HP offers several APIs and SDKs for developers to interact with their printers via web services, ranging from modern cloud-based platforms to legacy on-premise extensibility models Core HP Printer API Platforms HP Workpath (formerly JetAdvantage Link)
: A modern Android-based platform for creating apps that run directly on HP Multi-Function Printers (MFPs). It allows for building user interfaces on the printer’s touchscreen and integrating directly with cloud services like Google Drive or Dropbox. HP OXPd (Open Extensibility Platform for Devices)
: A server-side SDK for enterprise document workflows. It uses standard web protocols (HTTP, XML, SOAP/REST) to control scan and print functions remotely. OXPd JavaScript
: Runs logic in the device browser for faster UI development. OXPd .NET/Java
: Moves heavy logic to an external server for deep device integration. HP PrintOS Device API
: Specifically for industrial and production printers (like HP Indigo). It uses RESTful calls for provisioning, status reporting, and job management via the PrintOS Cloud Platform. Common RESTful Operations
Most modern HP printer integrations focus on these standard capabilities: | hp's Developer Portal
HP offers several REST APIs depending on the specific printer line and management needs. For report generation, the most relevant platforms are HP PrintOS (for Indigo/Industrial presses) and HP TechPulse/Workforce Solutions (for commercial/enterprise device management). 1. Identify the Relevant HP REST API Key Reporting Capabilities HP PrintOS Print Beat Industrial/Indigo
Historic and near-real-time data on jobs, color quality (Color Beat), and overall equipment effectiveness (OEE). HP Analytics/TechPulse Enterprise Management
Hardware inventory, device utilization (page counts), and device health/incident reports. HP Workforce Solutions Incident Management
Programmatic access to create, read, and update incidents or diagnostic logs for failed devices. 2. Steps to Develop a Custom Report To build a report, follow these general integration steps: Getting started with the REST API - | hp's Developer Portal
HP does not provide a single, universal "HP Printer REST API" for all consumer devices. Instead, programmatic interaction is handled through specific cloud platforms and service-oriented APIs tailored to enterprise, industrial, and managed print environments. Primary HP Printer API Ecosystems
HP categorizes its RESTful interactions based on the service platform and device type: HP PrintOS APIs (Industrial & Large Format)
Print Beat API: Securely queries historical and real-time status data, including job details, "Color Beat" metrics, and Overall Equipment Effectiveness (OEE).
Device API: Used by manufacturers and IT developers to provision and connect devices to the PrintOS Cloud. It handles initial session ID tokens for subsequent status operations. hp printer rest api
Composer API: Facilitates the programmatic upload of files for variable data generation and imposed jobs within the cloud platform. HP Workforce Solutions & TechPulse (Managed Devices)
TechPulse Analytics API: Provides deep telemetry on device planning, cost optimization, and service management for devices enrolled in Proactive Insights.
Incident Integration API: Offers CRUD (Create, Read, Update, Delete) capabilities for managing system-generated incidents and hardware health alerts. HP Smart Ordering (SMO) Services
Used primarily for automated replenishment. These headless REST APIs exchange telemetry data with partners to trigger ink/toner notifications and orders based on real-time printer usage. Authentication & Access
Most HP printer APIs utilize high-security authentication protocols:
OAuth2: Standard for authenticating and authorizing calls to Incident and Analytics APIs.
HMAC Headers: PrintOS APIs often require generating specific HMAC authentication headers using a Key/Secret pair generated within a PrintOS account.
Provisioning Calls: For the Device API, the process starts with a REST call to obtain a login and password, followed by a session token for further interactions. Local & Physical Reporting (Non-API)
If you are looking for status reports without using a REST API, you can generate them directly from the device: Getting Started with the PrintOS Print Beat API
HP offers a diverse range of RESTful APIs and SDKs designed for different scales of print management—from controlling individual enterprise printers to managing massive industrial print fleets. These APIs typically fall into three categories: Device-Level Integration, Cloud-Based Fleet Management, and Workflow Automation. 1. HP Workpath (Formerly JetAdvantage Link)
HP Workpath is the primary platform for developing applications that run directly on HP enterprise printers and multi-function printers (MFPs).
Capabilities: Developers can create Android-based apps for the printer’s touchscreen to handle secure scanning, direct printing from cloud storage, and user authentication. Key Features:
Authentication API: Build custom agents for proximity cards or user login.
Scanner/Print Services: Securely scan documents with metadata directly to on-premise or cloud repositories. HP offers several APIs and SDKs for developers
Device Management: Control home screen layout and block external print ports for security. 2. HP PrintOS APIs
PrintOS is a cloud-based platform primarily for HP Indigo and large-format industrial presses, providing robust REST APIs for remote monitoring and job management.
Print Beat API: Provides authenticated access to historical and near-real-time data, including job status, ink usage, and Overall Equipment Effectiveness (OEE).
Device API: Allows developers to provision devices to the PrintOS cloud, allowing them to send telemetry and receive operational commands.
Jobs Context: Queries specific job details such as submit time, completion time, and markers for media usage. 3. HP OXPd (Open Extensibility Platform)
The OXPd platform is an SDK for fleet-wide document workflows, utilizing web services for device control.
Architecture: Logic resides on an external server and invokes device APIs via standard web protocols (XHTML, JavaScript).
Administrative APIs: Enables job accounting, quota enforcement (limiting pages per user), and automated badge authentication.
Device Statistics: Collects ID, job data, and user info for bill-back or auditing purposes across a fleet. 4. Enterprise Fleet Management: Web Jetadmin Getting Started with the PrintOS Print Beat API
HP offers several REST-based platforms depending on whether you are developing for a local device, a fleet, or a commercial print environment. Below are three potential "features" you can build using the HP REST API ecosystems. 1. Proactive Fleet Health Dashboard
Using the HP Proactive Management/Insights API, you can build a dashboard that monitors the health and incident status of a printer fleet across multiple locations. Key Functionality:
Incident Monitoring: Use the Incident REST API to programmatically fetch failed or about to fail conditions.
Hardware Inventory: Pull hardware inventory details via POST requests to endpoints like /analytics/v1/reports/hwinv/details/type/grid.
Best For: IT departments managing large office deployments who need to create support tickets automatically before a printer goes offline. Security: Requires OAuth 2.0 authentication. 2. "Smart" Office Kiosk with Walk-up Apps Works across subnets, VPNs, and mobile networks Unified
The HP Workpath SDK (formerly JetAdvantage Link) allows you to build Android-based apps that run directly on the printer's touchscreen. Key Functionality:
Custom UI: Build a "Help Desk Kiosk" using HTML, CSS, and JavaScript that lets users submit support tickets directly from the printer.
Secure Capture: Use the Scan API to scan documents with metadata directly to third-party cloud repositories without needing middleware.
User Identification: Integrate with the Accessory API to allow users to authenticate using USB card readers.
Best For: Enhancing the walk-up experience for public spaces or secure corporate environments. 3. Automated Print Production Workflow
For commercial settings, the HP PrintOS API provides tools to automate job submission and production tracking. Getting Started with the PrintOS Print Beat API
MFPs can use the API to push scanned documents directly to a REST endpoint provided by a business application (e.g., SharePoint, DocuSign), bridging the gap between physical paper and digital storage.
When the printer status returns "error" with "code": "13.12.00" (paper jam), automatically create a Jira ticket or ServiceNow incident with the printer's location and error code.
HP offers cloud-based APIs for printers registered with HP Smart or ePrint. Your application talks to https://api.hp.com/..., which then relays commands to the printer.
Pros:
Cons:
For 90% of in-house enterprise automations, the Local Embedded REST API is the correct choice.
In sensitive environments, an application can hold print jobs in a queue rather than sending them directly. When a user authenticates at a printer (via badge scan), the app calls the REST API to send the specific job. The printer never stores unprinted jobs locally.
For devices residing within a corporate intranet, HP utilizes a RESTful interface often referred to as the HP Smart SDK or JetAdvantage Link SDK. This architecture exposes specific endpoints on the printer's internal web server.
/rest/Printers, /rest/Jobs, and /rest/Status.