AWS ML ★ 91 4 min

How Mobileye transformed support operations using Amazon Bedrock AgentCore

Amazon BedrockAmazon Bedrock AgentCoreAWS LambdaAWS Secrets ManagerCustomer Solutions

🔗 https://aws.amazon.com/blogs/machine-learning/how-mobileye-transformed-support-operations-using-amazon-bedrock-agentcore/

📌 【Mobileye 實戰案例】用 AI Agent 解決 66% 的例行查詢,響應時間縮短 90%

TL;DR:Mobileye 利用 Amazon Bedrock AgentCore 打造 AI 支援代理,將例行工單處理效率提升 90%。

自動駕駛先驅 Mobileye 全球已部署超過 2.3 億顆 EyeQ 晶片。隨著數據處理量激增,工程師每天需處理海量駕駛紀錄檔(drive-recording sessions),這導致了嚴重的支援瓶頸:66% 的工單只是單純的「狀態查詢」,工程師必須在多個系統間點擊 15 次以上,才能手動比對紀錄、視覺化工具與日誌。

🤔 從手動點擊到自動化調查的轉型

傳統的腳本(scripting)或規則型工作流(rule-based workflows)難以應對複雜的支援需求,因為它們缺乏理解變動上下文的能力。Mobileye 決定開發一個具備上下文理解能力的 AI Agent,目標是達成 95% 的分類準確率,並在 2 分鐘內完成回應。

🧩 導入 Model Context Protocol (MCP) 實現即時調查

Mobileye 的 AI Agent 不僅僅是分類工單,它更像是一個「智能調查員」。

  • 核心架構:使用 Anthropic Claude 模型,透過 Mobileye 內部的 LLM Gateway 進行受控存取。
  • 關鍵技術:MCP:透過 Model Context Protocol (MCP),Agent 獲得了存取資料處理平臺 API 的權限,能即時查詢 session 狀態、檢索處理日誌並提取診斷資訊。
  • 自動化流程
    1. 使用者提出查詢(例如:某次駕駛紀錄的處理進度)。
    2. Agent 透過 MCP 存取 API 進行資料檢索。
    3. Agent 分析檢索到的狀態、錯誤或日誌。
    4. Agent 直接回覆結果(例如:確認完成、提供錯誤原因與 Debug 建議、或引導補件流程)。

🏢 混合雲架構:橋接地端系統與 AWS

由於 Mobileye 的內部工單系統運行於地端(on-premises),無法直接從 AWS 存取,因此採用了混合雲架構:

  • 地端組件:處理本地工單作業,並作為連接 AWS 雲端 AI 處理能力的橋樑。
  • AWS 雲端組件:利用 Amazon Bedrock AgentCore 提供無伺服器運算、安全性與可觀察性(observability)基礎設施。
  • 內部服務:提供數據連接與受控的模型存取權限。

📊 從單點實驗演進為企業級平臺

這項技術的成功讓 Mobileye 將其轉化為一個「自我服務平臺(self-service platform)」,讓公司內其他團隊也能快速部署自己的 AI Agent:

  • 效能表現:響應時間縮短 90%,且成功達到 95% 以上的準確率目標。
  • 降低門檻:Mobileye 雲端基礎設施團隊建立了一套內部託管服務,讓不具備 AWS 專業知識或憑證的開發者,也能在幾分鐘內部署出符合企業安全與成本管控標準的生產級 Agent。

🎯 實務啟示

對於正在規模化 AI Agent 應用的企業而言,Mobileye 的經驗顯示:解決 AI 落地難點的關鍵不在於僅僅訓練模型,而在於如何透過如 MCP 這樣的協定,讓 Agent 能夠安全地與現有的地端與雲端系統進行即時互動,並利用全託管平臺來消除基礎設施管理的負擔。

🔗 來源

#AI #MachineLearning #AmazonBedrock #Mobileye #AIAgent #AWS #CloudComputing #GenerativeAI #MCP #DigitalTransformation

原始資料 AWS ML · 收集於 2026-08-06
來源原標題
How Mobileye transformed support operations using Amazon Bedrock AgentCore
作者
Adi Jabkowski
原始標籤
Amazon Bedrock · Amazon Bedrock AgentCore · AWS Lambda · AWS Secrets Manager · Customer Solutions
原始連結
https://aws.amazon.com/blogs/machine-learning/how-mobileye-transformed-support-operations-using-amazon-bedrock-agentcore/

摘要原文

What if deploying production-grade AI agents required zero infrastructure management, came with enterprise observability built-in, and worked easily with your existing on-premises systems? Mobileye , the autonomous driving pioneer with more than 230 million EyeQ system-on-chips deployed across roughly 1,200 vehicle models worldwide, saw an opportunity to free skilled engineers from routine internal ticket status inquiries. Mobileye’s Data Collection Processing pipeline ingests thousands of drive-recording sessions daily, generating a constant stream of status inquiries from engineers and data teams. Each inquiry previously required manual steps across multiple systems – identifying sessions, cross-referencing visualization tools, validating outputs, and reviewing logs – before composing a response. Using Amazon Bedrock AgentCore, Mobileye deployed an AI Support Agent that cut response times by 90% and exceeded 95% accuracy targets, with zero infrastructure overhead. The results were so compelling that Mobileye transformed AgentCore into a self-service platform for teams across the company to deploy their own AI agents. In this post, we’ll explore how Mobileye deployed an AI support agentic solution on Amazon Bedrock AgentCore – from the support bottleneck that sparked the idea, through the proof of concept that validated it, to the hybrid architecture that bridges on-premises systems with AWS cloud services. This approach is relevant for enterprises struggling to scale AI Agents while maintaining enterprise grade governance and security standards. As Mobileye’s Data Collection pipeline scaled, 66% of support tickets became routine status inquiries requiring engineers to manually navigate 15 clicks across multiple backend systems. This time-consuming process diverted skilled engineers from complex issues while internal users faced longer wait times. Traditional automation approaches – scripting, static workflows, and rule-based decision trees – proved inadequate. While these could handle predictable queries, they lacked the contextual understanding needed to interpret the variability of real-world support requests. The team chose to build an AI agent capable of understanding context and adapting to diverse inquiry patterns. Before full production rollout, Mobileye’s team conducted a proof of concept targeting 95% accuracy in ticket classification with sub-2-minute response times. The agent uses Anthropic Claude foundation models, accessed through Mobileye’s internal LLM Gateway that provides governed, quota-managed access to foundation models on Amazon Bedrock . The critical enabler was the Model Context Protocol (MCP), which gave the agent real-time access to the drive-data processing platform’s APIs -allowing it to query session status, retrieve processing logs, and pull diagnostic information during inference. This meant the agent went far beyond simple ticket classification, becoming an intelligent investigator capable of handling inquiries that were previously resolved through time-consuming manual effort. When users inquired about drive-recording sessions, the agent could determine current state and respond with answers: confirming completed sessions with access details, surfacing specific errors with debugging recommendations and log links for failures, or guiding users through submission processes for missing requests – all in under two minutes with no human intervention. After successfully proving the concept with their AI agent, Mobileye needed to take it to production. This transition required a solution that could meet enterprise-grade requirements while maintaining the flexibility they had demonstrated in their proof of concept. After careful evaluation, they chose to deploy their AI Agent on Amazon Bedrock AgentCore, a fully managed platform to build, connect and optimize AI agents at scale with any framework or model. The decision came down to five key factors: This last point was particularly important. Mobileye’s internal ticketing system operated on-premises and was inaccessible from AWS, so any solution would need to bridge that divide without compromising security or compliance. Following the successful proof of concept, Mobileye moved to production with a sophisticated hybrid architecture featuring clearly defined component roles across two environments. The following table describes the on-premises components that handle local ticketing operations and bridge to cloud-based AI processing. The following table describes the AWS cloud components that provide serverless compute, security, and observability infrastructure for the AI agent. The following table describes Mobileye’s own services that provide data connectivity and governed model access for the agent. The automated workflow follows a streamlined four-step process: The production deployment of Mobileye’s AI Support Agent on AgentCore delivered results that consistently met or surpassed initial targets. Support engineers are freed to focus on complex work – and the team didn’t have to build the infrastructure themselves, because AgentCore provides it out of the box. “Amazon Bedrock AgentCore enabled us to build a production-grade AI agent that delivers measurable business value while maintaining the security and operational standards our enterprise requires. The AI Support Agent has transformed our support operations, saving our engineers hundreds of hours previously spent on routine ticket lookups, and freed them to focus on what they do best.” — Shay Margalit, Principal Engineer, Mobileye With the AI Support Agent delivering results in production, Mobileye faced a new challenge: most developers across the organization lacked the AWS credentials or infrastructure access to deploy agents on AgentCore independently. To address this, the Mobileye Cloud Infra team built an internal agent deployment platform. This internal managed service enables Mobileye developers to deploy production-grade AI agents without AWS expertise or cloud credentials. The process follows these steps: The provisioned infrastructure aligns with Mobileye’s standards for security, cost governance, and operational excellence. CloudWatch Alarms on code exceptions help verify issues surface immediately. What began as a single proof-of-concept has evolved into an enterprise-wide platform where teams can deploy secure, monitored, cost-tracked agents in minutes rather than weeks. The path from manual processes to intelligent automation is shorter than you think, and the results, as Mobileye has shown, can be extraordinary.

tencent/hy3:free 自動生成