Enterprise Fleet Security # Cryptographic vehicle access. No keys. No compromise. AutoPi Keyless replaces physical keys with hardware-bound, policy-driven credentials enforced at the edge. Access is validated on-device using signed policy manifests. Decisions are deterministic, offline-capable, and fully auditable. Every event is logged with user, VIN, timestamp, and CAN-level outcome. mTLS + signed commands Hardware-rooted certificates. Replay-resistant command channels. Offline-capable edge policy Local enforcement. Syncs on reconnect. No cloud dependency per unlock. OBD-II, J1939, CAN-FD ICE + EV. 12 V / 24 V. Mixed fleet support out of the box. App, RFID, NFC Multiple credential methods. Role, time-window, and geofence scoped. [Contact Us](https://www.autopi.io/general-inquiries/) [Explore Fleet Platform](https://www.autopi.io/software-platform/fleet-management/) Policy enforced on-device Full audit trail RBAC + SSO OIDC, SAML, least-privilege mTLS + Signed Policies Hardware-rooted identity Offline Enforcement Edge-local, buffers and syncs CAN / J1939 / OBD-II ICE + EV, 12 V / 24 V REST, MQTT, Webhooks Open API, fleet integrations Full Audit Trail User, VIN, timestamp, CAN ###### Architecture ## Edge enforcement. Cloud orchestration. Access decisions are made on the device, not in the cloud. Policies are delivered as signed, versioned manifests. Vehicle actuation happens over CAN or digital I/O only after local validation passes. Driver credential App, RFID, or NFC On-device policy check Role, time window, geofence CAN, I/O actuation Lock, unlock, immobilize Hardware-rooted identity Each device carries a unique certificate. Mutual TLS is negotiated per session; commands are signed and freshness-checked before CAN execution. mTLS X.509 certs Replay protection Offline-capable enforcement Signed policy manifests are cached on-device. Access decisions execute without a cloud round-trip. Events buffer locally and sync when connectivity returns. Local policy engine Event buffering RBAC with time and geo scoping Map roles, time windows, and geofence polygons to user identities or groups. Policies push to the edge without requiring vehicle network access during update. Roles + groups Time windows Geofence polygons Immutable audit log Every access event is stamped with user ID, credential method, VIN, CAN-level result, and UTC timestamp. Exportable for compliance and forensics. VIN-bound Signed events Export API ###### Platform capabilities ## One platform. Every access control layer. From credential issuance to CAN-level actuation, AutoPi Keyless covers every layer of the access control stack with full integration into your existing fleet management and identity infrastructure. EV-native access control The AutoPi device reads EV-specific OEM parameters including state of charge, charging state, and HV contactor status and feeds them into access and immobilization logic. Restrict access while charging, block drive-off on low battery, or alert when an EV departs a charger zone unexpectedly. Cryptographic command chain Commands travel over mTLS, are signed at source, and verified on-device before any vehicle signal is actuated. No unsigned command can trigger a lock, unlock, or immobilize action regardless of network path. SSO and tenant isolation Connect your identity provider via OIDC or SAML. Each tenant sees only their own fleet, users, and audit data. API rate limits and per-tenant RBAC keep large multi-customer deployments predictable. Correlated alert logic Alerts trigger from correlated access and telemetry, not just raw thresholds. Fire on unlocks outside an allowed time window, starts outside a geofence, or movement with no associated keyless event. Forward via email, webhook, or your incident management tooling. GPS and access correlation Position, speed, ignition, and door status are fused with keyless events into full session records. Immediately distinguish authorized from unauthorized movement and feed trip and dwell metrics into billing or safety models via API. OTA policy and firmware management Keyless policies, parser versions, and firmware updates are all first-class objects in AutoPi Cloud. Roll out changes, rotate certificates, and monitor health fleet-wide from a single console or API, no workshop visits needed. ###### Integration ## Plug keyless events into your stack AutoPi Keyless is API-first. Feed events into your dispatch, ERP, billing, or incident tooling without replacing what you already operate. REST API Full programmatic control: issue or revoke credentials, query access logs, push policy updates, and retrieve telemetry. Rate-limited per tenant with API key or OAuth 2.0. OAuth 2.0 JSON Rate-limited MQTT topics Subscribe to per-device or per-fleet topic streams for real-time access events, telemetry, and state changes. Low-latency, ideal for dashboards and dispatch systems. Real-time Per-device topics Webhooks Push keyless events directly to your endpoint on unlock, lock, failed attempt, or policy violation. HMAC-signed payloads verify origin. Retry logic handles transient outages. HMAC-signed Retry logic OIDC / SAML SSO Federate with your corporate IdP. Users log in once; access is scoped per tenant and role mapping is configured in AutoPi Cloud without touching device firmware. OIDC SAML 2.0 Tenant isolation Scheduled exports Export access logs, trip records, and audit trails on a schedule for billing, compliance, or archival. CSV or JSON output to object storage or your own endpoint. CSV / JSON Compliance-ready Ready to integrate? Talk to our team about fleet size, vehicle types, and integration requirements. We will scope the right setup for your operation. [Contact Us](https://www.autopi.io/general-inquiries/) ###### Something unclear? ## Frequently asked questions ## Imagine unlocking and starting your vehicles without ever touching a key. That's what a keyless entry system does. It uses a small gadget or your phone to do all the work, making getting in and going easier and safer. For more detailed information, [check out more on our blog](https://www.autopi.io/blog/what-is-keyless-entry/). ## Keyless entry means you decide who gets into your vehicles and when, all without a physical key that can get lost or copied. It’s all about making things safer and smarter, with the bonus of keeping a close eye on vehicle access. ## Yep, our keyless solution can easily integrate with [electric vehicles (EVs)](https://www.autopi.io/blog/what-is-electric-vehicle/). It integrates smoothly, so managing your EV fleet becomes a breeze, supporting your move towards [greener driving](https://www.autopi.io/glossary/green-driving/). ## Super cool! [Geofencing](https://www.autopi.io/software-platform/fleet-management/) lets you set virtual fences for your vehicles. If a vehicle steps out of line, you’ll know instantly. It’s a game-changer for making sure your vehicles are exactly where they should be. ## Alerts keep you in the loop with what’s happening with your fleet, think of them as your fleet’s way of talking to you. Unauthorized access? You’ll get an alert. Vehicle not locked properly? You’ll know. It’s about staying informed effortlessly. ## Not at all. Managing the [AutoPi devices](https://www.autopi.io/hardware/compare/) is straightforward with our [device management system](https://www.autopi.io/software-platform/device-management/). Whether you’re updating settings, adding new features, or solving small hiccups, you can do it all from anywhere, easily keeping your fleet running smoothly. ## AutoPi devices cache policies and key material locally, so access decisions can still be made when a vehicle is out of coverage. Unlock, lock, and start commands are validated on the device against the last known policy, and all events are buffered. When connectivity returns, buffered events are synced to the cloud so your audit trail remains complete. ## Yes. AutoPi exposes REST APIs, webhooks, and MQTT topics so that keyless events, telemetry, and alerts can be pushed into your existing fleet management or dispatch system. You can use our platform UI, your own backend, or a combination of both, depending on how tightly you want to integrate keyless workflows into your existing tools. ## Security is built around hardware-bound identities, mutual TLS, and signed commands. Each device uses unique certificates, policies are distributed as signed artifacts, and commands are checked for integrity and freshness before being applied on the vehicle. Role-based access control and SSO options help you apply least-privilege access for drivers, operators, and administrators. ## Installation normally includes mounting the AutoPi device, connecting it to power, ignition, and the vehicle’s data network (OBD-II or J1939), and optionally wiring additional lock or immobilizer lines. Pre-made harnesses are available for common use cases. Once powered, devices enroll automatically to your AutoPi account, where you can apply keyless policies and test access from the platform. // your proof of concept ## Build a PoC for Keyless Entry for Fleet Vehicles Let's find the right hardware for your vehicles, validate the data you need and plan the integration together. ### Choose by integration requirements // fleet data #### AutoPi Mini Verify supported EV/OBD vehicles and parameters for standard fleet data. [Explore Mini →](https://www.autopi.io/hardware/autopi-mini/) // vehicle-bus logging #### AutoPi CAN-FD Pro Evaluate J1939, CAN FD and vehicle-bus data logging. [Explore CAN-FD Pro →](https://www.autopi.io/hardware/autopi-canfd-pro/) // custom edge software #### AutoPi TMU CM4 Develop Docker workloads and custom edge software. [Explore TMU CM4 →](https://www.autopi.io/hardware/autopi-tmu-cm4/) Confirm vehicle power, connectors, adapters and any required external sensors. An accessible connector does not guarantee that every requested signal is available. [Compare device capabilities →](https://www.autopi.io/hardware/compare/) // project scope ### Separate standard capabilities from project work Included The selected device's documented hardware and standard software capabilities. Confirm supplied accessories and Cloud access terms for your order. Configure Supported signals, sampling, trip and geofence rules, data delivery and retention for the selected device and platform. Custom development Proprietary signal decoding, custom applications, external sensor integration and ERP/TMS workflows require an agreed scope. // from testing to rollout ### Explore what's possible on your vehicles [Image: AutoPi vehicle data devices] We'll help you choose devices to purchase for representative vehicles, then work with you to extract the data you need, including reverse engineering where needed. Together, we'll agree the scope and acceptance criteria, validate the captured signals and integration, then decide on rollout. [Discuss your PoC →](https://www.autopi.io/sales-inquiry/?product=compare&intent=proof-of-concept&source=business-keyless-entry) // contact ## Still have questions? Get in touch with us - we're ready to answer any and all questions. // send a message We aim to reply within one business day. Or email [sales@autopi.io](mailto:sales@autopi.io).