01
最需要人的时刻，往往最难找到人
Labor is hardest to find when it matters most
夜间、低温、突发降雪和短窗口共同放大排班、到岗与疲劳风险。
Night shifts, cold exposure, sudden snowfall and compressed service windows amplify staffing and fatigue risk.
LABOR
PHYSICAL AI
HEAVY AUTONOMY
EXTREME OPERATIONS
把一场暴雪，
交给一台会思考的
重型无人设备
TURN A STORM
OVER TO A
THINKING HEAVY MACHINE
ARCBOS SnowBot 不是一台遥控除雪机，也不是把驾驶室拆掉的传统工程机械。我们正在构建一台面向商业与公共设施的全电、原生自治、可审计、最终走向无人值守的重型户外机器人。
ARCBOS SnowBot is not a remote-controlled snowblower and not conventional machinery with the cab removed. We are building a fully electric, autonomy-native, auditable heavy outdoor robot for commercial and public facilities—engineered toward unattended operation.
PRODUCT CLASS商用重型户外机器人Commercial Heavy Robot
OPERATING MODEL固定场地 → 无人值守Fixed-Site → Unattended
CURRENT STAGEAlpha 已完成 · Beta 开发中Alpha Complete · Beta In Development
SNOWBOTENGINEERED FOR EXTREME CONDITIONS
产品方向视觉
非最终量产外观DESIGN DIRECTION
NOT FINAL PRODUCTION FORM
非最终量产外观DESIGN DIRECTION
NOT FINAL PRODUCTION FORM
进入暴雪现场Enter the storm
01
凌晨四点，问题从来不是“有没有除雪机”
AT 4 A.M., THE PROBLEM ISN'T EQUIPMENT
THE CAPACITY CRISIS04:17
LOCAL / STORM WINDOW
雪还在下，入口必须在天亮前开放。
Snow is still falling. The site must open by dawn.
医院不能等、物流中心不能停、校园和公共步道不能靠运气。客户买的从来不是一台机器，而是按时完成任务的确定性。
Hospitals cannot wait. Logistics cannot stop. Campuses and public walkways cannot rely on luck. The customer is not buying a machine—they are buying certainty that the job gets done on time.
02
一次延误，可能变成通行、安全与责任问题
A delay can become an access, safety and liability event
积雪与结冰必须尽快处理；关键通道的失败成本远高于一次作业费用。
Snow and ice must be cleared quickly; the cost of a failed critical route is far greater than a single service visit.
RISK
03
“做过了”不等于“能够证明做过了”
“Completed” is not the same as “provable”
客户越来越需要路线、时间、状态、异常和处置记录，而不是只靠电话与经验。
Customers increasingly need route, time, status, exception and response records—not only phone calls and operator memory.
PROOF
04
传统设备有动力，却没有持续自主作业能力
Traditional machines have power, not persistent autonomy
一台强大的燃油设备仍然需要一个驾驶员；SnowBot 的目标是把“人守着机器”变成“人管理任务”。
A powerful conventional machine still requires a driver. SnowBot's goal is to move the human from operating the machine to supervising the mission.
AUTONOMY
02
我们不是在改良除雪机，而是在定义一个新设备类别
WE ARE DEFINING A NEW EQUIPMENT CATEGORY
CATEGORY CREATION不是一台机器。
是一支可复制的
无人重型作业队。
NOT A MACHINE.
A REPLICABLE
HEAVY AUTONOMOUS CREW.
SnowBot 的真正价值，不在于“能把雪抛出去”，而在于把一项高度依赖人工、天气和经验的服务，转化为可编排、可重复、可远程监督、可留下证据、可通过车队扩大产能的基础设施能力。
SnowBot's value is not merely throwing snow. It turns a service dependent on labor, weather and operator experience into an infrastructure capability that is programmable, repeatable, remotely supervised, evidence-producing and fleet-scalable.
这也是为什么 ARCBOS 的长期定义不是“除雪设备公司”，而是极端环境工业级自治系统平台。
That is why ARCBOS is not ultimately a snow-equipment company. It is an industrial autonomy platform for extreme outdoor operations.
FORM原生无人设备，不保留驾驶舱Autonomy-native, no cab
WORK重型执行机构，直接创造作业价值Heavy work unit, real output
CONTROLPhysical AI + 确定性安全控制Physical AI + deterministic safety
SCALE从单机试点走向多机运营From pilot unit to fleet operations
03
Physical AI：让智能真正进入雪、冰、摩擦与惯性
PHYSICAL AI MEETS SNOW, ICE, FRICTION AND INERTIA
PERCEIVE → REASON → ACT它不是“装在轮子上的聊天机器人”。
This is not a chatbot on tracks.
具身智能与 Physical AI 的核心，是让机器通过传感器理解真实世界，在物理约束下做出决策，并通过执行机构改变环境。对 SnowBot 而言，智能必须同时理解路线、障碍、打滑、姿态、电流、扭矩、雪负载、剩余能量与安全状态。
Embodied and Physical AI let machines understand the real world through sensors, make decisions under physical constraints, and change that world through actuators. For SnowBot, intelligence must reason across routes, obstacles, slip, attitude, current, torque, snow load, remaining energy and safety state.
真正的自治，不是尽可能“继续前进”，而是知道何时减速、何时分层吃雪、何时回撤、何时等待人工、何时安全停机。
Real autonomy is not continuing at all costs. It is knowing when to slow down, take the snow in layers, back out, ask for help, or enter a safe stop.
AI 负责理解复杂性；确定性控制负责守住安全边界；工程验证负责证明两者真的有效。
AI interprets complexity. Deterministic control protects the safety boundary. Engineering evidence proves that both work.
PHYSICAL
AI CORE
AI CORE
感知PERCEIVERTK · IMU · LiDAR · CAMERA · ODOM
理解UNDERSTANDSNOW · OBSTACLE · SLIP · TERRAIN
决策DECIDEROUTE · SPEED · WORKLOAD · ENERGY
执行ACTTRACKS · AUGER · IMPELLER · CHUTE
验证PROVELOGS · EVENTS · EVIDENCE · REVIEW
ARCBOS / CLOSED-LOOP AUTONOMY ARCHITECTURE
04
一台为无人作业而生的重型机器人
A HEAVY ROBOT BUILT AROUND UNMANNED WORK
SYSTEM ANATOMYSnowBot 从第一张草图开始就不是“可驾驶设备”。低重心、履带、高电流电驱、双级除雪总成、装甲化传感、安全链路与可维护模块，共同服务于一个目标：在最不愿让人长期暴露的环境里，稳定完成有价值的工作。
SnowBot was never conceived as a drivable machine. Low center of gravity, tracked mobility, high-current electric power, a two-stage snow work unit, armored perception, safety chains and serviceable modules all serve one goal: reliably performing valuable work where prolonged human exposure is least desirable.
低矮装甲感知ARMORED PERCEPTION
双级除雪总成TWO-STAGE WORK UNIT
低重心能源舱LOW-CG ENERGY BAY
高附着履带HIGH-TRACTION TRACKS
原生无人结构
AUTONOMY-NATIVE STRUCTURE
没有驾驶舱、座椅、方向盘与车辆语义。结构、传感、维护和受力路径围绕无人作业重新设计。
No cab, seat, steering wheel or vehicle semantics. Structure, perception, service access and load paths are designed around unmanned work.
INDUSTRIAL ROBOT · NOT A VEHICLE商用双级除雪
COMMERCIAL TWO-STAGE CLEARING
绞龙破雪与输送，叶轮加速抛送，抛雪筒控制方向；面向真实商业雪况而非展示性推雪。
Auger intake and break-up, impeller acceleration and controlled discharge—designed for commercial snow work rather than a visual demo.
AUGER → IMPELLER → CONTROLLED DISCHARGE工业级电驱与热管理 DESIGN TARGET
INDUSTRIAL ELECTRIC POWER DESIGN TARGET
48V LFP 高电流平台、低温硬件禁充、受控预充、状态与故障诊断，并为自动回充路径预留系统架构。
A high-current 48V LFP platform, hardware cold-charge inhibit, controlled precharge, diagnostics, and a system architecture prepared for future autonomous charging.
ENERGY · THERMAL · DIAGNOSTICS · CHARGING安全优先的控制栈
SAFETY-FIRST CONTROL STACK
物理急停、电气保护、人工接管、VCU 安全防护、感知停车与任务控制按明确优先级仲裁。
Physical E-stop, electrical protection, manual takeover, VCU guards, perception stops and task commands are arbitrated by an explicit priority chain.
STOP · DEGRADE · TAKEOVER · RECOVER面向现场维护
FIELD-SERVICEABLE BY DESIGN
磨损件、执行机构、控制器、保护器件与能源模块必须可检查、可替换、可追溯，而不是封闭黑盒。
Wear parts, work units, controllers, protection devices and energy modules must be inspectable, replaceable and traceable—not a sealed black box.
UPTIME IS A DESIGN REQUIREMENT远程监督与运行证据 ROADMAP
REMOTE OVERSIGHT & EVIDENCE ROADMAP
任务、路线、状态、异常、人工介入与版本信息形成可复盘记录，为 SLA、客户报告与车队运营奠定基础。
Tasks, routes, state, exceptions, interventions and version data form a reviewable record for SLA reporting and future fleet operations.
MISSION LOG · EVENT TRACE · FLEET HEALTH05
全自治不是一句口号，而是一条被证据逐级放行的路线
FULL AUTONOMY IS A GATED, EVIDENCE-DRIVEN JOURNEY
CONTROLLED ROADMAPARCBOS 的终局是无人值守重型设备，但不会把未来能力包装成今天已经完成。每一级自治都必须经过需求、测试、证据、受控版本与评审。
ARCBOS is building toward unattended heavy equipment—but future capability will not be presented as already complete. Every autonomy level must pass requirements, tests, evidence, controlled versions and review.
ALPHA COMPLETE
ALPHA / ASSIST
机器能跑，人能安全控制
MACHINE RUNS. HUMAN CONTROLS.
打通结构、电气、底盘、除雪机构、急停、人工接管与基础日志。
Bring up structure, electrical power, mobility, snow work unit, E-stop, takeover and foundational logging.
- 前进、后退、转向、停车
- Forward, reverse, turn and stop
- 基础除雪动作与堵转保护
- Basic snow work and jam protection
- 安全人工接管
- Safe manual takeover
CURRENT · BETA
BETA / TASK
人定义任务，机器自动执行
HUMAN DEFINES. MACHINE EXECUTES.
在固定测试场地、低速、安全边界内完成路线、任务闭环与异常停车。
Execute route and task loops inside a fixed, low-speed, controlled operating domain.
- Teach & Repeat
- 定位融合与路线跟踪
- Sensor fusion and route tracking
- 障碍停车、降级与接管
- Obstacle stop, degradation and takeover
ROADMAP
DELTA / UNATTENDED
机器管理一次完整作业周期
MACHINE MANAGES THE MISSION CYCLE
面向真实雪季的无人值守、自动回充、任务续接、远程告警与异常处置。
Unattended winter operation, autonomous charging, mission resume, remote alerts and exception handling.
- 全天候感知与运营边界
- All-weather perception and ODD
- 自动回桩与任务续接
- Auto-dock and mission resume
- 低人工干预恢复策略
- Low-intervention recovery
PLATFORM
FLEET / SCALE
一名运营者，管理一支机器队伍
ONE OPERATOR. A FLEET OF CAPACITY.
多站点、多机器、任务调度、健康管理、版本治理与服务证据。
Multi-site scheduling, fleet health, controlled updates, service evidence and operational analytics.
- 多机任务编排
- Multi-unit orchestration
- 车队健康与维护预测
- Fleet health and maintenance prediction
- 跨站点服务报告
- Cross-site service reporting
当前状态：Alpha 工程样机已完成；Beta 正在推进固定场地任务闭环、定位融合、障碍停车、系统集成与证据建设。Beta 验收之后进入试生产与首批客户验证阶段。页面中的 UNATTENDED / FLEET 能力仍是研发终局与路线图，不构成今天已经完成或可交付的性能承诺。
Current status: the Alpha engineering prototype is complete. Beta is now advancing fixed-site task loops, localization fusion, obstacle stopping, system integration and evidence building. Trial production and first customer validation follow Beta acceptance. UNATTENDED / FLEET remain roadmap objectives, not claims of present completion or deliverability.
06
未来的除雪，不是一次出车，而是一场可观测的任务
THE FUTURE OF SNOW REMOVAL IS AN OBSERVABLE MISSION
OPERATIONS CONCEPT凌晨关键通道任务
Pre-Dawn Critical Route Mission
PLANNED ROUTE / LOW-SPEED / CONTROLLED SITE
SIMULATED VIEW
FACILITY AENTRANCELOADING / EGRESS
ROUTE STATEACTIVEFIXED-SITE TARGET
CONTROL MODEGUARDEDTAKEOVER READY
MISSION PROOFLOGGEDEVENT TRACE
安全权限始终高于产能目标
Safety Authority Always Overrides Productivity
E-STOP → ELECTRICAL → TAKEOVER → VCU → PERCEPTION → TASK
PRIORITY ARBITRATION
01 / PHYSICAL E-STOP
02 / ELECTRICAL & BMS PROTECTION
03 / MANUAL TAKEOVER
04 / VCU SAFETY GUARD
05 / PERCEPTION STOP
06 / TASK & PRODUCTIVITY
UNCERTAINTYSTOPNO BLIND CONTINUATION
RECOVERYDEFINEDNO SILENT RESUME
OWNERSHIPEXPLICITCONTROL SOURCE
每一次“完成”，都绑定到证据与版本
Every “Complete” Is Bound to Evidence and Version
REQUIREMENT / TEST / DATA / VERSION / REVIEW
TRACEABLE
REQ-SNOW-014ROUTE COMPLETION
TEST-SITE-007PASS / CONTROLLED ODD
EVIDENCELOG + VIDEO + REVIEW
VERSIONCOMMIT / CONFIG / BUILD
LIMITATIONDOCUMENTED
VIDEO ONLYNOSUPPLEMENTARY
RAW DATAYESREPRODUCIBLE
REVIEWGATEDACCEPT / REJECT
从一台试点设备，走向一支可调度的车队
From One Pilot Unit to an Orchestrated Fleet
FUTURE OPERATING MODEL / MULTI-SITE CAPACITY
ROADMAP VIEW
SB-001 / SITE AREADYCRITICAL ROUTE
SB-002 / SITE BWORKINGENTRY ZONE
SB-003 / SITE CCHARGINGMISSION RESUME
SB-004 / SITE DSTANDBYWEATHER TRIGGER
SUPERVISION1:NFUTURE TARGET
REPORTINGSITE SLAAUDIT TRAIL
CAPACITYSCALABLEADD UNITS
OVERSIGHTCENTRALREMOTE OPS
MAINTENANCEPLANNEDFLEET HEALTH
07
同一台机器，为四类决策者创造四种决定性价值
ONE MACHINE. FOUR DECISIVE VALUE PROPOSITIONS.
BUYER OUTCOMES清晨开放，不再依赖一连串临时电话。
Open by dawn—without a chain of emergency phone calls.
对医院、数据中心、物流园、校园和商业设施，SnowBot 的价值是把关键通道保障变成可计划、可监督、可复盘的日常运营能力。
For hospitals, data centers, logistics campuses and commercial facilities, SnowBot turns critical-route readiness into a planned, supervised and reviewable operating capability.
01夜间响应NIGHT RESPONSE在人员最难组织的窗口建立机器产能Machine capacity in the hardest staffing window
02关键路线优先CRITICAL ROUTES入口、连廊、急诊外围与装卸通道Entrances, connectors, emergency and loading zones
03运营证据OPERATIONAL PROOF任务、异常与人工介入形成记录Mission, exception and intervention records
04成本可预测PREDICTABLE COST从突发调度转向计划性设备运营From emergency dispatch to planned operations
把最难招的夜班，变成可以复制的服务产能。
Turn the hardest night shift into replicable service capacity.
对 Snow & Ice Management 承包商，SnowBot 不是替代整支团队，而是先接管最规则、最高频、最消耗人的路线，让人员集中处理复杂边界与异常。
For snow contractors, SnowBot does not replace the whole crew. It first takes over repeatable, high-frequency, labor-intensive routes so people can focus on complex edges and exceptions.
01扩大接单能力MORE CAPACITY增加机器，而不是每场雪都重新招人Add machines instead of rebuilding labor each storm
02标准化交付STANDARD DELIVERY把路线、完成标准和报告做成模板Template routes, service levels and reports
03车队运营FLEET MODEL未来以一名运营者监督多台设备Future one-to-many operational supervision
04高价值差异化PREMIUM DIFFERENTIATION向客户销售确定性、数据与持续响应Sell certainty, data and persistent response
让公共步道与关键设施，在最坏天气里仍保持可达。
Keep public paths and critical assets accessible in the worst weather.
政府和市政采购关心的不是炫技，而是服务等级、安全边界、公众可达性、记录留存和长期运维。SnowBot 从一开始就把这些要求放进系统架构。
Public procurement is not about novelty. It is about service levels, safety boundaries, accessibility, records and lifecycle support. SnowBot is being architected around those requirements from the start.
01可达性ACCESSIBILITY优先保障公共通道、站点与入口Prioritize public paths, stops and entrances
02服务等级LEVEL OF SERVICE按路线、时限和条件组织任务Organize missions by route, time and conditions
03安全治理SAFETY GOVERNANCE明确停机、接管与恢复权限Explicit stop, takeover and recovery authority
04审计与透明AUDITABILITY面向投诉、事故与服务评估留证Evidence for incidents, complaints and service review
最难的第一场景，正在锻造最有价值的底层能力。
The hardest first use case forges the most valuable platform capability.
除雪把低温、重载、湿雪、结冰、夜间、无人值守、安全责任和远程运维压缩到同一个系统里。SnowBot 一旦跑通，ARCBOS 获得的不只是一个冬季产品，而是一套可向除草、清扫、巡检与安防复用的极端环境自治底座。
Snow combines cold, heavy loads, wet snow, ice, night operations, unattended safety and remote maintenance in one system. Solving it creates more than a winter product—it creates a reusable extreme-environment autonomy stack for mowing, sweeping, inspection and patrol.
01刚性场景NON-OPTIONAL WORK每个雪季重复发生，失败后果明确Recurring demand with clear failure consequences
02高工程壁垒ENGINEERING MOAT系统集成、可靠性与证据难以复制Integration, reliability and evidence are hard to copy
03平台复用PLATFORM REUSE底盘、感知、控制、运维跨场景复用Reuse mobility, perception, control and operations
04车队型收入FLEET ECONOMICS设备、软件、运维与服务形成组合Hardware, software, support and service together
08
先占领那些“不能等”的关键路线
START WITH THE ROUTES THAT CANNOT WAIT
MISSION-CRITICAL WEDGE数据中心与医院
DATA CENTERS & HOSPITALS
急诊外围、关键入口、设备通道与人员连接区，需要比“整块场地清完”更早恢复可达。
Emergency access, critical entrances, equipment routes and staff connectors must reopen before the entire site is cleared.
物流园与工业设施
LOGISTICS & INDUSTRIAL
装卸区连接路线、员工入口与低速内部道路，直接关系到班次切换和运营连续性。
Loading connectors, staff entrances and low-speed internal routes directly affect shift changes and operational continuity.
校园与商业园区
CAMPUSES & BUSINESS PARKS
规则化主步道与入口适合形成高频、可重复、可展示的首批自治任务。
Structured main walkways and entrances are ideal for repeatable, high-frequency first autonomy missions.
市政步道与公共设施
MUNICIPAL WALKWAYS
公交站点、公共建筑入口与高优先级步道，需要明确服务等级与可审计记录。
Transit stops, public-building entrances and priority walkways require explicit service levels and auditable records.
专业除雪服务商
SNOW SERVICE CONTRACTORS
先让机器覆盖规则路线，再由人处理台阶、边角、撒盐与突发情况；随着设备数量增加，服务能力不再与夜班人数一一绑定。
Let machines cover repeatable routes while people handle steps, edges, deicing and exceptions. As units are added, service capacity is no longer tied one-to-one to night-shift headcount.
09
市场已经证明“自动除雪值得付费”，但商用重型赢家尚未产生
THE MARKET VALIDATES AUTONOMOUS SNOW—THE HEAVY COMMERCIAL WINNER IS NOT SET
MARKET SIGNALS这不是一个等待需求出现的项目。
THIS PROJECT IS NOT WAITING FOR DEMAND TO APPEAR.
消费级履带机器人已经进入公开销售，商业 RaaS 公司正在北美部署多用途户外机器人，行业标准正在强化安全、服务等级、监控与记录。市场正在从“会不会有机器人”转向“谁能在真实雪季稳定交付”。
Consumer tracked robots are already commercially available. Commercial RaaS providers are deploying multi-utility outdoor robots in North America. Industry standards increasingly emphasize safety, service levels, monitoring and documentation. The question is moving from “Will robots exist?” to “Who can deliver reliably through a real winter?”
01
支付意愿已被验证WILLINGNESS TO PAY IS VISIBLE住宅级自动双级除雪产品已经公开销售。Residential autonomous two-stage snow products are publicly sold.
02
商业自动化已进入部署期COMMERCIAL AUTOMATION IS DEPLOYINGRaaS、远程监控与实时报告已成为商业玩家的价值主张。RaaS, remote monitoring and real-time reporting are active commercial propositions.
03
客户采购标准正在升级PROCUREMENT EXPECTATIONS ARE RISING安全、服务等级、监控程序和文档正在成为专业冬季运维的重要组成。Safety, levels of service, monitoring procedures and documentation are increasingly central to professional winter operations.
04
Physical AI 正在从演示走向生产PHYSICAL AI IS MOVING TOWARD PRODUCTION感知、推理、仿真与边缘计算的成熟，使复杂物理环境自治更可工程化。Advances in perception, reasoning, simulation and edge compute make real-world autonomy more engineerable.
COMMERCIAL POSITIONING MAPILLUSTRATIVE / NOT TO SCALE
HEAVY-DUTY / THROUGHPUT ↑AUTONOMY-NATIVE / UNMANNED →
RESIDENTIAL
GADGETS
GADGETS
AIRPORT /
MEGA EQUIPMENT
MEGA EQUIPMENT
CONVERTED
MACHINERY
MACHINERY
ARCBOS
SNOWBOT
SNOWBOT
ARCBOS 的目标位置：比住宅机器人更重载、更可维护、更适合商业 SLA；比机场级设备更紧凑、更可部署；比传统改装路线更原生自治。
ARCBOS targets a position heavier and more serviceable than residential robots, more deployable than airport-scale equipment, and more autonomy-native than retrofitted conventional machinery.
10
不是“看起来能跑”，而是“能够被证明”
NOT “LOOKS LIKE IT WORKS.” PROVABLY WORKS.
PROOF, NOT HYPE可靠性不是文案。
它是一条证据链。
RELIABILITY IS NOT COPY.
IT IS AN EVIDENCE CHAIN.
ARCBOS 的项目治理规定：一次演示、一段视频或一句“已经完成”都不能自动成为工程结论。每一个能力必须绑定到测试条件、原始数据、软件或硬件版本、评审结果与已知限制。
ARCBOS governance does not treat a demo, video or verbal claim as an engineering conclusion. Every capability must be bound to test conditions, raw data, software or hardware version, review outcome and known limitations.
商业承诺必须晚于工程证据COMMERCIAL CLAIMS FOLLOW ENGINEERING PROOF01需求REQUIREMENT必须做到什么What must be true
02测试TEST怎样复现验证How it is reproduced
03证据EVIDENCE日志、数据与测量Logs, data and measurements
04版本VERSION测试了哪个受控版本Exactly what was tested
05评审REVIEW接受、拒绝或有条件通过Accept, reject or conditional
06状态STATUS能力边界与限制Capability and limitations
SNOW IS THE FIRST PROVING GROUND
先征服最残酷的冬天，
再进入更广阔的户外世界。
CONQUER THE HARDEST WINTER.
THEN EXPAND ACROSS OUTDOOR WORK.
SnowBot 是第一款产品，也是平台能力最诚实的压力测试。底盘、感知、控制、安全、能源、运维与证据体系将为后续极端户外机器人复用。
SnowBot is the first product and the most honest stress test of the platform. Mobility, perception, control, safety, energy, operations and evidence systems become reusable foundations for future outdoor robots.
SNOWBOT
商用极寒自主除雪。平台的第一战场。
Commercial extreme-cold autonomous snow operations. The first proving ground.
ENGINEERING R&DMOWBOT
面向长周界、园区与基础设施的自动植被管理。
Automated vegetation management for perimeters, campuses and infrastructure.
PLATFORM EXTENSIONPATROLBOT
在夜间与恶劣天气持续执行地面巡逻任务。
Persistent ground patrol through night operations and adverse weather.
PLATFORM EXTENSIONINSPECTBOT
减少人员进入危险、偏远或高频重复检查区域。
Reduce unnecessary human exposure in hazardous, remote or repetitive inspections.
PLATFORM EXTENSION下一场雪之前BEFORE THE NEXT STORM
来现场，
亲眼见证它工作。
SEE IT WORK.
THEN IMAGINE THE FLEET.
我们正在与商业设施、专业除雪服务商、政府与市政机构、产业伙伴及投资人建立首批结构化试点。每个试点都将明确场地、任务、边界、成功标准和走向车队部署的路径。
We are forming the first structured pilots with commercial facilities, snow contractors, public agencies, industry partners and investors. Each pilot will define the site, mission, operating boundary, success criteria and path to fleet deployment.
申请客户 / 市政试点Apply for a Customer / Municipal Pilot洽谈承包商车队合作Discuss Contractor Fleet Partnership投资人：查看 Beta 后 Angel 规划Investors: View Post-Beta Angel Plan
试点申请不代表设备已具备无人值守商业交付状态。试点范围与能力边界将依据当期受控版本和验证结果确定。
Pilot inquiry does not imply current unattended commercial readiness. Pilot scope and capability boundaries will be defined by the controlled version and validated evidence available at that time.
研究基础与声明边界RESEARCH FOUNDATION & CLAIM BOUNDARY
本页综合 ARCBOS 受控项目资料与公开行业来源。市场事实来自官方或行业机构；工程参数和能力按“当前、设计目标、路线图”分层展示。任何产品交付承诺以正式合同、受控规格和验证结果为准。
This page combines controlled ARCBOS project materials with public industry sources. Market context is drawn from official or industry sources. Engineering capabilities are labeled as current, design target or roadmap. Delivery commitments are governed only by formal contracts, controlled specifications and validated evidence.