Night-time satellite view of a coastline with scattered city lights

The right information, in the right hands, the moment it matters.

Providing our customers with answers: what changed, what is moving, is it unusual and why does it matter.

TRK-01 · CHANGE DETECTED

Receive information the minute something of interest happens on Earth.

WITH TYCHO

2 steps

01

Something just happened

02

Track it

WITHOUT TYCHO

7 steps

01

Task ordered

02

Captured

03

Downlinked

04

Processed

05

Analysed

06

Interpreted

07

Acted on

Sentinel-2 satellite image of an area on Earth

A picture of the past

By the time this image reaches an analyst, what it shows has already moved.

Instead of analysing images and raw data from the past, organisations use Tycho to understand events as they unfold.

From satellite to end customer.

From orbit to the platforms customers already use. The hardware is one platform in this chain.

01

Satellites

Satellite constellation

Render of the SOLAN satellite

01

Satellites

Satellite constellation

Render of the SOLAN satellite

→

↓

↓

→

02

Onboard detection

Detection and processing in orbit

02

Onboard detection

Detection and processing in orbit

02

Onboard detection

Detection and processing in orbit

→

↓

↓

→

03

Tycho intelligence and alerts

Intelligence layer, API and alerts

03

Tycho intelligence and alerts

Intelligence layer, API and alerts

03

Tycho intelligence and alerts

Intelligence layer, API and alerts

→

↓

↓

→

04

Partner platform

Owned by the partner

04

Partner platform

Owned by the partner

→

↓

↓

→

05

End customer

Owned by the partner

05

End customer

Owned by the partner

Two ways to start an alert.

The satellite interprets what it sees in orbit and sends answers and insight, no raw data involved..

Pattern 01

Image triggers alert

Onboard sensors spot an anomaly, TychoBoB tasks the satellite to image it, and the alert goes out via inter-satellite link.

01 Anomaly

02 Task

03 Image

04 Alert

Pattern 01

Image triggers alert

Onboard sensors spot an anomaly, TychoBoB tasks the satellite to image it, and the alert goes out via inter-satellite link.

01 Anomaly

02 Task

03 Image

04 Alert

Pattern 02

Alert triggers capture

The ground system detects a dark ship or anomaly and sends coordinates to the satellites, which run the same loop in minutes.

01 Detection

02 Coordinates

03 Same loop

04 Alert

Pattern 02

Alert triggers capture

The ground system detects a dark ship or anomaly and sends coordinates to the satellites, which run the same loop in minutes.

01 Detection

02 Coordinates

03 Same loop

04 Alert

Tycho Partners supports the end customer integrating signals to their own platforms.

Defence

Tycho enables defence technology to add near-real-time space-based detection of moving threats and significant activity to their existing offering and platforms. Tycho provides intelligence that can be integrated into operational platforms, situational awareness systems, and products. Tycho can also integrate with customers’ existing payloads or sensors, adding onboard intelligence and autonomy with its edge processor and dynamic tasking system.

Tycho enables insurers, reinsurers, brokers, and risk analysts to strengthen their products by integrating information captured from space, surveilling activity and changes on earth. Tycho intelligence can help partners monitor exposures, verify events, and provide customers with a more current understanding of risk as situations like floods, wildfires or storms develop.

Data intelligence companies can use Tycho and integrate a new near-real-time signal from space that can be combined with existing maritime, geospatial, and open-source data. Partners integrate Tycho intelligence into their own analytics and products, adding detection and tracking of significant movement and activity without having to build or operate satellite infrastructure themselves.

Defence

Tycho enables defence technology to add near-real-time space-based detection of moving threats and significant activity to their existing offering and platforms. Tycho provides intelligence that can be integrated into operational platforms, situational awareness systems, and products. Tycho can also integrate with customers’ existing payloads or sensors, adding onboard intelligence and autonomy with its edge processor and dynamic tasking system.

Tycho enables insurers, reinsurers, brokers, and risk analysts to strengthen their products by integrating information captured from space, surveilling activity and changes on earth. Tycho intelligence can help partners monitor exposures, verify events, and provide customers with a more current understanding of risk as situations like floods, wildfires or storms develop.

Data intelligence companies can use Tycho and integrate a new near-real-time signal from space that can be combined with existing maritime, geospatial, and open-source data. Partners integrate Tycho intelligence into their own analytics and products, adding detection and tracking of significant movement and activity without having to build or operate satellite infrastructure themselves.

SOLAN

A dynamic tasking satellite built around TychoBoB.

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Detect

Classify

Task

Alert

Detect

Classify

Task

Alert

Detect

Classify

Task

Alert

Status

Planned

Tycho’s first satellite

Built around

TychoBoB

Onboard edge processor

Next milestone

2027

TychoBoB flies on CENSSAT-1

Inside SOLAN

TychoBoB

The onboard edge processor that detects events and tasks the satellite in orbit. It flies first on UiO’s CENSSAT-1 in 2027.

First flight

2027

UiO’s CENSSAT-1

Status

Selected supplier

For CENSSAT-1

In orbit

Detects and tasks

Detects events and tasks the satellite

Key features

TychoBoB onboard edge processor

Custom Linux

Custom Linux-based operating system for maximum developer flexibility and control

Reconfigurable

Reconfigurable architecture enables live mission updates in orbit

Radiation-tolerant

Radiation-tolerant architecture with dual-layer fault tolerance for maximum uptime in space environments

Local time

12:56 CET

Trondheim

Trondheim

FAKTRY

Leirfossvegen 5D

7037 Trondheim

Oslo

Startuplab, Forskningsparken

Gaustadalléen 21

0349 Oslo

© 2026 Tycho Space Technologies AS

Satellite imagery: Contains modified Copernicus Sentinel data, processed by ESA

Night-time imagery: Credit: NASA

Local time

12:56 CET

Trondheim

Trondheim

FAKTRY

Leirfossvegen 5D

7037 Trondheim

Oslo

Startuplab, Forskningsparken

Gaustadalléen 21

0349 Oslo

© 2026 Tycho Space Technologies AS

Satellite imagery: Contains modified Copernicus Sentinel data, processed by ESA

Night-time imagery: Credit: NASA

Local time

12:56 CET

Trondheim

Trondheim

FAKTRY

Leirfossvegen 5D

7037 Trondheim

Oslo

Startuplab, Forskningsparken

Gaustadalléen 21

0349 Oslo

© 2026 Tycho Space Technologies AS

Satellite imagery: Contains modified Copernicus Sentinel data, processed by ESA

Night-time imagery: Credit: NASA

Local time

12:56 CET

Trondheim

Trondheim

FAKTRY

Leirfossvegen 5D

7037 Trondheim

Oslo

Startuplab, Forskningsparken

Gaustadalléen 21

0349 Oslo

© 2026 Tycho Space Technologies AS

Satellite imagery: Contains modified Copernicus Sentinel data, processed by ESA

Night-time imagery: Credit: NASA