⚡ Private Alpha — Q3 2026

YOUR GPUs ARE
70% IDLE
RIGHT NOW.

8.3× Cold Start Speedup

SINGULARITY is the disaggregated KV-Cache Service that turns your GPU cluster into a single fluid memory pool. No more "pod camping." No more 60-second cold starts. Just compute, flowing where it's needed, when it's needed.

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// The Physics Problem

Kubernetes Wasn't Built for AI.

K8s was designed for Web 2.0: long-running, predictable, stateless containers. AI agents are the opposite — short-lived, compute-heavy, memory-explosive. The result: companies keep massive GPU clusters warm and idle because spinning up a new pod takes 60-120 seconds.

70% GPU Waste from Pod Camping
120s Cold Start Latency
25% Typical GPU Utilization
$40K Monthly Waste per H100 Node
// The Solution

Memory, Decoupled From Compute.

SINGULARITY separates the Model Weights (loaded once, shared globally) from the KV-Cache (the agent's "memory" — fluid, mobile, paged on demand). When an agent moves between GPUs, we don't reload the model. We teleport the context.

$ singularity benchmark --context 100k

━━━ Standard vLLM (Full Block Pull) ━━━
Context size: 16 GB (100k tokens)
Transfer time: 320.0 ms
GPU utilization: 22.4%

━━━ SINGULARITY (Sparse Head Pull) ━━━
Context size: 16 GB → Head: 1.9 GB (12%)
Transfer time: 38.4 ms
GPU utilization: 87.3%

⚡ SPEEDUP: 8.3×
🔮 PREDICTIVE PREFETCH: Active
📊 Monthly savings (100 H100s): ~$200K
// Why SINGULARITY Wins

Compute Should Be Fluid.

Capability K8s / KubeRay vLLM (Stock) SINGULARITY
Cold Start60-120s (pod restart)Reload weights (minutes)<50ms (page fault)
GPU Utilization20-30%40-50%85-90%
Context SwitchingN/A (static pods)Wipe + reload VRAMSparse teleport (12% head)
Multi-Node VRAMIsolated silosSingle node onlyGlobal memory fabric
TransportTCP/IP overlayN/ARDMA/RoCE v2 (GPU-direct)
Predictive PrefetchAttention-head oracle
FailoverPod restart (60s)N/AMicro-redirect (<2ms)
OpEx per 1M tokens~$10.00~$5.00~$1.80
// Architecture

The Stack.

┌──────────────────────────────────────────────────────────┐
│              SINGULARITY STACK                              │
├──────────────────────────────────────────────────────────┤
│                                                          │
│  Python SDK     import singularity                │
│                    llm = singularity.DistributedLLM(...)  │
│                                                          │
│  🔒 Oracle         Predictive Sparse Attention Router │
│  (Closed Source)    Head-First Protocol                  │
│                     Multi-Head Importance Sampling       │
│                                                          │
│  📂 Transport     RDMA / RoCE v2 Fabric              │
│  (Open Source)      GPU-Direct zero-copy                 │
│                     UCX (Unified Communication X)        │
│                                                          │
│  📂 KV Connector   Native vLLM KVConnector Backend     │
│  (Open Source)      Global Page Table                    │
│                     Remote Page Fault Handler            │
│                                                          │
│  Hardware        H100/A100 + InfiniBand NDR400         │
│                     RoCE v2 (400 Gbps)                   │
│                                                          │
└──────────────────────────────────────────────────────────┘

Open-core model: The transport fabric and KV connector are open source (Apache 2.0). The Predictive Oracle — the sparse attention router that delivers the 8.3x speedup — is proprietary. Community edition gives you 40% better utilization. Enterprise edition gives you 85%.

// The Arbitrage

$200M in Found Margin.

🧠 Sparse Teleportation

85% of next-token attention comes from 12% of KV-cache. We teleport the critical 12% in <5ms. The rest streams lazily during generation.

⚡ Ghost Instances

Model weights stay loaded globally. When an agent lands on a node, we inject the session context into the ghost instance. No model reload. Ever.

🔮 Predictive Oracle

The proprietary moat. Analyzes attention patterns across sessions to pre-fetch critical blocks before the request lands. 99.9% accuracy on 12% data.

🌐 Global Memory Fabric

RDMA/RoCE v2 transport. GPU-direct zero-copy. Data moves from Node_A:VRAM to Node_B:VRAM without touching the CPU. The cluster IS the memory.

// Licensing

Open-Core. Apache 2.0 + Proprietary.

Enterprise (Proprietary)

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  • ✓ Everything in Community
  • ✓ Predictive Oracle
  • ✓ Sparse Teleportation engine
  • ✓ Utilization dashboard
  • ✓ SLA-backed support
  • ✓ Custom model optimization
  • ✓ On-prem deployment
  • ~85% utilization improvement
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