Healthcare
systems.
We help healthcare teams modernize clinical and operational systems without breaking privacy boundaries, delivery cadence, or the humans who already keep the lights on.
The control view.
We help healthcare teams modernize clinical and operational systems without breaking privacy boundaries, delivery cadence, or the humans who already keep the lights on.
What we can build.
DenialIQ
Manual denial review, generic denial logs, and payer-specific rework handled from memory.
Initial release supports the highest-volume payers for one specialty with denial upload, categorization, and appeal drafting.
$3k-$12k/mo by claim volume
ShieldCompliance
Annual HIPAA assessments, BAA spreadsheets, and spot-check audit log reviews.
Version one focuses on BAA management, one EHR audit-log feed, and a weekly compliance report.
$1.5k-$4k/mo
CredentialFlow
Spreadsheet-based provider onboarding, payer-portal rekeying, and renewal reminders managed by hand.
First release covers document intake, five credential types, and alert-driven renewal tracking before broader payer automation.
$400 per onboarding + $200/provider/year monitoring
Where real value opens.
Prior authorization operations hub
Payers, MSOs, and specialty providers
Authorization work is still spread across call centers, fax queues, and payer portals, with no single operational truth.
A workflow layer that normalizes intake, tracks status, and keeps humans in the loop only on clinical edge cases.
PHI-safe release platform
Healthcare platform and DevOps teams
Teams cannot ship quickly because every regulated workload needs custom review, one-off controls, and tribal knowledge.
A default deployment path for PHI workloads with policy checks, access boundaries, and rollback built in.
Patient journey gap detector
Care operations and payer transformation teams
Clinical and operational systems disagree on the same patient journey, so staff bridge gaps manually after the fact.
A signal layer that watches event handoffs, flags missing transitions, and surfaces recovery queues before care stalls.
Bodies that shape the field.
The system route.
Surface
HIPAA / HITRUST environments
Pressure
Protected health data boundaries must be explicit in code, infrastructure, and access review.
Watchpoint
Teams are shipping around the EHR instead of through a stable integration layer, so every change creates a new exception path.
Proof
A smaller operational surface area with clearer ownership, access controls, and deployment paths.
Forces that warp the build.
Protected health data boundaries must be explicit in code, infrastructure, and access review.
Interfaces to legacy EHR and payer systems are usually the critical path, not the UI.
Clinical workflows tolerate downtime poorly, so rollback and observability are first-order concerns.
Procurement, security, and compliance stakeholders often need equal weight with engineering.
What tends to break first.
Teams are shipping around the EHR instead of through a stable integration layer, so every change creates a new exception path.
Platform teams own dozens of services but still cannot give product teams a safe default way to deploy regulated workloads.
Clinical and operational staff are forced to bridge data gaps manually because systems disagree on the same patient journey.
What remains after the engagement.
A smaller operational surface area with clearer ownership, access controls, and deployment paths.
Integration boundaries that respect PHI handling while still letting product teams ship useful features.
Audit-friendly delivery practices that reduce Friday-night fear instead of institutionalizing it.
How we enter and leave.
Typical engagements involve integrating fragmented data flows, shrinking service sprawl, and giving platform teams one safer path to production for regulated workloads.
We bias toward simpler architectures with stronger operational controls so care teams and platform teams are not forced into heroics every release.
If this operating environment looks familiar, we can scope the first tranche of work, the control surface, and the delivery cadence.