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    Digital Twin & Simulation
    Manufacturing / Digital Twin & Simulation

    Digital Twin & Simulation

    We engineer digital twin platforms that mirror your production lines in real time — letting you test layout changes, simulate bottlenecks, and optimize processes on the virtual floor before touching the physical one.

    25%
    Reduction in commissioning time for new lines
    Real-time
    Sensor-driven twin synchronization
    12%
    Average throughput gain from simulation-guided optimization

    Trusted by global innovators

    Benchmark
    Chibasco
    Fundency
    Lantimer
    Lauren
    Lera
    One Minute
    Pento Pix
    TAP
    Xtrium
    Healthevolve
    Benchmark
    Chibasco
    Fundency
    Lantimer
    Lauren
    Lera
    One Minute
    Pento Pix
    TAP
    Xtrium
    Healthevolve
    Benchmark
    Chibasco
    Fundency
    Lantimer
    Lauren
    Lera
    One Minute
    Pento Pix
    TAP
    Xtrium
    Healthevolve
    Benchmark
    Chibasco
    Fundency
    Lantimer
    Lauren
    Lera
    One Minute
    Pento Pix
    TAP
    Xtrium
    Healthevolve
    Industry Overview

    Digital Twin & Simulation: Engineered End-to-End

    A digital twin is only useful if it stays in sync with reality. We build twins that ingest live PLC, sensor, and MES data, update a physics-aware 3D model in real time, and expose a simulation sandbox where engineers test changes risk-free before they reach the floor.

    Industry Challenges

    What Stops Most Teams From Solving This Today

    Common friction points we hear from manufacturing teams scoping this kind of platform.

    • Expensive Trial-and-Error: Layout changes, new product introductions, and line balancing are tested on live production — costing downtime and scrap.

    • Static CAD Models: Engineering drawings don't reflect the actual state of equipment, tooling, and material flow on the floor today.

    • Disconnected Simulation: Standalone simulation tools require manual data entry and never stay current with the real plant.

    • Capacity Guesswork: Capacity planning relies on spreadsheet models that miss the interactions between stations, buffers, and changeovers.

    Our Approach

    Our Engineering Approach

    We engineer for the operational reality — not the demo.

    Live-Synced 3D Twin

    A real-time 3D model that reflects current machine states, WIP positions, and sensor readings — not a static CAD render.

    What-If Sandbox

    Clone the twin, change parameters, run accelerated simulation, and compare KPIs before committing to the physical change.

    Physics-Aware Modeling

    Discrete-event and agent-based simulation engines that capture station cycle times, buffer dynamics, and failure distributions.

    Capabilities

    Capabilities

    Production-grade features the platform ships with from day one.

    Real-Time 3D Visualization

    WebGL-rendered factory twin synced to live PLC and sensor data.

    Discrete-Event Simulation

    Model station cycle times, buffers, conveyors, and operator movements with stochastic distributions.

    What-If Scenarios

    Clone, modify, and run accelerated simulations to compare layout, staffing, and scheduling changes.

    Bottleneck Analysis

    Automatic identification of throughput constraints with sensitivity analysis.

    Line Balancing

    Optimization of task allocation across stations for mixed-model production.

    Energy Simulation

    Model energy consumption per scenario to find efficiency gains before investing.

    Commissioning Validation

    Validate PLC logic and control sequences against the virtual line before physical install.

    Capacity Planning

    Long-horizon capacity forecasts that account for product mix, changeovers, and maintenance windows.

    How It Works

    Reference Architecture

    How data and decisions flow end-to-end.

    Data Ingestion

    OPC-UA, MQTT, and MES APIs feed live machine state into the twin engine.

    1

    Twin State Engine

    Maintains an authoritative, time-stamped model of every asset, WIP item, and sensor.

    2

    Simulation Core

    Discrete-event and agent-based engines for scenario execution and optimization.

    3

    3D Renderer

    WebGL-based visualization with drill-down from plant overview to individual station.

    4

    Analytics & Reporting

    KPI comparison, bottleneck heatmaps, and scenario comparison dashboards.

    5
    Engineering Stack

    Technology Stack

    A pragmatic stack chosen for reliability, speed, and ease of operation.

    Simulation

    SimPyAnyLogic SDKArena APICustom DES

    3D & Viz

    Three.jsReact Three FiberglTFWebGL

    Data

    TimescaleDBKafkaPostgreSQLRedis

    Edge & OT

    OPC-UAMQTTIgnitionKepware

    Apps

    Next.jsReactTypeScriptTailwind

    Infra

    KubernetesTerraformVaultPrometheus
    Measured Impact

    Measured Impact

    Quantified outcomes from production deployments.

    25%
    Faster commissioning

    Through virtual validation before physical install.

    12%
    Throughput improvement

    From simulation-guided line balancing and layout changes.

    40%
    Fewer physical trials

    What-if scenarios replace costly floor experiments.

    Faster capacity planning

    Scenario runs in minutes instead of weeks of spreadsheets.

    Automotive Assembly Line Virtual Commissioning

    An automotive OEM needed to validate a new mixed-model assembly line before breaking ground on a $120M facility expansion. We built a sensor-synced digital twin of the existing line and modeled the proposed additions.

    Engineers ran 200+ what-if scenarios in three weeks, identified a buffer sizing issue that would have caused a 15% throughput gap, and adjusted the design before concrete was poured — saving an estimated $8M in post-commissioning rework.

    Case Study
    Automotive Assembly Line Virtual Commissioning
    Use Cases

    Where This Earns Its Keep

    Common deployment patterns we see across customers.

    01

    New Line Design Validation

    Test layout, buffer, and staffing assumptions before physical build.

    02

    Product Introduction Simulation

    Model the impact of new product variants on existing line throughput.

    03

    Maintenance Impact Analysis

    Simulate the throughput cost of different PM scheduling strategies.

    04

    Shift & Staffing Optimization

    Find optimal operator counts and skill mixes across shifts.

    05

    AGV & Material Flow

    Simulate AGV routing, fleet size, and charging strategies.

    06

    Virtual Commissioning

    Validate PLC and robot programs against the twin before go-live.

    Integrations

    Integrates With Your Existing Stack

    We connect to the systems your teams already know.

    PLM

    Siemens NX / TeamcenterDassault 3DEXPERIENCE

    Simulation

    Rockwell Emulate3D

    SCADA

    Ignition

    MES

    SAP Digital Manufacturing

    CAD

    Autodesk Inventor

    Visualization

    Unity / Unreal Engine

    Compliance-First Development Services Backed by Global Standards

    We build secure, scalable products designed for privacy, interoperability, and regulatory readiness from day one across every sector we serve.

    SOC2 logo

    Service Organization Control 2

    Verified controls for security, availability, and confidentiality of enterprise data systems.

    ISO 27001 logo

    Information Security Management

    Adhering to the international gold standard for managing information security risks.

    ISO 9001 logo

    Quality Management Systems

    Ensuring consistent quality in software delivery and operational process optimization.

    Our Edge

    Why Global Leaders Choose Us

    We combine deep technical expertise with industry-specific knowledge to deliver solutions that aren't just functional, but transformational.

    Enterprise-Grade Security

    We implement rigorous security protocols and compliance standards (HIPAA, GDPR, SOC2) across all industrial solutions to protect sensitive data.

    High-Performance Scaling

    Our architectures are built to handle massive data loads and user bases, ensuring seamless performance whether you're serving ten or ten million.

    Accelerated Time-to-Market

    Leveraging our suite of internal tools and proven frameworks, we reduce development cycles and get your product to market 40% faster.

    Embedded AI Integration

    Beyond simple wrappers, we build deep-learning integrations and predictive analytics directly into the core of your industry-specific workflows.

    Engagement Model

    Engagement Model

    Predictable, structured delivery from kickoff through long-term ownership.

    01

    Discovery & Scoping

    We map the existing systems, constraints, and stakeholders to scope a focused 8–12 week first delivery.

    02

    Architecture & Pilot

    A working slice on a representative environment — proving the data flow end-to-end before scaling.

    03

    Production Engineering

    Hardened services, observability, access controls, and audit logging go live behind your IAM.

    04

    Operate & Iterate

    We stay on as the embedded engineering team — closing tickets, tuning models, and shipping new value.

    Voices of Success

    We don't just build products; we forge lasting partnerships. See how we've helped industry leaders transform their vision into technical reality.

    Benchmark

    "I can clearly see how Agnotic has a unique way of handling end-to-end development. They are always active on quick chat and provide support quickly."

    Aaron Phelan

    Aaron Phelan

    Founder, Benchmark

    My Lauren

    "Agnotic is the best technical team we evaluated. Their engineering excellence made our work dramatically easier and allowed us to stay focused on what matters most for maternal care outcomes. They took full ownership of the technical execution, and we are always happy to continue working together."

    Kim Smith

    Kim Smith

    Founder, My Lauren

    Latimer

    "Agnotic combines deep technical expertise with strong domain knowledge. They understand the business context, anticipate challenges, and make collaboration smooth and effective."

    John Pasmore

    John Pasmore

    Founder, Latimer

    Frequently Asked Questions

    Ideally yes, but we start with what you have. Simplified parametric models work for simulation accuracy — photo-realistic detail is optional and added incrementally.

    Build your next manufacturing platform with us

    We engineer production-grade manufacturing platforms end-to-end. Talk to us about scoping a focused 8-week pilot.