Built by AKOSBuilt on
FoundryMEDKONG for MACs turns a submitted prior authorization request into a structured, evidence-backed review case. Seven review gates, policy-aware findings, and a reviewer in control of every determination — through to the final decision, the UTN and the provider letter.
Okafor, Ruth
74 yrs · F
MBI 2RM7-TE4-NK61DOB 1952-03-08
0 / 7
Steps reviewed
2
Objections suggested
3 / 29
Documentation gaps
4 days
Until decision due
Complete
All required PAR elements are present and medical documentation can be reviewed.
SUGGESTEDAwaiting review
OCULOPLASTIC CONSULT — Ruth Okafor, 74yo, referred by Dr. T. Nguyen (optometry).
HPI: Three years of progressive bilateral upper eyelid drooping. Cannot see overhead signage; stopped driving at night; raises brows constantly to read, with forehead fatigue. Complaints are functional, not cosmetic.
EXAM: VA 20/30 OD, 20/40 OS corrected. MRD1 0.5 mm OD, 0.0 mm OS. Levator function 8 mm OU. Brow ptosis with chronic frontalis recruitment.
PHOTOS: Pre-operative photographs obtained (OD-1, OS-1, FRONTAL-1).
PLAN: Bilateral repair of blepharoptosis, frontalis technique (CPT 67906). Functional impairment documented; surgery recommended.
H02.403 · Unspecified ptosis of bilateral eyelids. Named in rule group 2 of Article A57618 for procedure 67906.
The MEDKONG MAC review workbench. Sample data.
Built by AKOS
Built on FoundryOntology-backed case objects, governed actions and full lineage — the infrastructure layer under every review gate.Human in the loopAudit trail per actionPolicy-aware findingsA purpose-built operational workbench for reviewing Medicare hospital outpatient prior authorization requests. Automated intake, eligibility and policy analysis, combined with a disciplined human-review process — reviewers receive a guided case, not a collection of files and reference tables.
Request, coverage, program, policy, diagnosis, modifier and documentation checks are assembled into one guided flow before a reviewer opens the case.
Every case follows the same P1–P7 decision framework and uses controlled status vocabularies, across reviewers and across contractors.
Visit notes, attachments, HCPCS data, articles, LCDs, NCDs, coverage rules and modifier rules sit alongside the case. Nobody leaves the workspace.
Reviewers verify or override every finding. Once a human has reviewed a step, a machine refresh never overwrites that decision.
The workflow proposes an outcome, issues the final decision, creates the UTN where applicable, generates the provider letter and locks the record.
Findings, reasons, notes, timestamps, reviewer identity, evidence and policy quotations, overrides and final outputs are retained as structured data.
A case opens automatically on submission. Three intake gates screen it, four medical-review gates judge it, and the decision stage issues the outcome. An objection at intake routes straight to Decision — no medical review on a request that should never have reached one.
Submission state, round, receipt channel, jurisdiction snapshot and timing. Opens the case, sets the decision clock, prepares P1–P3.
Reviewer controlOpen and prioritize the caseRequired PAR elements and attached documentation — beneficiary, codes, units, DOS, facility, bill type, expedited flag, document counts.
Reviewer controlVerify, or mark incomplete with reasonOriginal Medicare coverage on the date of service: named plan against all plans on file, coverage windows, payer rank, verification status.
Reviewer controlVerify, or rule out-of-scope / unknownHCPCS presence on the PA list, category effective dates and hospital outpatient bill type.
Reviewer controlVerify, change category, or mark PA not requiredCategory, state, MAC jurisdiction and DOS resolved to the coverage article, its version, and the linked LCD and NCD set.
Reviewer controlVerify, select an alternate stack, or record no articleICD-10 against the article’s medical-necessity rule groups: covered and non-covered flags, closed-list behavior, quoted rule text.
Reviewer controlCovered, excluded, not covered, or unknownLaterality, attesting clinician and the article’s published modifier requirements against the request facts.
Reviewer controlSatisfied, unverified, needs input, or conflictEvery administrative and clinical requirement against the submitted evidence: one ledger row each, with finding, quote, source and policy text.
Reviewer controlVerify or correct every row, then save the headlineThe judged board, standing objections, early-exit rules and prior response state — proposed as affirmed, non-affirmed or rejected.
Reviewer controlChoose the outcome and confirm the irreversible issueA reviewed objection at P1, P2 or P3 routes the case directly to Decision as a rejected intake request; the medical-review gates are skipped. A reviewed objection at P4–P7 completes medical review and proposes non-affirmed. Changing the category or governing policy upstream refreshes every dependent suggestion and returns previously verified downstream steps to review — human-overridden steps stay protected.
A progressive P1–P7 rail with active, completed, locked and skipped states. The machine suggests a status, a reason and the detail behind it; the reviewer verifies or overrides. The panels below are the queue, two of the gates, and the decision stage.
Select a MAC and the dashboard shows the open workload: what is awaiting review, what is in review, what is past its decision clock, and how decisions have gone. Every row carries its round, channel, current gate and due date.
17
Open cases
12
Awaiting review
5
In review
4
Past due
33% affirmed
of 3 reviewed decisions
85% verified
of 34 settled steps · 5 overridden
The MEDKONG MAC review workbench. Sample data.

A MAC review has to survive an audit. Foundry is what turns request data, beneficiary coverage, the CMS and MAC policy corpus and clinical documents into one governed operational model — and what makes every machine suggestion inside the workflow traceable rather than plausible.
The MAC case and the documentation ledger are ontology objects. The gate reviews and the final decision are governed actions. Nothing here is a chatbot bolted onto a portal.
Case objects, not spreadsheets
The MAC case and each documentation-review row are typed objects. Every gate status, reason, detail, reviewer and timestamp is a field an auditor can query.
Automations open the case
A submission or resubmission opens the case, snapshots the jurisdiction, prepares P1–P3 and starts P4–P7 in the background. Live-monitored, retry-enabled.
Actions carry authority
Record step review, review a ledger row, issue the decision — each is a governed action with organization-based validation, so only authorized reviewers act.
Lineage from policy to letter
Article, LCD, NCD, rule rows, evidence quotes and the letter are linked objects. An audit walks backward from any determination to what it was based on.
These are not policies layered on top of the software. They are how the case object, the review actions and the decision action behave.
The system proposes. A reviewer records each gate verdict and confirms the final outcome.
Verified and overridden gates and ledger rows are excluded from suggestion refresh writes.
Corrected statuses, reasons, notes, policy selections, reviewer identity and timestamps are stored on the case.
Changing an upstream input refreshes dependent machine findings and can invalidate stale verifications.
The case retains the machine’s original suggestion memory; operative columns reflect reviewed truth.
Composed from reviewed case fields and ledger data at issue time — not generated by an unconstrained model.
Once decided, steps and row reviews can no longer be changed through the workflow.
Competing review rounds stay readable but cannot issue another decision after the request has been answered.
A walkthrough runs 45 minutes and follows one case from the queue to the issued letter. Tell us your jurisdiction and role and an AKOS - MEDKONG engineer will set it up.
What the walkthrough covers
MEDKONG for MACs runs today in the MEDKONG prior authorization sandbox as a pilot-ready workflow. Source-system interfaces, production SLAs, retention, accessibility and security accreditation are confirmed during discovery and solution design.