Frontier Basket USD/SCU
$6.4677
same live basket as homepage
Experimental / simulated
Estimated SCU data
SCU is not a hardware compute metric. It does not measure GPU FLOPs, training cost, or raw inference compute. It measures capability-adjusted token output.
TPI measures token price. TPX measures token purchasing power. mToken to SCU measures how much standardized AI capability one million standard workload tokens can deliver.
Current SCU values are public-data estimates. Estimated USD/SCU is a synthetic quote, not a traded market price. Experimental Live SCU uses simulated delivery factors until real provider telemetry is connected.
$6.4677
same live basket as homepage
Experimental / simulated
$7.8175
qualified US model average
Experimental / simulated
$1.4701
qualified China model average
Experimental / simulated
0.1546 SCU
$1 at live basket quote
Experimental / simulated
Dollars buy tokens. Tokens generate outputs. SCU measures how much practical AI capability those outputs actually deliver.
TPI and TPX remain token-economic indices. SCU adds a capability layer on top of token economics: TPI is the price layer, TPX is the purchasing-power layer, and SCU is the capability-adjusted token value layer.
USD is the payment unit, model tokens are the invocation unit, and SCU is the capability delivery unit. Different model tokens cannot be compared by price alone because quality, success rate, reliability, and task coverage differ.
Prototype rates reuse the current Sources model list and price snapshots, then attach estimated AI-native benchmark metadata, bounded quality adjustments, data coverage, and confidence.
GPT-5.5
Claude Opus 4.7
Gemini 3.1 Pro Preview
Grok 4.3
DeepSeek V4 Pro
Qwen3 Max
Kimi K2.6
Doubao Seed 1.8
ERNIE 5.0
GLM-4.6
MiniMax-M2.7
| Profile | Weight | Input | Output |
|---|---|---|---|
| General QA | 10% | 60% | 40% |
| Reasoning | 15% | 50% | 50% |
| Coding | 20% | 65% | 35% |
| Code repair | 10% | 80% | 20% |
| Long context | 10% | 90% | 10% |
| Multimodal | 10% | 70% | 30% |
| Agent / tool use | 15% | 75% | 25% |
| Verification | 10% | 60% | 40% |
AI_Native_Capability_i,t = Sum_c category_weight_c x normalized_category_score_i,c,t
Estimated category scores are a placeholder for a public AI-native benchmark basket covering reasoning, code, agents, long context, multimodal work, verification, robustness, and human benchmark bridge metrics.
QualityAdjustedCapability_i,t = AI_Native_Capability_i,t x ReliabilityAdjustment_i,t x VerificationAdjustment_i,t x DataConfidenceAdjustment_i,t
Reliability, verification, and data confidence use bounded adjustments. Speed is excluded from Base SCU and belongs in the live delivery layer.
F_SCU_i,t = QualityAdjustedCapability_i,t / FrontierBasket_t
The current top 3 eligible frontier models average to 1.00 F-SCU.
Absolute_SCU_i,t = QualityAdjustedCapability_i,t / FrontierBasket_BaseDate
The base date anchor is May 20, 2026. Future frontier baskets can rise above 1 SCU instead of resetting.
BlendedCost_m = Sum_j workload_weight_j x (input_share_j x input_price_m + output_share_j x output_price_m)
The default standardized workload assumption uses multiple task profiles instead of treating all workloads as a fixed 75/25 token split.
SCU_per_mToken_i,t = Absolute_SCU_i,t x EffectiveTokenEfficiency_i,t
One mToken means one million standard workload tokens. Token efficiency is estimated until direct sampling is available.
Live_SCU_per_1M_tokens_m(t) = Base_SCU_per_1M_tokens_m x DeliveryFactor_m(t) DeliveryFactor_m(t) = ReliabilityFactor x LatencyFactor x AvailabilityFactor x QueueFactor x RoutingFactor
The live layer adjusts the base rate for delivery conditions that can move every 1 to 5 seconds.
USD_per_SCU_i,t = BlendedCost_per_mToken_i,t / SCU_per_mToken_i,t
This is a synthetic quote derived from public pricing and estimated capability scores, not a traded market price.
Live_USD_per_SCU_m(t) = Base_USD_per_SCU_m x LatencyPenalty x RetryPenalty x QueuePenalty x CapacityPenalty x RoutingPenalty
Live spot pricing applies real-time delivery penalties to the base capability cost.
Basket_USD_per_SCU(t) = Sum_m basket_weight_m x Live_USD_per_SCU_m(t)
The primary live quote uses a qualified basket. Best, median, and premium quotes are secondary diagnostics.
SCU_per_USD_i,t = SCU_per_mToken_i,t / BlendedCost_per_mToken_i,t
This answers how much estimated capability one dollar can buy.
Click each capability block to inspect how it contributes to the Standard Capability Unit.
The first SCU release is a research prototype based on estimated and normalized data. Benchmark results may be affected by data contamination, leaderboard overfitting, task mismatch, prompt sensitivity, and provider-specific execution differences.
Before any SCU rate is treated as live, the system should incorporate live benchmark feeds, real-task validation, historical time-series calibration, and transparent methodology notes.