Develop a software

description : Features Turn-key secure credit card processing appliance Virtual Appliances for private and public cloud deployments (VMWare, Xen, KVM, VirtualBox, Amazon EC2, etc) Optimized 1U physical appliance with 4/hour on-site hardware support available LiveCD ISO to try and/or install to your own hardware Ability to process payments thru various vendors ([login to view URL], Paypal, Google Checkout, SecurityWire w/ ACH gateway?, and others) Federated claims based authentication (local, LDAP, Active Directory, OpenID, etc) , Provides Single Sign On (SSO) Capabilities Scalable for performance and fault tolerance Ability to lookup payments Detailed reporting (Transactions, Bandwidth monitoring, etc) Supports recurring payment configurations Can be used via API (SOAP, REST) w/ public key based authentication and digitally signed and encrypted communications Customer facing web interface is 100% customizable via CSS Web site is tested and optimized on all popular browsers (IE, Chrome, Firefox, Lynx, BlackBerry, iPhone, Android, WAP) Virtual Point of Sale (POS) interface (Via web and mobile devices) Accessible (ADA Compliant) 100% XHTML compliant Multi-lingual (English, French, Others) SNMPv3 monitoring Continuous encrypted cloud based backups (LiveVault) Simple 3 role model: Customer, POSUser and Admin Commercial support available from SecurityWire via customer controlled on-demand remote access Supports multi-factor authentication (w/ phonefactor 25 user license to use mobile phones as token devices) Fulfills many PCI Requirements (need to enumerate them) All data encrypted in motion and at rest (Whole Disk Encryption and all network traffic over SSL) Secure by default, hardened appliance per CIS Benchmarks Forensic Grade Auditing Capabilities Built-in Anti-Virus, Host Based Intrusion Detection System, Host Based Firewall, File Integrity Checking and Web Application Firewall (WAF) Automatic scheduled vulnerability scans with reporting (weekly by default) Mandatory access control (MAC) as well as role based access control (RBAC) security Software is continually tested for security during the development lifecycle (SDLC) using threat modeling, static analysis, code review and fuzz testing Application can be done in any language and technology and could have OpenSource modules.