在这个日益互联的世界中，设备安全在保护敏感数据、维护隐私以及保障数字系统和通信的完整性方面发挥着至关重要的作用。 Ambiq secureSPOT® 解决方案通过提供一套全面的安全功能，在确保设备性能和电池续航能力不受影响的前提下，有效解决了这些关键问题。secureSPOT 3.0 在此基础上进一步整合了 Arm® TrustZone® 技术，新增了安全启动、加密的安全外设、受控的安全调试访问，以及贯穿设备整个生命周期的安全生命周期管理。
Our products are specifically engineered to serve a diverse array of applications, encompassing wearables, medical devices, smart home technologies, IIoT solutions, and more.
Browse our Design Resources which includes product briefs, datasheets, selector guides, family brochures, white papers, quick start guides, and more to help you learn more about products.
Browse our Design Resources which includes product briefs, datasheets, selector guides, family brochures, white papers, quick start guides, and more to help you learn more about products.
泄漏检测行业正在不断发展。 多年来，监控系统主要侧重于数据的采集和传输。传感器负责检测湿度、测量环境条件，并在超过预设阈值时触发警报。 该模式有助于提高可见度，但仅靠可见度已不再足够。 客户越来越期望监控系统能够更早地发现问题、减少误报、延长电池寿命，并提供可付诸行动的洞察，而非仅仅提供原始数据。要满足这些期望，边缘设备需要具备更高层次的智能。 因此，新一代用于智能泄漏检测系统的边缘AI正从“感知与报告”向“感知、理解和预测”转变。 为什么更多数据并不是解决之道 现代监控部署会产生海量的信息。…
在 NYSE 和新加坡交易所（SGX）的双重上市，不仅拓宽了亚洲各地投资者的参与渠道，同时也彰显了 Ambiq 对全球领先半导体市场之一的长期承诺。 2026 年 7 月 30 日，美国德克萨斯州奥斯汀，——超低功耗边缘 AI 半导体解决方案技术领导者 Ambiq Micro, Inc.（纽约证券交易所代码：AMBQ；新加坡交易所代码：AMQ）今日宣布，公司已以股票代码“AMQ”在新加坡证券交易所（SGX）主板上市。此次双重上市是对 Ambiq…
secureSPOT® 3.0 introduces support for Arm® TrustZone®, an extensible secondary boot loader, a Trusted Execution Environment (TEE), a secure and non-secure True Random Number Generator (TRNG), and Anti-Tamper Protection. These capabilities build on the security foundation established in secureSPOT 2.0 and 1.0 to provide stronger isolation, more flexible secure boot, and enhanced protection for modern edge AI and embedded applications.
secureSPOT® secure boot establishes a hardware root of trust that verifies firmware authenticity before execution. Only authenticated and trusted software is allowed to boot, helping prevent unauthorized firmware, malicious code injection, and device compromise during system startup.
secureSPOT® secure peripherals use hardware-based encryption, authentication, and access control to protect communications between the processor and connected peripherals. These protections help maintain data confidentiality, integrity, and isolation while reducing the risk of unauthorized access to sensitive device resources.
Secure Debug provides authenticated, controlled access to hardware debugging interfaces during development and manufacturing. By restricting debug access to authorized users, secureSPOT® helps prevent unauthorized firmware extraction, device manipulation, and security bypass in production devices.
Secure Lifecycle Management protects devices throughout their entire lifecycle—from manufacturing and secure provisioning through deployment, firmware updates, maintenance, and decommissioning. It enables organizations to securely manage device state and credentials while reducing security risks across manufacturing and field operations.
SecureSPOT® is supported on Ambiq Apollo generations 3 through 5, including Apollo3, Apollo4, and Apollo510 series SoCs. Support will continue to expand with future Apollo platforms.
secureSPOT® is designed for battery-powered embedded devices that require strong hardware security, including wearables, medical devices, smart home products, industrial IoT (IIoT) systems, asset trackers, and edge AI devices.
