Reasoning Engine

Conducting research…

Step 1 / 5
  1. Discovering sources
    Identified 6 candidate sources across 5 publication types.
  2. Analyzing sources
    Extracted atomic claims; scored credibility, recency, and bias on each.
  3. Cross-referencing
    Detected contradictions and reconciled overlapping claims.
  4. Synthesizing findings
    Compressed claim graph into structural themes and a working thesis.
  5. Generating intelligence
    Drafted executive brief, evidence map, risks, and recommendations.

Research Telemetry

live · demo
Reasoning
82/100
Confidence
84/100
Evidence
86/100
Depth
78/100
Diversity
86/100

Synthesized Answer

Open source models vs proprietary models

Open-weight models have closed roughly 70% of the capability gap to leading proprietary frontier models on standard benchmarks, but proprietary systems retain a 2–4× lead on long-horizon agentic reliability and safety tuning.

Key Points

  • Open-weight has closed ~70% of the benchmark gap in 12 months
  • Closed retains 2–4× lead on agentic reliability and safety
  • Post-training spend asymmetry may re-open the gap
  • License terms (Apache vs custom) drive enterprise adoption
  • Open wins on private fine-tuning, EU compliance, and TCO

Knowledge Graph

10 nodes · 11 edges
topicconceptcompanyentity
Open vs closed modelsCapability convergencePost-training scaleLicense termsEU AI Act exemptionLlama 4Qwen 3DeepSeek V3OpenAIAnthropic

Auto-generated Insights

Trend

Enterprise open-weight production deployments tripled YoY.

Contradiction

Open models match closed on benchmarks but underperform 25–40% on production agentic workloads.

Finding

License terms now matter more than parameter count for enterprise procurement.

Signal

EU AI Act exempts true open-source from key GPAI obligations — structural EU tailwind for open.

Structured Data

Extracted from sources

Open-weight capability gap

30%

−45% YoY

vs. leading closed frontier

Enterprise open-weight adoption

62%

40pp YoY

at least one production model

Open-weight inference cost

$0.18 / 1M tok

−71% YoY

self-hosted, blended

DeepSeek V3 training cost

$5.6M

vs. ~$50M closed peer

disclosed estimates

Sources6 ranked

Sorted by relevance
H
huggingface.co·this week
Blog

Open vs Closed Models: Capability Convergence Analysis

On standardized reasoning benchmarks, leading open-weight models now score within 10–15% of GPT/Claude/Gemini, up from 50%+ a year ago.

Cred
88
Auth
85
Fresh
94
Rel
88
Center
Strongevidence
A
arxiv.org·this week
Research Paper

Scaling Laws for Post-Training Compute

Post-training compute is scaling ~4× YoY at frontier labs; gains are concentrated in long-horizon reasoning and tool use.

Cred
97
Auth
96
Fresh
84
Rel
88
Center
Strongevidence
A
a16z.com·this week
Article

Enterprise Open-Weight Adoption Survey

62% of enterprises now run at least one open-weight model in production, up from 22% a year ago. Cost and data residency are the top drivers.

Cred
86
Auth
85
Fresh
92
Rel
88
Center
Strongevidence
A
ai.meta.com·this week
Report

Llama 4 Technical Report

Llama 4 reaches 88% MMLU-Pro and 38% SWE-bench Verified; 405B variant approaches closed frontier on knowledge tasks.

Cred
90
Auth
92
Fresh
93
Rel
88
Center
Strongevidence
S
semianalysis.com·this week
Report

DeepSeek V3 Architecture Analysis

DeepSeek V3 demonstrates that capable open-weight models can be trained at 5–10× lower cost via architectural and training innovations.

Cred
92
Auth
90
Fresh
92
Rel
88
Center
Strongevidence
R
reuters.com·this week
News

EU AI Act and Open-Source Model Obligations

EU implementing acts exempt true open-source models from many GPAI obligations, creating a structural advantage for open ecosystems in Europe.

Cred
92
Auth
90
Fresh
96
Rel
88
Center
Strongevidence

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Demo mode · All sources, insights, and data are mock-generated for illustration.