Breakthroughs in Acceleration
Graph Algorithms, Storage + Hardware
Katana Graph derives performance advantages from innovations graph algorithms, storage technologies, and hardware acceleration. The Katana Graph engine has enjoyed a decade of iterative research from founder Keshav Pingali’s group at UT Austin, and sets a new standard for performance as the world’s fastest graph processing engine.
What problems can we help you solve?
The Katana storage engine provides seamless interoperability with industry-standard storage systems such as AWS S3 and MongoDB, while leveraging emerging non-volatile memory technology to higher effective memory capacity while at the same time decreasing the latency of data ingest and ingress. Katana Graph takes advantage of specialized hardware such as GPUs and FPGAs to provide additional acceleration for your graph database, analytics, and mining workloads.
Next Generation of Graph Computing
Katana Graph unifies graph databases, graph analytics, and graph pattern mining workloads by supporting them with a single scale-out, highly programmable, efficient graph engine.
Several Orders of Magnitude Performance
Performance benefits from smarter graph algorithms, higher capacity and lower-latency storage-class memory technologies, and hardware acceleration combine to yield a system that is several orders of magnitude faster than competing production offerings.
Unstructured Data at Scale + Performance
Katana Graph gives developers intuitive, easy-to-program tools for interacting with massive-scale data, without forcing them to define schema and define slow, complex, and brittle extract-transform-load mechanism.
We’re building technology to drive the next generation of graph computing
Recent advances in hardware acceleration and persistent memory have unlocked new opportunities in areas like machine learning and neural networks, but we believe the impact of these disruptive technologies can and will be much broader and deeper, especially when combined with recent fundamental advances in algorithms.
Building on decades of experience in developing state-of-the-art distributed systems, Katana Graph is bringing together experts in hardware acceleration, cloud computing, storage systems, and high-performance computing to help create the platform of the future for data processing and analysis in this new world of specialized hardware and revitalized algorithms.
We're seeking an experienced engineering leader who will share Katana Graph's passion for innovation at multiple stack layers including graph algorithms, storage technologies, and hardware acceleration to lead our distributed engineering team to success.