Halkwinds · Enterprise Solutions

Custom AI Solution Development

One Hard Problem. One Purpose-Built AI System.

When a single business problem needs a bespoke answer rather than a platform overhaul, Halkwinds designs and ships a custom AI solution scoped tightly to that problem — built on the right model architecture, integrated with your existing systems, and delivered without the overhead of an enterprise-wide AI programme.

View Case Studies
150+
Custom AI Solutions Delivered
10 Wks
Average Time to Production
91%
Average Task Accuracy at Launch
4.2x
Average First-Year ROI

Enterprise Challenges

Challenges We Solve

Point Problems Don't Need Platform Budgets

Vendors default to pitching a full AI platform engagement when the actual need is one bespoke system solving one workflow, inflating cost and timeline well beyond what the problem justifies.

Off-the-Shelf Tools Don't Fit the Edge Cases

Generic SaaS AI tools handle the common case but fail on the specific business logic and data structure that make the underlying problem valuable to solve in the first place.

Internal Teams Lack Bandwidth for a Focused Build

Engineering teams are consumed by existing roadmap commitments and can't context-switch onto a research-heavy, one-off AI build without derailing planned work.

Unclear Model Selection for a Narrow Problem

Choosing between a fine-tuned small model, a foundation model API, or a classical ML approach requires problem-specific evaluation that most teams skip, defaulting to whichever approach is most familiar rather than most appropriate.

Integration Into a Single Legacy Workflow

The AI logic is usually the easy part — connecting it cleanly into one specific legacy system, manual process, or approval workflow is where narrowly scoped builds most often fail.

Proving ROI on a Narrow Investment

Stakeholders want confidence that a tightly scoped build will pay back before authorising spend on a system that, by design, solves only one problem.

What We Deliver

Core Capabilities

01

Rapid Problem Scoping and Feasibility Validation

Structured scoping sessions that pressure-test whether the problem is well-suited to AI at all before any model work begins, avoiding wasted build cycles.

02

Bespoke Model Selection and Design

Evaluation across fine-tuned LLMs, classical ML, and hybrid approaches matched to the specific problem's data shape, latency needs, and accuracy requirements.

03

Custom Data Pipeline for the Target Problem

Purpose-built ingestion and feature pipelines scoped to exactly the data the point-solution needs, without the overhead of a platform-wide data architecture.

04

Point-Solution Integration Engineering

Integration into the one legacy system, API, or manual workflow the solution needs to touch, rather than a broad enterprise integration layer.

05

Human-in-the-Loop Workflow Design

Review and override interfaces for staff to validate, correct, and build trust in model outputs during rollout and beyond.

06

Accuracy Benchmarking Against Business-Defined Thresholds

Validation against thresholds the business actually cares about — not generic model metrics — before the system goes live.

07

Lightweight Production Deployment

Containerised deployment sized to a single-purpose system, avoiding the infrastructure overhead of a platform build for a problem that doesn't need one.

08

Post-Launch Tuning and Ownership Handoff

Performance monitoring and tuning through the stabilisation period, with full handoff of model, code, and documentation to your team.

Enterprise Use Cases

In Production

Insurance Duplicate Claims Detection

Challenge

Mid-size insurer processing 40,000 claims monthly with an estimated 4% duplicate submission rate slipping through manual review, costing an estimated $2.3M annually.

Solution

Custom classification model comparing claim metadata, provider patterns, and document similarity to flag likely duplicates for adjuster review, deployed as a point-solution API integrated into the existing claims system.

Outcome

Duplicate detection rate improved to 89%. $1.8M in annual duplicate payouts prevented. Delivered in 9 weeks with no changes to the core claims platform.

Healthcare Prior Authorization Denial Prediction

Challenge

Regional health system's billing team submitting prior authorization requests with a 22% denial rate, each denial costing an average 40 minutes of rework.

Solution

Custom model trained on historical payer decisions predicting denial likelihood and missing documentation before submission, integrated directly into the existing EHR workflow via a single API call.

Outcome

Denial rate reduced to 9%. Rework hours reduced by 3,100 annually. Solution live in 8 weeks alongside the health system's existing Epic deployment.

E-commerce Return Fraud Scoring

Challenge

Online retailer losing an estimated $4.1M annually to return fraud patterns that generic fraud tools weren't tuned to catch.

Solution

Bespoke scoring model trained on the retailer's own return history, item categories, and customer behaviour, deployed as a lightweight scoring service ahead of refund approval.

Outcome

Fraudulent return approvals reduced 61%. $2.4M in annual loss prevented within the first year without replacing the existing order management system.

FinTech Loan Document Anomaly Detection

Challenge

Lender's underwriting team manually cross-checking submitted income documents against application data, catching an estimated 60% of falsified submissions.

Solution

Custom vision-and-text model detecting inconsistencies between submitted pay stubs, bank statements, and application data, flagging anomalies for underwriter review.

Outcome

Detection rate improved to 93%. Manual review time per application reduced 44%. Delivered as a standalone service in 11 weeks.

Healthcare Appointment No-Show Prediction

Challenge

Outpatient clinic network with an 18% no-show rate creating scheduling inefficiency worth an estimated $1.6M annually in lost capacity.

Solution

Custom predictive model scoring no-show risk per appointment using historical attendance, distance, and reminder engagement, feeding a targeted overbooking and reminder strategy.

Outcome

No-show rate reduced to 11%. Recovered capacity valued at $980K annually, delivered without disrupting the clinic's existing scheduling system.

E-commerce Listing Compliance Checker

Challenge

Marketplace operator manually reviewing 12,000 monthly product listings for regulatory and policy compliance, creating a 3-day listing approval backlog.

Solution

Custom LLM-based compliance checker trained on the marketplace's specific policy rules, flagging non-compliant listings and suggesting corrected copy before human sign-off.

Outcome

Listing approval time reduced from 3 days to 4 hours. Compliance violations reaching live listings reduced 76%.

Industry Applications

Across Sectors

Financial Services

Point-solution models for fraud scoring, document verification, and anomaly detection integrated into existing underwriting and servicing workflows.

Healthcare

Narrowly scoped clinical and administrative AI systems — prior authorization prediction, no-show forecasting — deployed inside existing EHR and scheduling systems.

E-commerce and Retail

Bespoke fraud scoring, return-abuse detection, and content compliance checkers tuned to a retailer's own transaction and catalogue history.

Insurance

Custom duplicate and fraud detection models integrated into claims systems without requiring a platform-wide claims transformation.

Manufacturing

Single-purpose defect classification and warranty-claim triage models scoped to one production line or product category at a time.

Logistics

Point-solution models for shipment exception prediction and delivery anomaly detection integrated into existing dispatch systems.

How We Deliver

Delivery Process

01

Problem Scoping and Feasibility Sprint

A short, focused engagement to confirm the problem is well-defined, has sufficient data, and is genuinely suited to a custom AI solution before committing to a build.

02

Data Assessment for the Target Problem

Evaluation of the specific data needed for this one problem — not a full data estate audit — identifying gaps that would block accuracy targets.

03

Model Selection and Prototype

Rapid prototyping across candidate model approaches, validated against real data before committing to a final architecture.

04

Point-Solution Integration Build

Development of the model and its integration into the one system or workflow it needs to touch, with human review interfaces where required.

05

Validation Against Business Thresholds

Testing against the accuracy and reliability thresholds the business defined up front, not generic benchmark metrics.

06

Production Launch and Tuning

Phased rollout with monitoring and tuning through stabilisation, followed by full handoff to your team.

Why Halkwinds

Halkwinds vs. Your Other Options

An honest comparison. Every org has these four options — here's how they stack up for custom ai solutions.

Time to start

Halkwinds

< 2 weeks

Large SI (Accenture / TCS)

8–16 weeks (procurement, MSA, SOW)

Freelancer / Agency

1–3 days

Build In-House

3–6 months to hire & onboard

Senior-only engineers

Halkwinds

5+ years minimum

Large SI (Accenture / TCS)

Juniors on most project layers

Freelancer / Agency

Varies — no guarantee

Build In-House

Depends on hiring budget

Cost transparency

Halkwinds

Fixed monthly or project price

Large SI (Accenture / TCS)

Change orders, hidden overheads

Freelancer / Agency

Scope creep common

Build In-House

Salary + benefits + tooling + office

Full-stack accountability

Halkwinds

One team, one SLA

Large SI (Accenture / TCS)

Multiple vendors, finger-pointing risk

Freelancer / Agency

Single skill, no cross-discipline ownership

Build In-House

If team is complete

IP & code ownership

Halkwinds

100% assigned to client from day 1

Large SI (Accenture / TCS)

Contractually complex — review carefully

Freelancer / Agency

Depends on contract terms

Build In-House

Full ownership

AI & cloud-native expertise

Halkwinds

Production LLMs, Kubernetes, multi-cloud

Large SI (Accenture / TCS)

Available but expensive to staff

Freelancer / Agency

Niche — hard to find

Build In-House

Expensive, high attrition in AI talent

Scales up or down quickly

Halkwinds

2-week ramp up/down

Large SI (Accenture / TCS)

Long contract commitments

Freelancer / Agency

But context loss on re-engagement

Build In-House

Headcount freezes, hiring lag

Compliance-ready (SOC2, HIPAA)

Halkwinds

Security pack available on request

Large SI (Accenture / TCS)

Certified — but costs more

Freelancer / Agency

Rarely documented

Build In-House

Requires investment in tooling + audit

Ready to see if Halkwinds is the right fit?

A 30-minute call is enough to scope your project, validate our fit, and agree on a starting point — no commitment required.

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Garima Walia — Chief Executive Officer

Reviewed by

Garima Walia

Chief Executive Officer

Technologies

Related Technologies

6 technologies · 5 categories

FAQ

Common Questions

A custom AI solution is scoped to one specific business problem — one model, one integration point, one measurable outcome. A platform build spans multiple systems and use cases across the organisation. Most businesses need the former far more often than the latter.

Most engagements range from $60,000 to $180,000 depending on data complexity and integration surface — materially less than an enterprise platform build because the scope is deliberately narrow.

Most point solutions deploy in 8–12 weeks from kickoff to production, including data assessment, prototyping, and integration into the target system.

We flag scope changes during the feasibility sprint before committing to a fixed-scope build. If the problem genuinely warrants a broader platform, we say so rather than force-fitting it into a point solution.

No. The data assessment step identifies what's available for this specific problem and what needs light remediation — a full enterprise data cleanup is not a prerequisite for a scoped build.

You do. The model, code, documentation, and any data pipelines built for the solution are fully client-owned upon final payment.

Off-the-shelf tools are built for the average case across many customers. A custom solution is trained and tuned on your own data and business logic, which matters most on exactly the edge cases generic tools miss.

Yes. Several point solutions we've delivered became the first phase of a broader roadmap once the business case was proven — we can support that transition through our AI consulting engagement when you're ready.

It depends on the problem — classical ML point solutions run on Python, TensorFlow, and PyTorch; generative or reasoning-heavy solutions build on OpenAI or Anthropic Claude models. We choose per use case rather than standardising on one stack regardless of fit.

The same access-control and audit-logging standard applies regardless of project size — scoped data access, encryption in transit and at rest, and no broader system access than the specific solution requires.

Yes. Point solutions can be deployed inside your existing cloud account, VPC, or on-premise environment where required by data residency or compliance policy — this is scoped during discovery, not assumed.

We offer a post-launch monitoring period to catch real-world edge cases the initial build didn't anticipate, plus an optional ongoing maintenance retainer if the solution needs periodic retraining or tuning.

Yes — this engagement type is often the best fit for startups specifically, since it solves one high-value problem without the overhead of a full platform. Every engagement starts under mutual NDA regardless of company size.

Work With Halkwinds

Have One Hard Problem? Build One Purpose-Built AI System.

Skip the platform overhead. Get a custom AI solution scoped, built, and integrated around the exact problem that's costing you money today.

Architecture. Engineering. Scale. — Built by Halkwinds Product Engineering.