See the forest's value
before harvest

Optiwood combines laser scanning, geospatial data and AI — turning raw forest data into actionable business decisions, while the trees are still standing.

Start a pilot See the method

Wood quality is largely unknown before harvest

Current forest data operates at stand or grid-level estimates. This leads to significant raw material losses, inefficient decisions and lower value creation across the entire value chain.

1%
Improvement in raw material utilisation can mean hundreds of thousands of euros in annual savings for a mid-sized sawmill.
94%
Tree detection precision in validated field trials using the Scan4est infrastructure.
~90%
Large trees in pine-dominated stands detected with approximately 90% accuracy.
Layer 01
Data ingestion & preprocessing
Laser scanning data, open GIS data and operational client data are harmonised.
Layer 02
AI modelling
Machine learning models predict individual tree attributes — diameter, stem curve, age, density.
Layer 03
Stand-level aggregation
Tree-level data is aggregated into stand and block-level forecasts suitable for decision-making.
Layer 04
Integrations & delivery
Results are integrated into the client's existing systems, or a custom solution is built to fit their needs.

Two ways to use Optiwood

We tailor the solution to your organisation's readiness and needs — from a lightweight pilot to a fully integrated production deployment.

Optiwood Method™
Wood Quality Intelligence

A laser scanning and AI-based method for predicting timber quality, value and potential. Delivers forecasts on species, diameter classes, stem straightness, density and underperformance risk areas.

ALS / LiDAR AI models GIS API
Optiwood Sensor & Edge™
Laser Data Production & Field AI

Drone laser scanning, in-flight data preprocessing and Optiwood edge models delivering preliminary quality measurements directly in the field. Suitable for areas where national ALS data is insufficient or outdated.

Drone LiDAR Edge AI International sites

A three-phase operating model

We move from proof-of-concept to scalable production with the client, in a controlled and risk-minimising way.

1
Proof of Concept

The solution is validated on the client's own data in a defined pilot area. The primary goal is practical experience — not just technology testing.

2
Expansion & integration

The solution is integrated into the client's processes. We build a scalable data architecture and interface for end users.

3
Automated optimisation

We move towards continuous improvement and autonomous decision-making in timber procurement and production.

Validated accuracy — Scan4est test site, Evo
0.94
Precision — tree detection
0.76
F1-score across all test plots
84%
Pine species classification accuracy
72%
Spruce species classification accuracy
Optiwood Method — 5 steps
Step 01
Tree maps via laser scanning + GIS data
Step 02
Assessment of stand attributes & growth
Step 03
Forecast of processing value, carbon & yield
Step 04
Continuous improvement & model refinement
Step 05
Rinse & repeat — scalable replicability

Forest science meets data technology

Optiwood is built on over a decade of scientific research — and real-world experience turning industrial data into business solutions.

JP
Jiri Pyörälä
Co-Founder · Forest Science & Laser Scanning

Experienced researcher combining forest science, laser scanning and wood technology using the latest innovations. Over 10 years of research in forest modelling and remote sensing, with more than 30 peer-reviewed publications. Doctor of Forest Sciences (D.Sc.), University of Helsinki 2020.

3D forest modelling Wood quality assessment Remote sensing Scientific research AI-based methods
TN
Tommi Niinimäki
Co-Founder · Data & AI

Versatile background in data analytics, data-driven decision-making and project management. Experience from the UN, Futurice, PricewaterhouseCoopers and numerous large-scale data projects.

Artificial intelligence Cloud infrastructure Data architecture Analytics & visualisation Project management

Ready to see your forest's true value?

We launch pilots with a light commitment and a defined scope. The most important goal is practical experience — not just technology evaluation. Reach out and let's schedule a first meeting.