Ansumi ‘ SAR / ISR ’ constellation
Ansumi ‘ SAR / ISR ’ constellation
Engineered Precision Delivered
quick quiet efficient
We align technical insight with disciplined execution to provide measurable gains across Design → Manufacturing → Integration → Testing → Launch → Operations.
australia “quill”
“Ansumi is building an integrated sovereign space ecosystem”
From human capability and spacecraft manufacturing, through launch and ground infrastructure, to space data, AI, intelligence and decision-making.
australia
-27° 28' 12" S
153° 01' 15" E
india
17° 41' 12.5" S
83° 13' 6.5" E
BUILT FOR INTELLIGENCE
READY FOR ORBIT
ARJUN is Ansumi’s modular Earth-observation and intelligence spacecraft platform, designed to integrate advanced sensing payloads for persistent remote sensing, ISR and mission-specific data collection.
ONE PLATFORM
MULTIPLE MISSIONS
SURYA is Ansumi’s multi-payload space platform design to support diverse mission requirement through modular payload integration, enabling Earth observation, remote sensing, communicate and specialised space applications.
ansumi spacecraft family
gain - quill \constellation
GAIN is Ansumi Space’s sovereign Australian satellite constellation designed to provide continuous, all‑weather, high-resolution (ISR) capabilities. GAIN combines Synthetic Aperture Radar (SAR) payloads with optical Earth observation sensors to deliver rapid-revisit, persistent coverage for both defence and commercial applications. Its architecture is aimed at providing a strategic advantage for national security operations while simultaneously enabling industrial and logistics monitoring for private sector clients.
The constellation is engineered to capture actionable intelligence across multiple domains—land, sea, and air allowing real-time tracking of assets, infrastructure, and environmental phenomena. Its high-resolution SAR capabilities allow operations under any weather or lighting conditions, overcoming limitations of conventional optical satellites.
A500 - 500 KG class LEO Hyperspectral Spacecraft
Global Advanced Intelligence Network
arjun - ‘ isr \space platform
Role of A500:
Advanced / Medium-lift
Precision attitude
High-efficiency power
High-speed data relay
Multi-orbit Manoeuvring
Modular & upgradeable
Multi-purpose missions
Build, Launch, Operate to Data:
Design: Build Ready
1 Booking Fee: A$1,000,000
1 Fixed Price: on Quote
1 Custom Fee: on 80% Design
1 to 3 Payloads: Optional
2 Payments: Progress Fee
1 Final Fee: Total Payment
1 Constellation: per Order
Limit: 48 per Order
Est.Price: A$14,500,000 each
Launch & Insurance: Extra
S500 - 500 KG class LEO Multispectral Spacecraft
surya - ‘ sar \space platform
Role of S500:
Medium-lift satellite
Precise orbital control
Power & energy hub
Data relay & communications
Manoeuvring & propulsion
Modular & scalable design
Multi-mission versatility
Build, Launch, Operate to Data:
Design: Build Ready
1 Booking Fee: A$1,000,000
1 Fixed Price: on Quote
1 Custom Fee: on 80% Design
1 to 3 Payloads: Optional
2 Payments: Progress Fee
1 Final Fee: Total Payment
1 Constellation: per Order
Limit: 48 per Order
Est.Price: A$14,500,000 each
Launch & Insurance: Extra
M200 - 200 KG class LEO (EO) with SAR Spacecraft
marut - ‘ eo, sar \platform
Role of M200:
Small-to-medium satellite
Attitude and orbit control
Power & energy management
Data relay & communications
Propulsion for multi-orbital
Modular & flexible design
Multi-mission versatility
Build, Launch, Operate to Data:
Design: Build Ready
1 Booking Fee: A$1,000,000
1 Fixed Price: on Quote
1 Custom Fee: on 80% Design
1 to 3 Payloads: Optional
2 Payments: Progress Fee
1 Final Fee: Total Payment
1 Constellation: per Order
Limit: 36 per Order
Est.Price: A$8,000,000 each
Launch & Insurance: Extra
P50 - 50 KG class LEO Optical Super.Resolute Spacecraft
pigeon - ‘ eo, (UN) \platform
R2200 - 2200 KG class GEO base Multi-link Spacecraft
raafa - ‘ link \platform
Role of R2200:
Global Data Relay
AI Cloud Linkage
Disaster Response
Defence ISR Integration
Environmental Data Pipeline
Build, Launch, Operate to Data:
Design: In Progress
1 Booking Fee: A$1,000,000
1 Fixed Price: on Quote
1 Custom Fee: on 80% Design
1 to 3 Payloads: Standard
2 Payments: Progress Fee
1 Final Fee: Total Payment
1 Constellation: per Order
Limit: 3 per Order
Est.Price: A$15,000,000 each
B4400 - 4400 KG class GEO base Multi-relay Spacecraft
brahm - ‘ eo, isr \platform
v8800 - 8800 KG class GEO Navigation, Command control
vishw - ‘ nav, gps \platform
Role of P50:
Zero Hunger
Clean Water
Good Health
Quality Education
Clean Energy
Cities & Communities
Climate Action
Life on Land
Build, Launch, Operate to Data:
Design: In Progress
1 Booking Fee: A$200,000
1 Fixed Price: on Quote
1 Custom Fee: on 80% Design
1 Final Fee: Total Payment
1 Constellation: per Order
Limit: 24 per Order
Est.Price: A$4,000,000 each
Role of B4400
Heavy-lift satellite frame
High-throughput data Relay
Advanced orbital Manoeuvring
Modular-scalable Payloads
Multi-domain mission support
Build, Launch, Operate to Data:
Design: In Progress
1 Booking Fee: A$1,000,000
1 Fixed Price: on Quote
1 Custom Fee: on 80% Design
1 to 3 Payloads: Standard
2 Payments: Progress Fee
1 Final Fee: Total Payment
1 Constellation: per Order
Limit: 3 per Order
Est.Price: A$15,000,000 each
Role of V8800
Orbital Command Node
Global Data Backbone
Deep-Space Propulsion
Modular Mission Platform
Interoperable Architecture
Build, Launch, Operate to Data:
Design: In Progress
1 Booking Fee: A$1,000,000
1 Fixed Price: on Quote
1 Custom Fee: on 80% Design
1 to 3 Payloads: Standard
2 Payments: Progress Fee
1 Final Fee: Total Payment
1 Constellation: per Order
Limit: 3 per Order
Est.Price: A$15,000,000 each
‘Australian Space Intelligence & Technology missions implementation’ ANSUMI is BUILDING SOVEREIGN SPACE CAPABILITY FRom earth to oRBIT : astra
pilot integration review workshop start date : Oct-2026 | live service start date : dec - 2027 | Full integration start date : mar - 2028
Ansumi has structured Space data solutions into a global subscription portfolio, designed to address diverse defence, security, government, commercial and strategic requirements. Each solution transforms space-derived intelligence into actionable information, with transparent subscription pricing for global users. Together, they create a scalable space-data ecosystem, enabling organisations to access intelligence capabilities without building the entire infrastructure themselves.
the roadmap of ansumi space
Ansumi converts capital into strategic capability rather than isolated expenditure. The initial portfolio of market rise for ₹1,045 Cr (100 mil USD) of revenue-ready capital across 8 strategic programmes, supporting to create a indicative ₹4,170 Cr (400 mil USD) ready-state portfolio. Capital is directed toward technology, design engineering, resources, manufacturing, infrastructure and mission execution, creating multiple pathways to future revenue.
the CAPITAL
THAT BUILDS CAPABILITY
Ansumi builds around reusable technology rather than one-product development. Our portfolio currently spans 8 strategic aerospace capability programmes covering propulsion, space systems, ISR / SAR autonomous systems, communications, optical networking, cyber-data and ground infrastructure. The objective is to make each major technology usable across multiple platforms, missions and markets, increasing utilisation.
the TECHNOLOGY
THAT SCALES MISSIONS
Ansumi integrates engineering across the complete mission lifecycle: architecture, systems engineering, prototyping, modular link integration, qualification and deployment. Our 3–6 year development model progresses from longterm technology partnerships and engineering teams, through common components and mission systems, toward manufacturing, qualification and operational deployment. Objective: one platform for all missions.
the ENGINEERING
FROM CONCEPT TO MISSION
Manufacturing is the bridge between technology ownership and mission delivery. Ansumi's strategic portfolio identifies ready-state capability across creating opportunities for shared production, qualify, testing, integration and supply chains. Our objective is to progressively convert engineering capability into repeatable manufacturing, higher utilisation, lower unit costs and export-ready industrial capacity.
the MANUFACTURING
Ansumi progressively moves upstream: HAVE, LOCALISE, STANDARDISE, BACKWARD INTEGRATE, INTERNAL SUPPLY CHAINS, EXTERNALISE. The objective is to reduce dependence on any of external suppliers while creating strategic upstream capability. Instead of purchasing every critical subsystem indefinitely, Ansumi seeks to develop common components, kits, electronics, software and manufacturing processes that can serve multiple programmes.
the BACKWARD INTEGRATION
OWN MORE OF THE VALUE CHAIN
OUR COMPANIES CAN BUILD FOR EACH OTHER
Ansumi's objective is to commercialise the same underlying capability through multiple programmes and markets. A single technology may support several products; one manufacturing asset may serve multiple customers; and one infrastructure investment may support multiple revenue streams. This transforms the model from 1 product, 1 market, 1 revenue stream toward multiple products, markets and revenue pathways.
the CROSS-PORTFOLIO REVENUE
1 CAPABILITY, MULTIPLE REVENUE STREAMs
Ansumi's mission model extends beyond hardware delivery into recurring operations and services. The Year 4–6 strategy targets production scaling, recurring services, data services, communications, mission operations and maintenance, followed by technology licensing, joint ventures and exports. The objective is to transform mission infrastructure into continuing service revenue rather a one-time equipment sales.
The Ansumi Alliance is designed as an interconnected industrial economy. One company can become another company's supplier, customer, technology provider or infrastructure user. To create multiple potential internal relationships across propulsion, communications, space data, autonomous systems, spacecraft, aerospace and ground infrastructure, creating a supply chain that is designed around capability reuse.
the INTERNAL SUPPLY CHAIN
BUILD ONCE. OPERATE. SERVE. REPEAT.
the RECURRING SERVICES
The Alliance can use internal programmes as an initial technology and capability market before commercialising the same capabilities externally. This creates a progression from internal capability, internal revenue, external revenue, export revenue. The strategy is designed to serve government, commercial and strategic customers of Ansumi while progressively expanding international markets and partnerships.
the EXTERNAL CUSTOMERS
FROM INTERNAL DEMAND TO GLOBAL MARKETS
INDIAN CAPABILITY TO GLOBAL DELIVERY
Export is the final commercialisation layer of the industrial model. By Year-6, Ansumi's stated objective is to operate as an integrated industrial platform capable of hardware sales, systems integration, recurring services, data services, mission operations, technology licensing, joint ventures, grants, international partnerships and exports. Indian manufacturing, Indian technology exports, international services.
the EXPORTS
EVERY MISSION BUILDS THE NEXT ONE
Ansumi's model does not end when a mission generates revenue. Revenue and enterprise value are intended to create capital for the next generation of capabilities. The strategic cycle is CAPITAL, TECHNOLOGY, ENGINEERING, MANUFACTURING, REVENUE, SERVICES, EXPORTS, REINVESTMENT, NEW CAPABILITY. This creates a planned mechanism for progressively expanding the industrial platform.
the REINVESTMENT
VALUE RETURNS TO THE MISSION
The ultimate objective is continuous capability creation. Over 3–6 years, Ansumi targets the formation and platformisation of its initial industrial capabilities; over the 10 years, the broader ASA–Aryabhata model targets 70,000+ cumulative qualified people, 15,000 to 18,000 direct jobs, 15,000 to 20,000 indirect/supply-chain jobs and potentially 200 to 500 aerospace, space and technology MSMEs /startups.
the NEW CAPABILITIES
THAT SERVES MULTIPLE MISSIONS
CAPITAL BUILDS CAPABILITY. CAPABILITY BUILDS MISSIONS. MISSIONS BUILD REVENUE. REVENUE BUILDS THE NEXT CAPABILITY.
The core philosophy of the Ansumi Space Integrated Missions Group.
It fits the current global direction of the space economy. The market is increasingly moving toward integrated infrastructure, Earth observation, communications, data and recurring services rather than relying solely on one-off spacecraft sales. ESA's 2026 report, for example, values the 2025 upstream market at about €75B and downstream space-enabled markets at about €490B, while the World Economic Forum highlights recurring connectivity, intelligence and monitoring services as an important commercial trend.
australian national council intelligence services [asci-a537] astra
pilot integration review workshop start date : Oct-2026 | live service start date : dec - 2027 | Full integration start date : mar - 2028
Ansumi Space is introducing to councils in Australia, an offering to our space based intelligence system [ASCI-A537] for a standard subscription fee of A$50,000.00 for start of services in Dec 2027 (16-18 months in part deployment) from signing of LOI & make their integration of practice systems with best space based data utilisation at fixed cost @ task, 25 kinds of operations giving 25% reduction in operational costs of council in 3-5 years. Its implicated to be in use for 25 years. Hence turning council operations up to 40%-50% autonomous in 10 years of routine practice.
“The compound effect by ROI for council budgeting will be comparable to best performing assets of Australia, saving hugely on local rates and making a community of digital link services in a seamless manner”
1. Roads - Condition and change monitoring
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2. Drainage - Catchment and water-flow observation
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3. Flooding - Pre/post-event assessment
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4. Vegetation - Growth and encroachment monitoring
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5. Parks - Asset and vegetation intelligence
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6. Bushland - Change and disturbance detection
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7. Development - Construction progress monitoring
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8. Planning - Land-use change intelligence
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9. Buildings - Roof and structural-site observation
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10. Coastal areas - Erosion and shoreline change
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11. Waste - Site and illegal-dumping detection
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12. Infrastructure - Asset change verification
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13. Utilities - Corridor monitoring
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14. Fire preparedness - Fuel-load and risk intelligence
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15. Emergency response - Rapid situational mapping
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16. Disaster recovery - Damage assessment
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17. Environmental compliance - Change detection
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18. Agriculture interfaces - Land-use monitoring
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19. Construction - Progress and site intelligence
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20. Traffic infrastructure - Corridor and network observation
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21. Public land - Encroachment monitoring
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22. Strategic planning - Growth and urban-change intelligence
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23. Insurance/risk - Evidence and historical change
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24. Procurement - Independent verification
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25. Council reporting - Evidence-based operational reporting
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1. Roads - Condition and change monitoring 〰️ 2. Drainage - Catchment and water-flow observation 〰️ 3. Flooding - Pre/post-event assessment 〰️ 4. Vegetation - Growth and encroachment monitoring 〰️ 5. Parks - Asset and vegetation intelligence 〰️ 6. Bushland - Change and disturbance detection 〰️ 7. Development - Construction progress monitoring 〰️ 8. Planning - Land-use change intelligence 〰️ 9. Buildings - Roof and structural-site observation 〰️ 10. Coastal areas - Erosion and shoreline change 〰️ 11. Waste - Site and illegal-dumping detection 〰️ 12. Infrastructure - Asset change verification 〰️ 13. Utilities - Corridor monitoring 〰️ 14. Fire preparedness - Fuel-load and risk intelligence 〰️ 15. Emergency response - Rapid situational mapping 〰️ 16. Disaster recovery - Damage assessment 〰️ 17. Environmental compliance - Change detection 〰️ 18. Agriculture interfaces - Land-use monitoring 〰️ 19. Construction - Progress and site intelligence 〰️ 20. Traffic infrastructure - Corridor and network observation 〰️ 21. Public land - Encroachment monitoring 〰️ 22. Strategic planning - Growth and urban-change intelligence 〰️ 23. Insurance/risk - Evidence and historical change 〰️ 24. Procurement - Independent verification 〰️ 25. Council reporting - Evidence-based operational reporting 〰️
u - Urban Intelligence
U1. Urban Mapping
Digital spatial base
Fix fee: $7,500 AUD
Order Limit: 48/year
Area: 1 (sq)km/order
Creates a continuously updated digital spatial baseline, mapping land, buildings, roads, vegetation, waterways and urban development across municipalities.
u2. Smart Asset
Monitors council assets through satellite intelligence, identifying changes, deterioration, maintenance requirements and emerging infrastructure risks before failures occur.
Monitor city assets
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Build/order
c - Climate Intelligence
Predict growth
u3. ai Urban Analytics
Uses artificial intelligence and satellite observations to analyse urban growth, land-use changes, development patterns and future municipal requirements.
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Share/order
Optimise operations
u4. Council Operations
Transforms satellite intelligence into automated operational insights, helping councils optimise maintenance, inspections, planning, resource allocation and service delivery.
Fix fee: $7,500 AUD
Order Limit: 48/year
Active: 1 Task/order
Integrated smart city
u5. Digital City Plateau
Integrates spatial intelligence, assets, infrastructure, environmental data and AI analytics into one continuously updated digital city platform.
Fix fee: $7,500 AUD
Order Limit: 48/year
Area: 1 Twin/order
c1. Risk Mapping
Identify hazards
Maps flood, bushfire, erosion, storm, environment & infrastructure risks, enabling councils to understand vulnerabilities before disasters occur.
c2. Real-Time Monitor
Live monitoring
Provides rapid satellite observation of changing conditions, enabling councils-monitor emergency, infrastructure impacts and environmental events.
E - Economic Intelligence
D - Defence ntelligence
c3. Predictive AI Models
Forecast hazards
Applies AI to satellite observations and historical patterns to forecast hazards, environmental changes, infrastructure risks and potential impacts.
c4. Emergency Intel
Coordinate response
Delivers actionable geospatial intelligence during emergencies, supporting faster situation awareness, resource coordinating damage assessment and recovery decisions.
c5. Climate Digital Twin
Long-term resilience
Creates dynamic climate-resilience simulations, helping councils model future hazards, infra exposure, environmental changes and adaptation strategies.
E1. Economic Mapping
Maps economic activity, development patterns, land utilisation and regional growth indicators to reveal the changing economic geography.
E2. Infra Monitoring
Continuously monitors roads, bridges, utilities, construction and critical infrastructure, detecting physical changes requiring investigation or intervention.
E3. Supply Chain Intel
Analyses infrastructure, transport networks and regional activity to improve logistics visible, connectivity planning and supply-chain resilience.
E4. Economic Forecast
Combines satellite intelligence, spatial analytics and AI to identify economic trends and forecast regional development opportunities.
E5. RegionAL EconOMY-T
Simulates regional development scenarios, allowing governments to evaluate infrastructure, investment, population and economic decisions before implementation.
D1. Strategic Mapping
Maps strategically important infrastructure, facilities, transportation networks and geographic assets requiring enhanced situational awareness and monitoring.
D2. Persistent Monitor
Provides recurring satellite observation of designated areas, enabling continuous change detection across strategically important locations and infrastructure.
r - Remote intelligence
D3. AI Threat Detection
Uses AI-powered change detection to identify unusual patterns, activity or developments requiring authorised government assessment and response.
D4. Defence Integration
Connects authorised satellite intelligence with government and defence information environments, supporting integrated multi-domain situational awareness and decision-making.
D5. Sovereign Intel
Establishes sovereign space-based intelligence infrastructure delivering persistent national situational awareness across strategically important Australian territories and assets.
r1. National Mapping
Creates comprehensive satellite-derived mapping of remote Australia, supporting land management, infrastructure planning, environmental monitoring and national development.
r2. Remote Monitoring
Provides persistent observation of remote communities, infra, assets and environments where conventional monitoring is difficult, expensive or infrequent.
r3. Connectivity Intel
Uses spatial intelligence to identify connectivity gaps, infrastructure requirements & opportunity for improving communicate across regional and remote Australia.
r4. Autonomy Operates
Enables remote and regional services to operate more efficiently through satellite intelligence, automation, AI decision-support and continuous environmental awareness.
r5. National Intel Grid
Unifies satellite-derived intelligence across urban, regional, remote and strategic Australia into a scalable national spatial intelligence network.
Map economy
Monitor assets
Optimise logistics
Predict growth
Regional simulation
Map strategic assets
Continue surveillance
Detect anomalies
Multi-dome integrate
National strategy arc
Map strategic assets
Continue surveillance
Detect anomalies
Multi-dome integrate
National strategy arc
Fix fee: $7,500 AUD
Order Limit: 48/year
Area: 1 (sq)km/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Part/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Share/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Report/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Twin/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Area: 1 (sq)km/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Part/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Role: 1 Share/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Report/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Twin/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Area: 1 (sq)km/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Part/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Role: 1 Share/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Report/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Site/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Area: 1 (sq)km/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Part/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Role: 1 Share/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Report/order
Fix fee: $7,500 AUD
Order Limit: 48/year
Asset: 1 Site/order
QUILL integrates spacecraft, Earth observation, satellite intelligence, AI, communications, data infrastructure and advanced decision systems into a unified space-to-ground architecture. It enables nations and strategic industries to continuously sense, understand, predict and respond to activities and changes across Earth and space. QUILL moves beyond the traditional concept of space missions—from launching and operating spacecraft to creating actionable intelligence and measurable outcomes on Earth. It represents Ansumi’s vision of building an intelligent space infrastructure capable of strengthening national security, economic resilience, technological sovereignty and the next generation of the global space economy.
ANSUMI QUILL is a sovereign space decision making mission designed to transform space intelligence into strategic action.
Australia’s future in space begins with QUILL, join Ansumi in building sovereign intelligence
protecting australia interests and securing our tomorrow today.
The world is facing conflicts today that reveal the threats of tomorrow. Ansumi Space is building sovereign space capabilities to anticipate emerging challenges before they become crises. Through spacecraft, intelligence, AI, autonomous systems and advanced decision-making, we transform space into a strategic advantage—helping nations prepare for tomorrow's war, protect critical interests, strengthen resilience and secure a safer, more capable future today.
TODAY'S WAR. TOMORROW'S FUTURE.
The Cycle of Space is Ansumi’s integrated space architecture connecting sensing, spacecraft, intelligence, communication, decision-making and action into a continuous operational cycle. From observing Earth to understanding threats, predicting change and enabling response, the Cycle of Space transforms space data into strategic capability—creating a persistent intelligence loop that protects nations, strengthens resilience and secures the future.
CYCLE OF SPACE
SENSE UNDERSTAND PREDICT DECIDE ACT REPEAT
Ansumi Space is developing two Proof-of-Concept spacecraft to validate its next-generation ISR architecture and establish the foundation for a 36-spacecraft constellation.
The constellation is designed with Synthetic Aperture Radar (SAR) as a standard capability, enabling persistent intelligence, surveillance and reconnaissance across day, night and challenging weather conditions. By integrating SAR, optical sensing, AI and autonomous tasking, Ansumi is creating a continuously responsive space intelligence network—transforming observation into actionable intelligence and establishing a new standard for sovereign ISR capability.
36 SPACECRAFT CONSTELLATION +(12) confidential
Ansumi has developed a Model System with dedicated system codes covering every spacecraft sub-task, process and manufacturing stage. From component development and assembly to integration, testing and qualification, each activity is systematically defined, coded and controlled. This creates a repeatable, traceable and scalable manufacturing architecture for producing spacecraft with consistency, speed and quality.
ansumi make MODEL SYSTEM
Ansumi Space is opening a pathway for leading research institutions and technology innovators to experiment, demonstrate and validate technologies in orbit. Through its Co-Creation Programme, selected partners can propose experimental payloads of up to 8–12 kg at no payload cost, subject to mission and technical requirements, aboard Ansumi’s Arjun and Surya 250 kg spacecraft platforms.
The programme spans emerging fields including AI, robotics, sensing, communications, materials, quantum technologies, biotechnology and autonomous systems. Ansumi’s vision is to reduce the barriers to orbital experimentation and help transform promising laboratory technologies into flight-proven capabilities for next generation of space missions.
Standard Monitoring: Persistent revisit over defined AOIs, near-real-time delivery, standard analytics, multi-user.