ORBITAL RESILIENCE for digital continuity
Operational continuity
guaranteed.
Even when Earth stops.
The first LEO satellite disaster recovery platform.
Uninterrupted operation guaranteed, even when terrestrial infrastructures fail. No compromises. No latency. No terrestrial vulnerabilities.
Concentrated Terrestrial Risk
Increased Cyber Attacks
The frequency and sophistication of ransomware exceed the reaction capability of traditional DR systems, causing critical disruptions and significant economic losses.
Geographical Vulnerability
DRaaS services depend on terrestrial data centres. A widespread disaster (natural or human) can simultaneously compromise both the primary and recovery sites.
The Devastating Impact of Downtime
Outages are not just an inconvenience, but a financial and reputational bleed. Every hour of downtime comes at an exorbitant cost and undermines customer’s and stakeholder trust.
Per Hour
Average cost of downtime for large and medium-sized businesses, excluding fines and penalties.
Per Incident
Average financial impact of a cyber attack that halts manufacturing operations.
Per Incident
Costs related to post-breach response activities and system restoration.
Minimum Hours of Stoppage
Downtime experienced by at least 40% of SMEs affected by a cyber attack.
Unsatisfied Resilience Needs
Unfailing Continuity
Minimising RTO and RPO is crucial, especially against ransomware attacks. The goal is to prevent critical disruptions and economic losses, aiming for very few seconds of RPO and a few minutes of RTO.
Border-less Data Resilience
The protection of sensitive data requires backup infrastructures independent of terrestrial vulnerabilities. A system immune to geographical disasters is essential for the security and integrity of corporate information.
Universal Connectivity
Ensuring data recovery and operability even in remote areas or with damaged infrastructures. Overcoming structural vulnerabilities to maintain business continuity in any scenario.
RTO (Recovery Time Objective): The maximum time a company can be down after a disaster.
RPO (Recovery Point Objective): The maximum amount of data (work) we can afford to lose.
TECHNOLOGY
The real Air-Gap is physical
CELESTIA technology creates a genuine physical air-gap by transferring critical data and applications to secure orbital infrastructures. This revolutionary approach eliminates the reliance on terrestrial data centres, offering unprecedented protection against ransomware, physical attacks, natural disasters and infrastructure disruptions.
The orbital architecture ensures operational continuity even when terrestrial infrastructures are compromised, allowing for rapid restoration of essential services with recovery times measured in minutes rather than days.
Resilient, Global Network
A mesh network with redundancy and total coverage ensures that satellites communicate autonomously, maintaining continuity even in the event of terrestrial failures.
Ultra-Low Latency (LEO)
Speeds and latency comparable to fibre optics surpass traditional GEO satellites, enabling real-time applications and efficient disaster recovery.
LEO/MEO/GEO Constellations
LEO, MEO, and GEO constellations operate at different altitudes and provide complementary capabilities. LEO satellites (200–2,000 km) deliver low latency and high capacity but require large constellations for continuous coverage. MEO systems (2,000–35,786 km) offer a balance between coverage and latency, commonly supporting navigation and regional communications. GEO satellites (~35,786 km) remain fixed relative to the Earth, enabling wide-area coverage and reliable broadcasting, albeit with higher latency.
DATA SOVEREIGNTY
Logical and Physical Air-Gap: isolation of sensitive data from terrestrial network vulnerabilities.
Guaranteed Geofencing: total control over the data landing region for GDPR compliance and sovereignty.
ABSOLUTE CONTINUITY (LEO AIR GAP)
Physical Air-Gap: Replication on an independent LEO network, immune to regional failures or digital blackouts.
Blackout Bypass: The satellite network and energy kit ensure the resumption of digital operations even without external power.
INTELLIGENT DEFENCE (AI/ML)
Early Warning & Anomaly Detection: AI analyses replication patterns and predicts ransomware attacks before they cause damage.
“Clean” Restoration Points: each snapshot is certified malware-free to ensure a secure failover.
The Solution: Orbital Resilience
We provide Hybrid Disaster Recovery (DRaaS) using the LEO Satellite Network as a high-speed replication and emergency failover carrier.
OUR SERVICES
A complete path towards orbital resilience
CELESTIA offers an integrated ecosystem of services that guides organisations from initial assessment to full operational deployment of space-based disaster recovery. Each service is designed to integrate seamlessly with existing infrastructures, reducing complexity and strengthening protection.
Cyber Advisory & Security Assessment
We perform an in-depth analysis of your IT and operational infrastructure to identify critical terrestrial points of failure. Our team of cybersecurity experts assesses specific risks, quantifies the potential impact of disruptions and disasters, and designs a tailored strategy that integrates orbital capabilities with existing resources
- Comprehensive analysis of infrastructural risks
- Mapping of critical assets and dependencies
- Definition of optimal RPO/RTO
- Advanced business continuity planning
Orbital DRaaS
Disaster Recovery as a Service with real-time data replication to secure orbital infrastructures. Our solution guarantees a Recovery Point Objective (RPO) and Recovery Time Objective (RTO) close to zero, allowing immediate restoration of critical operations even in the event of total compromise of terrestrial systems.
- Continuous replication to orbital storage
- Automatic failover in case of emergency
- Periodic testing of recovery procedures
- Real-time monitoring dashboard
Chosen for Critical Missions
CELESTIA is the trusted solution for organisations that cannot afford interruptions. Our system is developed with the latest technologies known in the world of aerospace, cybersecurity, and technological innovation.
Sectors of Strategic Application
Banking, Finance & Insurance
Protection of payment systems, financial transactions, and sensitive customer data with operational continuity guaranteed even during catastrophic events or systemic cyber attacks.
Government & Defence
National security and digital sovereignty for government communications, intelligence, command-and-control systems, with a physical air-gap ensuring absolute protection from advanced cyber threats.
Critical Infrastructure
Operational continuity for energy, water, transport, healthcare, and telecommunications networks. Protection of SCADA and ICS systems with orbital backup ensuring rapid restoration in case of attacks or disasters.
Strategic Manufacturing
Protection of intellectual property, industrial projects, and advanced production systems. We guarantee the continuity of critical supply chains and the resilience of strategic production processes.
Meteorology & Agriculture
Utilizing EO data to transform raw environmental variables—like rainfall and soil moisture—into actionable intelligence for crop and climate monitoring.
Utilities & Smart Cities
Integrating satellite positioning and imagery to safeguard infrastructure and maintain the continuous flow of essential services.
Mining
Driving operational efficiency across the mining lifecycle through advanced communications, real-time asset tracking, and sustainable remediation practices.
THE TEAM
Bringing Space and Cyber Security Together
CELESTIA is born from spatial experience, combining decades of expertise in aerospace engineering with excellence in enterprise cybersecurity.
Our team brings together orbital systems experts, cybersecurity architects, operational continuity specialists, and critical infrastructure management professionals. This unique combination of skills allows us to offer unique and reliable solutions.
Resilience Starts in Space
In an increasingly interconnected and vulnerable world, true protection requires vision and cutting-edge technology. CELESTIA represents the future of operational continuity: a future where your critical data and services are protected by an air-gap that no terrestrial threat can overcome.
Continuous Innovation
We constantly invest in R&D to maintain technological leadership in space-based disaster recovery
Strategic Partnerships
Collaborations with major aerospace and cyber players to ensure operational excellence
Dedicated Support
Expert team available 24/7 to guarantee maximum reliability of your critical systems
Join the Organisations Choosing Orbital Resilience
Don’t wait for the next disaster to discover the limitations of traditional systems. Contact CELESTIA today for your free Resilience Assessment and find out how to take your operational continuity beyond terrestrial boundaries.
CELESTIA – Orbital Resilience for Digital Continuity
CONTACTS
Secure your operations
Are you ready for a Resilience Assessment?
The first step towards orbital resilience begins with a complete assessment of your infrastructure. Our team of experts is ready to analyse your specific needs and design a personalised solution that ensures the operational continuity of your organisation.
Speak with an expert
Fill out the form to be contacted by our team. We will arrange an in-depth meeting to understand your needs and show you how CELESTIA can protect your critical assets.
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European centre of excellence for space and cybersecurity technologies