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This is a multiple identical item listing for Brand New WonderNet Penflow Signature Capture Pads, Item Number FT-0203-U. Each bid quantity is for One (1) Unit, Including USB Cable, Stylus/ Pen and Software. You may bid / buy any number, up to the total quantity available above.
This item was received in a load of salvage freight recently, and we do not know much else about them. They are brand new in the original factory box. All are sealed in the manufacturer's plastic and bubble wrap, and all have the driver software.
Since we don't know anything at all about these, I have included some text from the manufacturer's website.
According to the manufacturer:
Technology Overview
The engine behind WonderNet's entire product line is the Penflow client-server application which allows easy and secure signature authentication process based on three main stages:
Enrollment
The whole process is initiated by a user registration using an intuitive graphical user interface. The enrollment wizard requires three initial signatures and another three signatures for training purposes. Using a digital pen and tablet, users naturally sign their personal handwritten signature, exactly the same as using a wet-ink pen and ordinary paper.
Signature Profile Creation and Handling
Each signature is analyzed by the Penflow engine, and converted to a template. These templates are then processed to form the user's signature profile. The profile is a robust structure that contains the knowledge of the signature’s dynamics and is not influenced by user’s external factors. The signature profile database can be managed by an authorized system administrator using the Penflow server comprehensive management tool. The administrator can perform series of operations per user profile including: suspend, reset or delete the profile.
Signature Verification
Each time a user uses the application to add his signature; the server compares current signature to the pre-enrolled profile. Upon each authentication the server continues to learn and fine-tunes the user’s profile. This enables the system to track gradual shifts in the handwritten signature over time.
System Requirements
Tablet and digital pen - to capture the handwritten signature strokes
Computer - running any application that requires biometrics authentication
API -- WonderNet's SDK contains a simplified ActiveX/Com API seamlessly connecting your application with the Penflow technology
Server - the server contains the comparison engine which compares a user’s signature to its pre-enrolled profile using Penflow technology, providing the authentication result
Database - the server can be associated with any supported database (ODBC, native SQL, Smart Card, various “keys”, etc.)
Encryption and Data Security
Essentially being an enabling technology for trusted communication and authentication, Penflow is based on the most progressive and strict security standards. Encryption and data security are in the heart of Penflow's signature verification process, covering these main phases:
Enrollment and Authentication
Once the user enrolls, a biometric signature file is being created and kept together with the user details on the Penflow server. This signature profile is encrypted using a Triple DES (3DES) cryptosystem. The Penflow server then creates a pair of asymmetric keys, using an RSA algorithm- a private key and a public key. The private key is kept on the Penflow server while the public key is sent to the user as part of the Electronic Certificate. The Penflow private key (or any other certificate authority acknowledged by the user) signs the user Electronic Certificate.
Signing a Document
Completed document information is converted into a sequence of numbers in a process called hashing, generated by an MD5 or SHA1 algorithm. It is practically impossible to reconstruct a document out of its hash and the probability of different documents getting the same hash value is close to zero. When the creator digitally signs the document using an electronic pen and a tablet, his biometric signature profile is sent along with the document hash value. After authenticating the user identity, the hash value is encrypted using the user's private key. Whenever the hash value is different than the original signed value, implying the document has been altered, the signature becomes invalid.
The communication channel between the Penflow server and the client (user) is encrypted using SSL (Socket Secured Layer) technology based on an RSA protocol.
Usages in the Industry:
Financial and Banking
Digitally sign cheques and wire transfers
Signature fraud prevention
Real-time customer identification
Secured financial transactions
Legal & Insurance
Paperless business transactions (NDAs, agreements, purchase orders, invoices etc.)
Secured court orders and verdicts
Healthcare & Pharmaceutical
Medical prescriptions and patients records
Pharmaceutical and medical machinery production documentation (in accordance with FDA regulations)
Government & Defense Organizations
Protection for classified documentation by using enhanced Digital Signature Solutions
Warehouse and storage stock control
Human resources management and control
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