SeedFence provides an edge‑deployed cybersecurity platform that runs directly on Android, IoT, and OT devices to detect and block threats in real time using lightweight, explainable AI and rule‑based signatures. A centralized console aggregates telemetry, offers fleet‑wide policy management, and enables remote forensics for rapid incident response across large, disconnected device fleets.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises, governments, and critical infrastructure operators lack effective security controls for Android, IoT, and operational technology devices, leaving these embedded systems vulnerable to malware, unauthorized access, and targeted attacks.
Solution
SeedFence delivers a cybersecurity platform that runs directly on embedded endpoints, providing real‑time threat detection and blocking without requiring bulky external appliances. The solution combines lightweight, explainable AI models with rule‑based detection to identify known and novel attack patterns while maintaining auditability. Detection runs at the edge, enabling rapid response even in disconnected or bandwidth‑constrained environments. A centralized console aggregates telemetry from all devices, offering 360° visibility, policy management, and coordinated incident response. Remote forensics tools collect contextual data on demand, allowing analysts to investigate incidents and remediate threats across the entire fleet.
Target Audience
Primary customers are security teams in large enterprises, government agencies, and operators of critical infrastructure who need to protect large fleets of Android mobile devices, IoT sensors, and industrial control systems.
Features
- Edge‑deployed detection engine optimized for low‑resource Android, IoT, and OT devices
- Explainable AI algorithms that provide transparent reasoning for alerts
- Complementary rule‑based signatures for known malware and protocol attacks
- Centralized management dashboard with fleet‑wide visibility and policy control
- Remote forensics module that captures device logs, memory snapshots, and network traces on request
- Stateful event correlation across devices to identify multi‑stage attack campaigns
- Support for industry‑specific protocols (CAN bus, aerospace, maritime, space communications)