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The Algorithm
The Algorithm/Solutions/Failed Vendor Recovery
Solution

The Rescue

Inheriting a failed implementation from a Big 4 firm or legacy vendor and delivering a working system.

Tier ISurgical Strike
Timeframe8 – 16 weeks
The Situation

What We Inherit

You're 14 months into a $30M implementation. The original vendor deployed 200 consultants. You have a prototype that doesn't pass compliance review, a burn rate that keeps you awake, and a board asking hard questions. The vendor's response is a change order and another 6 months. You need someone who can inherit the wreckage and ship a working system.

The technical wreckage assessment happens in week one. What we find is almost never surprising: a data model that commingles regulated and non-regulated data in ways that make compliance architecturally impossible without a rebuild. Access controls implemented as application-level role checks rather than database-level constraints — meaning any application bug can bypass them entirely. Audit logging that captures what the developer thought the auditor would want, not what the regulation requires. Infrastructure provisioned in cloud regions without the required BAAs. The assessment is demoralizing for the client. It is a normal Tuesday for us.

The failed vendor is usually still present. Sometimes still billing. The team that built the non-compliant prototype is often the team being asked to remediate it — a structural conflict of interest that produces slow remediation and perpetuates the sunk cost logic that kept the engagement going. Our process is to work alongside your existing team where it makes sense and replace the vendor's team where it doesn't. We are not interested in blame attribution. We are interested in production systems.

Switching vendors mid-engagement is the decision most organizations make too late. The sunk cost psychology is predictable: two more months of burn feels more manageable than acknowledging that the previous eighteen months produced nothing. But the math is consistent — every additional month with a vendor who cannot deliver is a month of burn that produces no production output, while reducing the time available before the deadline. We have never encountered an organization that wished they had switched vendors later.

How We Work

First call is with a senior engineer. No pitch deck.

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Engagement Structure
Tier I
Surgical Strike

Tier I (Surgical Strike), sometimes Tier II for larger inherited implementations.

Root Cause

Why This Keeps Happening

Failed implementations aren't accidents. They're the predictable output of a business model that optimizes for engagement duration over delivery speed. The vendor sold a 24-month transformation. The team deployed on your project is measured on utilization, not outcomes. Discovery extends because discovery is safe billable time. Architecture decisions are deferred because decisions create accountability. Phase gates exist to manage the vendor's risk of scope reduction, not your risk of failed delivery. By month twelve, the sunk cost is too high to switch, and the vendor knows it. By month eighteen, the change orders have doubled the original budget. By month twenty-four, you have a prototype that doesn't pass compliance review and a new 12-month remediation roadmap.

The compliance failure that makes most failed implementations unshippable is not a surprise to the delivery team. The engineers who built the prototype know that the audit logging is insufficient. They know the access controls are not granular enough. They built it anyway because no one with authority to slow the build had the compliance depth to identify the gap in real time. The compliance workstream that was supposed to catch these issues was a separate team that joined in month six, after the architecture was locked. Retrofitting compliance onto a locked architecture is more expensive than building it compliant from the start — and the vendor knew this before month one.

The procurement process that produced the failed engagement was designed to find the most credible proposal, not the most capable delivery team. The proposal was written by senior partners who assembled a reference list from across the firm's portfolio. The delivery team was assembled from whoever was available after the proposal won. This is not fraud — it is the structural gap between consulting firms' proposal capability and their delivery capability, operating exactly as designed. The reference implementations were real. The team that delivered them was not the team on your project.

Ready When You Are

Recognize this situation?

We've inherited this exact scenario. Here's how we approach it.

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Our Approach

How We Execute

01
Week 1: Rapid Architecture Audit
We map what exists, what's salvageable, and what needs to be rebuilt. We review the existing codebase, infrastructure configuration, compliance documentation, and data architecture in parallel. No discovery theater — we've assessed failed implementations before and we know exactly what to look for.
02
Week 2: Compliance Gap Analysis
Every regulatory requirement your system needs to meet gets mapped to what's actually built. The gap becomes the build plan. We categorize gaps by severity: what creates immediate regulatory exposure, what blocks production deployment, and what can be addressed in a post-launch sprint.
03
Weeks 3-4: Architecture Stabilization
We stabilize what can be saved and replace what cannot. We establish ALICE in the pipeline immediately — from this point forward, every commit is compliance-validated before it merges. Your existing team stays in place where their context is valuable. We augment, not replace.
04
Weeks 5-10: Accelerated Build
Working in parallel tracks, our engineers build the missing components while keeping the existing system stable for development and testing. Each track has a compliance engineer embedded — not reviewing output after the fact, but validating compliance at every design decision in real time.
05
Week 11-12: Compliance Review & Production Deployment
Every output passes through ALICE before it touches production. Audit documentation has been generated throughout the build as a byproduct — not assembled at the end. Production deployment is a controlled event with rollback capability, not a deadline event with no safety net.
06
Week 12+: Knowledge Transfer
We hand over a working system with complete documentation: architecture diagrams, compliance mappings, operational runbooks, SentienGuard configuration, and the ALICE rule set. Your team can operate, extend, and maintain the system without reference to us.
API Compliance Verification
ProofGrid
Every integration our engineers build gets ProofGrid compliance monitoring as standard. It's why our API architectures don't create compliance gaps that surface during audits.
Platform briefing →
Self-Healing Infrastructure
SentienGuard
SentienGuard is what separates our managed infrastructure from every other MSP. It monitors, diagnoses, and remediates autonomously — within compliance boundaries. The 3am alert gets handled before anyone wakes up. The compliance posture stays current without a team watching dashboards. We deploy SentienGuard across every environment we host and manage, which means you get enterprise-grade infrastructure operations at a fraction of the headcount cost.
Platform briefing →
QA & Compliance Engine
ALICE
This is the single most important reason our teams deliver compliance-native systems. ALICE makes it mechanically impossible to ship non-compliant code. It's not a QA phase — it's infrastructure-level enforcement at every commit.
Platform briefing →
Industries

Where This Applies

Healthcare
Healthcare — Hospitals & Health Systems
Engineering teams that understand clinical reality
Healthcare
Healthcare — Payers & Insurance
Claims intelligence without the compliance anxiety
Financial Services
Financial Services — Banking
Core systems that don't hold you hostage
Government
Government & Public Sector
Fixed-price delivery. Working systems. No discovery phase.
Engagement Models

How We Structure the Work

Tier I (Surgical Strike), sometimes Tier II for larger inherited implementations.

Tier I
Surgical Strike
A handpicked team deployed against a single, high-priority objective. Focused platform builds, compliance remediation, and infrastructure modernization.
Team10 - 30 engineers
Duration8 - 16 weeks
OutputProduction system + audit documentation
Calculator

Estimate Your Vendor Recovery Cost

CALCULATOR
Vendor Risk Assessment
0 of 8 questions answered
Q01 · WEIGHT ×2

Does your vendor have a current SOC 2 Type II report?

Q02 · WEIGHT ×2

Has your vendor completed a penetration test in the last 12 months?

Q03 · WEIGHT ×2

How dependent are you on vendor-proprietary systems?

Q04

Does your vendor have contractual SLAs with financial penalties?

Q05 · WEIGHT ×2

Can you export all your data from the vendor within 24 hours?

Q06

Has your vendor tested their business continuity plan?

Q07 · WEIGHT ×2

Has your vendor had a material security incident in the last 2 years?

Q08

Is this vendor responsible for >50% of your critical operations?

RECOVERY GUIDE

Failed Vendor Recovery Guide

How to assess inherited wreckage, triage a non-compliant system, and execute a mid-engagement vendor switch without losing the deadline.

Stuck with a failed vendor? Talk to us.

Our engineers have handled this scenario before. Domain-qualified teams, compliance from day one, production systems — not roadmaps.

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Related
Service
Compliance Infrastructure
Service
Enterprise Modernization
Service
Cloud Infrastructure & Migration
Industry
Healthcare — Hospitals & Health Systems
Industry
Healthcare — Payers & Insurance
Industry
Financial Services — Banking
Platform
ProofGrid
Platform
SentienGuard
Why Switch
vs. Accenture
Why Switch
vs. Deloitte
Engagement
Surgical Strike (Tier I)
Engagement
Enterprise Program (Tier II)
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