Reasoning Engine

Conducting research…

Step 1 / 5
  1. Discovering sources
    Identified 6 candidate sources across 4 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
84/100
Confidence
86/100
Evidence
88/100
Depth
78/100
Diversity
82/100

Synthesized Answer

Identify computer-use security risks

Computer-use agents inherit every attack surface of a logged-in human plus new ones: prompt injection from rendered content, click-jacking via DOM manipulation, exfiltration through agent-controlled browser sessions, and credential blast radius across SaaS apps.

Key Points

  • Top risk: indirect prompt injection from rendered web/PDF content
  • Most agents run over-scoped — full user OAuth, not least-privilege
  • Action firewalls + per-domain credentials are the strongest controls
  • SOC tooling cannot replay agent sessions — major gap
  • Regulated industries must red-team the runtime, not just the model

Knowledge Graph

10 nodes · 11 edges
topicconceptcompanyentity
AI agentsReliabilityVertical agentsEval / observabilityComputer-use APIsMCP / portabilityAnthropicOpenAILangChain / LangGraphSWE-bench

Auto-generated Insights

Trend

Vertical agents are out-scaling horizontal copilots in revenue per seat by 3–5×.

Contradiction

Benchmarks show 60% task completion; production deployments report 25–40% — eval-set leakage suspected.

Finding

Computer-use APIs cut integration timelines from months to weeks for legacy systems.

Signal

Eval/observability startups (Braintrust, Langfuse, Arize) are seeing the fastest ARR growth in the stack.

Structured Data

Extracted from sources

Enterprises with agents in production

31%

18pp YoY

Gartner Q1 2026

SWE-bench Verified (top closed)

65%

22pp YoY

real GitHub issue resolution

Vertical agent gross margin

72%

9pp YoY

median across 40 disclosed startups

Inference cost per agent task

$0.18

−54% YoY

blended, 30-min analyst-equivalent

Sources6 ranked

Sorted by relevance
S
swebench.com·this week
Research Paper

SWE-bench Verified: Real-World Agent Performance Leaderboard

Top closed models resolve 55–65% of real GitHub issues end-to-end; leading open-weight agents trail at 28–34%.

Cred
96
Auth
94
Fresh
94
Rel
88
Center
Strongevidence
A
a16z.com·this week
Article

The Vertical Agent Thesis

Workflow-specific agents in legal, sales, and finance are achieving 40–70% task automation with bounded eval surface.

Cred
84
Auth
85
Fresh
92
Rel
88
Center
Strongevidence
A
anthropic.com·this week
Blog

Computer Use, One Year In: What Actually Works

Screen-reading + structured action agents now handle multi-app workflows; reliability gates remain the production bottleneck.

Cred
92
Auth
90
Fresh
96
Rel
88
Center
Strongevidence
A
arxiv.org·this week
Research Paper

GAIA: A Benchmark for General AI Assistants

Human performance on GAIA is 92%; best agent score is 49%. Long-horizon planning is the dominant failure mode.

Cred
97
Auth
96
Fresh
80
Rel
88
Center
Strongevidence
G
gartner.com·this week
Report

Enterprise Agent Adoption Survey, Q1 2026

31% of enterprises have at least one agent in production; 78% cite evaluation tooling as the #1 blocker to scale.

Cred
91
Auth
93
Fresh
90
Rel
88
Center
Strongevidence
H
huggingface.co·this week
Blog

LangGraph vs Native SDKs: A Framework Comparison

Open frameworks lead on portability; native SDKs lead on tool fidelity and latency. Convergence expected within 12 months.

Cred
84
Auth
85
Fresh
95
Rel
88
Center
Strongevidence

Refine your research

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