LONG CONTEXT
AA-LCR

Unisound U2
Redefining speed, cost, and reliable execution with dense intelligence
Unisound launches Unisound U2, its next-generation flagship model built on high intelligence density, high Token value, and native agent capabilities. With refined knowledge encoding and dense semantic representation, U2 delivers strong capability at a smaller scale, higher value per Token, lower inference cost, and competitive performance versus much larger models. Native reasoning-path distillation enables autonomous task decomposition, execution, verification, and optimization — forming a full-loop foundation for the next generation of AI Agents.
Multi-dimensional authoritative benchmarks focused on long-context reasoning and native Agent execution.
LONG CONTEXT
AA-LCR
KNOWLEDGE & REASONING
GPQA Diamond
INSTRUCTION FOLLOWING
IFBench
AGENTIC CAPACITY
SWE-Bench Verified
CLAW SPECIFIC
WildClawBench(mean)
CLAW SPECIFIC
Claw-Eval(pass@3)
Built on a sparse MoE architecture with 266B total parameters and 10B active, Token usage is about 25% of trillion-scale dense models, forming a systematic capability matrix across key technical paths.
From code generation to end-to-end delivery, with 92% output adoption
From single-tool calls to autonomous orchestration across mainstream ecosystems
Low-variance execution with deeper thinking using fewer Tokens
All cases below were generated by Unisound U2Agent, spanning multiple domains — see Unisound U2 deliver autonomously from requirements to completion.
Immersive science interactive web pages from scratch — content, interaction logic, and visuals in one delivery
Automatically generate quarterly business review reports, saving significant manual effort
Auto-generate industry-grade deep analysis PPT — from data collection to insight extraction, fully autonomous
Long-form deep research with professional trend analysis reports completed autonomously
Complete interactive games from scratch — logic, rendering, and interaction in one step
Real-time simulation and visualization of complex physical systems with precise dynamic interaction
Automatically generate business analysis reports — data insights replace manual compilation
Auto-generate data dashboards, replacing manual board setup — all dimensions at a glance
Unisound U2
Native Agent model — faster, leaner, stronger
Redefining speed, cost, and reliable execution with dense intelligence
Unisound launches Unisound U2, its next-generation flagship model built on high intelligence density, high Token value, and native agent capabilities. With refined knowledge encoding and dense semantic representation, U2 delivers strong capability at a smaller scale, higher value per Token, lower inference cost, and competitive performance versus much larger models. Native reasoning-path distillation enables autonomous task decomposition, execution, verification, and optimization — forming a full-loop foundation for the next generation of AI Agents.
Multi-dimensional authoritative benchmarks focused on long-context reasoning and native Agent execution.
LONG CONTEXT
AA-LCR
KNOWLEDGE & REASONING
GPQA Diamond
INSTRUCTION FOLLOWING
IFBench
AGENTIC CAPACITY
SWE-Bench Verified
CLAW SPECIFIC
WildClawBench(mean)
CLAW SPECIFIC
Claw-Eval(pass@3)
Built on a sparse MoE architecture with 266B total parameters and 10B active, Token usage is about 25% of trillion-scale dense models, forming a systematic capability matrix across key technical paths.
From code generation to end-to-end delivery, with 92% output adoption
From single-tool calls to autonomous orchestration across mainstream ecosystems
Low-variance execution with deeper thinking using fewer Tokens
All cases below were generated by Unisound U2Agent, spanning multiple domains — see Unisound U2 deliver autonomously from requirements to completion.
Immersive science interactive web pages from scratch — content, interaction logic, and visuals in one delivery
Automatically generate quarterly business review reports, saving significant manual effort
Auto-generate industry-grade deep analysis PPT — from data collection to insight extraction, fully autonomous
Long-form deep research with professional trend analysis reports completed autonomously
Complete interactive games from scratch — logic, rendering, and interaction in one step
Real-time simulation and visualization of complex physical systems with precise dynamic interaction
Automatically generate business analysis reports — data insights replace manual compilation
Auto-generate data dashboards, replacing manual board setup — all dimensions at a glance
Connect through models, evolve together