VISIGN | Space Tech

nanoTrack M2M communication nanosat network
prototypes

Prototypes

How to be high enough to see further but at the same time close enough to be heard. How to be flexible and at the same time keep the shape. How to flight in space without going to orbit. How to sense the health of buildings.

nanoTrack
nano-track

nanoTrack

• VLEO nanosat M2M network
• 250 km circular orbit
• Optimized for low drag
• Multi functional structure
• Droplet plasma thruster

u-launcher

u-Launcher

• Hybrid motor
• Metalized propellant
• Rogallo glider wing
• Fully reusable
• Back to start flightpath

lune-inn

Lune Inn

• Inflatable planetary habitat
• Flat floor problem solution
• Semi-rigid structure
• Bag in mesh envelope
• Fault tolerance webbing

tensy-hub

TensyHub

• Hybrid SHL network
• Vibration mode analysis
• Wind load monitoring
• Tensile membrane structures
• Offshore wind turbine blades

about

About

The idea of nanoTrack was born when we realised that the weak point of any tracking system is its communication link. Existing global satellite communication networks simply could not absorb data traffic associated with continuous tracking of tenths of thousands of flights.
nanoTrack: Relay is a further development. We upgrade our emerging constellation to a platform of a machine to machine (M2M) communication.
When it comes to M2M/IoT over Satellite, smaller companies face one big challenge for their business - choosing between affordable yet unreliable and not real-time satellite inter-connectivity or real-time, but expensive connectivity through devices that bring significant limitations.
nanoTrack: Relay will solve the dilemma by a dramatic reduction of cost per byte for M2M connectivity and, at the same time, reducing the latency to a notable minimum by transforming the connection from record-and-send to real-time.

the-project

The Project

VISIGN | Space tech presents a dynamic collection of aerospace-related projects, as we call them prototypes, in different stages of development. The current focus is IoT over Very Low Earth Orbit (VLEO) satellites. Getting closer to the Earth's surface gains a number of advantages for communication links. The path losses and cross-talk interference are reduced by a factor of five to ten. A specific problem of VLEO is the significant drag and orbit decay. The nanoTrack solution is a combination of shape optimization and innovative propulsion.

The other prototypes present opportunities from civil structure monitoring to planetary habitats. Check for new prototypes we plan to add in the following months.

the-team

The Team

Meet our dream team.

val_image
val_image

Val Stavrev

CEO & CTO

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an_image

Anjela Nedyalkova

Social Media & Communications

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gy_image

George Yankov

Electronic Engineer and Maker

niki_image_alternate
niki_image_alternate

Nikita Kowaleff

Brand Manager

resources

Resources

DISCLAIMER: These are our current prototypes on paper. Some of this is likely to change during the process of further development over the time. Despite this, they should give a good indication of the relative features and abilities of the specific nanosat constellation.

LAST UPDATED: 2022