hassan@prod:~$ whoami — AI Systems ArchitectChicago / Dubai / Remote

AI that
survives
production_

Computer vision pipelines, LLM platforms, and the cloud infrastructure underneath them — designed, deployed, and operated end to end. Building AI agents since my 2015 Theory of Mind research, long before LLMs — with results measured in dollars, not demos.

$10M+
Saved for Fortune 500 clients
$1B+
In RFPs won with pre-GPT LLMs
11 yrs
Building AI — since 2015
100+
Businesses running my AI systems

$ open ./case-studies # 01

Don't take my word for it.
Walk through the work.

Nine systems, newest first — each one a real deployment with the problem, what I built, and what it returned. Pick one.

Long-context training data and deep-research infrastructure for frontier AI

262K
Token context window
Multi-source
Evidence synthesis with citations
Long-context
Training-data research
## The problem

Frontier models are bottlenecked by training data — especially long-context. Models advertise huge context windows, but the data that teaches genuine long-range reasoning is scarce, expensive, and hard to validate at scale.

## What I built
  • Training-data pipelines for long-context reasoning — generation, quality evaluation, validation, and versioning
  • A deep-research engine that synthesizes multi-source evidence across a 262K-token context, with per-source quality scoring and citations
  • Evaluation tooling that measures whether synthesized answers actually hold up against their sources
The next capability jump in AI is not more parameters — it is better long-context data.
Classified — full build file
Week-by-week implementation, architecture, and the complete returns breakdown. Passcode holders only.
[ Attempt access ]
LLM ResearchTraining DataDeep SearchEvaluation
$ ls ./more-work
LuxUp
P2P luxury rental marketplace
2020
COVID Tracker
Used by IL Dept. of Health
2020
CPDAI
AI product strategy — 300+ products
2019

$ grep "your problem" ./solutions # 02

Which one is costing you money?

I don't sell technology. I remove specific, expensive problems — and every one below is backed by a deployment you just saw.

Your team drowns in manual document work
Document AI that reads, validates, and drafts — routing only exceptions to humans
Fitter Law: 4.2 hrs → 3 min per contract
You can’t see threats until it’s too late
Real-time computer vision that detects, scores, and classifies events as they happen
Zorel.ai: 87% faster breach response
Your cloud bill grows faster than revenue
Forecasting and automated remediation that eliminates waste before the invoice lands
CVS: $10M+ saved per year
Sales reps waste hours on dead leads
Predictive scoring and routing so every rep works the highest-value lead next
TheXCRM: 30% more conversions
Proposals and quotes take weeks
Generation engines trained on your own wins, producing review-ready drafts in minutes
ATS: $1B+ in RFPs won
Your AI pilots never reach production
End-to-end engineering — models, pipelines, backend, and infrastructure that ship
11 years, every system in production
[ My problem isn't listed ]30 minutes. If AI won't fix it, I'll tell you.

$ grep -r "results" ./clients # 03

In their words

Hassan's AI integration reduced our contract processing time by 72% and increased our team's case capacity by 40%. The ROI was clear within 60 days.
David Miller
Managing Partner, Fitter Law
72% faster document processing

$ cat how-it-works.md # 04

What happens after you book

No mystery, no six-month discovery phase. Four steps, and you know the cost and the expected return before any build starts.

01./scope

Scope call

30 min — free

You bring the business problem. I tell you honestly whether AI solves it, what it takes, and what it should return. No deck, no pitch.

02./blueprint

Blueprint

~1 week

A fixed scope with an ROI target: what gets built, what it integrates with, what success is measured by, and what it costs.

03./build

Build & ship

weeks, not quarters

The system goes to production — models, pipelines, backend, infrastructure. You see working software every week, not status reports.

04./operate

Operate & scale

ongoing

Post-launch support, monitoring, and optimization. The system earns its keep — measured against the ROI target we set in step two.

$ ls ./engagement-models # 05

Three ways to work together

Every engagement is scoped to the problem, not pulled off a shelf. These are the shapes it usually takes — pricing follows scope, and we'll get to a number on the first call.

4.1
4–6 weeks

Sprint

One use case, production-ready

A single AI use case taken from scoping to a working system in production — the fastest way to prove value before committing further.

  • One AI use case, fully implemented
  • Integration with your existing systems
  • ROI analysis and documentation
  • Two weeks of post-launch support
For — Validating AI value quickly
4.2
One quarter

Build

A complete system, end to end

A full AI system — models, pipelines, backend, and infrastructure — designed, built, and deployed across one or more departments.

  • Multiple AI systems implementation
  • Custom data infrastructure
  • Cross-departmental integration
  • Team training and documentation
  • Three months of optimization
For — Mid-market companies scaling efficiency
4.3
Ongoing

Partner

Ongoing architecture & operation

A long-term engagement for organizations where AI is core strategy — I architect, build, and operate alongside your team.

  • Enterprise-wide AI strategy
  • Multiple solution implementation
  • Custom algorithm development
  • Ongoing optimization and scaling
  • Quarterly strategy sessions
  • Priority support channel
For — Enterprises with complex requirements

Not sure which shape fits? That's what the first call is for — we'll scope the problem and I'll tell you honestly what it takes, including if the answer is “you don't need me for this.”

Scope your project

$ git log --since=2015 # 07

Eleven years of shipped AI

Enterprise, government, and venture-backed startups — every engagement on this list went to production and produced a measurable result. No proofs-of-concept that died in a slide deck.

The through line: I was doing agents before LLMs, LLMs before ChatGPT, and production AI infrastructure before it was a job title.

2015–17

AI Research — Theory of Mind

Independent research into AI agents built for a 1:1 relationship with their human — before LLMs existed. Continued with early LLM and agent-system experiments alongside a UIUC professor.

2018

Director of Technology, ATS

Built a natural-language proposal engine that won $1B+ in government RFPs and cut sales cycles from 6 months to minutes — pre-GPT.

2019

CTO, Smart Cities startup

Led computer vision and NLP pipelines for the City of Chicago — real-time analysis for urban infrastructure.

2020

Founder — three products shipped

Elderly-care AI built on Theory of Mind research, a COVID tracking system used by the Illinois Department of Health, and the first AI-powered domain registrar.

2020

LuxUp

Peer-to-peer luxury rental marketplace — a full e-commerce system with product listings, secure QR-verified pick-up, and rental workflows for high-end goods.

2022–23

Enterprise AI Infrastructure — CVS

Cloud cost forecasting and remediation systems that saved CVS $10M+ annually — rolled out end to end in three weeks.

2023–25

Zorel.ai — Sequence

Built Sequence, the applied AI engineering platform behind Zorel.ai’s enterprise security: real-time computer vision threat detection, pose analysis, and AI workflow orchestration. Live across finance and enterprise networks; 87% faster breach response.

2024–25

ServusX, TheXCRM

An all-in-one ops suite for service businesses and an AI-driven CRM — built, shipped, and operating.

2025–26

Aldea, SubQ, WealthIQ

Current portfolio: voice AI and model-serving infrastructure (Aldea, 2025), AI research on long-context training data (SubQ), and AI-powered wealth intelligence (WealthIQ).

$ ./contact --book-session # 09

Have a system that needs to exist? Let's scope it.

A free 30-minute working session — not a sales call. You bring the business problem; I'll bring an honest read on whether AI solves it, what it would take, and what it should return.