Download handwritten signature sdk

The Wacom Ink SDK for signature allows developers to easily integrate support for capturing biometrically-accurate handwritten electronic signatures on pen-enabled devices. Supported devices include Wacom STU series signature tablets, Wacom pen displays and mobile devices running Windows, iOS or Android.Specifically, the Wacom Ink SDK for signature provides the Signature Library used to capture handwritten signatures from a Wacom or third-party pen tablet/mobile device. The library simplifies the interaction with Wacom pen tablets and provides an API to manage and display the signatures.The SDK is easy to integrate, automatically renders digital ink, displays dialog boxes and captures full biometric signature data that can be leveraged for a range of exciting new use cases across financial services, legal processes, sales transactions, and many other identity verification scenarios.The SDK’s basic functionality is available for free to use with Wacom devices running Windows. The paid licensed version of the SDK includes enhanced features and can be used to enable Wacom digital ink on third-party devices.Key FeaturesThe Wacom ink SDK for signature makes it as straightforward as possible to add secure, handwritten electronic signature functionality to their applications. Straightforward integration: The SDK is designed to make it easy for solution providers to integrate support for in-person handwritten electronic signatures into customer document workflows. Biometric accuracy: Each signature captures biometric information including pen position, pressure, inclination* and speed of movement which can be used for verification purposes. Device flexibility: Support for Wacom devices, third-party mobile devices running Android or iOS, and Microsoft Ink-enabled devices. Platform-independence: The signature data generated via the SDK can be shared between signature systems from different vendors. Simplified compliance: Optional built-in encryption of signatures stored in ISO or FSS (proprietary Wacom) format and rich data including, time stamp and location, supports fraud prevention for end customers. Resources We want to make it easy to innovate with Wacom Ink Technologies. Here's what we can offer you: SDK download Get the Wacom Ink SDK for signature now. Documentation Detailed technical information on Wacom Ink SDK for signature. Sample code Access sample code for building your digital ink apps from Github. Support All the help you need to get the most from Wacom Ink SDKs.

Our software productsPowerful. Flexible. Secure.Handwritten electronic signatures for in-person, mobile and web-based workflows. Natural digital signingSigning by hand is still the most natural, familiar way for people to confirm important decisions. The Wacom Ink SDK for signature enables the capture of handwritten signatures on digital pen-enabled devices from Wacom and other major manufacturers. As a result, any signature-centric workflow can be completed 100% digitally at the desktop or on a mobile device. This helps organizations eliminate the cost and effort of printing, managing and disposing of paper documents. It’s simply the most flexible, powerful and secure way to add handwritten signatures to digital workflows. Add secure signatures to any applicationThe Wacom Ink SDK for signature can be used to capture handwritten electronic signatures on devices running Windows, Android, iOS, macOS or Linux (via the JavaScript SDK component). The SDK can also be deployed for applications running on local devices, servers or for web applications. This ensures the same signature workflow can be retained for all deployment methods. Signatures are created and stored either n Wacom’s proprietary FSS data format, or in standard ISO format. The FSS format ensures backward and forward compatibility with older Wacom devices and new pen-enabled devices. For additional security, signatures stored in either format can be encrypted. Use CasesWacom Ink SDK for signature Enterprise enables handwritten signature capture within any kind of workflow on a wide range of pen-enabled devices.Typical use cases are shown below. All can be run individually or in combination. Signature capture within a local network of Windows thin-client devices using Wacom pen-enabled devices. Signature capture via a web browser on Wacom pen-enabled devices. Signature capture within locally-deployed applications installed on third-party mobile devices running Windows, Android, or iOS. Signature capture via a web browser on third-party mobile devices running Windows, Android, iOS, Linux or macOS. Your benefits Straightforward integration of support for in-person handwritten electronic signatures into digital document workflows. Complete deployment freedom, with signature enabled for applications running on stationary or mobile devices, or within a web browser. Device flexibility, with support for Wacom and third-party pen-enabled devices running Windows, Android, iOS, macOS or Linux (via the JavaScript SDK component). Biometric accuracy through data describing pen position, pressure and speed, which can be used to help verify signature authenticity. Platform-independence that allows signature data to be shared between signature systems from different vendors. Optional built-in encryption of signatures provides additional security. Wacom Ink SDK for signatureDatasheetGet the datasheet for full product details, including the free Lite version of the SDK.

Systems by using handwritten eSignature verification as a second or third level of identity confirmation, as part of a multi-factor authentication policy. Product DetailsHow Wacom Ink SDK for verification enables efficient, fast and highly accurate handwritten signature verification. What it isWacom Ink SDK for verification is a set of software tools for verifying the authenticity of handwritten signatures. The SDK’s verification engine enables signatures to be verified in two ways. Dynamic verification of a signature by comparison with 3-12 reference signatures Static verification after the fact by comparing images of a recent signature with images of known recent examples.The SDK is the only solution that enables both types of verification within a single product. They can be used either independently or in combination.How it worksAfter a lightweight integration with an organization’s document management system, the SDK’s verification engine can be used to compare new handwritten eSignatures (in real time or based on signature images) with up to 6 reference examples stored by the organization. The engine then generates a simple, highly accurate and instant accept/reject score on each signature between 0 and 1, where 0 represents no similarity and 1 represents an exact match. The workflow owner can decide the score that must be achieved to justify acceptance. In addition, the engine is built in favor of a low false acceptance rate to ensure maximum security.Importantly, the software does not store any of the signature data it captures, eliminating the potential compliance problems that affect alternative server-based solutions. Your benefits Straightforward migration path from scanned paper-based signatures to a fully digital handwritten eSignature solution. Optimized for authenticating signatures dynamically at the point of signing or after the fact. The only eSignature verification solution that supports dynamic digital and image-based signature comparison. Mitigation of compliance risks because no data is stored by the SDK, unlike server-based alternatives. Compatible with all third-party hardware that generates handwritten eSignatures in ISO format. Flexible deployment on a Microsoft Windows server or inside a Java web application. Accuracy reportAccept or reject?Read our signature accuracy report for more details on how the verification engine delivers results that organizations can trust. Signature verificationTechnology explained Dynamic signature verificationDynamic verification accurately validates the biometric data and visual characteristics of a handwritten eSignature as it is created. It does this by comparing it with up to 6 reference signatures collected over time and stored on the customer organization’s servers. These biometric data include specific aspects of the signature’s geometry but also, for example, the speed and pressure applied in creating it. Image-based signature verificationImage-based verification typically compares a static image of a signature against up to 6 reference signatures by comparing the proportion of linked visual features in each signature, and