PURPOSE-BUILT PRODUCTION PLATFORM

One system to buildinterceptor drones.

Plan the build, buy the long-lead parts, and run serialized assembly and flight test — in one production operations platform built for drone manufacturers.

Explore the areas we optimize

Control over unit cost, revisions and approved alternates.

The bill of materials stops being a file and becomes the source that drives purchasing, warehouse, assembly and test calculations.

  • Central BOM and configuration database
  • Unit cost calculated live
  • Alternate-part engine with cost impact
  • Planned vs. actual unit cost report
BOM and unit cost

The problem

Most drone programs still scale without a real system

  • Orders are still handled manually

    Orders come in by email, phone, Excel, or several disconnected channels.

    Orders are still handled manually — illustration

    Leads to

    Quantity errors and no clear source of truth

  • Production is planned manually

    Build plans are created by hand, without forecast, automatic aggregation of orders, bills of materials, work cells, and test schedules.

    Production is planned manually — illustration

    Leads to

    Overproduction, shortages, and constant firefighting

  • No control over contract profitability

    Companies see revenue, but not the real margin per contract, program, airframe variant, or site.

    No control over contract profitability — illustration

    Leads to

    Margin loss across contracts

  • Purchasing and warehouse outside the system

    Component demand, supplier orders, incoming inspection, and delivery claims are often managed manually or in separate files.

    Purchasing and warehouse outside the system — illustration

    Leads to

    Component shortages, overstocks, and uncontrolled costs

  • No real build and unit costing

    Bills of materials, scrap, yields, revisions, and component prices are not continuously translated into the real cost per airframe.

    No real build and unit costing — illustration

    Leads to

    No control over the cost of variants, airframes, and contracts

our solution

One system.Full production control.

No more spreadsheets, inboxes, and manual coordination. INVO connects contracts, bills of materials, assembly, components, deliveries, and reporting into one operational model.

Connect data

All operational data in one place.

Connect orders, forecasts, bills of materials, inventory, purchasing and assembly. INVO creates a single data layer so the entire operation can work with the same up-to-date information.

Predict

Know what you will need before production starts.

INVO forecasts demand, build volumes and component requirements from historical data, contract schedules, open orders and supplier lead times.

Plan & orchestrate

Turn demand into an executable operational plan.

The system translates forecasts and orders into purchasing, warehouse releases, build orders, work-cell capacity and flight-test slots — while accounting for component availability and production constraints.

Execute & optimize

Control execution and continuously improve performance.

Compare the plan with actual builds, component consumption, scrap and costs. INVO detects deviations, shows their impact on performance and uses operational data to improve future decisions.

What you build

Every airframe, accounted for

INVO connects contracts, bills of materials, assembly, purchasing, and test data in one system — built around how drone production actually runs.

Build Variants

Standard

58%

Night ops

18%

Ext. range

12%

Build Orders

Today

12,450

+3.2%vs yesterday
Program CRM

BOMs

Orders

Variants

Build counts under control

Track demand per program, lot, variant, and airframe. The system flags open ECOs, revisions, and missing data before assembly.

Configurations without chaos

Create, version, and release bills of materials per program. Manage approvals, comments, export-control flags, and airworthiness rules.

Acceptance and claims under control

Monitor customer claims, non-conformances, delivery lot acceptance, and schedule compliance against contract terms.

Modular by design.Connected by Factory Brain.

Configure.Extend. Scale.

Configure

Modules, roles, workflows, and operational rules configured around your contracts, facilities, and processes.

Extend

Add new features, integrations, and processes without rebuilding the entire system from scratch.

Scale

One system that grows with the number of sites, lines, contracts, variants, and business lines.

INVO product engineering team

In-house product engineers

80 +

Operational analytics

Turn operations intoa decision system

Every contract, build order, bill of materials, assembly run, test result, and cost generates data. INVO captures it in one place, structures it, and turns it into reports, alerts, and dashboards you can use to make real-time decisions.

01Capture

Data is created automatically in everyday operations — from orders and build counts to assembly, purchasing, deliveries, and claims.

02Structure

The system standardizes data from different modules and connects it into one model: contracts, sites, variants, bills of materials, components, costs, and SLA.

03Analyze

INVO surfaces variances, costs, risks, delays, component shortages, contract profitability, and build quality.

04Act

Dashboards, alerts, and reports help you react faster — before an issue affects production, delivery, the client, or margin.

Operational dashboards

From operational data to decisions

See which contracts are profitable

Compare performance across facilities

Predict demand and supply needs

Detect cost leaks

Optimize production and logistics

You stop guessing. You start
operating on data

implementation impact

Greater operational control. Real savings.

5–15%

reduction in labor costs

3–10%

reduction in component costs

30–70%

fewer operational errors

2–8%

purchasing savings

50–80%

shorter reporting time

+2–6pp

contract margin improvement

One source of truthfor the entire production operation.

Every order, revision, bill of materials, delivery, and cost is captured once — then feeds planning, assembly, logistics, controlling, and reporting.