Wexford Stern

Operating Thesis

Wexford Stern Operating Thesis

Operating Model

Foundry operates as a holding company with sector-focused operating platforms. Individual operating platforms focus on clusters of businesses with similar workflow structures - this structure allows each platform to develop domain expertise while leveraging shared transformation infrastructure developed centrally.

Wexford Stern holding company operating modelHolding company modelWexford Stern HoldcoCapital allocation, M&A / diligence, and AI transformationsit alongside shared data infrastructure and reusable primitives.Capital allocationM&A / diligenceAI platformShared data infrastructureHealthcareWorkflow PlatformComplianceWorkflow PlatformFinancial WorkflowPlatformActive operating laneMGA CoSpecialtyLender CoInsuranceServices Co

Financial Workflow Platform

Our initial area of focus is a class of financial services businesses that operate structured, compliance-driven workflows. These companies sit within the operational infrastructure layer of the financial system, enabling financial risk and obligations to be evaluated, documented, executed and monitored.

Across insurance, lending, servicing and compliance, the same underlying architecture recurs: document-heavy intake, rules-based decisioning, structured case management, regulatory verification and repeatable reporting. These shared primitives are more important than the end-market category and define the true boundaries of the sector.

This common operating model makes the platform particularly well suited to AI-enabled transformation. High levels of manual processing, fragmented data and human-in-the-loop decisioning create clear opportunities for standardisation, automation and margin expansion.

Our current UK screening universe comprises 469 companies with estimated enterprise values ranging from £10m to £1bn. Delegated underwriting and MGAs represent the largest cluster, with 181 companies mapped, followed by specialty lending with 160. The market skews heavily toward the lower mid-market, with 63% of companies below £50m EV and 87% below £100m.

Insurance workflows remain the most attractive initial entry point due to their density of these primitives, but the broader Financial Workflow Platform provides a more scalable framing than a narrow MGA-only lens. The current dataset is sufficient for market structure analysis and target identification, with further enrichment planned as the platform develops.

The Financial Workflow Platform sits between capital providers and end customers, with workflow operators acting as the operational layer that evaluates, routes, services and evidences transactions.

​​Acquisition Strategy

We’re building an operating system for AI transformation and deploying it into increasingly bigger deals, laddering up towards the enterprise.

Acquisition ladder

Scaling the operating system into progressively larger deals

Each deployment expands the workflow platform, improves the system, and creates a non-linear path from lower-mid-market targets toward enterprise-scale transactions.

Year 1

Deal 1
Revenue£20M
EBITDA£3.5M
EV£18M
Deal 2
Revenue£60M
EBITDA£9M
EV£54M

Year 2

Deal 3
Revenue£180M
EBITDA£28M
EV£170M
Deal 4
Revenue£300M
EBITDA£45M
EV£300M

Year 3

Deal 5
Revenue£500M
EBITDA£75M
EV£500M
Deal 6
Revenue£800M
EBITDA£120M
EV£800M

Year 4

Deal 7
Revenue£1.2B
EBITDA£180M
EV£1.2B
Deal 8
Revenue£2.0B
EBITDA£300M
EV£2.0B

Year 5

Deal 9
Revenue£3.0B
EBITDA£450M
EV£3.0B
Deal 10
Revenue£5.0B
EBITDA£750M
EV£5.0B

Larger businesses contain more workflow volume, more data, and greater embedded inefficiency. As a result, the same system produces disproportionately greater gains when deployed at scale. Each successive acquisition increases both the size of the platform and the effectiveness of the system applied to it.

The system improves with each deployment, becoming more capable, more reusable, and faster to implement. This creates a compounding effect and the result is a non-linear scaling dynamic. Within a small number of transactions, the holdco transitions to enterprise-scale deals, this progression can allow us to reach approximately £5B in enterprise value within five years.

Workflow primitives and business archetypes

The most useful way to analyze this market is through workflow primitives. These are the repeatable operating units that recur across very different-looking businesses: intake, extraction, verification, routing, decision support, servicing, settlement and reporting. The same primitives reappear across delegated underwriting, claims administration, specialty lending and compliance operations. That is what creates the possibility of a shared automation stack.

Representative workflow lifecycle shared across many financial workflow businesses.

  • Delegated underwriting / MGA businesses concentrate risk evaluation, pricing, broker coordination, policy issuance and bordereaux production.
  • Insurance services, claims businesses, and carriers concentrate case management, evidence handling, QA, customer communication, reporting, and core underwriting workflows.
  • Specialty lenders and servicers concentrate document intake, credit verification, collateral review, servicing and collections.
ArchetypeRole in ecosystemCommon primitivesTypical monetization
MGAUnderwrites and distributes on behalf of carriersIntake, risk evaluation, routing, pricing, issuance, bordereauxCommission, fees, profit share
Insurance services / claimsAdministers claims, policies and operational supportIntake, case management, QA, compliance, reportingAdmin fees, service contracts
Specialty lending / servicingUnderwrites niche credit and services loansIntake, credit verification, collateral review, servicing, collectionsInterest margin, origination, servicing fees

Financial Workflow Platform market map

Our initial market map is designed to show where workflow density, fragmentation and target-size concentrations sit, however it’s not yet a final database. The objective is to map the platform and identify structural patterns, not to present diligence-grade financials for every company.

  • Scope limited to UK companies
  • Universe screened to an estimated EV range of £10m to £1bn.
  • Current mapped set contains 469 companies across 11 sectors and 4 broad archetypes.

The market is heavily weighted toward lower-mid-market targets. 63% of mapped names sit below £50m estimated EV, 87% sit below £100m, and only 10 companies sit at or above £250m EV. This is attractive for sourcing our first deals, however it demonstrates that this one niche vertical is limited in scale and opportunity, especially at the higher end of the market.

MGA Market Map

Our current UK mapping identifies circa 144 MGA businesses, with a strong skew toward the lower mid-market and only a limited number of scaled platforms. This distribution makes MGA an effective starting point.

Market Map Exhibit

UK MGA enterprise value distribution

Estimated enterprise values are grouped into fixed EV bands and stacked by normalized subsector groups to show where fragmentation and scale sit inside the mapped set.

Mapped companies180
Below £50m EV93%
Below £100m EV94%
£250m+ EV2
Histogram of mapped MGA companies by EV band and broad group032649612825£1-10m125£10-25m17£25-50m3£50-100m8£100-250m2£250m+

Hover a stacked segment or legend item to isolate a subsector group.

The market is sufficiently fragmented to provide accessible entry opportunities, whilst still offering enough depth in the small and mid-market to support initial acquisitions and early platform development. It allows us to deploy the operating system in live environments where workflows are clear, measurable, and economically meaningful.

At the same time, the supply of large, enterprise-scale assets within MGA is limited. This constrains the ability to continue scaling purely within the vertical and naturally defines the boundary of the initial market.

This is acceptable to us since MGA is not the destination of the strategy but rather the entry point. It provides an ideal environment in which to establish the system and generate early proof of performance. From there, expansion follows into adjacent parts of the insurance value chain and into the broader Financial Workflow Platform, where similar primitives are found as well as businesses at significantly greater scale.

MGA sector deep dive

We're starting with MGAs because they sit at the intersection of durability, embeddedness, and operational intensity.

MGA businesses are deeply integrated into the financial system. They perform a core economic function, underwriting and distributing risk, within a regulated framework that is unlikely to be disintermediated. Demand is persistent, switching costs are real, and their role in connecting brokers, carriers, and insured parties is structurally embedded.

This satisfies the first part of our lens: we are acquiring into a category that should still exist in decades.
Within that durable category, MGAs are highly operational businesses. Their performance is not primarily constrained by demand or pricing power, but by how effectively work is executed. Core functions such as submission handling, underwriting support, policy administration, and reporting remain heavily manual, often relying on fragmented systems and repeated human intervention.

As a result, a significant portion of cost is concentrated within a relatively small set of repeatable workflows. These workflows define the operational core of the business and represent the primary surface for improvement. Improving how this work is executed does not just reduce cost, it enhances the competitive position of the business.

More efficient underwriting workflows improve responsiveness and consistency, strengthening broker relationships. Better data capture and processing improve risk selection and reporting, strengthening carrier relationships. Reduced operational friction allows higher-quality underwriters to focus on decision-making rather than process, improving talent density and retention.

In this way, productivity gains compound beyond margin expansion. They reinforce the core relationships and capabilities that define long-term success in the market.

Ideal MGA targets

We seek MGAs with embedded franchise value and clear upside from automation.

Embedded value comes from access to capacity from multiple carriers; durable broker distribution; and deep expertise in lines where conditions are likely to harden over time.

In order for automation to materially uplift EBITDA, MGAs must have labour-heavy opex, a high proportion of manual workflows, high spend on software and IT consultancy. Where automation matters most is not necessarily in pricing. It is in the heavy, repetitive operating flows around e.g. submissions, referrals, bordereaux, endorsements, renewals. Addressing these these properly can create value without needing a heroic growth case.

They should be specialist enough to maintain margins, sufficiently high volume to deliver returns from automation, and big enough that carriers and brokers care about service quality.

We like SME and lower mid-market commercial lines (eg cyber for SMEs, professional indemnity, and contractor/trades liability), where submission volume is high and workflows are messy. Specialist commercial niches such as marine cargo, fleet/commercial auto, and renewable energy contractors packages are also attractive, because they have real underwriting IP but enough volume to industrialise parts of the workflow.

Screening LensWhat matters
Franchise durabilityMulti-carrier capacity, broad broker access, respected underwriters, harder markets over time
Underwriting qualityStrong market standing, real niche expertise, trusted by brokers and carriers
Labour intensityLarge share of opex in people and support functions
Workflow intensityHeavy manual work across submissions, endorsements, renewals, bordereaux, reporting etc
Revenue upsideFaster, more accurate service can win more broker flow
Carrier upsideBetter reporting, controls and execution can deepen capacity access
Talent upsideBetter systems let underwriters spend less time on admin and more on judgement

The UK MGA market is attractive because it combines capital-light underwriting models with genuine specialization, fragmented asset supply and a growing delegated authority backdrop.

The AI transformation opportunity

AI Transformation Exhibit

Where the MGA actually transforms

This view isolates the operating motions where workflow automation improves response time, cleans up controls, and releases capacity.

ProcessAtomic tasksBeforeAfterIndustry reality check
Commercial and carrier front door
COM-01Broker coverage and relationship plan
  • broker segmentation
  • meeting prep
  • follow-up logging
  • appetite memory capture
  • Who and why: Commercial and leadership do this because broker planning is still scattered across calls, notes, and memory.
  • Time today: 30-75 min
  • Annual hours: 537h midpoint
  • Change: Broker segmentation and follow-up become structured so senior attention goes to the highest-quality brokers.
  • Time after: 20-55 min
  • Annual hours: 460h midpoint
This is where broker quality is won or wasted.
COM-02Pre-submit appetite positioning
  • appetite triage
  • broker guidance
  • early class check
  • half-formed opportunity screening
  • Who and why: Commercial and underwriting handle this because brokers test appetite before a proper submission exists.
  • Time today: 20-60 min
  • Annual hours: 760h midpoint
  • Change: Structured appetite prompts and pre-screening stop weak opportunities consuming technical time.
  • Time after: 10-35 min
  • Annual hours: 610h midpoint
A surprising amount of underwriter time is lost before intake officially starts.
COM-03Carrier-facing opportunity shaping
  • edge-case framing
  • carrier appetite check
  • scheme viability discussion
  • precedent retrieval
  • Who and why: Commercial and leadership do this because awkward business has to be shaped around carrier constraints first.
  • Time today: 20-75 min
  • Annual hours: 90h midpoint
  • Change: Referral prep gets cleaner, but the core carrier negotiation remains human.
  • Time after: 20-70 min
  • Annual hours: 85h midpoint
This is constraint management, not a primary automation pool.
COM-04Live pipeline and quote chase
  • quote status chase
  • broker follow-up
  • underwriter nudge
  • stale opportunity rescue
  • Who and why: Commercial, underwriting, and ops all get pulled in because active opportunities die quietly in email threads.
  • Time today: 25-90 min
  • Annual hours: 1,620h midpoint
  • Change: Live status, chase logic, and queue visibility reduce manual coordination and stop good quotes from decaying.
  • Time after: 15-55 min
  • Annual hours: 1,260h midpoint
Quote speed changes what brokers send next, not just what converts now.
CPA-01Carrier relationship and line availability management
  • line usage review
  • capacity check
  • carrier touchpoint prep
  • Who and why: Leadership handles this because delegated room to trade is managed through recurring carrier contact.
  • Time today: 20-60 min
  • Annual hours: 29h midpoint
  • Change: Better reporting reduces wasted effort, but the relationship layer remains manual.
  • Time after: 15-50 min
  • Annual hours: 28h midpoint
Binding authority is the oxygen supply.
CPA-02Product wording and binder usability
  • clause retrieval
  • wording pack assembly
  • binder clarification
  • template cleanup
  • Who and why: Underwriting and leadership do this because fragmented wording packs create downstream rework.
  • Time today: 20-75 min
  • Annual hours: 14h midpoint
  • Change: Clause retrieval and wording packs become easier to reuse, which reduces unnecessary clarification loops.
  • Time after: 15-60 min
  • Annual hours: 12h midpoint
Bad wording hygiene shows up later in issue, service, and bordereaux pain.
CPA-03Authority limits, pricing boundaries, and referral rules
  • authority lookup
  • pricing boundary check
  • referral trigger check
  • rule clarification
  • Who and why: Leadership and underwriting do this because practical authority lives partly in memory and partly in spreadsheets.
  • Time today: 15-45 min
  • Annual hours: 14h midpoint
  • Change: Rules and referral boundaries become more explicit, cutting interrupt load on straightforward cases.
  • Time after: 10-30 min
  • Annual hours: 11h midpoint
The gain is fewer interruptions, not replacing authority holders.
Submission intake and underwriting flow
SUB-01Submission intake and first-sort
  • email capture
  • attachment collection
  • de-duplication
  • first-pass classing
  • queue assignment
  • Who and why: Ops and support do this because submissions arrive through shared inboxes and someone has to decide what is real, urgent, and duplicate.
  • Time today: 5-45 min
  • Annual hours: 2,600h midpoint
  • Change: Inbox triage, attachment capture, and first-pass metadata extraction become mostly system-led before a human intervenes.
  • Time after: 2-15 min
  • Annual hours: 1,200h midpoint
The labor pool is not opening email; it is controlling queue chaos.
SUB-02Completeness chase and file structuring
  • missing-field detection
  • broker chase pack
  • schedule cleanup
  • schema mapping
  • underwriting-ready file build
  • Who and why: Ops and underwriting do this because broker packs often need chasing, tidying, and reformatting before they are decisionable.
  • Time today: 20-180 min
  • Annual hours: 2,280h midpoint
  • Change: Extraction, schedule normalization, and structured chase packs reduce manual reconstruction work dramatically.
  • Time after: 8-60 min
  • Annual hours: 1,250h midpoint
The same underlying data can arrive in radically different file shapes.
SUB-03Technical review and enrichment
  • external data pull
  • risk summary prep
  • exposure check
  • authority fit review
  • Who and why: Underwriting does this because someone has to turn a cleaned file into a real risk view.
  • Time today: 20-75 min
  • Annual hours: 1,800h midpoint
  • Change: Enrichment, summarization, and rule prompts happen earlier so underwriters spend more time on judgment than prep.
  • Time after: 10-40 min
  • Annual hours: 1,250h midpoint
This is carrier-rule execution plus judgment, not in-house actuarial science.
SUB-04Referral and exception handling
  • exception framing
  • referral pack assembly
  • carrier escalation prep
  • authority rationale capture
  • Who and why: Underwriting and leadership do this because attractive but awkward risks need escalation without breaching authority.
  • Time today: 20-90 min
  • Annual hours: 540h midpoint
  • Change: Referral packs are cleaner and escalation reasons are explicit, but gray-area judgment remains manual.
  • Time after: 15-60 min
  • Annual hours: 430h midpoint
Real MGA underwriting is full of almost-fit business.
SUB-05Quote assembly, negotiation, and rework
  • quote draft build
  • subjectivity handling
  • repricing
  • wording revision
  • broker rework loop
  • Who and why: Underwriting, commercial, and ops all touch this because quotes are repeatedly repriced, redrafted, and negotiated.
  • Time today: 25-120 min
  • Annual hours: 1,560h midpoint
  • Change: Drafting and repricing support make the loop tighter, so humans spend more time trading than reworking documents.
  • Time after: 15-75 min
  • Annual hours: 1,180h midpoint
Speed to a credible quote matters more than speed to any quote.
SUB-06Bind, issue, and handoff
  • final term capture
  • document issue
  • finance handoff
  • record completion
  • Who and why: Ops with underwriting and finance do this because the negotiated outcome has to be captured cleanly for downstream teams.
  • Time today: 15-60 min
  • Annual hours: 433h midpoint
  • Change: Bind capture and issue packs become more structured, reducing manual re-entry and downstream correction work.
  • Time after: 8-25 min
  • Annual hours: 220h midpoint
Downstream bordereaux pain often starts here.
In-force servicing and renewals
SRV-01Service queries and MTA intake
  • request capture
  • classification
  • straight-through split
  • queue routing
  • Who and why: Ops does this because every broker question and small change lands in the same shared queue.
  • Time today: 8-35 min
  • Annual hours: 917h midpoint
  • Change: Requests are classified earlier so straight-through work separates from awkward exceptions.
  • Time after: 3-12 min
  • Annual hours: 420h midpoint
Shared queues are where mediocre MGAs quietly burn labor.
SRV-02Change assessment, re-rating, and document reissue
  • change triage
  • rerating
  • endorsement logic
  • document reissue
  • Who and why: Ops and underwriting do this because some MTAs are simple and some genuinely change risk.
  • Time today: 15-75 min
  • Annual hours: 680h midpoint
  • Change: Straight-through changes separate from judgment-heavy amendments and reissue work is more automated.
  • Time after: 8-35 min
  • Annual hours: 480h midpoint
The real distinction is easy versus judgment-heavy change.
SRV-03Premium friction, cancellation, and reinstatement
  • notice trigger
  • payment exception review
  • reinstatement decisioning
  • cross-team chase
  • Who and why: Finance, ops, and underwriting all touch this because payment issues cross team boundaries quickly.
  • Time today: 15-60 min
  • Annual hours: 270h midpoint
  • Change: Notice workflows and exception routing reduce repeated cross-team handling.
  • Time after: 10-40 min
  • Annual hours: 200h midpoint
The savings are in cleaner handling, not in pretending finance goes away.
SRV-04Renewal prep and data chase
  • renewal diarying
  • loss-run chase
  • exposure refresh
  • broker nudge
  • pack prep
  • Who and why: Ops and commercial do this because renewals start with collecting missing information and securing broker attention.
  • Time today: 15-60 min
  • Annual hours: 427h midpoint
  • Change: Renewal packs, chase logic, and diarying happen earlier and with less manual coordination.
  • Time after: 6-25 min
  • Annual hours: 210h midpoint
Renewal processing is a repeated commercial loop, not batch admin.
SRV-05Renewal pricing, negotiation, and retention call
  • rerate
  • term comparison
  • broker negotiation
  • hold-flex-walk decision
  • Who and why: Underwriting and commercial do this because rate, terms, and account priority still require trading judgment.
  • Time today: 20-75 min
  • Annual hours: 480h midpoint
  • Change: Comparison views and rerating support improve consistency while humans keep the final retention call.
  • Time after: 15-50 min
  • Annual hours: 370h midpoint
The renewal book is existential; this is not clerical work.
Finance, bordereaux, and management feedback
FIN-01Cash allocation and broker statementing
  • receipt match
  • statement tie-out
  • unmatched cash chase
  • broker balance cleanup
  • Who and why: Finance and ops do this because remittances arrive imperfectly and must be matched back to policies and balances.
  • Time today: 15-75 min
  • Annual hours: 1,020h midpoint
  • Change: Matching logic and exception queues reduce manual broker chasing and spreadsheet repair.
  • Time after: 6-30 min
  • Annual hours: 560h midpoint
Finance often knows each broker's payment quirks from memory because the systems do not.
FIN-02Carrier settlement and commission reconciliation
  • settlement prep
  • commission check
  • evidence pack build
  • material exception review
  • Who and why: Finance and leadership do this because carrier comfort depends on getting settlement and commission flows right.
  • Time today: 15-50 min
  • Annual hours: 210h midpoint
  • Change: Reconciliation prep becomes cleaner, though material exceptions still need human review.
  • Time after: 10-35 min
  • Annual hours: 165h midpoint
A clean settlement process matters more operationally than a flashy dashboard.
FIN-03Bordereaux build and exception chasing
  • carrier template build
  • field validation
  • defect pushback
  • exception closure
  • Who and why: Finance, ops, and underwriting do this because bordereaux exposes every dirty upstream handoff.
  • Time today: 30-120 min
  • Annual hours: 49h midpoint
  • Change: Generation becomes more repeatable and defects are pushed upstream earlier in the process.
  • Time after: 15-45 min
  • Annual hours: 28h midpoint
Bordereaux quality is how carriers judge operating discipline.
COM-05Trading feedback into broker focus
  • hit-rate review
  • broker mix review
  • loss feedback loop
  • focus reset
  • Who and why: Leadership, commercial, and underwriting do this because broker quality has to feed back into where attention goes.
  • Time today: 20-60 min
  • Annual hours: 69h midpoint
  • Change: MI and workflow visibility make broker and class review more consistent.
  • Time after: 15-45 min
  • Annual hours: 58h midpoint
Small recurring feedback loops matter more than occasional big strategy sessions.
Claims
CLM-01Route FNOL to carrier or TPA
  • incident capture
  • routing
  • acknowledgement
  • record update
  • Who and why: Ops does this because the base case is light-touch routing and record creation, not internal claims handling.
  • Time today: 3-15 min
  • Annual hours: 33h midpoint
  • Change: FNOL routing and record updates become more automatic.
  • Time after: 1-5 min
  • Annual hours: 14h midpoint
Default assumption: no large internal claims team.
CLM-02Delegated or escalated incident handling
  • case assembly
  • coverage ambiguity review
  • broker response
  • severity escalation
  • Who and why: Ops, underwriting, and leadership handle this only when awkward incidents pull the MGA into real work.
  • Time today: 20-90 min
  • Annual hours: 40h midpoint
  • Change: Case assembly improves, but coverage ambiguity and broker pressure still require people.
  • Time after: 15-70 min
  • Annual hours: 32h midpoint
Show this as episodic interruption, not as a real claims department.

Released hours are a blend of direct cost avoidance and redeployable capacity. In practice, the first visible result is usually faster response, better quote quality, cleaner controls, and fewer future hires rather than immediate one-for-one labor removal.