All Benchmarks

Your agents are only as good as the signal they work with.

Raw transcripts drown an agent. Amdahl models what works with your buyers, then evaluates and optimizes what the agent writes.

800K tokens of noise vs. 2K tokens of signal.

The fix is better evidence, not a bigger window.

Today

Your Agent
skims · guesses · hallucinates

200 call transcripts

context used
800,000 tokens

Inconsistent · Overgeneralized · Unverifiable

With Amdahl

Your Agent
queries intelligence
Amdahl Pipeline
returns cited cluster
Example cluster output: Pricing confusion, trending +34% quarter over quarter. Representative quote: I don’t understand how our usage credits roll over month to month… Source northwind/disc-2026-03-12.vtt line L218, 47 quotes.
context used
2,000 tokens

Grounded · Consistent · Cited

About 400x fewer tokens in this example  ·  cited to source

Same 200 calls. Different approaches.

Raw approach
  • 200 calls × 4,000 tokens = 800K tokens
  • Exceeds most context windows
  • Lost-in-the-middle degrades accuracy 30%+
  • No structure, no citations
  • Plausible but unreliable output
Pre-processedPreferred
  • Same calls → pipeline → 120 clusters
  • Relevant cluster: ~2K tokens
  • Exact quotes, deal outcomes, trends
  • Fits in context with room for reasoning
  • Cited, measured, verifiable output

The problem isn’t the model. It’s the context.

Enterprise GTM data lives across many tools. When teams build AI agents on top of that:

01Agent reads call transcripts from the Gong API200 calls
02Everything enters the context window800K tokens
03Model attention degrades~30% into window
04Key facts get lost in the middle-30% accuracy
05Agent hallucinates patterns from a recency-biased samplefalse patterns
06Team ships content that misses the signal
Effective window

30–60%

of the advertised window

Long-context models reason reliably over only a fraction of their window. (RULER, NVIDIA 2024)

Lost in the middle

30%+

accuracy drop

Answers degrade sharply when relevant facts sit in the middle of long context. (Liu et al., 2023)

Retrieval recall

~50%

past ~32K tokens

Needle-in-haystack recall falls off sharply as prompts grow. (Anthropic + Gemini 1.5 evals)

Four problems, four fixes.

01Problem

Context windows don't scale

Models reason well over only part of their window. 200 calls become 800K tokens of noise, and the middle gets hallucinated.

800K tokens in30%+ accuracy lossU-shaped attention
01Fix

Pre-processed intelligence fits in 2K tokens

The same calls arrive pre-clustered. A query returns the one relevant cluster, with exact quotes and deal correlations, in about 2K tokens.

2K tokens outFast queriesCited to source
02Problem

RAG retrieves chunks, not answers

Trend and signal questions need counting, correlating, and clustering across thousands of conversations. Chunk retrieval can't do analysis.

Chunks, not analysisNo cross-referencingNo measurement
02Fix

10 ML classifiers per message, pre-computed

Every message is tagged across 10 dimensions before any query runs, so your agent queries computed intelligence instead of raw text.

10 classifiers/messageAuto-discovered clustersEvery message enriched
03Problem

Semantic retrieval degrades as data grows

Formal proofs show forgetting and false recall are inevitable at scale, across every architecture tested. It's geometry, not tuning.

Proven inevitableAll architectures failNo engineering fix
03Fix

Structured facts that don't degrade at scale

The one viable path: exact structured records your agent searches semantically. Confidence-scored, deal-correlated, quoted to source.

Confidence-scoredDeal-correlatedSource-linked
04Problem

Enterprise data lives in many tools

CRM, calls, tickets, and threads live in different tools with no shared schema. Each holds a partial view, so agents give partial answers.

Mostly unstructuredMany toolsSiloed
04Fix

One schema, every source, about five minutes fresh

Connectors ingest every source into one speaker-attributed, deal-joined schema, about five minutes from source system to queryable.

Pre-built connectorsAbout 5 minutes to indexSpeaker-attributed

See Amdahl on your own data.