Multi-Agent · Local Data · Persistent Memory · Edge Intelligence

XAgentForce

Powering the next generation of digital life.

A 100% local-running agent hardware foundation — fiercely defending your data privacy and algorithm sovereignty.

XAgentForce hardware visual
Live Topology
nodes · 12 onlineedge ↔ cloud sync

Core Foundation

Hardware & Platform Foundation

Infrastructure for the agent ecosystem — local compute, absolute privacy, peak performance

XAgentBase

Hardware Agent Foundation of XAgentForce

All XAgent vertical agents are built on this foundation:

Local data storage + local data protection + persistent memory + dynamic multi-model selection, protecting data privacy and algorithm sovereignty.

Compute Editions

100% on-device inference — models, memory, and private data never leave your hardware.

Edge AI Compute

On-device NPU + GPU acceleration for local LLM & multi-agent inference

Unified Memory

High-bandwidth LPDDR5 unified memory for concurrent on-device models

Local Model Vault

NVMe SSD for models, knowledge base, and encrypted private data

Edge Runtime

Hardened Linux edge OS — always-on agents, OTA-ready

XAgentBase hardware
TurboCore Inference Acceleration Engine
live runtime

› route → TurboCore.schedule(batch)

› kv_cache.warm(tokens=2048)

› latency.p50 = 42ms · p99 = 96ms

› ModelSwitch.pick([qwen, deepseek, glm])

› desensitize(local) → edge.infer()

› speculative.accept(ratio=0.71)

› stream.emit(delta) · tokens/s ↑

› health.check() → ok · ota=idle

› route → TurboCore.schedule(batch)

› kv_cache.warm(tokens=2048)

› latency.p50 = 42ms · p99 = 96ms

› ModelSwitch.pick([qwen, deepseek, glm])

› desensitize(local) → edge.infer()

› speculative.accept(ratio=0.71)

› stream.emit(delta) · tokens/s ↑

› health.check() → ok · ota=idle

TurboCore Inference Acceleration Engine

Edge–cloud synergy for faster AI inference, lower latency, and stronger data security.

Technology

Edge-cloud synergy · Speculative sampling · KV Cache hardware optimization

Key Metrics

50%+ token savings · First-token latency <100ms · 2–3× inference speedup; raw data is also desensitized and preprocessed to protect user privacy.

ModelSwitch Multi-Model Intelligent Scheduling Engine

Match every AI call with a more suitable model.

Technology

Smart routing · Cost optimization · Failover · Load balancing

Key Metrics

Dynamic switching across Volcano, Qwen, Kimi, GLM, DeepSeek, MiniMax, MiMo, and more

ModelSwitch Multi-Model Intelligent Scheduling Engine
live runtime

› route → TurboCore.schedule(batch)

› kv_cache.warm(tokens=2048)

› latency.p50 = 42ms · p99 = 96ms

› ModelSwitch.pick([qwen, deepseek, glm])

› desensitize(local) → edge.infer()

› speculative.accept(ratio=0.71)

› stream.emit(delta) · tokens/s ↑

› health.check() → ok · ota=idle

› route → TurboCore.schedule(batch)

› kv_cache.warm(tokens=2048)

› latency.p50 = 42ms · p99 = 96ms

› ModelSwitch.pick([qwen, deepseek, glm])

› desensitize(local) → edge.infer()

› speculative.accept(ratio=0.71)

› stream.emit(delta) · tokens/s ↑

› health.check() → ok · ota=idle

Standard Edition · Built-in Skills

PDF Reading

Text-based and image-based PDFs

Word Reading

.docx / .doc

Excel Reading

.xlsx / .xls, multi-sheet support

PPT Reading

.pptx / .ppt

Image OCR

Chinese & English mixed layout · JPG/PNG/GIF/WebP

Real-time Web Search

News, weather, stock prices, and more

Email Sending

SMTP with attachments and scheduled delivery

Local Knowledge Base

Semantic search + RAG Q&A (continuously improving)

System Self-check

Version/status detection + auto-repair

Over-the-Air Updates

OTA remote upgrades

Six High-Frequency Application Scenarios

Information Gathering & Synthesis
Scenario 01

Information Gathering & Synthesis

Best For

Researchers, content operators, early risers

Core Value

Finish in half an hour what used to take days