We develop wireless power transmission technologies
CUSTOM SOLAR NOW AVAILABLE

Energy on demand, above the Earth.

Laser-based wireless power that unlocks orbital mission flexibility, no redesign, no downtime.

Main challenges

40% of satellite power is lost during eclipse periods

Satellites often operate under power constraints due to orbital shadowing. During these eclipse phases, systems go offline or switch to limited mode—reducing data collection and mission uptime.

60% of next-gen payloads demand more energy than standard solar panels can provide

Sensors like SARs, AI processors, and electric propulsion systems require high peak power—often beyond what existing panels can support, especially on small satellites.

Solution—
laser energy conversion.

Advanced Laser Source

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Triple-Junction Cell Integration

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Patented Receiver Structure

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Precision Beam Alignment

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How it works—laser energy
beamed from orbit

1

High-Power Laser Transmission

Up to 1 kW of directed energy, tunable and safe for long-range orbital paths.

2

Precision Pointing System

Fine-steering mechanisms track satellites and maintain laser alignment despite orbital motion.

3

Photovoltaic Compatibility

No need to change your panels—our energy beam is designed for optimal absorption by standard triple-junction solar cells.

4

Thermal & Safety Controls

Active cooling and automatic interlocks ensure safe operation in all orbital conditions.

How it works—
no need to change your solar panels.

1

Photovoltaic Compatibility

No need to change your panels—our energy beam is designed for optimal absorption by standard triple-junction solar cells.

Why

Why it matters. 6 key impacts for your mission

Book a demo

Increased mission uptime

Stay active even during eclipse or power-limited conditions.

Support high-demand payloads

Enable continuous operation of energy-intensive instruments.

No redesign required

Compatible with existing spacecraft photovoltaic systems.

Reduce energy bottlenecks

Decouple energy availability from orbital position.

Extend satellite lifespan

Avoid early mission shutdowns due to power degradation.

Prepare for constellation scaling

Power-sharing between satellites unlocks new operational strategies.

Absorptive Structural Design

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Intelligent Safety Interlocks

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Secure Key-Controlled Activation

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Real-Time Power Monitoring

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Environmental Stability Sensors

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Absorptive Structural Design

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FAQ

Still any doubt?
Check our FAQ... or

Book a demo
What is OptiScribe?

Use Jambo for analyzing and engaging with customer feedback, unlocking valuable insights, and revealing new releases.

Can OptiScribe be integrated via API?

Yes. OptiScribe integrates seamlessly with Patient Management Systems (PMS) such as OPTIX via API, enabling real-time syncing of patient data for faster and more reliable prescribing.

Do you offer customer support?

Absolutely. All plans come with dedicated support, and Pro and Enterprise users benefit from priority assistance. We’re here to help with onboarding, troubleshooting, and ongoing optimisation.

Can I cancel my subscription?

Yes. You can cancel your subscription at any time. There are no long-term contracts or hidden fees—just flexible plans that adapt to your clinic’s needs.

Can I get a custom offer for group businesses?

Yes. Our Enterprise Plan is tailored for group practices and multi-location organisations. Contact us for a bespoke quote based on your user base and specific requirements.

Do you offer a free trial?

We offer a free demo and can provide trial access on request, so you can experience the platform’s features before committing to a subscription.

Is my data secure?

Yes. OptiScribe is built with end-to-end encryption, secure cloud infrastructure, and full compliance with GDPR and NHS data protection standards. Your data—and your patients’—is safe with us.

Our roadmap

1

1km ground validation - Q3 2025

Loona-2, our terrestrial testbed, proves long-distance laser transmission and conversion efficiency.

2

In-Orbit Demonstration (IoD) - Q4 2026

We’ll test power transmission between two satellites in orbit, validating pointing and reception in microgravity.

3

Payload qualification - Q2 2027

Develop and qualify the emitter and receiver packages for integration into commercial satellite buses.

4

ORiS satellite development - Q4 2027

Design and build dedicated satellites equipped with our power-beaming technology.

Our Recent Projects

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Lorem Ipsum

The safest tools for the digital world.

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Read More
Lorem Ipsum

The safest tools for the digital world.

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Read More
Lorem Ipsum

The safest tools for the digital world.

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Read More

Solution—
laser energy conversion.

Advanced Laser Source

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Triple-Junction Cell Integration

Duis aute irure dolor in reprehenderit in vol up tate velit esse cillum dolore.

Patented Receiver Structure

Duis aute irure dolor in reprehenderit in vol up tate velit esse cillum dolore.

Precision Beam Alignment

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