KPT logo KPT

Software-first industrial optimization

Optimize industrial processes that drive your margins.

KPT mathematically models the variables, constraints, and decision logic that shape your operational performance — then improves them continuously through AI and software-first execution. Real results from production lines, mining operations, and logistics networks.

  • No ERP, MES, WMS or TMS customization required
  • Planner-in-the-loop writes
  • 30-day shadow-run trust gate
  • Cloud + On-Prem deployment

Same challenge, new approach

Traditional processes stay frozen. KPT unfreezes them.

Cognitive limits slow continuous improvement. CAPEX friction delays change. KPT addresses both through software-first execution designed for fast, measurable results.

01 The Problem

You get what you built — no more, no less.

Most industrial processes were designed to perform well under the conditions, data, and assumptions of their time. Once implemented, they rarely get re-engineered at the same level of depth. The variables, rules, workflows, and KPIs become "the way we work," and performance becomes a self-fulfilling ceiling.

02 The Reasons

Cognitive limits + investment friction.

No human team can continuously analyze high-frequency operational data to detect subtle correlations, hidden constraints, and micro-patterns that unlock measurable gains. Meanwhile, many improvements look like they require major CAPEX or disruptive change — so they get postponed, deprioritized, or reduced to small incremental tweaks.

03 KPT's Approach

Mathematical modeling. Software-first. Fast ROI.

We use AI and mathematical optimization to continuously challenge the original assumptions behind core processes — uncovering new actionable variables, translating them into practical decisions, and prioritizing quick wins that ship before any heavy investment is required.

Simply put: traditional processes tend to stay frozen, cognitive limits slow continuous improvement, and CAPEX friction delays change. KPT addresses this through mathematical optimization, AI and software-first execution designed for fast, measurable results with a fast-ROI approach.

02 The KPT Platform

Software. Math. Components. What you actually buy.

Most industrial-AI vendors sell you a black box, a dashboard, or a slide deck. KPT sells you a working platform with three concrete layers — each engineered, each measurable, each part of the same codebase that runs live in production today.

  1. 1

    Software

    5 Solutions, live + roadmap

  2. 2

    Math

    Multivariate optimization engine

  3. 3

    Components

    7 modules around one engine

2 Part 2 of 3 · The Math

Math first. Not a black box.

KPT's engine works by solving a real multivariate optimization problem over your operational variables. It finds either the maximum point of a productivity function or the minimum point of a cost function — over the joint surface defined by your SKU mix, line capacity, changeover settings, energy windows, and dozens more variables.

Minimization examples: operating cost per ton, kWh per unit, broke at grade transitions, unplanned downtime hours.

Maximization examples: production efficiency, on-time delivery, OEE, throughput per shift.

Mixed objectives are supported — e.g. maximize OEE subject to changeover loss < X and energy cost < Y.

Every recommendation comes with the explanation of which variables drove it. Glass-box AI by design — no "trust us" Fuzzy rules.

y x Im(f) Minimum Costs x M ↓ MINIMIZE COSTS Operating cost, energy, waste, downtime y x Im(f) Maximum Productivity y a x M ↑ MAXIMIZE PRODUCTIVITY Throughput, efficiency, yield, OEE FIRST-ORDER OPTIMALITY CONDITION ∂f/∂x₁ = ∂f/∂x₂ = ∂f/∂x₃ = … = ∂f/∂xₙ = 0 Solving the system across n process variables locates the optimum — the engine finds it in <1s at typical industrial scale.
3 Part 3 of 3 · The Components

Seven components. One engine.

KPT isn't a single tool — it's a software stack purpose-built for industrial optimization. The center is the multivariable optimization engine. The six surrounding components make the engine usable, integrable, and trustworthy in a real plant.

  • Multivariable Optimization with AI

    The mathematical core. CP-SAT + custom branch-and-bound + ML pattern discovery + Claude-driven variable suggestion.

  • Data Ingestion

    Validation, normalization, tenant isolation.

  • Connectors & APIs

    SAP, MES, WMS, TMS, OPC-UA, MQTT.

  • Automation & RPA

    Routine actions auto-execute under explicit policy.

  • Alarms & Reports

    Anomaly alarms, scheduled reports.

  • Business Dashboard

    Operator + planner review, approval, audit.

  • Impact Tracking

    KPI attribution + 30-day shadow-run trust gate.

Data Ingestion Connectors & APIs Automation & RPA Alarms & Reports Business Dashboard Impact Tracking MULTIVARIATE Optimization WITH AI

Integrations

Layered on top of the systems you already run.

KPT reads from and writes to your existing ERP, MES, WMS, and TMS. No customization required. No system-of-record migration.

Connectors for OPC-UA, MQTT, and custom industrial protocols available on request. New integrations typically take 2–3 weeks from spec to PoC.

Logos are property of their respective owners; shown for integration-compatibility reference only.

Selected use cases

Measured outcomes across six operational surfaces.

Numbers drawn from KPT's general benchmarks. Every percentage is validated against your data during a 30-day shadow-run PoC before any commitment to scale.

Manufacturing

Manufacturing

Complex production environments with recurring bottlenecks, variable interactions, and margin pressure.

  • Up to 5% increase in production efficiency
  • Up to 8% reduction in operating costs

Real-time identification of process bottlenecks, parameter deviations, and optimization opportunities across the production line.

Confectionery case →
Logistics & Supply Chain

Logistics & Supply Chain

Flow, prioritization, and inventory accuracy directly affect service and cost.

  • Up to 15% reduction in inventory imbalances
  • Up to 12% improvement in dispatch efficiency

Smarter visibility, alerts, and decision support for stock positioning, material flow, and operational prioritization.

Beverage case →
Mining & Heavy Industry

Mining & Heavy Industry

Asset-intensive environments where continuity, maintenance timing, and operational reliability matter.

  • Up to 6% reduction in unplanned downtime risk
  • Up to 10% improvement in maintenance planning

Early anomaly detection, predictive alerts, and smarter maintenance decision support for critical operational assets.

Mining case →
Production Quality Control

Production Quality Control

Variation, defects, and waste create measurable performance loss.

  • Up to 22% reduction in quality deviations
  • Up to 10% reduction in material waste

Earlier detection of process anomalies, smarter root-cause analysis, and improved control over critical production variables.

Solution 2 details →
Warehousing & Distribution

Warehousing & Distribution

Speed, prioritization, and exception handling affect flow efficiency.

  • Up to 14% improvement in order-flow efficiency
  • Up to 10% reduction in logistics handling costs

Better prioritization, exception alerts, and software-driven optimization for warehouse and distribution operations.

Solution 3 details →
Industrial Operations

Industrial Operations

Variable-heavy operating environments where fast response and anomaly detection improve results.

  • Up to 10% reduction in avoidable operational losses
  • Up to 15% faster response to process deviations

Automated detection of performance anomalies and real-time alerts for quicker, more effective operational decisions.

Pulp & Paper case →

Industrial imagery via Unsplash — licensed for commercial use, no attribution required.

How KPT is different

Not another analytics dashboard. Not a generic AI consultancy.

KPT is a specialized optimization venture. We mathematically model the variables that shape your performance and improve them continuously — measurably — through software. The contrast with how the rest of the industrial-AI market is positioned is intentional.

01

Glass-box AI, not black-box rules.

Every variable KPT promotes comes with a human-readable explanation: which features drove the lift, what the counterfactual says, what the next experiment would test. Most competitors ship Fuzzy-logic rule engines that operators have to take on faith. KPT does not.

02

30-day shadow-run trust gate.

Every variable KPT activates has been A/B-tested against your real data for 30 days minimum, with statistical significance before promotion. Industrial AI buyers fear "what if it makes things worse?" — we built the answer into the product.

03

Cloud + On-Prem, one codebase.

KPT runs as a multi-tenant SaaS at lighthouse.kpt.tech AND as an on-prem container in your datacenter — same optimization engine, same UX, same release cadence. Cross-deployment learning happens via federated patterns, never raw data.

What that means in specifics

What KPT is

  • Focuses on core operations

    Production lines, mining equipment, logistics networks. Not back-office or generic enterprise.

  • Improves process logic

    Variables, constraints, decision rules. Re-engineers the equation, not just the dashboard.

  • Continuous optimization

    Models keep learning. New variables get proposed, shadow-validated, and promoted weekly.

  • Glass-box AI

    Every recommendation comes with a human-readable explanation. No black-box rule engines.

  • Planner-in-the-loop writes

    Recommendations flow through a review UI before anything writes back to SAP / MES.

  • Cloud + On-Prem

    Same codebase deploys as multi-tenant SaaS or as a containerized agent in your datacenter.

What KPT is not

  • Not a generic AI consultancy

    Most "AI consultancies" sell hours, not measurable optimization. KPT sells outcomes.

  • Not just a data integrator

    Connecting systems is necessary but not sufficient. KPT optimizes what flows through them.

  • Not just a dashboard company

    Dashboards make data visible. KPT makes data actionable through optimization decisions.

  • Not a black-box rule engine

    No "trust us" Fuzzy logic. Every variable comes with a measurable lift estimate.

  • Not direct writes to your SAP

    No automated overrides of your system of record. Humans approve every operational change.

  • Not lock-you-into-our-cloud

    On-prem deployment is a real product, not an afterthought. Tenant-controlled KMS keys.

Start with one process

One bottleneck. One measurable objective.

A KPT engagement starts with a 2-week assessment + a single Optimization PoC. We size the opportunity, model the variables, run a shadow validation, and report measured impact in dollars. No platform sale, no consulting marathon — just one process, measurably better.

What KPT stands for

A name that explains the work.

Three words, in this exact order, describing exactly what we do — and the philosophy that keeps us doing it.

The philosophy

Kaizen

Japanese for continuous improvement. The idea that small, measurable, sustained refinements compound into outcomes that big-bang transformations rarely match. It's not a sprint; it's a method.

We don't promise to flip your operation overnight. We promise to make it visibly better every week — and to prove it with numbers.

The subject

Process

The variables, constraints, and decision rules that govern how industrial work actually gets done. Production lines, mining equipment, logistics networks — wherever margin is shaped, a process is shaping it.

We don't optimize organizations. We optimize the operating mechanics underneath them — the math, the decisions, the flows.

The instrument

Technologies

Software that observes, models, and refines those processes — continuously, measurably, at industrial scale. AI as an instrument, not an oracle. Mathematics as the contract between us and the work.

We're not a consultancy that sells hours. We're an engineering venture that ships products you can run.

Continuous improvement of industrial processes — through software.

Three words. In that order. Every day.