AID empowers industries, governments, and communities to predict, mitigate, and respond to environmental risks like floods, subsidence, landslides, and earthquakes.
Zarvan Data Analytics – Developing AID with the European Space Agency and Uppsala Innovation Center.
Interested in partnering or learning more about AID’s capabilities?
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Experience data refinement like never before. Our specialized machine learning scientists in geodata applications meticulously prepare your geodata, ensuring precision in every detail. Benefit from insights that are not just accurate but serve as the bedrock for informed decisions, setting you on the path to success.
Time is of the essence, and we understand that. Choose Zarvan DA for geodata tools that are not just fast but redefine speed. Our solutions, crafted by expert machine learning scientists, process data at an unprecedented pace, ensuring that your decisions are made in real-time, keeping you ahead in the dynamic landscape of decision-making.
In the era of cloud dominance, we are your trusted pioneers. Our specialized machine learning scientists create geodata solutions that seamlessly integrate with the cloud, offering scalability and a dynamic environment where your geospatial data flourishes. Embrace a future where the cloud is not just a tool but an indispensable ally in your geospatial endeavors.
With a team of specialized machine learning scientists, Zarvan DA crafts geodata solutions uniquely for your companies and organizations. Harness the power of customized geospatial insights that benefit everyone. Our expertise ensures that your data is not just processed; it's transformed into a valuable asset for your business and beyond.
AID is from 2025 in a 12-month development phase, in collaboration with European Space Agency (ESA).
We also collaborate with Aalborg University, Arctic Business Center and Uppsalan Innovation Center for prototyping, developing and marketing.
In March 2023, our efforts was bolstered by the European Union Agency for the Space Programme (EUSPA).
This stage focuses on advancing AI integration, and predictive models and we are setting a proof-of-concept within 6 months, already engaging with leaders in forestry, renewable energies, oil & gas industries and research institutes.
We actively seek strategic partnerships for the proof-of-concept phase to strengthen our vision on this stage.
If you are interested in collaborating on a proof of concept and exploring how AID can transform your operations, contact us, fill out the form.
Protect pipelines, platforms, and wells by AID monitoring in near-real-time and detecting subsidence and seismic risks, ensuring operational safety without field measurements.
Assess land stability and adapt to environmental challenges by identifying areas at risk from subsidence, flooding and other hazards.
Predict ground instability and prevent mine collapses by employing AID’s near-real-time monitoring and risk alarm for serious ground movements in active and abandoned mines.
Ensure safe construction projects by monitoring ongoing and upcoming land subsidence, slope instability, and seismic activity.
Optimize wind turbine and solar farm placements by identifying geohazard-free zones, ensuring stable foundations and reducing long-term maintenance costs.
Monitor and mitigate risks from landslides, flooding, and coastal erosion, preventing damage to ecosystems and communities.
AID is designed to surpass traditional methods, offering faster insights, reduced costs, and enhanced accessibility. Environmental risks are costing our societies dearly, hovering around $1000 per capita.
AID's Module Name | Benchmark | AID's Module Performance | Best Available Performance | Mean Available Performance |
---|---|---|---|---|
3DVIS | 3D visualization and sharing of geospatial data. | Renders 10M+ points in ~1.5 seconds; web-based sharing in real-time. | Renders 10M+ points in ~2 sec; limited to specific software environments. | Renders 10M+ points in ~6 sec; limited sharing capabilities. |
PosTgre | Temporal geospatial database management; scalable data storage and retrieval. | 1TB datasets with <5ms latency. | 1TB datasets with ~8ms latency. | 1TB datasets with ~50ms latency. |
eO | Processing Synthetic Aperture Radar data for deformation mapping. | 30 interferograms/hour with 92% accuracy. | 25 interferograms/hour with ~90% accuracy. | 15 interferograms/hour with ~70% accuracy. |
SEGMA | Semantic segmentation of geospatial features (e.g., terrain, vegetation). | ~95% accurate in ~2.5 minutes. | ~92% accurate in ~3 minutes. | ~75% accurate in ~10 minutes. |
Our vision is to be the ultimate intelligent brain behind the eyes of satellites, transforming Earth Observation data into a universal tool for monitoring environmental risks.
Satellite generated data is vastly growing. Although its full potential remains underutilized due to inherent challenges in computational efficiency, collaboration, and the integration of scholarly insights into practical applications.
Current programs are slow and inefficient. Lack of collaborative platforms limits real-time stakeholder access to critical insights. Innovative academic research often remains siloed, and fails to translate into accessible, purpose-driven applications for environmental risk management.
AID will transform EO data into a dynamic system that bridges science and practice. By synthesizing AI-driven analysis, computational advancements, and an inclusive, collaborative platform, AID empowers decision-makers with the tools to anticipate and address environmental challenges, protecting investments, communities, and ecosystems with unprecedented precision and insight.
We see a future where geospatial intelligence becomes as accessible and vital as the internet, enabling planners, engineers, policymakers, and citizens to collaborate in real time to address the planet’s most pressing challenges.
AID is excited to welcome early-stage partnerships.
Our journey has been fueled by strategic collaborations across research, business development, and space-sector expertise.
With financial, incubation, and research support from the European Space Agency Business Incubation Center (ESA BIC), ARCTIC Business, and Aalborg University, AID is well-positioned to protect its intellectual property and execute a concrete 20-month development plan. Key milestones include:
Investment Roadmap
AID’s investment roadmap outlines clear opportunities for partners and investors to join the journey at critical stages:
What We’re Looking For
AID is seeking partnerships to onboard potential stakeholders before the Proof of Concept kick-off. These collaborations will be pivotal in demonstrating AID’s transformative geospatial insights and risk-assessment capabilities in live applications.
Your Opportunity to Collaborate
AID is seeking early-stage partners to join us as we prepare for the Proof of Concept (PoC) kick-off. These collaborations will be pivotal in demonstrating real-world applications of AID’s transformative geospatial insights and risk-assessment capabilities.
Reach out to our team for more details about AID and collaboration opportunities.
Email: ir@zarvanda.com
Investor relation
Email: mehdi.joud@zarvanda.com
mobil: 0700552403
ESA Project Coordinator
Explore our vision, technology, and market potential in a concise overview