MIRA — Microbial Interpretation Platform
We turn complex microbial data into predictive insights and operational decisions.
Coordinate Alpha-9
SY-482.02 // METAGENOMIC_FLOW
84.2% CONFIDENCE
Modern sequencing generates enormous amounts of microbiological data. Knowing which microorganisms are present is not enough to understand how an ecosystem, an industrial process or a complex biological system is functioning.
The real challenge is transforming data into biological understanding, and biological understanding into decisions. MIRA was created to bridge this gap.
MIRA integrates microbiology, bioinformatics, molecular biology, biotechnology, environmental science and AI to turn biological complexity into decision support.
Microbiomic, metagenomic and multi-omics data from real systems.
Ecological and functional knowledge of microbial communities.
Our core technology: we integrate biological data with environmental and operational context.
Predictive insights, biological indicators, early signals.
Informed decisions for processes, products and operations.
We analyze microbiomic, metagenomic and multi-omics data from environmental, industrial, agricultural, human and space systems.
We integrate microbiological data with environmental, ecological and process information to identify the drivers of biological systems.
We deliver predictive insights, biological indicators and decision-support tools for research, development and real-world operations.
An integrated set of expertise, bioinformatics tools, interpretation methods and services.
Advanced characterization of microbial communities through sequencing, metagenomics and multi-omics.
Advanced interpretation integrating environmental, ecological and operational context.
Scientific reports designed to turn complex biological data into actionable knowledge.
AI-assisted analytics for early signals, trends and biological system evolution.
Biological indicators to monitor stability, resilience and performance.
Dashboards and intelligent platforms for monitoring, visualization and decision support.
Tailored projects for research, innovation, and product/process validation.
Every biological process is driven by microorganisms, yet microbiome data are often reduced to taxonomic lists and standard bioinformatics reports.
MIRA transforms microbiome data into actionable biological intelligence. Our proprietary platform integrates advanced microbiome analysis, contextual biological interpretation, AI-assisted analytics and causal inference to reveal how microbial communities influence biological processes and to support better operational decisions.
Rather than simply describing microbial composition, MIRA helps explain why biological systems behave the way they do, what is changing over time and which actions may improve performance.
High-resolution microbiome profiling and ecological characterization.
Microbiome data are interpreted within the specific biological, environmental and operational context of each project.
AI-assisted causal analysis helps identify biological drivers, relationships between microbial communities and process performance, and potential causes of system instability.
Interactive dashboards transform complex microbiome datasets into intuitive visualizations, biological KPIs, temporal trends and operational insights, making results immediately accessible for engineers, decision makers and scientists.
Scientifically grounded recommendations support monitoring strategies, troubleshooting, process optimization and evidence-based decision making.
Beyond industrial applications: MIRA supports universities, research institutes and innovation projects by providing advanced microbiome interpretation, AI-assisted analytics and biological expertise that accelerate scientific discovery and technology development.
AvailableMicrobiome intelligence for contaminated sites and environmental remediation.
Transform environmental microbiome data into remediation intelligence through biological interpretation, causal AI and AI-assisted decision support.
Applications
AvailableMicrobiome intelligence for wastewater treatment plants.
Understand, monitor and optimize biological wastewater treatment through microbiome intelligence, predictive analytics and AI-assisted operational support.
Applications
AvailableMicrobiome intelligence for sustainable agriculture.
Applications
AvailableMicrobiome intelligence for aquatic ecosystems.
Applications
Coming SoonMicrobiome intelligence for industrial biotechnology.
Applications
AvailableMicrobiome intelligence for space research sciences.
Applications
AvailableMicrobiome intelligence for scientific research and innovation.
Support microbiome-driven research projects with advanced bioinformatics, biological interpretation and AI-assisted analytics, helping researchers transform complex sequencing data into meaningful scientific insights.
Applications
Coming SoonMicrobiome intelligence for human health and wellness.
Extend the power of MIRA's microbiome intelligence platform to human microbiome applications by combining advanced microbiome analysis, contextual biological interpretation, Causal AI™ and AI-assisted analytics. Designed to transform complex microbiome data into actionable biological intelligence, the platform supports researchers, healthcare innovators and industry partners in exploring human-associated microbial ecosystems and unlocking new opportunities for health, wellness and personalized approaches.
Applications
Microbiome data are integrated with biological expertise, contextual interpretation and AI-assisted analytics to generate:
This common intelligence layer allows MIRA to address different biological ecosystems while maintaining the same scientific approach and technological foundation. Discover how MIRA transforms microbiome data into actionable biological intelligence.
MIRA was born at the intersection of scientific excellence, advanced bioinformatics and artificial intelligence. It integrates expertise from the National Research Council of Italy (CNR), the University of Tuscia and the private innovation ecosystem.
MIRA's mission is to transform microbial complexity into actionable knowledge and decision support for biotech processes, environmental systems and emerging applications.
Co-Founder, CEO & Scientific Strategy Lead
Senior Researcher at IRSA-CNR, environmental biotechnologist with international expertise in environmental microbiology, microbiome analysis and bioremediation. Co-founder of Trireme.
Co-Founder, Research Director
Research Director at IRSA-CNR, expert in aquatic microbial ecology, biodiversity and water quality.
Co-Founder, Environmental Genomics Lead
Tenure Track Researcher at the University of Tuscia, expert in environmental genomics and sustainable biotechnology.
Co-Founder, Bioinformatics Lead
Bioinformatician specialized in metagenomics, microbial ecology, environmental genomics and astrobiology.
Co-Founder, AI & Digital Strategy Lead
Management engineer and expert in AI, digital transformation and process automation.
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