Military grade data deletion for iOS® devices.
Wipe multiple devices at a time.

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4. Sdf: Space Defence Force Mac Os X

iShredder™ is the most popular data eraser for iOS, Android, Windows, Mac, and Windows Server. Since 2010, this secure deletion software has won numerous awards and is used by more than 4,000,000 users, in over 100 countries worldwide.
iShredder™ uses data shredding techniques that go beyond international standards. Its data deletion is so secure that government agencies and defense ministries trust, and use this robust process.

iShredder™ iOS® „Business Edition“ surpasses international standards used by state and military organizations in secure deletion. Each algorithm has been analyzed by authorities and independent organizations to make sure it really does what it says on the tin – data destruction beyond redemption.

It takes just three simple steps to prepare your company’s iOS devices for selling or recycling using patented security standards, making it impossible to recover any deleted data.

To access kernel space memory from user mode results in an access violation, and thus kernel space ASLR effectively hampers local exploits against the OS kernel or drivers. Windows Kernel Space ASLR: In the following we describe the kernel space ASLR implementation of Windows (both 32-bit and 64-bit). The information presented here applies to. Apple quickly issued an update to iOS 7 and iOS 6, but took longer to issued an update for Mac OS X, despite Apple confirming that the same SSL/TSL security flaw was also present in OS X.

• 1. Connect your device

• 2. Choose a method

• 3. Begin to shred

The Business Edition of iShredder™ iOS® comes with 18 erasing methods such as DoD 5220.22-M E, US Air Force (AFSSI-5020), US Army AR380-19, DoD 5220.22-M ECE, BSI/VS-ITR TL-03423 Standard, German BSI-2011- VS, CSEC ITSG-06, NATO Standard, Gutmann, HMG InfoSec No.5, DoD 5220.22 SSD and many more.

Erasure Algorithm:

• 50 Cycles: Protectstar SDA (2007)
• 35 Cycles: Gutmann method
• 8 Cycles: German BSI TL-03423
• 7 Cycles: NATO Standard
• 7 Cycles: DoD 5220.22-M ECE
• 7 Cycles: CANADIAN RCMP TSSIT OPS-II
• 5 Cycles: BSI-2011-VS
• 4 Cycles: Protectstar ASDA (2017)
• 4 Cycles: DoD 5220.22-M E for SSD
• 3 Cycles: Canadian CSEC ITSG-06
• 3 Cycles: HMG Nr. 5 extended
• 3 Cycles: AFSSI-5020
• 3 Cycles: NAVO P-5239-26 (MFM)
• 3 Cycles: NAVO P-5239-26 (RLL)
• 3 Cycles: US Army AR380-19
• 3 Cycles: DoD 5220.22-M E
• 3 Cycles: NCSC-TG-025
• 3 Cycles: NIST SP 800-88
• 2 Cycles: RUSSIAN GOST R 50739-95
• 1 Cycle: Australian ISM 6.2.92
• 1 Cycle: 0XFF for SSD
• 1 Cycle: Random Values
• 1 Cycle: NIST SP 800-88 Rev. 1 (2014)

Specifically developed by Protectstar™ Inc. in 2007 it runs through fifty erasure routines.
Data will be overwritten for two times with a random value, afterwards with their complements. It includes and the DoD 5220.22-M (E) standard and Peter Gutmann method and random algorithms.

The algorithm from Peter Gutmann was found in 1996 and makes 35 overwrite passes in total.
This algorithm is one of the state-of-the-art methods for data destruction.

In March 2010 the German Federal office for IT Security (BSI) published a new technical BSI Guideline for 'Requirements to overwrite memory media'.
The method is similar to VSITR standard for magnetic storage media.
In total the new algorithm has 8 cycles, which has to be worked through in chronological order. Includes one cycle of verification.

The NATO method is the deletion standard of North Atlantic Treaty Organization (NATO).
It will overwrite the target data area 7 times.
The first six overwrites are with the fixed values (0x00) and (0xff), alternating between passes.
The 7th overwrite is with a random value i.e. 0x00,0xFF,0x00,0xFF,0x00,0xFF and 7th pass with a random value.

The method for high security is based on the January 1995 'National Industrial Security Program Operating Manual'by the Department of Defense (DoD).
In this seven cycle variation (DoD 5220.22-M ECE), data is first overwritten three times with DoD 5220.22-M (E) Standards, then with a specific random value, and finally once again with DoD 5220.22-M (E).

The Royal Canadian Mounted Police Standard RCMP TSSIT OPS-II overwrites data securely with alternating sequences with a total of seven cycles.

The German Federal office for IT Security (BSI) describes in the technical BSI guideline for 'Requirements to overwrite memory media' from July 2010 the modern method BSI-2011.
This clause includes 5 steps, which is implemented in sequential order.

The Advanced Secure Deletion Algorithm developed by Protectstar™ in 2017 includes a pass that encrypts the blocks completely using the 256-bit AES doing a complete verification of written data.
The last pass wipes all data through a random pattern, while high-quality random numbers are generated based on Federal information processing standards (FIPS).

This method is specially developed for SSD (Solid State Drive) and flash memory, based on the U.S.
Department of Defense's standard DoD 5220.22-M E. It will overwrite data four times.

The Canadian CSEC ITSG-06 sanitization method has three cycles and was published in 2006 by Communication Security Establishment Canada (CSEC).

The HMG Infosec Standard No 5 - enhanced level is approved to wipe UK Government Top Secret data and has also been approved by NATO.
The algorithm is a three pass overwriting algorithm: first pass - with zeros (0), second and third passes with its compliment and random values(with last pass verification).

The AFSSI-5020 sanitization method was originally defined in the Air Force System Security Instruction 5020 by the United States Air Force (USAF) in 1996 and may still be today.

This is the US Navy standard NAVSO P-5239-26 for MFM encoded drives.
This deletion method first writes the fixed value (0xffffffff) to the target data area, then the fixed value (0xbfffffff) and then random values.
Finally, the target data area is read to verify the overwrites.

This is the US Navy standard NAVSO P-5239-26 for RLL encoded drives.
This deletion method first writes the fixed value (0xffffffff) to the target data area, then the fixed value (0x27ffffff) and then random values.
Finally, the target data area is read to verify the overwrites.

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AR380-19 is the data shredding algorithm specified and published by the U.S. Army.
The algorithm is a three pass overwriting algorithm: first pass - with random bytes, second and third passes with certain bytes and with its compliment (with last pass verification).

The method for low security but for high execution speed is based on the January 1995 'National Industry Security Program Operating Manual' from the DoD (US DoD 5220.22-M).
The variation (DoD 5220.22-M E) offers 3 cycles in which the data are overwritten with first a set value, then its compliment, and then a random value.

The American NCSC-TG-025 standard of the National Computer Security Center (NCSC) securely overwrites existing information on a data medium three times.

The in 2006 released standard is the Special Publication 800-88 from NIST, which is the go-to data erasure standard for organizations in the United States. Its principles can apply to magnetic, flash-based, and other storage technologies, from USB drives to servers.

The Russian data deletion standard GOST R 50739-95 for secure data erasure overwrites the target data are two tome. In the first pass with a zero, and in the second pass with random characters.

ISM 6.2.92 is the Australian government's data sanitization standard.
The method was originally defined in the Information Security Manual (ISM) issued by the Australian Department of Defense: Intelligence & Security.
The ISM 6.2.92 sanitization can not be used to sanitize classified information.

This method is specially developed for SSD (Solid State Drive) and flash memory.
It offers one cycle which data are overwritten by the pattern '0xFF'.

This method for lowest security but for very high execution on speed. It offers only one cycle which data are overwritten with random values.

In December 2014, the guidelines were revised, making the current version “NIST Special Publication 800-88 Rev. 1”.

See here the description of the method you have selected.

When you delete a file or a photo the operation system just removes the reference to that data, but doesn’t delete the actual files on your memory. It just simply marked as free so that another file can come and use those blocks.

With the award-winning freespace erase option in iShredder™ iOS® you can wipe the unused disk space securely so that deleted data cannot be recovered.

Supported Operating Systems for Software

• Mac OS 10.11 or higher (OS X El Capitan, macOS Sierra, macOS High Sierra, macOS Mojave, macOS Catalina, macOS Big Sur)

Supported iOS Devices

• All iPhone models (from iPhone 1 to iPhone 8 Plus, iPhone X, iPhone XS and iPhone 12)
• All iPad models (from iPad, iPad mini, iPad Air and iPad Pro)
• All iPod touch models
• All Apple TV models (only Military edition)
• All iOS versions (from iOS1 to iOS 14.x) and iPadOS

Minimal Hardware Requirements

• Minimal system requirements of the operation system
• 30 MB free hard drive space
• Internet connection for updates and activation

Languages

• English, German

Business

(Up to 10 connected devices)

• Compatible with all iPhone®, iPad® and iPod® touch models
• Compatible with all iOS® versions
• Wipe multiple iOS devices at a time
• Up to 10 connected devices
• Securely overwrite the freespace
• Complete wipe of all data on the iOS® device
• Incl. 1 year technical support and free upgrades
• 24/7 Support by e-Mail
• Deletion algorithms like DoD 5220.22-M ECE, Peter Gutmann, DoD 5220.22-M, HMG Infosec No.5, German BSI-2011-VS, US Army AR380-19 and more.
• Enhanced military deletion methods like NATO standard, US Navy NAVSO P-5239-26 (MFM & RLL), USAF AFSSI-5020, BSI TL-03423 and CSEC ITSG-06.
• Protectstar™ Advanced Secure Deletion Algorithm (2017)
• Erasing methods in total (18)

Business Unlimited

(Unlimited connected devices)

• Compatible with all iPhone®, iPad® and iPod® touch models
• Compatible with all iOS® versions
• Wipe multiple iOS devices at a time
• Unlimited connected devices
• Securely overwrite the freespace
• Complete wipe of all data on the iOS® device
• Incl. 1 year technical support and free upgrades
• 24/7 Support by e-Mail
• Deletion algorithms like DoD 5220.22-M ECE, Peter Gutmann, DoD 5220.22-M, HMG Infosec No.5, German BSI-2011-VS, US Army AR380-19 and more.
• Enhanced military deletion methods like NATO standard, US Navy NAVSO P-5239-26 (MFM & RLL), USAF AFSSI-5020, BSI TL-03423 and CSEC ITSG-06.
• Protectstar™ Advanced Secure Deletion Algorithm (2017)
• Erasing methods in total (18)

Sdf: Space Defence Force Mac Os 11

2018

Is this project an undergraduate, graduate, or faculty project?

Undergraduate

group

What campus are you from?

Daytona Beach

Sdf: Space Defence Force Mac Os Catalina

Authors' Class Standing

Justin Della Freshmen, Michael Pope Junior, Michael Weinhoffer, Jaya Prakash Sophmore, Kirsti Wattles Freshman, James Sacca Senior, Cristina Viana Sophmore, Angelica Gould Senior, Christian Junio Sophmore

Lead Presenter's Name

Justin Della

Faculty Mentor Name

Dr. Scathmary

Abstract

On June 18, 2018, at a meeting of the newly revived National Space Council, President Trump announced that he had directed the Department of Defense and the Pentagon “to immediately begin the process necessary to establish a space force as the sixth branch of the armed forces.” This paper will discuss a three-pronged analysis of the proposal for the United States Space Force. The three topics discussed are legal, political, and military issues that the creation of Space Oriented branch will encounter. The paper has been broken up into four teams consisting of two partners, which comes to a total of nine with one lead overseeing all the teams. The four teams are the legal team which will discuss the legislative components, the military team which will discuss the logistical transfer from the Air Force to the Space Force, the political team which will discuss the effect that the new branch will have on world politics, and the recommendation team which will make the final edits to ensure the entire format, citation, and sources are correct. The paper will be published through the university and hopefully be used in consideration for the creation of the Space Force.

Did this research project receive funding support from the Office of Undergraduate Research.

No

Sdf: Space Defence Force Mac Os X

A Three-Pronged Analysis of the Proposal for a United States Space Force

On June 18, 2018, at a meeting of the newly revived National Space Council, President Trump announced that he had directed the Department of Defense and the Pentagon “to immediately begin the process necessary to establish a space force as the sixth branch of the armed forces.” This paper will discuss a three-pronged analysis of the proposal for the United States Space Force. The three topics discussed are legal, political, and military issues that the creation of Space Oriented branch will encounter. The paper has been broken up into four teams consisting of two partners, which comes to a total of nine with one lead overseeing all the teams. The four teams are the legal team which will discuss the legislative components, the military team which will discuss the logistical transfer from the Air Force to the Space Force, the political team which will discuss the effect that the new branch will have on world politics, and the recommendation team which will make the final edits to ensure the entire format, citation, and sources are correct. The paper will be published through the university and hopefully be used in consideration for the creation of the Space Force.

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