LEO–GEO
High bandwidth storage for next gen AI compute in space.
Radiation-tolerant storage for space computing, from low Earth orbit to geostationary orbit.
Space Grade Ava-Storage
Storage Solutions
More Than Just a Solid State Drive
Leveraging the power of Ava-MRAM™, Avalanche’s Storage products are tailor made for the increasingly contested environment of Space, offering scalable solutions to meet FUTURE constellation requirements. Uniquely architected for high reliability, radiation & EMP immunity AND accelerated processing, Ava-Storage solutions stand ready to address evolving mission needs for Defense and Commercial Space alike. Based on industry standard form factors and interfaces, these drives enable distributed storage solutions for scalable missions from VLEO through GEO, providing robust store and forward as well as a High-Performance Computing in Space.
Distributed Storage for Every Mission
Density: 4GB to 1TB+
Standard Form factors: M.2, VNX+, SpaceVPX
Supports Data Streaming and Random AccessUnprecedented Leadership
Radiation & EMP Tolerant
Yottabyte Endurance
Processing AccelerationHigh Performance Compute in Space
Capable of High IOPS random operation under radiation in Space making Model generation in Space a reality.
The foundation of Trusted Recovery
Storage is one part of the trusted architecture: Ava-Storage unlocks new capabilities in Orbit. It holds critical recovery images so systems can be restored to a known good state and brings a standard compute paradigm to Space.
Avalanche Space Grade Ava-Storage
Four criteria working together
Solution Trusted recovery foundation
- Golden Operating System Image
- Hash tables
- Distributed Index
- Configuration
By storing restore points in a trusted storage system, recovery is assured
Engineered for
the extremes of space.
Using components qualified up to NASA-INST-001 PEMS level 1 and tested to the highest standards for Vibration, shock and EMP
VLEO
Trusted storage for distributed processing in very low Earth orbit.
Radiation-tolerant store for operating system recovery as well as distributed data File architecture
Space Grade Ava-Storage
Avalanche defines Space Grade Ava-Storage by four criteria
01 // HIGH-REL DATA CAPTURE
Every write secured the instant it arrives.
Radiation-tolerant Ava-MRAM commits data directly on capture and keeps it protected for the mission.
MEDIA // AVA-MRAM
02 // EXTENDED CAPTURE LIFE
High endurance for longer operational life.
Ava-MRAM extends service life beyond conventional storage. All-MRAM drives sustain yottabytes of writes while hybrid drives use Ava-MRAM to reduce flash wear and protect data integrity.
ENDURANCE // BEYOND CONVENTIONAL
03 // MULTIPROCESS SUPPORT
Keep pace with every process.
Ava-MRAM’s random rather than sequential access delivers high IOPS, allowing concurrent workloads to run without contention.
RANDOM I/O // CONCURRENT ACCESS
04 // SURVIVAL WITHOUT COMPROMISE
Built for the harshest environments.
Every complete drive undergoes rigorous shock, vibration and EMP testing at the system level, plus radiation testing at the component level.
TESTING // SHOCK + VIBRATION + EMP
Storage Products
VLEO
M.2
Low power system recovery point in a standard M.2 slot. Provides Root of Trust for a distributed network in VLEO, allowing nodes to be added, removed and recovered without the network going down.
Explore M.2
U.2
High-throughput assurance from the same NVMe bay datacenters rely on, bringing every VLEO node up from a verified image.
Explore U.2LEO–GEO
3U SpaceVPX Hybrid
Petabyte-level endurance drive capable of improving NAND performance in orbit using Ava-MRAM as a cache
Explore 3U SpaceVPX Hybrid
3U SpaceVPX All MRAM
A truly remarkable all Ava-MRAM drive with True Random Access, Infinite write capability for missions to the Moon and beyond.
Request for infoStandardized Hi-Rel Storage That Disrupts the Status Quo
When data integrity defines mission success, Ava-MRAM becomes the foundation for Trusted Storage. Ensure trust in both data capture and data recall in the harsh conditions of space