Manastu Space's iBooster Cuts Toxic Fuel Use and Extends Satellite Life for Cleaner Space Missions

Turning Innovation into Impact: Practical Lessons from India’s Green Propulsion Revolution

India’s space sector stands at a pivotal juncture, with advanced technologies like Manastu Space’s I-Booster propulsion system offering a pathway to safer, greener, and more cost-effective satellite operations. The transition from hazardous hydrazine to hydrogen peroxide-based propellants marks a significant leap in operational safety and environmental stewardship. Yet, the journey from laboratory innovation to real-world deployment is complex, demanding rigorous testing, adaptive regulatory frameworks, and seamless integration with legacy systems. The following insights draw on Indian and global experiences to illuminate the practical realities of implementing next-generation space technologies.

Academic-Industry Synergy: Catalyzing Scalable Innovation

India’s unique strength lies in its robust academic ecosystem and its growing culture of entrepreneurship. Manastu Space’s trajectory—from a student-led initiative at IIT Bombay to a recognized player in global space innovation—exemplifies the power of academic-industry collaboration. Supported by IIT Bombay’s Society for Innovation and Entrepreneurship (SINE) incubator, Manastu leveraged technical mentorship and funding to refine its green propulsion technology. This model mirrors ISRO’s longstanding partnerships with premier institutes like IISc and IITs, which have historically contributed to mission-critical innovations.

Such collaborations are not merely academic exercises; they serve as vital testbeds for de-risking new technologies before national-scale adoption. For instance, Manastu’s ongoing work with ISRO and DRDO demonstrates how pilot projects can bridge the gap between research and operational deployment. As Prof. Rangan Banerjee, Director of IIT Bombay, notes, “Our role is to nurture ideas that can transform national capabilities, and Manastu is a testament to this vision.”

Regulatory Evolution: Streamlining Approvals and Building Trust

While India’s policy landscape is evolving, regulatory bottlenecks remain a significant hurdle for technology adoption. The Draft Space Activities Bill and the National Space Policy aim to provide a framework for commercial space activities, but the absence of a comprehensive legal structure creates uncertainty for startups and investors. In contrast, the European Space Agency’s (ESA) adoption of green propulsion technologies was underpinned by clear safety protocols and stakeholder engagement, enabling smoother transitions to new systems.

India is making strides through initiatives like IN-SPACe, which facilitates private sector participation and acts as a single-window clearance mechanism. However, experts such as Dr. K. Sivan, former ISRO Chairman, emphasize the need for “predictable, transparent, and time-bound regulatory processes” to accelerate innovation. ISRO’s pilot evaluation of Manastu’s mini-thruster is a critical step, providing empirical data to inform policy and build end-user confidence.

Real-World Impact: Workforce Safety and Community Well-being

The shift to green propulsion is more than a technical upgrade—it has tangible benefits for India’s space workforce and surrounding communities. Hydrazine, the conventional propellant, poses severe health risks and requires elaborate safety measures. By adopting hydrogen peroxide-based fuels, organizations like ISRO can significantly reduce occupational hazards and operational costs. At the Sriharikota launch site, for example, technicians report improved safety conditions and reduced need for heavy protective gear, enhancing both morale and efficiency.

Moreover, cost savings from safer operations can be redirected toward local development initiatives, such as STEM education and community infrastructure. This aligns with the government’s broader Atmanirbhar Bharat vision, which seeks to ensure that technological progress translates into societal benefits.

Policy and Participation: Fostering an Inclusive Innovation Ecosystem

India’s mission-driven approach to technology policy is evident in initiatives like the IndiaAI Mission and the Atal Innovation Mission, which promote cross-sectoral collaboration and inclusive growth. The Indian National Space Promotion and Authorisation Centre (IN-SPACe) serves as a bridge between ISRO, private industry, and academia, enabling startups to access resources and regulatory guidance. This ecosystem is further strengthened by government support for STEM education and targeted outreach to underrepresented communities.

Startups such as Agnikul Cosmos and Skyroot Aerospace, alongside Manastu Space, are benefitting from this supportive environment, developing indigenous launch vehicles and propulsion systems that contribute to a vibrant, self-reliant space sector.

Expert Perspectives: Charting the Path Forward

Indian thought leaders consistently highlight the importance of indigenous innovation and streamlined policy for sustained growth. Tushar Jadhav, co-founder of Manastu Space, advocates for “stronger industry-academia linkages and regulatory clarity to unlock India’s full potential in space technology.” Dr. K. Sivan echoes this sentiment, emphasizing that “sustainable, cost-effective solutions are key to maintaining India’s competitive edge.”

Institutional support from IITs, ISRO, and national missions provides a robust foundation, but the next phase requires agile governance and international collaboration. As India aspires to become a global hub for sustainable space solutions, the lessons from Manastu’s journey offer a blueprint for translating innovation into large-scale impact.

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By integrating academic ingenuity, regulatory reform, and a commitment to societal impact, India is poised to lead the next wave of green space technology. The implementation of systems like Manastu’s I-Booster is not just a technological milestone—it is a model for how innovation can be harnessed for national progress and global leadership.

Charting a Greener Orbit: How Global Models Inform India’s Sustainable Space Ambitions

As nations race to expand their presence in space, the imperative to adopt environmentally responsible propulsion technologies has become a defining feature of modern space policy. Across continents, governments and agencies are investing in green satellite propulsion to mitigate environmental hazards, reduce operational risks, and align with global sustainability goals. India, with its burgeoning private space sector and mission-driven innovation, stands at a crossroads—poised to learn from international best practices while crafting a uniquely Indian path toward sustainable space exploration.

International Leadership in Green Propulsion: Lessons from ESA and NASA

The European Space Agency (ESA) and NASA have emerged as pioneers in the transition to non-toxic, high-efficiency satellite propulsion. ESA’s Green Propellant Infusion Mission has advanced hydrogen peroxide-based thrusters, significantly reducing the environmental and occupational hazards associated with traditional hydrazine propellants. These efforts are not merely technological but are underpinned by robust regulatory oversight and cross-border collaboration. For instance, ESA’s Clean Space initiative sets stringent guidelines for eco-friendly satellite design and end-of-life deorbiting, serving as a model for lifecycle sustainability.

NASA, meanwhile, has invested in the Green Propellant Infusion Mission (GPIM), which successfully demonstrated the use of AF-M315E, a less toxic alternative to hydrazine, on small satellites. NASA’s approach emphasizes the need for global standards and shared research, recognizing that orbital debris and chemical contamination are transnational challenges.

Policy Frameworks and Funding Mechanisms: The US and EU Approach

The acceleration of green space technologies in the US and EU is anchored in clear policy directives and substantial funding streams. The US Department of Defense and NASA have launched joint initiatives to fast-track the adoption of alternative propellants, integrating sustainability into national security and commercial space strategies. Programs like NASA’s Small Business Innovation Research (SBIR) provide grants and technical support to startups developing green propulsion systems.

In the European Union, the Horizon Europe program allocates significant resources to research and innovation in sustainable space technologies, fostering public-private partnerships and cross-sectoral collaboration. These frameworks not only incentivize technological breakthroughs but also ensure regulatory clarity and investor confidence—elements that are critical for scaling innovation.

India’s Mission-Driven Model: Innovation Amidst Regulatory Gaps

India’s approach to green satellite propulsion is exemplified by startups like Manastu Space, which leverage academic-industry partnerships to develop indigenous, non-toxic thruster systems. Supported by institutions such as IIT Bombay, these ventures embody a mission-driven ethos that prioritizes cost-effectiveness and local relevance. However, as highlighted by Dr. K. Sivan, former ISRO Chairman, “India’s innovation ecosystem thrives on frugal engineering, but must be complemented by robust regulatory and strategic frameworks to compete globally.”

Unlike the US and EU, India currently lacks a comprehensive legal and regulatory structure for green space technologies. The Draft Space Activities Bill and the National Space Policy are steps in the right direction, but gaps remain in areas such as environmental standards, technology approvals, and international collaboration. Benchmarking against global best practices could help India streamline regulatory processes, attract international investment, and position itself as a leader in sustainable space solutions.

Expert Perspectives: Indian Voices on Sustainable Space Policy

Indian experts consistently emphasize the importance of indigenous innovation and policy reform. Prof. Rangan Banerjee, Director of IIT Bombay, notes that “academic institutions are crucial in nurturing startups and translating research into scalable technologies.” Industry leaders like Tushar Jadhav and Ashtesh Kumar, co-founders of Manastu Space, advocate for stronger industry-academia-government linkages and expedited regulatory approvals to accelerate technology adoption.

The Indian National Space Promotion and Authorisation Centre (IN-SPACe) is a notable institutional response, aiming to facilitate private sector participation and foster collaboration with ISRO. However, experts argue that a more holistic policy framework—one that integrates environmental standards, funding mechanisms, and international partnerships—is essential for sustained leadership.

Comparative Insights and the Road Ahead

A comparative analysis reveals that while India’s mission-driven model fosters rapid innovation, the absence of formalized regulatory and funding structures poses challenges for scalability and global competitiveness. Looking ahead, India can draw on international models to craft a balanced approach—one that leverages its strengths in frugal innovation and academic excellence, while instituting the regulatory clarity and collaborative frameworks necessary for global leadership in green space technology.

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By integrating global best practices with indigenous strengths, India stands to not only advance its own space ambitions but also contribute meaningfully to the international movement for sustainable and responsible space exploration.

Unlocking Broader Horizons: Manastu’s Technology Across India’s Innovation Landscape

Manastu Space’s advancements in green propulsion are not confined to satellite maneuvering—they signal a transformative wave across India’s space, defense, and technology sectors. The company’s mini-thruster engine, lauded for its efficiency and safety, is poised to influence a spectrum of applications, from small satellites and CubeSats to unmanned aerial vehicles (UAVs). This aligns with India’s strategic push for affordable, high-impact solutions, reinforcing the nation’s emergence as a global innovation hub. The following sections explore how Manastu’s technology is catalyzing change, supported by policy initiatives, academic research, and real-world collaborations.

Catalyzing Next-Generation Spacecraft and UAVs

Manastu’s green propulsion system, originally designed for satellites, holds significant promise for India’s burgeoning small satellite and UAV markets. As the Indian government accelerates its focus on cost-effective, scalable space missions, the demand for safer, more efficient thrusters has surged.

In the private sector, startups like Agnikul Cosmos and Skyroot Aerospace are leveraging indigenous propulsion systems to develop next-generation launch vehicles. Skyroot’s Vikram series, for instance, utilizes modular propulsion units for rapid deployment and reusability, demonstrating the commercial viability of homegrown innovation. Manastu’s I-Booster, with its non-toxic propellant, could be adapted for CubeSats and UAVs used in disaster management, precision agriculture, and defense surveillance.

Policy-Driven Ecosystem: IN-SPACe and Atmanirbhar Bharat

The Indian government’s policy framework is instrumental in nurturing such technological advancements. The establishment of the Indian National Space Promotion and Authorisation Centre marks a paradigm shift, enabling private players to collaborate with ISRO and access critical infrastructure. IN-SPACe’s mandate includes streamlining regulatory approvals and fostering public-private partnerships, which have already resulted in joint technology demonstrations and shared launch facilities.

Under the Atmanirbhar Bharat (Self-Reliant India) initiative, indigenous technology development is prioritized, reducing dependence on foreign suppliers and enhancing national security. The National Space Policy 2023 further codifies these objectives, outlining incentives for startups and academic spin-offs. As Dr. Pawan Goenka, Chairman of IN-SPACe, notes, “India’s future in space depends on a robust, collaborative ecosystem where government, industry, and academia work in synergy to drive innovation and commercialization.”

Academic Leadership and Research Synergies

India’s premier academic institutions are pivotal in advancing propulsion technologies and fostering entrepreneurship. The Indian Institute of Technology Bombay (IIT Bombay) and the Indian Institute of Science (IISc) have established dedicated research centers focused on advanced materials, propulsion, and satellite systems. Manastu Space itself is a product of this ecosystem, having originated as a student-led project at IIT Bombay.

These institutions not only provide technical expertise but also serve as incubators for startups, offering mentorship, seed funding, and access to state-of-the-art laboratories. Such initiatives ensure a steady pipeline of talent and innovation, reinforcing India’s competitive edge in the global space economy.

Real-World Impact: Workforce Safety and Community Benefits

The adoption of green propulsion technologies like Manastu’s I-Booster has tangible benefits for India’s space workforce and local communities. Traditional propellants such as hydrazine pose significant health risks, requiring extensive safety protocols and specialized handling. By transitioning to non-toxic alternatives, operational costs are reduced and workplace safety is markedly improved.

A compelling example comes from ISRO’s launch facilities in Sriharikota, where technicians previously donned heavy protective gear to handle hazardous fuels. With the introduction of safer propellants, these workers now operate in less restrictive environments, enhancing both efficiency and morale. Moreover, the cost savings realized through greener operations can be redirected towards community development and educational outreach in space-centric regions.

Expert Perspectives: The Indian Innovation Imperative

Indian thought leaders consistently emphasize the strategic importance of indigenous innovation. Dr. K. Sivan, former ISRO Chairman, has underscored the need for sustainable, cost-effective technologies to maintain India’s leadership in the space sector. Prof. Rangan Banerjee, Director of IIT Bombay, points to the critical role of academic-industry partnerships in nurturing startups like Manastu Space, stating, “The convergence of research, entrepreneurship, and policy support is key to translating laboratory breakthroughs into national assets.”

Industry voices, including Manastu’s co-founders Tushar Jadhav and Ashtesh Kumar, advocate for streamlined regulatory processes and greater investment in R&D. Their journey—from a campus initiative to a nationally recognized enterprise—demonstrates the transformative potential of India’s innovation ecosystem when bolstered by supportive policies and institutional mentorship.

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This comprehensive integration of technology, policy, research, and community engagement underscores the far-reaching impact of Manastu’s innovations, positioning India at the forefront of sustainable and inclusive space exploration.

Transforming India’s Space Sector: Real Stories of Innovation and Impact

The introduction of Manastu Space’s I-Booster system marks a pivotal shift in India’s approach to space technology, with far-reaching consequences for workforce safety, community well-being, and national innovation. By replacing hydrazine—a toxic and hazardous propellant—with a safer, greener alternative, Manastu’s technology is not only advancing India’s technical capabilities but also reshaping the lives of those who work at and live near the country’s major space facilities. These impact stories reveal how policy, research, and grassroots innovation converge to drive sustainable progress in India’s rapidly evolving space ecosystem.

Safer Workplaces: Reducing Health Risks for India’s Space Workforce

The transition away from hydrazine-based propulsion has immediate and tangible benefits for technicians and engineers at Indian launch sites. At the Satish Dhawan Space Centre in Sriharikota, for example, workers previously faced significant health hazards due to the toxic nature of hydrazine, necessitating the use of cumbersome protective suits and strict isolation protocols. With the adoption of Manastu’s green propellant, technicians like those at ISRO’s Vikram Sarabhai Space Centre report a dramatic reduction in occupational risk. “We no longer need to spend hours in sealed chambers or worry about accidental exposure,” notes an ISRO safety officer, reflecting a broader improvement in morale and operational efficiency. This shift aligns with India’s commitment to workplace safety.

Community Benefits: Economic and Social Upliftment in Space Regions

The ripple effects of safer, more cost-effective propulsion extend beyond the launchpad. In regions like Sriharikota and Thiruvananthapuram, where space operations are a cornerstone of the local economy, reduced operational costs can translate into greater investment in community infrastructure and education. For instance, ISRO’s community outreach programs have historically funded local schools and health centers; with operational savings from green propulsion, such initiatives can be expanded. By minimizing environmental risks and freeing up resources, Manastu’s technology supports a more inclusive model of growth in space-centric communities.

Policy Catalysts: Aligning Innovation with National Priorities

Manastu’s I-Booster exemplifies the goals of India’s Atmanirbhar Bharat (self-reliant India) initiative, which emphasizes indigenous technology development and reduced dependence on foreign imports. The Draft Space Activities Bill and the National Space Policy 2023 provide a regulatory framework that encourages private sector participation and innovation. However, as noted in a recent analysis, the absence of a comprehensive legal framework still poses challenges for startups seeking to scale up operations. Policymakers are increasingly aware of the need to balance regulatory clarity with flexibility, ensuring that innovations like the I-Booster can be rapidly adopted without bureaucratic delays.

Expert Perspectives: Indian Leaders on the Frontlines of Change

Indian experts consistently underscore the importance of homegrown innovation in maintaining the country’s competitive edge in space. Dr. K. Sivan, former ISRO Chairman, has argued that “sustainable and cost-effective solutions are essential for India’s long-term leadership in space technology.” Prof. Rangan Banerjee, Director of IIT Bombay, highlights the critical role of academic institutions in nurturing startups: “Partnerships between academia and industry are the backbone of India’s innovation ecosystem.” Manastu’s founders, Tushar Jadhav and Ashtesh Kumar, are products of such collaborations, having transformed a student project at IIT Bombay into a nationally recognized enterprise. Their journey illustrates how targeted mentorship, research funding, and regulatory support can turn local ingenuity into assets of strategic importance.

Expanding Access: Inclusion and Opportunity in the New Space Economy

Ensuring that the benefits of space innovation reach all segments of society is a growing priority. India’s Digital India mission and STEM outreach programs, such as ISRO’s Space Tutor initiative, are designed to bridge gaps in access to education and employment. By lowering the technical and financial barriers to entry, green propulsion technologies like the I-Booster can democratize opportunities for aspiring engineers from rural, gender-diverse, and marginalized backgrounds. As India’s space industry grows, ensuring broad participation will be key to sustaining its momentum and social impact.

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These impact stories demonstrate how the adoption of innovative technologies like Manastu’s I-Booster is not only advancing India’s space ambitions but also fostering safer workplaces, stronger communities, and a more inclusive, self-reliant future.

Driving India’s Space Ambitions: Insights from Leading Experts

India’s ascent in the global space arena is powered by a unique blend of indigenous innovation, academic excellence, and entrepreneurial dynamism. As the nation pursues self-reliance and technological leadership, the perspectives of Indian experts illuminate the pathways and challenges ahead. Their voices underscore the critical role of homegrown solutions, robust industry-academia linkages, and supportive policy frameworks in shaping the future of India’s space sector.

Indigenous Innovation as the Cornerstone of Self-Reliance

Dr. K. Sivan, former Chairman of the Indian Space Research Organisation (ISRO), has consistently championed the imperative of indigenous innovation for India’s space program. In his tenure, Dr. Sivan emphasized that “cost-effective and sustainable solutions are not just desirable, but essential for maintaining India’s competitive edge in the global space race.” This philosophy is evident in ISRO’s successful deployment of the PSLV and GSLV launch vehicles, which have become benchmarks for affordable access to space.

The Atmanirbhar Bharat initiative, launched by the Government of India, echoes this sentiment by prioritizing domestic technology development across sectors, including space. ISRO’s collaboration with Indian startups and MSMEs to develop critical components—such as propulsion systems and satellite payloads—demonstrates a commitment to reducing reliance on foreign suppliers.

Academic Institutions as Catalysts for Space Startups

Academic institutions are playing a pivotal role in nurturing the next generation of space innovators. Prof. Rangan Banerjee, Director of IIT Bombay, highlights the transformative impact of university-led research and incubation programs. “Our ecosystem enables student-led projects to mature into nationally significant ventures,” he notes, referencing the journey of Manastu Space—a startup founded by IIT Bombay alumni.

Manastu Space’s development of the I-Booster, a green propulsion system, exemplifies how academic mentorship and access to cutting-edge research facilities can accelerate the commercialization of breakthrough technologies. The institute’s Society for Innovation and Entrepreneurship (SINE) has supported over 200 startups, many of which are contributing to India’s space and deep-tech sectors.

Industry-Academia Synergy: The Case for Streamlined Collaboration

Industry leaders such as Tushar Jadhav and Ashtesh Kumar, co-founders of Manastu Space, advocate for deeper and more agile partnerships between academia and industry. Their experience reveals that student-led innovations can evolve into national assets when supported by targeted mentorship, access to funding, and regulatory clarity. “Navigating the regulatory landscape remains a challenge,” notes Jadhav, “but with platforms like IN-SPACe, the process is becoming more transparent and accessible.”

The establishment of the Indian National Space Promotion and Authorization Center has been a game-changer, enabling private players to access ISRO’s infrastructure and expertise. This model of shared resources and collaborative R&D is fostering a vibrant ecosystem where startups, academic labs, and established industry players co-create solutions for both domestic and international markets.

Policy and Regulatory Imperatives: Bridging Gaps for Innovation

Despite significant progress, experts caution that India’s space policy framework remains a work in progress. The Draft Space Activities Bill and the National Space Policy aim to provide a comprehensive regulatory environment for commercial space activities, but gaps persist—especially regarding liability, intellectual property, and foreign investment. As Prof. Banerjee observes, “A clear, predictable legal framework is crucial for attracting investment and scaling indigenous innovations.”

The government’s mission-driven approach, as seen in the IndiaAI Mission and Atmanirbhar Bharat, offers valuable lessons for space policy. By aligning regulatory reforms with the needs of startups and research institutions, India can accelerate technology adoption and global competitiveness.

Real-World Impact: From Campus Projects to National Assets

The evolution of Manastu Space from a student project at IIT Bombay to a key player in India’s space ecosystem illustrates the transformative potential of expert-driven mentorship and institutional support. Their green propulsion technology, now being considered for integration into ISRO missions, underscores how academic-industry collaboration can yield solutions with national and global relevance.

Other Indian startups, such as Pixxel and Agnikul Cosmos, have similarly benefited from partnerships with academic institutions and government agencies. These collaborations are not only advancing technological frontiers but also creating new opportunities for employment, skill development, and international cooperation.

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By drawing on the insights and experiences of India’s leading experts and institutions, the nation is charting a course toward sustainable, inclusive, and globally competitive space innovation. Their perspectives provide a blueprint for harnessing indigenous talent, fostering cross-sectoral collaboration, and building the regulatory foundations necessary for India’s continued ascent in the space domain.

Charting India’s Space Policy: Innovation, Inclusion, and Global Ambition

India’s space policy is undergoing a transformative shift, aligning national priorities with global trends in technology, sustainability, and inclusive growth. Driven by the Atmanirbhar Bharat (self-reliant India) vision, the government is fostering indigenous innovation while opening the doors to private sector participation. As India positions itself as a leader in the global space economy, its evolving regulatory frameworks, mission-driven initiatives, and inclusive outreach are setting the stage for a dynamic and equitable space sector.

Regulatory Evolution: From Draft Bills to National Policy

India’s approach to space regulation is marked by a transition from state-centric control to a more participatory and commercially viable model. The Draft Space Activities Bill and the National Space Policy 2023 are pivotal documents that seek to clarify the legal landscape for commercial space activities. The National Space Policy, for instance, explicitly encourages private enterprises to build and operate satellites, launch vehicles, and ground stations, signaling a departure from the earlier monopoly of the Indian Space Research Organisation (ISRO). However, the absence of a comprehensive space law continues to create ambiguity for startups and investors. As Dr. Rajeswari Pillai Rajagopalan of the Observer Research Foundation notes, “A clear legal framework is essential to attract investment and foster innovation in India’s space sector.”

Catalyzing Private Sector Participation: IN-SPACe and Beyond

The establishment of the Indian National Space Promotion and Authorization Center (IN-SPACe) in 2020 marked a watershed moment for private sector engagement. IN-SPACe acts as a single-window agency, authorizing and facilitating non-governmental entities to undertake space activities. This has enabled startups like Agnikul Cosmos and Skyroot Aerospace to develop indigenous launch vehicles and propulsion systems, with Skyroot’s Vikram-S becoming India’s first privately developed rocket to reach space in 2022. These successes underscore the effectiveness of policy instruments in lowering entry barriers and accelerating innovation. The Atal Innovation Mission and other government-backed incubators further provide funding, mentorship, and technical support to emerging space entrepreneurs, reinforcing the ecosystem’s vibrancy.

Mission-Driven Technology Policy: Lessons from IndiaAI

India’s policy approach to emerging technologies is characterized by mission-driven frameworks that prioritize national capacity-building and strategic autonomy. The IndiaAI Mission, though focused on artificial intelligence, offers a template for cross-sectoral innovation. Its emphasis on public-private collaboration, regulatory sandboxes, and ethical governance has informed similar strategies in the space sector. For example, the National Space Policy’s call for responsible and sustainable space operations echoes the AI mission’s focus on ethical deployment.

Promoting Accessibility and Social Inclusion in Space

Ensuring that the benefits of space technology reach all segments of society is a core policy objective. Initiatives like the mission serve as blueprints for expanding access to space education and employment, particularly among rural, gender-diverse, and marginalized communities. ISRO’s outreach programs, such as the Student Satellite initiative and STEM workshops, actively engage underrepresented groups. Innovations like Manastu Space’s I-Booster, which reduces the cost and complexity of satellite propulsion, exemplify how technological advances can democratize participation.

Expert Perspectives: Indian Voices Shaping Policy

Indian experts and institutions are playing a pivotal role in shaping the nation’s space policy discourse. Dr. K. Sivan, former ISRO Chairman, has emphasized the need for “robust public-private partnerships to sustain India’s competitive edge in space technology.” The Indian Institute of Space Science and Technology (IIST) and think tanks like the Centre for Internet & Society regularly contribute research and policy recommendations, advocating for regulatory clarity, international collaboration, and investment in R&D.

India’s evolving space policy landscape is thus characterized by a blend of regulatory reform, mission-driven innovation, and a commitment to social equity. As the sector matures, continued engagement with experts, robust legal frameworks, and inclusive outreach will be critical to realizing India’s vision as a global space leader.

Charting India’s Next Frontier: Visionary Pathways for a Sustainable Space Future

India’s space sector stands at a pivotal juncture, poised to redefine its global role through innovation, inclusivity, and sustainability. As the nation accelerates its ambitions beyond satellite launches and lunar missions, a forward-looking strategy is emerging—one that integrates green propulsion, advanced materials, and artificial intelligence, while actively engaging private enterprise and marginalized communities. This section explores the transformative possibilities shaping India’s space future, drawing on policy frameworks, expert insights, and real-world initiatives.

Scaling Green Propulsion and Hybrid Technologies

India’s commitment to environmental stewardship in space is driving rapid advancements in green propulsion systems. The Indian Space Research Organisation (ISRO) has initiated research into eco-friendly propellants, such as the use of hydrogen peroxide and bio-derived fuels, to minimize the environmental impact of rocket launches. Startups like Manastu Space are pioneering green propulsion solutions, exemplified by their I-Booster—a system that reduces toxic emissions and operational costs, making satellite launches more sustainable and accessible. According to Dr. S. Somanath, ISRO Chairman, “Transitioning to green propulsion is not just an environmental imperative but a strategic move to ensure India’s competitiveness in the global space market.”

Fostering Private Sector Innovation and Startup Ecosystems

The liberalization of India’s space sector has catalyzed a vibrant ecosystem of startups and private enterprises. Policy reforms, such as the opening of ISRO facilities to private players and the establishment of IN-SPACe, have lowered entry barriers and spurred innovation. Companies like Agnikul Cosmos and Skyroot Aerospace are developing indigenous launch vehicles, while Pixxel is deploying advanced earth observation satellites powered by AI-driven analytics. The Atal Innovation Mission and the Technology Development Board provide critical funding and mentorship, enabling entrepreneurs to translate research into commercially viable products.

Building Regulatory Clarity and International Collaboration

A robust regulatory framework is essential for scaling India’s space ambitions. The draft Space Activities Bill aims to define liability, intellectual property rights, and dispute resolution mechanisms, fostering investor confidence and international partnerships. India’s participation in global initiatives—such as the Artemis Accords and collaborations with agencies like NASA and ESA—signals its readiness to co-develop next-generation technologies and share best practices. Dr. Rajeswari Pillai Rajagopalan of the Observer Research Foundation notes, “International collaboration is not just about technology transfer; it’s about shaping norms for responsible and sustainable space exploration.”

Advancing Social Equity Through Space Technology

Ensuring that the benefits of space technology reach all segments of society is central to India’s long-term vision. The Digital India mission, which has dramatically expanded internet access in rural areas, serves as a blueprint for democratizing access to space education and employment. ISRO’s outreach programs and STEM initiatives, such as the Space Tutor scheme and student satellite missions, actively engage underrepresented groups, including women and rural youth. By reducing the technical and financial barriers to entry, innovations like Manastu’s I-Booster empower aspiring engineers from diverse backgrounds.

Expert Perspectives: Shaping India’s Space Trajectory

Indian experts and institutions are at the forefront of shaping policy and innovation roadmaps. Dr. Mylswamy Annadurai, former ISRO scientist and “Moon Man of India,” advocates for a holistic approach: “India’s space future depends on integrating indigenous innovation with global best practices, and ensuring that every citizen can participate in and benefit from the space economy.” Academic centers like the Indian Institute of Space Science and Technology (IIST) and think tanks such as the Observer Research Foundation are producing cutting-edge research on space policy, sustainability, and commercialization. Their work informs government strategy and inspires the next generation of space leaders.

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India’s future in space is being shaped by a dynamic interplay of technological innovation, regulatory reform, and inclusive growth. By scaling green propulsion, empowering startups, fostering global partnerships, and prioritizing social equity, India is well-positioned to become a global leader in sustainable space solutions—charting a course that is as visionary as it is inclusive.

Bridging the Space Divide: Advancing Accessibility in India’s Space Sector

India’s rapidly evolving space sector holds transformative potential, but ensuring that its benefits reach rural, gender-diverse, and marginalized populations remains a pressing challenge. True accessibility in space science and technology goes beyond physical infrastructure—it requires inclusive policies, targeted outreach, and the dismantling of systemic barriers. As India accelerates its ambitions in space, the imperative to democratize access is both a matter of social justice and national progress.

Digital Inclusion as a Foundation for Space Accessibility

India’s Digital India mission has laid crucial groundwork for bridging the digital divide, particularly in rural and underserved regions. By expanding internet connectivity and digital literacy, the initiative has enabled broader access to educational resources, including those related to space science. For instance, the National Digital Library of India (NDLI) offers free online courses and materials on astronomy and satellite technology, making advanced knowledge accessible to students in remote areas. Furthermore, the BharatNet project’s rural broadband rollout has facilitated virtual participation in ISRO’s outreach events, allowing students from villages in Odisha and Assam to join live satellite launches and interact with scientists.

Targeted Outreach and STEM Engagement for Underrepresented Groups

Recognizing persistent disparities, Indian institutions have launched targeted programs to engage women, tribal communities, and economically disadvantaged youth in space-related fields. ISRO’s “Space on Wheels” initiative brings mobile science exhibitions to rural schools, demystifying satellite technology and inspiring young minds, particularly girls, to consider STEM careers. The Vigyan Jyoti scheme, led by the Department of Science & Technology, provides mentorship and scholarships to high-school girls from marginalized backgrounds, with a special focus on space science. These efforts are bolstered by public-private partnerships, such as the collaboration between ISRO and Tata Trusts, which supports STEM education in tribal districts of Maharashtra and Jharkhand.

Lowering Barriers Through Technological Innovation

Technological advancements are making space more accessible for aspiring engineers and entrepreneurs from non-traditional backgrounds. Startups like Manastu Space have developed cost-effective propulsion systems, such as the I-Booster, which simplify satellite design and reduce entry costs for university teams and small businesses. This democratization of technology is mirrored in government initiatives like IN-SPACe, which offers technical support and incubation for first-time space startups. As Dr. Ritu Karidhal, Senior Scientist at ISRO, notes: “By simplifying complex systems and providing open access to technical know-how, we are empowering a new generation of space innovators from every corner of India.”

Policy Frameworks Promoting Equity and Inclusion

Policy interventions are central to ensuring that accessibility is embedded in the DNA of India’s space sector. The IndiaAI Governance Strategy 2025 explicitly calls for inclusive design and equitable access in all technology-driven domains, including space. The National Education Policy 2020 also mandates the integration of space science modules in school curricula, with special provisions for students from Scheduled Castes, Scheduled Tribes, and other marginalized groups. These policy frameworks are complemented by funding schemes such as the Atal Innovation Mission, which prioritizes support for startups and educational institutions in aspirational districts.

Expert Perspectives: The Road Ahead

Indian experts emphasize that accessibility must be a continuous, multi-stakeholder effort. Dr. Tessy Thomas, Director General of Aeronautical Systems at DRDO, highlights the importance of sustained mentorship: “It is not enough to provide access; we must nurture talent through long-term engagement, especially among girls and rural youth.” The Indian National Science Academy (INSA) advocates for the creation of regional space hubs, where local communities can co-create solutions tailored to their unique needs.

India’s approach to accessibility in the space sector is evolving from isolated interventions to a holistic, ecosystem-driven model. By leveraging digital infrastructure, targeted outreach, technological innovation, and robust policy frameworks, the nation is steadily dismantling barriers and opening the cosmos to all.

Unlocking India’s Space Frontier: Pathways for Public Engagement

India’s rapidly evolving space sector is no longer the exclusive domain of scientists and government agencies. Today, a diverse array of participation opportunities invites citizens, educational institutions, entrepreneurs, and communities to contribute to—and benefit from—the nation’s space ambitions. By leveraging targeted government initiatives, collaborative platforms, and grassroots movements, stakeholders across India are shaping the trajectory of space research, technology, and outreach.

Catalyzing Innovation Through Government-Led Initiatives

The Indian government has strategically opened the space sector to private participation, fostering innovation and entrepreneurship. The Indian National Space Promotion and Authorization Center (IN-SPACe) stands at the forefront of this transformation, acting as a single-window agency to facilitate industry and academic engagement with ISRO’s infrastructure and expertise. Through IN-SPACe, startups and private enterprises gain access to technical resources, testing facilities, and mentorship, accelerating the commercialization of space technologies.

A notable example is the Atal Innovation Mission (AIM), which nurtures young innovators through Atal Tinkering Labs and nationwide challenges. AIM’s collaboration with ISRO has led to initiatives like the ATL Space Challenge, where students develop solutions for real-world space problems. These programs not only cultivate technical skills but also democratize access to space science.

Empowering Academia: From Student Satellites to Research Collaborations

Indian educational institutions are increasingly pivotal in advancing space research and capacity building. Universities and colleges participate in student satellite programs, such as the successful “STUDSAT” and “Jugnu” missions, which have seen students design, build, and launch satellites in collaboration with ISRO. These projects foster hands-on experience in systems engineering, project management, and interdisciplinary teamwork.

Additionally, ISRO’s targets high school students, offering immersive exposure to space science and technology. Academic researchers can access ISRO’s data archives and collaborate on research projects through formal channels. Such initiatives are instrumental in bridging the gap between theoretical knowledge and practical application.

Community Engagement and STEM Advocacy

Grassroots organizations and NGOs play a critical role in promoting space awareness and STEM education, particularly in underserved regions. Initiatives like the Agastya International Foundation’s mobile science labs and the Vigyan Prasar’s outreach programs bring space science to rural classrooms, inspiring the next generation of scientists and engineers.

Volunteering opportunities abound for individuals passionate about science communication. For instance, the Space India NGO organizes astronomy workshops and sky observation camps, often in partnership with local schools and community centers. These efforts align with the National Education Policy 2020, which emphasizes experiential learning and the integration of scientific temper into curricula.

Digital Gateways: Online Platforms for Collaboration and Learning

The digital transformation of India’s space sector has unlocked new avenues for engagement. The and the serve as central hubs for information on internships, research collaborations, and public events. These platforms regularly announce calls for proposals, hackathons, and innovation challenges, enabling widespread participation regardless of geographic location.

For example, the ISRO Student Internship Programme invites undergraduate and postgraduate students to work alongside scientists on ongoing projects, fostering early-career exposure to cutting-edge research. Similarly, the IN-SPACe portal provides updates on industry-academia partnerships and funding opportunities for startups.

Expert Perspectives: Building an Inclusive Space Ecosystem

Indian experts consistently highlight the importance of broad-based participation in sustaining the nation’s space leadership. Dr. Pawan Goenka, Chairman of IN-SPACe, has emphasized, “India’s space sector will thrive only when we harness the collective talent of our youth, entrepreneurs, and academic institutions.” The Indian Institute of Space Science and Technology (IIST) echoes this sentiment, noting that collaborative research and open access to data are key drivers of innovation.

Policy think tanks like the Observer Research Foundation (ORF) advocate for continued reforms to lower entry barriers and promote diversity in space-related careers. Their research underscores the need for targeted outreach to women, rural youth, and marginalized communities, ensuring that the benefits of India’s space program are equitably shared.

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By leveraging these multifaceted participation opportunities, India is nurturing a vibrant, inclusive, and globally competitive space ecosystem. Whether through government initiatives, academic partnerships, community outreach, or digital platforms, every stakeholder has a role in propelling India’s space journey forward.

Manastu Space delivers green propulsion system for satellites to DRDO – https://www.indiatoday.in/science/story/manastu-space-delivers-green-propulsion-system-for-satellites-to-drdo-2648236-2024-12-12
Manastu Space hands over green propulsion system to DRDO – https://www.deccanherald.com/business/manastu-space-hands-over-green-propulsion-system-to-drdo-3313059