Service · AI

Predictive models that earn their place in production.

Classical ML that runs the business — forecasting, fraud, risk, recommendations — trained on your data and deployed in your own cloud, not a demo notebook that never ships.

Fixed scope One accountable lead Production in 4–8 weeks Full IP transfer

Trained, gated, deployed

YOUR DATA
FEATURES
EVAL GATE · BASELINE
IN PRODUCTION
MODEL DEPLOY MONITOR RETRAIN

The real problem

Why most ML projects never reach production.

A model that scores well in a notebook isn't a model that runs your operation. Often the data was cleaned by hand, accuracy was measured on the wrong split, and nobody decided what the prediction would actually trigger — so it lives forever in a slide deck.

The model is rarely the hard part. The hard part is the engineering around it — sound feature pipelines, honest evaluation, integration, and the monitoring that catches the day the world shifts. That surrounding system decides whether the model ever returns anything.

80%+

AI-project failure rate — roughly twice the rate of non-AI IT projects.

RAND Corporation ↗

No EBIT

Most enterprises still report no measurable EBIT impact from their AI work.

McKinsey, State of AI 2025 ↗

Where it pays

Where machine learning actually pays — and what each model delivers.

A family of predictive models, each earning its keep in a specific, high-volume decision.

01

Demand & sales forecasting

Predicts demand at the SKU, store, or region level.

Lower inventory cost and fewer stockouts at once.

02

Predictive maintenance

Flags a machine before it breaks, from its sensor and usage signatures.

Less unplanned downtime and longer asset life.

03

Fraud & anomaly detection

Scores transactions in real time and flags the ones that don't fit legitimate behavior.

More fraud caught with fewer false alarms.

04

Churn & risk prediction

Ranks customers, accounts, or loans by the probability of cancellation, default, or escalation.

Effort aimed where it changes the result.

05

Recommendation & personalization

Predicts the next product, content, or action most relevant to each user.

Higher conversion and order value from traffic you already have.

06

Document & image classification

Reads images or documents to sort, extract, or inspect — defect detection, claims triage, ID verification.

Manual review hours reclaimed, error rate steadier.

Eval gate Passes

Beat the baseline, or it doesn't ship. 80%+ of AI projects fail — most never clear honest evaluation. We gate every model against a real baseline before it touches production.

As of June 2026 · revisit quarterly

What machine learning does to those processes — the measured impact.

Independent industry findings cited as third-party evidence — not Silicon Prime's own client results.

30–50%

Downtime reduced by predictive maintenance — and machine life extended 20–40%.

McKinsey, manufacturing analytics ↗

65%

Up to 65% cut in lost sales from AI-driven demand forecasting — errors down 20–50%.

McKinsey, AI-driven forecasting ↗

5–15%

Revenue lift from personalization — the engine behind recommendation models; marketing ROI up 10–30%.

McKinsey, May 2023 ↗

+20%

Fraud-detection lift from Mastercard's GenAI Decision Intelligence Pro — up to 300% in some cases.

Mastercard, Feb 2024, via PYMNTS ↗

What's included

What our machine learning development covers.

The difference between a model that runs the business and a notebook that wins a demo.

01

Problem framing & feasibility

Whether ML is the right tool at all, and what "good enough to deploy" means in your numbers — including the honest "don't build it" call.

02

Data & feature engineering

The feature pipeline, plus the leakage, imbalance, and drift that quietly wreck accuracy — the pipeline, not the algorithm, decides the result.

03

Model development & selection

Candidate models compared and chosen on your constraints — latency, interpretability, cost — not on what's fashionable.

04

Honest evaluation & validation

Judged against a real baseline on a production-realistic split, on the metric that matches the business cost. Doesn't beat it? It doesn't ship.

05

Deployment & MLOps

Shipped as a monitored service in your own cloud — batch or real-time — with versioning and a retraining path in place.

06

Monitoring, retraining & enablement

Instrumented for drift and decay, with retrain triggers set and your team trained to read the dashboards and own it.

What you get — all assigned to you under full work-for-hire IP

A trained, validated model running in your own cloud tenant
The feature and data pipeline
The evaluation suite and baseline
Monitoring and drift dashboards
The retraining path
Runbooks and a trained team

How it runs

How a machine learning engagement runs.

The same delivery model behind all our AI development work — one accountable lead, fixed scope, no handoffs.

STEP 01

Frame

Pin the decision the model drives, the data available, and the baseline it must beat.

Output: a ranked plan & the success criteria

STEP 02

Model

Engineer features, train and compare candidates in your cloud, and select on real constraints.

Output: a candidate model & a documented comparison

STEP 03

Validate

Measure against the baseline on a realistic split, check calibration and failure modes, stress the edge cases.

Output: an evaluation report & a go/no-go

STEP 04

Deploy & enable

Ship as a monitored service, instrument for drift, set retrain triggers, and hand it to your team.

Output: a production model & a team that owns it

Production discipline

A model that stays accurate for years, not a quarter.

A predictive system is a living thing — data drifts, the world moves, and it has to be monitored and re-trained to stay trustworthy. We don't claim a named ML model as a case study, so we point to the data-driven platform we've kept alive and evolving the longest.

Silicon Prime is a Stanford-rooted Responsible AI lab, founded 2011, run by founder Kelvin Tran — 20+ years of production engineering, personally accountable for every engagement. We'll tell you plainly when machine learning is the wrong tool.

Data-driven platform · since 2012 · 12+ yrs

Bridge Athletic — a product partnership since 2012, carried through repeated modernization and re-engineering and still live today, used by USC, the LA Rams, and MLB and MLS teams. bridgeathletic.com ↗

Adjacent evidence — a long-lived data-driven platform we operate, sustain, and re-engineer over 12+ years, cited for that staying power, not a named ML model.

Why build your models with us.

01

Production, not prototypes. Our reputation is software that ships and stays reliable for years, not notebooks that demo well — the exact gap that strands most AI projects short of production.

02

Honest evaluation is non-negotiable. A model that doesn't beat its baseline on a production-realistic split doesn't ship — and we'll say so rather than dress up an accuracy number.

03

Founder-led, one accountable lead. No account managers, no handoffs — the person who scopes the work answers for it.

04

Built to transfer. Models, pipelines, evals, and code are assigned to you, and your team is trained to retrain and extend them when we step back. You own the asset, not a dependency.

Where it earns its keep

Where custom machine learning earns its keep first.

Questions buyers ask before they commission.

How is machine learning development different from your LLM and generative AI work? +
This is classical, predictive modeling — forecasting, classification, recommendation, anomaly detection, and computer vision — trained on your structured and image data to make a specific prediction. That's a different discipline from LLMs and generative AI, which we cover under LLM development and conversational AI. Many systems combine both; we scope which your problem needs, often the predictive model, not the chatbot.
Do we have enough data to build a useful model? +
Often yes, and the honest answer comes early. The first phase assesses your data volume, quality, and labeling and tells you whether a reliable model is feasible — and if it isn't yet, what data you'd need to collect first. Where data is genuinely thin, simpler, well-validated models frequently beat complex ones that overfit.
How do you know the model works before we deploy it? +
We measure it against a baseline on a held-out split that reflects production, on the metric matching the business cost — the precision/recall trade-off for fraud, forecast error for demand, calibration for risk — not just headline accuracy. A model that doesn't beat the baseline doesn't ship. Then we monitor for drift, because a model right at launch can quietly go wrong later.
What happens when the model's accuracy drifts over time? +
We design for it. Every deployed model is instrumented to detect data drift and performance decay, with retrain triggers defined up front and the retraining pipeline built as part of the engagement — not bolted on later. Your team is trained to read the monitoring and retrain on fresh data, so the model stays useful past its first quarter.
How do you handle data security and model governance? +
Models are trained and served in your own cloud tenant under your access controls, and every engagement starts with an NDA and a security review. For regulated use cases we favor interpretable models and document how each prediction is made, so your risk and compliance teams audit the model rather than trust it — which matters most in fintech and healthcare.
Who owns the model and the code when you're done? +
IP ownership is defined in each engagement's contract, and our standard is to assign the deliverables we build for you — the trained model, the feature and data pipelines, the evaluation suite, and the code — to your team, with the specifics scoped in writing before work starts. Your people are trained to retrain and extend everything, so the engagement is built around handover, not lock-in.
Why do so many ML projects stall before production, and how do you keep ours from stalling? +
Many stall in the handoff from prototype to production — Gartner's AI in Organizations survey found only 53% of AI projects ever make that leap (Gartner, 2020). The failure is rarely the algorithm; it's missing monitoring, retraining, and data engineering. We scope those into the build from day one, with one accountable lead owning the path to production, so your model ships and stays live.
What do machine learning development services cost and how long do they take? +
Machine learning development is priced on fixed scope tied to the agreed ROI, not by the hour. Most models reach production in 4–8 weeks with one accountable lead. Build cost depends on scope and data readiness — our AI development cost guide gives real ranges — and we model the ongoing serving and retraining cost before building, so the running cost is a forecast you've already seen.

Thirty minutes · no pitch deck

Ready to put a model into production that actually moves a number?

Bring the decision you want to improve — a forecast, a risk score, a defect you keep missing — and we'll tell you honestly whether machine learning fits it, what it takes to build, and what it costs to run.