Store data
in the cosmos.
FS-Lite brings orbital file systems to life. We chunk your files, distribute them across satellite nodes securely, and reconstruct them instantly on demand.
Chunk Distribution
Files are split into 256 KB chunks and distributed across orbital nodes using round-robin or weighted strategies.
Replication & Fault Tolerance
Each chunk is replicated across multiple nodes. If a satellite goes offline, data is still retrievable.
Integrity Verification
SHA-256 checksums on every chunk. On-demand verification ensures zero data corruption across the constellation.
Auto Rebalancing
When nodes fail or recover, chunks are automatically redistributed to maintain optimal system balance.
Real-World Use Cases
From edge computing and IoT to educational platforms, discover how FS-Lite adapts to various distributed environments.
Satellite Data Storage Simulation
Demonstrate how data can be safely distributed across orbital or remote nodes.
Distributed Storage Learning Platform
Helps students understand replication, fault tolerance, and distributed systems visually.
Edge Computing Storage
Store chunks closer to users or devices to reduce latency and improve reliability.
Disaster Recovery Systems
Maintain multiple copies of data so services continue working even when servers fail.
Satellite Data Storage Simulation
Demonstrate how data can be safely distributed across orbital or remote nodes.
Distributed Storage Learning Platform
Helps students understand replication, fault tolerance, and distributed systems visually.
Edge Computing Storage
Store chunks closer to users or devices to reduce latency and improve reliability.
Disaster Recovery Systems
Maintain multiple copies of data so services continue working even when servers fail.
Satellite Data Storage Simulation
Demonstrate how data can be safely distributed across orbital or remote nodes.
Distributed Storage Learning Platform
Helps students understand replication, fault tolerance, and distributed systems visually.
Edge Computing Storage
Store chunks closer to users or devices to reduce latency and improve reliability.
Disaster Recovery Systems
Maintain multiple copies of data so services continue working even when servers fail.
Satellite Data Storage Simulation
Demonstrate how data can be safely distributed across orbital or remote nodes.
Distributed Storage Learning Platform
Helps students understand replication, fault tolerance, and distributed systems visually.
Edge Computing Storage
Store chunks closer to users or devices to reduce latency and improve reliability.
Disaster Recovery Systems
Maintain multiple copies of data so services continue working even when servers fail.
IoT Data Storage
Distribute sensor data across nodes instead of relying on one central server.
Cloud Storage Simulation
Prototype concepts similar to AWS S3 or Google Cloud Storage in a simplified environment.
Research & Testing Environment
Test replication, rebalancing, and failure handling before deploying real infrastructure.
Offline-Resilient Systems
Ensure data survives when some nodes go offline temporarily.
IoT Data Storage
Distribute sensor data across nodes instead of relying on one central server.
Cloud Storage Simulation
Prototype concepts similar to AWS S3 or Google Cloud Storage in a simplified environment.
Research & Testing Environment
Test replication, rebalancing, and failure handling before deploying real infrastructure.
Offline-Resilient Systems
Ensure data survives when some nodes go offline temporarily.
IoT Data Storage
Distribute sensor data across nodes instead of relying on one central server.
Cloud Storage Simulation
Prototype concepts similar to AWS S3 or Google Cloud Storage in a simplified environment.
Research & Testing Environment
Test replication, rebalancing, and failure handling before deploying real infrastructure.
Offline-Resilient Systems
Ensure data survives when some nodes go offline temporarily.
IoT Data Storage
Distribute sensor data across nodes instead of relying on one central server.
Cloud Storage Simulation
Prototype concepts similar to AWS S3 or Google Cloud Storage in a simplified environment.
Research & Testing Environment
Test replication, rebalancing, and failure handling before deploying real infrastructure.
Offline-Resilient Systems
Ensure data survives when some nodes go offline temporarily.
Strategic Business Models
Built not just as a technology demonstration, but as a dual-engine platform for education and scalable enterprise SaaS.
Educational Platform
Strong B2B Academic Model
Target Users
Universities, Engineering Colleges, Distributed Systems Courses, Cloud Computing Labs, and Bootcamps.
Core Value
"Learn distributed systems visually instead of only reading theory." Interactive node simulation, visual chunk distribution, and prebuilt lab exercises for students.
Revenue Streams
- Institution licensing per semester
- Classroom subscriptions for professors
- Paid lab modules and assignments
- Certification-based learning modules
Enterprise SaaS
Scalable Infrastructure
Target Customers
Startups needing lightweight storage, Small SaaS companies, AI/data processing apps, and Edge computing applications.
Core Value
Managed distributed file storage with built-in replication, failure handling, APIs, and high availability through multi-node storage.