Healthcare Standard

Strategy requires code.

A phase-based operating system that turns healthcare strategy into compliant, production-grade software. We staff it, architect it, and ship it under HIPAA and HITRUST control, so the advisory firm carries the relationship and never the delivery risk.
delivery_pipeline.flow AI-Accelerated SDLC
Shipped
// Where Strategy Meets Its Limits

The gap we own.

The same failure repeats across payers, providers, health systems, and health tech. We built the playbook to close it.

Exposure The gap we own What delivery demands What the advisory scope covers Pre-Award At Award Mid-Execution In Delivery
What delivery demands What the advisory scope covers

Unscoped Delivery

The strategy is sound. Nobody has scoped the staffing model required to actually deliver it.

Contained to fix

Unpriced Engineering

The RFP is won. Nobody has priced the engineering effort or named a technical owner.

Recoverable to fix

Late Risk Discovery

The roadmap is approved. Migration and integration risk surfaces mid-build instead of before it.

Expensive to fix

Generalist Bench

The client asks who is building this. The answer has to be a healthcare-fluent delivery team.

Structural to fix
// Our Posture

Extension, not replacement.

Principles that constrain how we operate inside a healthcare advisory engagement.

01

We augment. We do not compete.

We operate inside your account team, under your brand, in front of your client. The relationship stays yours. The technical workstreams, and the accountability for them, become ours.

02

Compliance is the operating condition.

HIPAA controls and HITRUST CSF certification are how an engagement starts, not something retrofitted before go-live. PHI handling, access control, and audit logging are designed in at architecture and evidenced at every release.

03

Staffing is engineered, not guessed.

Every engagement opens with a skillset and org design exercise. The system landscape dictates the team, never a standing roster, so the shape shifts by program: weighted to interoperability on a migration, to data science on a risk model, to quality and regulatory on anything submission-bound. Whatever the work demands, we staff it.

04

Risk is diagnosed before signature.

Migration complexity, integration debt, and test coverage are diligence items while the SOW is still being drafted. We would rather lose an argument in scoping than find the same problem in production.

// The Execution Roadmap

Strategy-to-delivery pipeline.

Six phases, from pursuit to durable capacity, each with its own objective, failure mode, and outputs.

Phase 01

Pursuit Diligence

// Objective:Make the technical story defensible while the pursuit is still winnable.
// Failure Mode:Winning on vision, then discovering the technical ask was underscoped.

Focus Areas

  • Joint pursuit narrative
  • Technical feasibility assessment
  • Effort sizing + delivery options
  • Legacy and data risk flags

Outputs

  • Grounded proposal narrative
  • Defensible delivery options
  • Early risk register
Phase 02

Engagement Design

// Objective:Name every role, its ramp, and its reporting line before kickoff.
// Failure Mode:Generic staffing instead of skillsets matched to the actual system landscape.

Focus Areas

  • Role + skillset mapping
  • Engagement model selection
  • Ramp and transition planning
  • Governance cadence design

Outputs

  • Staffing plan per workstream
  • Recommended engagement model
  • Governance + comms structure
Phase 03

Systems Modernization

// Objective:Decide what stays, what gets replaced, and what moves, before anyone writes code.
// Failure Mode:Treating modernization and migration as implementation detail instead of upfront architecture.

Focus Areas

  • Legacy modernization path
  • Claims, clinical, member migration
  • HL7, FHIR, X12 EDI interop
  • MDM + master patient index

Outputs

  • Modernization + cutover plan
  • Interoperability architecture
  • Test strategy + coverage plan
Phase 04

AI Enablement

// Objective:Place AI where it creates measurable clinical or administrative leverage, under the same PHI controls as everything else.
// Failure Mode:AI pilots that stall because they were never architected for PHI handling or regulatory scrutiny.

Focus Areas

  • Prior auth, UM, claims, RCM use cases
  • Clinical + admin doc automation
  • Predictive and population models
  • Validation, bias, explainability, HITL

Outputs

  • Prioritized AI use case roadmap
  • HIPAA / HITRUST-grade components
  • Model governance + monitoring
Phase 05

Delivery

// Objective:Ship under real production constraints, with patient data integrity non-negotiable.
// Failure Mode:Velocity without healthcare-grade discipline around data integrity and change control.

Focus Areas

  • Build to the agreed architecture
  • Migration execution + validation
  • Functional, integration, perf, security QA
  • Change control + release management

Outputs

  • Tested software in production
  • Migration validated to source
  • Live delivery metrics
Phase 06

Durable Capacity

// Objective:Absorb growing scope without re-litigating staffing or trust every time.
// Failure Mode:Treating delivery as a one-off project instead of a durable extension of capability.

Focus Areas

  • Team flex with engagement scope
  • Knowledge transfer to advisory + client
  • Continuous compliance posture
  • Reusable patterns across accounts

Outputs

  • Delivery capacity on demand
  • Transferable technical knowledge
  • A track record for the next client
// Compliance Posture

We do not treat trust as optional.

HITRUST CSF certification and HIPAA attestation are entry conditions on every healthcare engagement we run, not a slide saved for the last page of the deck. Every engineer, architect, and QA lead on a healthcare account works to the same audit-ready standard, from the first commit to production release.

StandardScopeStatus
HITRUST CSF PHI handling, risk management, and control maturity Certified
HIPAA / HITECH PHI privacy, security, and breach notification Attested
HL7 v2 & FHIR R4 Clinical data exchange and US Core profiles Built to
X12 EDI 837 / 834 / 835 Claims, enrollment, and remittance transactions Built to
// Enforced on every healthcare engagement
Business Associate Agreements
Minimum-necessary PHI access
Immutable audit logging
Encryption in transit and at rest
// Deployment_Models

How we plug in.

Not a roster of resources. A calibrated response to where the account sits in its lifecycle.

1. The Consult

Pre-Award

A specialist read before you commit. Feasibility, effort sizing, and risk framing while the pursuit is still winnable.

EngagementProposal Cycle
FocusAward Readiness

2. The Care Team

Embedded

A multidisciplinary squad staffed to the program rather than to a template, integrated into your account to carry the roadmap end to end.

Engagement3+ Months
FocusDelivery Capacity

3. The Attending

Fractional

Senior technical and architectural leadership on rounds across your portfolio. Standing oversight without a full-time hire.

EngagementOngoing
FocusTechnical Governance
// Who This Is For

Built for the full breadth of healthcare.

Five segments, one delivery team. No ramp-up on the domain, and no translation layer between your strategy and the people building it.

Payers

  • X12 837 / 834 / 835
  • Prior authorization
  • Risk adjustment
  • Care management

Providers

  • EHR integration
  • Scheduling
  • Clinical documentation
  • Revenue cycle

Health Systems

  • HL7 v2 / FHIR R4
  • Master patient index
  • Data migration
  • Analytics

Life Sciences

  • Validated pipelines
  • Audit-ready release
  • Traceability

Health Tech

  • Platform modernization
  • Legacy decomposition
  • Interoperability
  • Scale engineering

Discuss a live engagement.

No decks. No pitches. Just context. We'll map the phase you're in, pursuit through durable capacity, and the fastest path to execution capacity without new risk.

>_ Initialize Working Session