As aerospace and defence ecosystems evolve, the role of data is becoming as critical as hardware. A new generation of companies is emerging, bringing in capabilities around data, mapping, and real-time intelligence. Among them is Mirai Aerospace, a young venture working at the intersection of aerospace technology, UAV systems, and geospatial analytics, which will be present at the AeroDef Manufacturing Exhibition, which will be held at Yashobhoomi Exhibition Centre, Dwaraka, New Delhi, from 8th April 2026.
Based in Meerut, Uttar Pradesh, Mirai Aerospace was founded by Ravi Yadav and Parag Shinde, his co-founder. The company represents a shift towards leveraging aerial platforms to capture and convert data into actionable insights. At the upcoming AeroDef India Manufacturing Expo 2026, Mirai Aerospace is stepping in with a clear intent to showcase how Drone and Ground based technologies, LiDAR mapping, and geospatial intelligence are becoming critical enablers for defence, infrastructure, and industrial applications.
At the heart of Mirai Aerospace’s journey is a clear and ambitious vision led by Ravi Yadav to redefine how geospatial intelligence is built and deployed. For him, the goal is not limited to offering services but to creating a comprehensive ecosystem that integrates hardware, software, and actionable intelligence. In an exclusive interaction with Machine Maker, Ravi Yadav shares how Mirai is building solutions that go beyond flying platforms, focusing instead on creating high-resolution data ecosystems that support decision-making in some of the most demanding environments.
“My vision for Mirai Aerospace has always been to lead the future of geospatial intelligence by unifying data across land, water, air, and space,” Ravi shares. The company is being built around delivering end-to-end solutions, where advanced aerial platforms, intelligent software systems, and data analytics come together to solve real-world challenges at scale.
This vision is reflected in Mirai’s roadmap, which includes investments in indigenous R&D, technology transfer partnerships, and expansion into critical areas such as defence, surveillance, anti-drone systems, and cybersecurity. “We are focused on building indigenous capabilities, expanding into defence systems, and growing through global and government collaborations,” he adds.
From Data Silos to Decision Intelligence: Solving Real-World Aerospace Challenges
For Mirai Aerospace, the challenge in today’s aerospace and defence ecosystem is how effectively that technology translates into decisions. Ravi Yadav points out that one of the biggest gaps lies in fragmented workflows, where data capture, processing, and analysis operate in silos, slowing down mission-critical operations. “One of the biggest challenges we see is delayed decision-making due to fragmented workflows,” he explains.
In high-stakes environments ranging from dense urban zones to complex terrains such as border regions, mountainous areas, and GNSS-denied zones, acquiring accurate and reliable data itself becomes a challenge. At the same time, many organisations continue to rely on legacy systems that are expensive, rigid, and not designed for scalability. “Another key issue is the over-reliance on legacy, high-cost systems that are not always built for agility,” Ravi adds.
Beyond data capture, the real bottleneck lies in usability. Large volumes of LiDAR and imaging data are generated, but converting them into structured, decision-ready insights often remains slow and inefficient, leading to delays and rework. “The real challenge is about integrating the entire workflow from capture to insight in a way that is fast, scalable, and reliable,” he says. This is where Mirai Aerospace is positioning itself, building integrated GIS and geospatial intelligence solutions that enable organisations to move seamlessly from data to decisions.
Precision, Process, and Partnerships: Building to Global Aerospace Standards
In aerospace and defence, quality is a prerequisite. For Mirai Aerospace, building capabilities to meet global standards begins with establishing strong process discipline and ensuring system-level reliability across operations. “Aerospace manufacturing is fundamentally about precision, repeatability, and trust and meeting global standards is non-negotiable,” Ravi Yadav emphasises.
The company is aligning itself with globally accepted quality frameworks, embedding traceability, validation, and documentation into every stage of its workflow. This structured approach becomes particularly critical in data-driven domains such as LiDAR and geospatial intelligence, where accuracy and consistency directly impact mission outcomes. “We are investing in advanced technologies and calibrated systems to ensure consistent, high-accuracy outputs,” he explains.
Equally important is integration, ensuring that hardware, software, and data workflows function seamlessly as a unified system. Alongside this, Mirai is actively collaborating with global technology partners, accelerating its capability development while maintaining the quality benchmarks expected in aerospace ecosystems. “Our approach is simple build with precision, validate with consistency, and deliver with accountability. In this industry, quality is not a feature; it’s a mandate,” Ravi adds.
Indigenisation as an Opportunity: Building the Next Layer of Aerospace Capability
India’s push towards indigenisation in aerospace and defence is creating a structural shift opening new avenues for technology-driven companies like Mirai Aerospace. According to Ravi, this transformation goes beyond policy and is reshaping the entire ecosystem. “India’s push for indigenisation is a structural shift in how the ecosystem is evolving,” he says.
With increased participation from private players, startups, and global collaborators, the scope of value creation is expanding beyond traditional manufacturing. Areas such as sensors, LiDAR, software, and data intelligence are becoming equally critical in defining the future of aerospace capabilities. “We are seeing strong momentum in next-generation domains like UAVs, autonomous systems, and geospatial intelligence,” Ravi notes.
At AeroDef India Manufacturing Expo 2026, Mirai Aerospace is set to present a comprehensive view of its capabilities demonstrating how geospatial intelligence is evolving from a support function into a critical enabler for aerospace and defence operations. “Visitors will see how we are building end-to-end geospatial capabilities from data capture to processing and actionable intelligence,” says Ravi Yadav.
The company will be showcasing solutions designed for real-world deployment across defence, enterprise, and mission-critical environments, with a clear focus on speed, accuracy, and scalability. More than individual technologies, Mirai aims to highlight its ability to integrate systems bringing together hardware, software, and data into a unified, outcome-driven approach. “We position ourselves as a one-stop GIS and geospatial intelligence solution partner,” he adds.
As the aerospace ecosystem becomes increasingly data-centric, Mirai Aerospace’s message to potential partners and customers centres on collaboration and execution. “The future of aerospace and defence will be driven by integrated, data-centric technologies. We are here to collaborate, co-build, and deliver solutions that are practical, reliable, and ready to scale,” Ravi concludes.
