1,500 sampled codes passed.
RAF suspecting and gap closure
The engine surfaces likely-but-undocumented HCCs and routes them to a certified coder before the encounter closes, not after a takeback.
Chart in, defensible codes out
ASP AI Engine reads every chart the same way twice and returns codes in 35 to 45 seconds, with a certified coder owning every one.
RADV and DVA audit defense
Every code traces back to the supporting language, so the record either supports it or it never ships.
HCC coding and automation, built to plug into your delivery.
Code more charts. Touch each one less. Defend every code. Our HCC partnership briefing, the same one we handed out at the booth. Click a page to zoom in.
Missed us in San Diego?
Book a 30-minute working session with our team. Bring your V28, RAF, or coding-accuracy question and we will come prepared with something specific, not a pitch.
