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Calling All Chocolatiers! Whipping Up Windows Automation with Chocolatey Central Management

Webinar from
Wednesday, 17 January 2024

We are delighted to announce the release of Chocolatey Central Management v0.12.0, featuring seamless Deployment Plan creation, time-saving duplications, insightful Group Details, an upgraded Dashboard, bug fixes, user interface polishing, and refined documentation. As an added bonus we'll have members of our Solutions Engineering team on-hand to dive into some interesting ways you can leverage the new features available!

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Chocolatey Community Coffee Break

Join the Chocolatey Team as we discuss all things Community, what we do, how you can get involved and answer your Chocolatey questions.

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Chocolatey and Intune Overview

Webinar Replay from
Wednesday, 30 March 2022

At Chocolatey Software we strive for simple, and teaching others. Let us teach you just how simple it could be to keep your 3rd party applications updated across your devices, all with Intune!

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Chocolatey For Business. In Azure. In One Click.

Livestream from
Thursday, 9 June 2022

Join James and Josh to show you how you can get the Chocolatey For Business recommended infrastructure and workflow, created, in Azure, in around 20 minutes.

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The Future of Chocolatey CLI

Livestream from
Thursday, 04 August 2022

Join Paul and Gary to hear more about the plans for the Chocolatey CLI in the not so distant future. We'll talk about some cool new features, long term asks from Customers and Community and how you can get involved!

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Hacktoberfest Tuesdays 2022

Livestreams from
October 2022

For Hacktoberfest, Chocolatey ran a livestream every Tuesday! Re-watch Cory, James, Gary, and Rain as they share knowledge on how to contribute to open-source projects such as Chocolatey CLI.

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Usb Dongle Backup And Recovery — 2012 Pro

Title: The Phantom Key: Backup and Recovery Challenges for 2012 Pro Software Dongles

Introduction For over two decades, USB hardware dongles (such as HASP, Sentinel, and CodeMeter) served as the digital gatekeepers of professional software. The “2012 Pro” class of applications—engineering suites, medical imaging tools, and digital audio workstations released around that era—represents a specific technological crossroads. In 2012, cloud licensing was still maturing, and offline physical security was paramount. Consequently, these dongles are not merely authentication tokens; they are often encrypted containers holding critical license logic. Today, IT administrators face a unique crisis: how to execute a backup and recovery plan for hardware that was explicitly designed not to be copied.

The Anti-Backup Paradox The fundamental challenge with 2012 Pro dongles is that their security architecture treats backup as an attack vector. Manufacturers utilized secure microcontrollers designed to prevent read-back of the internal seed keys. Unlike a file on a hard drive, a standard disk imager cannot clone a dongle because the license data is cryptographically bound to a unique, unextractable hardware ID (HID). Attempting to back up a dongle via USB imaging tools results in a raw binary dump of the USB descriptor, not the license kernel. This creates the “2012 Paradox”: the very security that protects the vendor’s IP prevents the customer from performing standard disaster recovery.

Legitimate Recovery Workflows (Circa 2012 vs. 2024) When the software was current, vendors offered recovery via “License Transfer” utilities. A user would plug in the dongle, generate a transfer_request.bin file, email it to the vendor, and receive a transfer_response.bin to write to a new dongle. This required the vendor to still be in business and maintain a 2012-era activation server.

For modern administrators, three practical recovery paths exist for lost or damaged 2012 Pro dongles:

  1. Hardware Rehosting (The Direct Clone): Specialized hardware programmers (like the URG or Elprosys units) can sometimes clone old 2nd-generation HASP dongles. However, this requires a working donor dongle and violates most EULAs. For legacy systems no longer supported by defunct vendors, this becomes a “gray market” operational necessity.
  2. Virtual Dongling (Software Emulation): Tools like MultiKey or USB Redirector with filter drivers can capture the USB handshake of a 2012 Pro dongle and emulate it as a virtual device. This allows the backup to exist as an encrypted file on a RAID array. The risk lies in kernel-mode conflicts with modern Windows 10/11 updates.
  3. The “Cold Spare” Strategy: The only vendor-sanctioned method for 2012 Pro was purchasing a second dongle at the time of sale. Administrators who failed to do this now rely on eBay scavenging, attempting to reprogram identical dongle models with extracted firmware.

The Physical Failure Catastrophe The dongles of 2012 are now a decade past their designed lifespan. Common failure modes include cracked solder joints on the USB A connector, ESD damage, and bit-rot of the 32KB EEPROM holding the license seed. Unlike magnetic tape or SSD backup, there is no “dongle backup” system. Once the crystal oscillator fails or the USB controller chip delaminates, the license is irrevocably destroyed. For a $50,000 2012 Pro engineering suite, this represents a catastrophic asset loss. usb dongle backup and recovery 2012 pro

Conclusion Backing up a 2012 Pro USB dongle is an exercise in mitigation, not duplication. The secure design that made the dongle viable in 2012 makes it a liability in 2024. The only robust “backup” is a documented workflow to use a hardware cloner or software emulator before the original fails. Without this, the recovery plan reverts to a legal and logistical nightmare: proving ownership to a vendor that may no longer exist. As organizations move to subscription clouds, the 2012 Pro dongle serves as a fossilized warning: if it cannot be bit-for-bit copied, it is not backed up—it is merely borrowed time.

"USB Dongle Backup and Recovery 2012 Pro" (also known as DongleBackup2012) is a utility developed by Soft-Key Solutions and ETech Software Ltd. It is designed to safeguard physical hardware security keys (dongles) like Sentinel or HASP by creating virtual copies, ensuring that professional software remains accessible even if the physical key is lost or damaged. Core Functionality

Dumping & Emulation: The software creates a "dump" or digital image of the physical dongle's data and settings. It then emulates the hardware, allowing the computer to recognize a virtual key as if it were the physical device. File Format: Backups are typically saved as .dng files.

Virtual Port Assignment: Users can assign a virtual USB port to the emulated dongle to maintain software compatibility. Operational Steps

Backup: With the physical dongle plugged in, the software detects the device. Selecting "Backup" saves the hardware's unique information into a .dng file. Title: The Phantom Key: Backup and Recovery Challenges

Recovery/Emulation: Users load the previously created .dng file and select "Emulate." This creates a virtual instance of the dongle, permitting software use without the physical hardware.

Restore: If the physical dongle is corrupted but still functional, the "Write" function can restore the saved backup data back onto the hardware. Key Technical Details

Operating System: Designed primarily for Windows environments.

Security Features: Includes options like "Lock License" to prevent an emulator from being copied to unauthorized computers.

Hardware Support: Capable of handling various professional-grade protection systems, such as Sentinel HASP and SuperPro keys. The Physical Failure Catastrophe The dongles of 2012

Note: This software should only be used for legal backup purposes and with explicit permission from the original software vendor. What is Sentinel SuperPro Key For? - BBS Logiciels

📋 Likely / Typical Features of "USB Dongle Backup and Recovery 2012 Pro"

Based on similar tools from that era (e.g., Donglify, HASP/Hardlock emulators, SafeNet backup utilities), here’s what such a product would likely include:

2. Use Hardware-Based Redundancy

Some backup tools allow writing a clone dongle to an identical blank USB key (same chipset). The 2012 Pro USB stack supports generic HID programming for this purpose.

“The emulator driver failed to start” (Error 10)

Solution: Disable Secure Boot in BIOS and enable testsigning on Windows 2012 Pro:

bcdedit /set loadoptions DDISABLE_INTEGRITY_CHECKS
bcdedit /set TESTSIGNING ON

🧰 Alternatives if original software is unavailable

If you cannot find this specific 2012 product, consider these modern legitimate alternatives:

| Tool | Purpose | |------|---------| | HASP/Hardlock Viewer + Dumper | Backup HASP dongles (free, technical) | | WibuBox / CodeMeter | Official backup for Wibu dongles | | SafeNet USB Key Backup Tool | Official for Sentinel dongles | | Donglify | Network dongle sharing + backup (commercial) |