Agile Engram
Intelligence engineered in silicon. GPU clusters and dedicated nodes for marketplaces, enterprises, and research teams — allocated on your terms.
Etymology
Computational neuroscience and temporal dynamics, fused into one identity.
Fluid. Adaptive. Ready.
Agile signals the operating model: compute allocated in hours, not quarters. On-demand bursts, dedicated clusters, and term contracts — all orchestrated through a single allocation layer.
The deeper resonance is etymological: agilis — "able to move." In a field where model architectures, batch sizes, and inference patterns shift weekly, that mobility is infrastructure.
From Latin agilis: having the power of motion, nimble, quick.
The physical trace of a memory.
In neuroscience, an engram is the structural modification in neural tissue that encodes a memory. It is not the data; it is the substrate that holds it.
What we provide — not the intelligence itself, but the physical substrate that makes it possible. Every training run, every inference batch, every fine-tune leaves its trace in silicon.
Coined by Karl Lashley (1920s): the hypothetical physical embodiment of a memory trace in biological neural tissue.
Hardware
Scheduled allocation of the most advanced accelerator silicon. Tier 3 datacenter, redundant power, sub-millisecond interconnect.
RTX 6000 PRO
- Memory96 GB GDDR7
- CUDA Cores24,064
- NVENC9th-gen, 4×
- PCIeGen 5 ×16
B300
- Memory288 GB HBM3e
- FP8 TFLOPS7.0 PF
- NVLink1.8 TB/s
- StatusPre-release allocation
H200
- Memory141 GB HBM3e
- FP8 TFLOPS2.0 PF
- NVLink4.0, 900 GB/s
- Bandwidth4.8 TB/s
Your Configuration
- RAMPer-node allocation
- StorageNVMe, up to PB scale
- NetworkInfiniBand NDR / HDR
- TopologyFat-tree or torus
