National Resilience | Space Sovereignty | Strategic Preparedness
The Sector at a Glance
Space infrastructure and applications comprise the assets placed in orbit, the means of placing them there, the ground systems that control them and the services that flow from them to users on Earth. The sector covered under this tab extends across launch vehicles and launch sites; communication, earth observation, navigation, meteorological, scientific and strategic satellites; ground stations, mission control and tracking networks; and the downstream applications through which space data and signals reach governments, industry and citizens, including broadcasting, broadband, positioning and timing, weather forecasting, disaster monitoring, resource mapping and precision agriculture.
The scope of this tab covers the complete space value chain: research and design, spacecraft and launch vehicle manufacture, propulsion, components and space-grade electronics, testing and integration, launch services, satellite operations, data processing and analytics, and the policy, regulatory and security frameworks that govern activity in orbit. It equally covers space situational awareness, the sustainability of the orbital environment and the protection of space assets from natural and hostile threats. It is this complete chain, from the factory floor to the farmer's handset, that BAP-I treats as a strategic infrastructure of the nation.
Why This Sector Is Critical
Space has quietly become an infrastructure on which terrestrial critical infrastructure depends. Satellite navigation and timing signals synchronise power grids, telecommunications networks and financial transactions; earth observation supports agriculture, water management, urban planning and border surveillance; meteorological satellites underpin cyclone warnings that save lives; satellite communications connect remote regions, ships, aircraft and disaster zones when terrestrial networks fail; and defence forces rely on space for reconnaissance, communication and navigation. The continuity of these services is now a matter of national security and economic stability.
The vulnerabilities are correspondingly serious. Space assets are exposed to space weather, debris and collision, to jamming and spoofing of signals, to cyber attacks on ground segments and to the counter-space capabilities that several nations have demonstrated. Dependence on foreign constellations for navigation, imagery or communication creates exposure to denial in a crisis, and dependence on imported space-grade components creates supply chain risk. If space services are degraded, the effects spread at once into timing, navigation, communications, weather forecasting and military operations; and it is argued that sovereign assured access to space and space services is therefore an integral element of national resilience.
The Bharat Context
Bharat is a recognised spacefaring nation with end-to-end capability: indigenous launch vehicles, a broad fleet of communication, earth observation and navigation satellites, the regional NavIC navigation system, and successful lunar, planetary and solar missions, achieved through a sustained and cost-effective public programme led by ISRO. The gaps lie in scale and depth: the size of the national satellite fleet relative to demand, launch cadence, dependence on imports for certain space-grade electronics and materials, a commercial space industry that is still young, limited indigenous space situational awareness capacity, and the integration of space data into everyday governance and enterprise.
The enabling framework has been substantially reformed. The Indian Space Policy has opened the sector to non-government entities across the value chain, with IN-SPACe as the single-window authoriser and promoter of private activity and NewSpace India Limited as the commercial arm for demand-driven missions. Liberalised geospatial guidelines have opened access to mapping data, the Defence Space Agency addresses military space requirements, and ISRO's work on space situational awareness and debris tracking continues. The human spaceflight programme, Gaganyaan, the growing number of private launch and satellite companies under Startup India, and demand from Digital India, PM Gati Shakti, disaster management and agriculture programmes are expanding the market. What remains missing is a resilience framework that treats space as critical infrastructure, with protection, redundancy and continuity planning on par with terrestrial assets; and this is the gap that BAP-I seeks to address through this tab.
Importance of the Sector
Economy
The space economy extends far beyond launches and satellites. Its largest value lies downstream, in the services that space enables: broadband and broadcasting, navigation-based logistics and mobility services, precision agriculture, insurance and finance driven by earth observation data, and decision support for infrastructure and resource management. A strong domestic space industry retains these revenues within Bharat, creates exports in launch services, satellites and applications, and generates spillovers into advanced materials, electronics, propulsion and software. It is argued that the economic return of the sector should be measured by how widely space-derived services are embedded across the economy, not only by the value of hardware produced.
Employment
The sector is one of the most knowledge-intensive in the economy. Aerospace, mechanical, electrical, electronics and communication engineers, propulsion specialists, materials scientists, orbital dynamicists, software and AI engineers, remote sensing and GIS analysts, and mission operations staff form its core. Manufacturing and testing employ precision machinists, composite technicians, cleanroom personnel and quality assurance specialists, while applications create demand for data scientists and domain specialists in agriculture, urban planning, disaster management and insurance. The opening of the sector to private industry is expanding employment beyond public institutions, and the challenge now is to build the talent pipeline fast enough to match the growth of both public missions and commercial ventures.
Entrepreneurship
Policy reform has turned space into one of Bharat's most dynamic start-up frontiers. Enterprises are emerging in small launch vehicles, small satellite buses, propulsion systems, space-grade components, ground station services, in-orbit services, satellite-based IoT and above all in downstream analytics that convert imagery and signals into products for farmers, insurers, urban bodies and defence users. Access to ISRO test facilities and technology transfer through IN-SPACe lowers barriers to entry. It is argued that anchor demand from government users, clear licensing timelines, insurance and liability frameworks, and patient capital are the conditions that will determine whether these enterprises scale into a globally competitive industry.
Partnership
Space capability is built through collaboration across public, private and international actors. The sector calls for partnership between ISRO and private industry for technology transfer, manufacturing and launch services; between space agencies and user ministries, states and disaster management authorities for applications that solve real governance problems; between academia and industry for research and talent; between civil and defence space actors for shared situational awareness and protection of assets; and between Bharat and trusted international partners for joint missions, data sharing and the norms of responsible behaviour in outer space. Partnerships must strengthen indigenous capability and assured access rather than create new dependencies. BAP-I positions itself as the convening platform where these stakeholders can meet on shared research questions.
Research Focus Possibilities
BAP-I invites original research articles, policy papers, technical reports, diagnostic assessments, case studies and white papers across the following indicative research streams. The list is open-ended; contributions that connect a new question to the resilience objective of this tab are equally welcome.
A. Sovereign Capability and Supply Chain
- Mapping import dependence in space-grade electronics, radiation-hardened components, propulsion materials and sensors, with indigenisation pathways
- Launch capacity and cadence: assessment of public and private launch options for assured access to space in crisis conditions
- Sovereign navigation and timing: resilience of NavIC adoption across critical infrastructure and user devices
B. Security and Sustainability of Space Assets
- Space situational awareness capability, debris tracking and collision avoidance for Bharat's satellite fleet
- Protection of satellites and ground segments from jamming, spoofing and cyber attack, and alignment with national critical infrastructure protection
- Space weather risk to satellites, power grids and communications, and national preparedness measures
- Redundancy and reconstitution strategies for critical space services in conflict scenarios
C. Applications for Resilience and Governance
- Integration of earth observation into disaster early warning, damage assessment and recovery planning
- Satellite data for agriculture insurance, crop monitoring and water resource management at district level
- Satellite communication as a fallback for emergency services and remote critical infrastructure
D. Policy, Industry and Human Capital
- Effectiveness of the authorisation, licensing and technology transfer framework in enabling private space enterprise
- Liability, insurance and regulatory frameworks for private launch and satellite operations
- Talent pipeline and curriculum gaps in space engineering, mission operations and geospatial analytics
- International cooperation, export opportunities and norms for responsible behaviour in outer space
Who Can Participate
This tab invites participation from ISRO and its centres, IN-SPACe, NewSpace India Limited, defence space and research establishments, user ministries and state remote sensing centres, disaster management authorities, the Indian Institute of Space Science and Technology, IITs, NITs and universities with aerospace and geospatial programmes, private launch, satellite and component manufacturers, downstream analytics start-ups, telecommunications and satellite service providers, insurers, legal and policy scholars in space law, international collaborators and individual researchers with domain expertise. Contributions from practitioners, policymakers and academics carry equal standing within the BAP-I research framework.
The Resilience Objective
Every contribution under this tab must serve one purpose: ensuring that Bharat retains sovereign, secure and assured access to space and to the services that flow from it, so that the nation's terrestrial infrastructure and strategic capability are never left blind or silent. BAP-I treats space as the high ground of national resilience, and research as the instrument through which that ground is held and strengthened.
