In Memoriam TECHNOSCAN® is managed by the Estate of the late Dr Rias Johann van Wyk. A pioneer in the field of Management of Technology and the science of Strategic Technology Analysis (STA).
Strategic Technology Analysis

Technology has
a structure. 
We help leaders
read it.

Technoscan is a strategic technology practice. We track the landmarks reshaping the techno-sphere and map where they lead — translating a unified theory of technology into decisions boards, investors, and defense strategists can act on.

Start a Conversation → Explore the Framework
Functionalities9fundamental, not infinite
Performance metrics45across every technology
Foresight horizons3now · tomorrow · potential
The Functionality Grid v. M·E·I
Matter
Energy
Information
Process
P · M
Making steel
P · E
Generating electricity
P · I
Computing formulae
Transport
T · M
Freight by rail
T · E
Transmitting power
T · I
Data transmission
Store
S · M
Stockpiling ingots
S · E
Charging batteries
S · I
Backing up data
Every technology in existence maps to one of nine cells a periodic table for the techno-sphere.
Built on three decades of scholarship
W.R. Sweatt Chair · U. Minnesota Stellenbosch Institute for Advanced Study MIT Engineering Systems NATO ACT — Technology Trends
What we do

Four disciplines, one unified
view of technology.

Most technology strategy is “all engine and no rudder” — a pile of separate trends with no order between them. We give leaders the rudder: a single framework that places any technology, benchmarks it against physical limits, and points to where it goes next.

01

Technology Tracking & Selection

A seven-step, board-mandated process that surfaces the “important few” technologies a company should build its strategy around — then aligns them with core competencies and approves a hotlist.

TTS · board-level
02

Omega Map Foresight

We chart capsules across three horizons — now, tomorrow, and potential — and trace their trajectory toward theoretical limits, so you see breakthrough zones before they arrive.

foresight · horizons
03

Functionality Analysis

Locate any device, process, or capability on the nine-cell grid, then quantify it with functional performance metrics and the S-curves that govern its advance and decline.

FPM · S-curves
04

Landmark Intelligence

Continuous, curated scanning of the landmark technologies most likely to dominate the techno-sphere — assessed on principle of operation, performance, and maturity.

scanning · briefings
The framework

One natural order,
beneath all of technology.

For two centuries technology lacked what botany and chemistry have — a unit of study, a distinguishing characteristic, and a natural order. The Technoscan framework supplies all three.

UNIT

The technology capsule

The true carrier of technology — a recognizable bundle of devices, procedures, and skill, diagnosed by a standard anatomy from function through to cost and IP.

ORDER

The functionality grid

Nine fundamental functionalities — process, transport, store, applied to matter, energy, information. The only natural order in the whole of technological knowledge.

METRIC

Functional performance & S-curves

Forty-five metrics measure resources, time, and space. Plotted over time they trace S-curves — and reveal the breakthrough zones where the next advance is waiting.

REACH

Techno-sphere & innovation chain

Two panoramic constructs connect a single capsule to the largest human-made mechanism in the universe — and to the chain from science to application.

S-curve · breakthrough zoneFPM ↑
theoretical limit breakthrough zone

As one capsule matures, a new principle of operation begins its own S-curve — successive leaps toward limits set by physics itself.

Technology landmarks

The capsules we’re watching now.

A live selection of landmark technologies positioned for the Omega Map — each read for its locus of innovation.

View the full register →
S · M — storing matter

Artificial glaciers for arid areas

Engineered ice reserves in high mountain regions store seasonal water for release into arid lowlands — a new way to bank a scarce resource.

Read landmark →
P · M — processing matter

Salty water purified in minutes

A new material desalinates brackish and salt water rapidly and cheaply, collapsing the cost and time metrics of a fundamental process.

Read landmark →
S · I — protecting structure

Self-healing glass

A polymer glass that re-bonds at room temperature when pressed back together — extending the structural life of a near-universal material.

Read landmark →
S · E — storing energy

Electric vehicle that charges its own battery

A new principle of operation: regenerative braking on a gravity-fed haul route lets the largest EV on earth generate more energy than it spends.

Read landmark →
T · I — transporting information

Fifth-generation transmission

An immaterial, electro-magnetic transport system advancing fast enough to challenge materially-based networks across the techno-sphere.

Read landmark →
T · M — transporting matter

Reusable launch systems

A new principle of operation for reaching orbit — recovering and re-flying launch hardware to reset the cost curve of space access.

Read landmark →
Publications

The complete theory, in two volumes.

The foundational texts behind the practice — building a systematized body of technological knowledge from first principles, for executives, strategists, and investment professionals.

TECHNOSCAN PRESS

Technology:
Its Fundamental Nature

To Explore Further Ahead
and Farther Afield
Dr. Rias J. van Wyk
2017

Its Fundamental Nature

The full framework — the technology capsule, the functionality grid, the techno-sphere, the innovation chain, and the Omega Map. An introductory text for Engineering & Technology Management, STEM curricula, and hi-tech investment courses.

TECHNOSCAN PRESS

Technology:
A Unifying Code

A system of fundamental functionalities
Dr. Rias J. van Wyk
2004

A Unifying Code

The origin of the unified view: a single code for reading technology across every field. It sets out the case for functionality as the distinguishing characteristic and the grid as the natural order beneath all of technology.

Dr Rias J. van Wyk
Dr Rias J. van WykFOUNDER · TECHNOSCAN® CENTRE
Complete Biography →
About the founder

A pioneer who gave technology
its natural order.

Dr Rias J. van Wyk, Director of the Technoscan® Centre, Professor Extraordinary at Stellenbosch, and former Deputy Dean of the University of Cape Town Business School was the world's leading authority on strategic technology analysis. A South African scholar, he held degrees from three universities including a Harvard master's in Science, Technology and Public Policy, and spent a lifetime building what no one had before: a unified, scientific account of technology, in service of a world that lives in harmony with nature.

A founding member of the International Association for Management of Technology, he received its Distinguished Award and PICMET's Distinguished Service Award, was elected a Fellow of the World Academy of Art and Science, and served as the first president of the Management of Technology Accreditation Board. The University of Minnesota named a fellowship in his honour. The Technoscan Foundation carries that legacy forward — extending his framework to artificial intelligence and the institutions now learning to read technology, not merely react to it.

IAMOT Distinguished Award PICMET Distinguished Service Award Fellow, World Academy of Art & Science First President, MOTAB University of Minnesota Fellowship in his name
Studied, taught & lectured at
Harvard MIT University of Cape Town Stellenbosch University University of Minnesota Karlsruhe Institute of Technology IMD Lausanne Nanyang Technological University

Read technology before it reads you.

Brief your board, screen an investment, or build a foresight capability around the unified framework.

Contact Us Start with the book