Houston, TX · Industrial Systems Intelligence · Est. 2025

Your facility is a system.
We make it intelligible.

LinkedTIERRA is an industrial systems intelligence practice. We link people, systems, technology, and environment into a single engineering model so you can stop guessing where to spend.

Measure
Model
Predict
Act

4

Pillars of intelligence

< 24h

Response SLA

100%

Engineering rigor

PEOPLESYSTEMSTECHNOLOGYENVIRONMENTTIERRASYS-01 · TIERRA OSv2.6 · LIVE4 PILLARS · 12 NODESUPTIME 100%
Engineering credentials
NYU Research AffiliateMS Industrial EngMS Systems EngLean Six Sigma BBCSM

Our purpose

Why this practice exists.

A clear mission statement and a longer-horizon vision. We publish both openly — partly so clients know what they're buying, partly so we hold ourselves accountable.

Our Mission · The work today
M

To unify industrial data, human intelligence, and advanced technology to build safer, smarter, and more resilient operations.

Concretely: we connect every relevant data source on your floor, we apply engineering rigor to the intelligence we extract, and we leave you with engineered systems — not slide decks. Safety, intelligence, and resilience are the three measurable outcomes we commit to.

Safer

Compliance + monitoring

Smarter

Live digital twins

Resilient

90-day post-engagement

Our Vision · The longer horizon
V

To be the leading industrial intelligence platform that empowers organizations to predict, adapt, and transform.

Concretely: LinkedTIERRA Live becomes the operating system for industrial intelligence across the Sun Belt — connecting the four branches into a single platform that every client uses to predict operational outcomes, adapt to environmental change, and transform their facilities into systems that learn.

Predict

Forecasts before events

Adapt

Closed-loop responses

Transform

Operations that learn

Methodology · Five engineering steps

We don't deliver opinions.
We deliver engineering systems.

Every LinkedTIERRA engagement follows the same five-step methodology — adapted for thermal, dynamics, AI, or neuro work, but measurement-rigorous at every stage.

01
Integrate

Connect data from anywhere

IIoT sensors, industrial systems (PLCs, SCADA), enterprise software (ERP, CMMS, HR), spatial data (BIM, GIS), human signals, and external context — all into one source of truth.

Outputs

Sensor networksOPC UA / Modbus bridgesERP / API connectorsData warehouse
02
Analyze

Turn data into intelligence

AI and advanced analytics convert raw operational data into engineering-grade insights. Statistical baselines, regression models, anomaly detection, performance attribution.

Outputs

Capability analysis (Cp/Cpk)Anomaly detectionPerformance attributionRoot-cause analysis
03
Simulate

Predict what's next

Digital twins and discrete-event simulation models forecast outcomes before they happen. Test interventions virtually. Quantify ROI before committing capital.

Outputs

Digital twin modelScenario simulationCapacity stress testsROI-ranked options
04
Optimize

Drive actions that improve performance

Lean Six Sigma engineering closes the gap between insight and action. DMAIC engagements with measurement-grade rigor. Automated decision support routes actions to the right systems and people.

Outputs

DMAIC engagementsProcess control plansAutomated workflowsCross-system routing
05
Protect

Keep people, assets, and operations safe

Compliance documentation, audit trails, safety monitoring, and human-factors engineering. The work isn't done when the change ships — it's done when the change is monitored, defensible, and reversible.

Outputs

Compliance docs (OSHA, ACGIH)Audit trailsSafety monitoringReversibility plans
Continuous improvement · Lean Six Sigma core to every engagement

ONE PLATFORM

LinkedTIERRA Live

ONE INTELLIGENCE

Four branches · One model

ENDLESS POSSIBILITIES

Industrial systems intelligence

Who we serve

For people who run operations where assumptions cost real money.

We work with industrial leaders in Houston and across the Sun Belt where heat, throughput, compliance, and capital decisions intersect every day.

01

Persona · 01

Plant & Facility Managers

ManufacturingWarehousingLogistics

"I need to justify a capital expense without making it a guess."

What they need

  • Compliance documentation (OSHA, ACGIH)
  • Productivity quantification
  • Capital spend justification

◉ Outcome

From assumption-based decisions to engineering-backed pathways

02

Persona · 02

EHS & Safety Leads

IndustrialPetrochemicalHeavy Industry

"When OSHA asks, I need numbers — not anecdotes."

What they need

  • WBGT compliance & documentation
  • Heat illness prevention plans
  • Defensible audit trails

◉ Outcome

Compliance becomes proactive, not reactive

03

Persona · 03

Operations Directors

Sun Belt facilitiesMulti-site operations

"I can't deploy the same fix across 12 sites without knowing what's different about each."

What they need

  • Multi-site systems intelligence
  • Comparative facility modeling
  • Scalable digital twin

◉ Outcome

One methodology, fleet-wide insight

Industries · Six verticals

Industry-agnostic methodology. Industry-specific language.

The same engineering practice deploys across six different industrial verticals — each with its own regulatory frameworks and operational reality.

Manufacturing & Industrial
Energy & Utilities
Construction & Engineering
Government & Defense
Logistics & Transportation
Research & Education
See all six industries
Field Operations · HOU-01Warehouse A · 85,000 sqft
Live
Cool
22°C58°C

Peak surface

58°C

↑ Zone A

WBGT avg

31.2°C

↑ +3.2 over ACGIH

Model R²

0.98

Validated

Zones

12/12

All reporting

Anomaly log3 active

Zone A exceeded threshold — 58°C peak

14:32 · 2 min ago

Zone C trending warm — predicted 49°C

14:28 · 6 min ago

Cooling intervention Zone B — effective

13:55 · 39 min ago

◉ Featured pillar · 01Active service

Thermal Systems — the lens we're best known for.

Drone thermal imaging, calibrated ground sensors, and 5-year satellite drift analysis — combined into one engineering model that tells you exactly where heat is costing you money.

2.6%/°C

Productivity loss per degree

40%

Avg heat-risk reduction

< $30K

vs $300K HVAC quote

  • DJI Mavic 2 Enterprise + FLIR thermal imaging
  • BlueMaestro continuous IoT sensors (ACGIH 2023)
  • USGS Landsat 8/9 satellite drift analysis
  • Regression model with R² > 0.95

The engineer behind it

Stephan, founder of LinkedTIERRA
STEPHAN · HOU-01ON SITE

Hi, I'm Stephan.

Founder · Industrial Systems Engineer

I started LinkedTIERRA because industrial decisions are still made with thermometers and gut instinct in 2026. Engineering rigor changes that.

My background is industrial and systems engineering with research training at NYU. I built this practice to bring measurement-grade engineering to operational problems.

MS Industrial Eng · MS Systems Eng · Lean Six Sigma BB · CSM · NYU Research Affiliate

Full background & methodology

Initiate engagement

Let's diagnose your thermal environment.

Most engagements begin with a 20-minute call. We'll diagnose your environment, scope the right approach, and outline the engineering path.

Response SLA < 24hHouston-basedAvailable globally