#disk encryption software

[filehulk]

VeraCrypt

Security on your device is crucial, especially if others frequently use your machine. VeraCrypt is an application designed to secure and encrypt partitions, ensuring sensitive files remain protected. The program is highly customizable, offering a variety of options. When you open VeraCrypt, you’ll find a simple interface, which some may consider outdated, guiding you through the available…

[literaryvein-reblogs]

Some Science Vocabulary

for your next poem/story

Word — Science Meaning; Public Meaning

Bank - land alongside a river/lake; a place where people store money

Bar - unit of measure of atmospheric pressure; place to drink alcoholic beverages

Belt - collection of asteroids in a disc shape; materials worn around waist to support clothes

Bonding - electrostatic attraction between atoms; making an emotional connection

Charge - force experienced by matter when in an electromagnetic field; demand a price for rendered goods/services

Code - software/computer language; encrypted message

Crust - outermost layer of planet; edge of pizza/pie

Current - water or air moving in a direction; belonging to the present time

Cycling - flow of nutrients or elements; riding a bicycle

Dating - determining age of site/artifact; initial stage of romantic relationship

Driver - influential factor; someone who drives a vehicle

Dwarf - celestial body resembling small planet; characters from Snow White

Fault - fracture in a rock with movement; responsible for accident/misfortune

Fetch - distance traveled by wind/waves over water; go far and then bring back something/someone

Force - strength/energy of action/movement; make someone do something against their will

Grade - gradient/slope; level of proficiency

Hertz - the SI unit of frequency; rental car company

Jet - gas stream ejected from an accretion disk surrounding star; an aircraft powered by jet engines

Mantle - planet layer between crust and core; important role passed from person to person

Matter - physical substance in general; be of importance, have significance

Model - computer simulation; promotes fashion/product

Mole - SI unit used to measure amount of something; small rodent-like mammal

Plastic - substance that is easily shaped/molded; synthetic material

Pressure - force per unit area that gas/liquid/solid exerts on another; use of persuasion to make someone do something

Productive - creating organic matter through photo/chemosynthesis; busy and efficient

Sample - to take a sample for analysis; a small part of something

Scale - system of marks used for measuring; device used for measuring weight

Shear - difference in wind speed/direction; cut wool off of

Shelf - a submarine bank; a surface for displaying/storing objects

Stress - pressure/tension exerted on a material object; mental/emotional strain

Submarine - existing/occurring under the sea surface; a ship that stays submerged under water for extended periods

Surf - line of foam on seashore from breaking waves; riding a surfboard

Swell - sea movement in rolling waves that do not break; to become larger in size (e.g. a body part)

Source ⚜ More: Word Lists

[warningsine]

All right, since I bombarded a poor mutual yesterday...

Privacy is not security and security is not privacy. These terms are not interchangeable, but they are intrinsically linked.

While we're at this, anonymity =/= security either. For example, Tor provides the former, but not necessarily the latter, hence using Https is always essential.

It is impossible to have privacy without security, but you can have security without privacy.

A case in point is administrators being able to view any data they want due to their full-access rights to a system. That being said, there are ethics and policies that usually prevent such behavior.

Some general tips:

Operating System: Switch to Linux. Ubuntu and Linux Mint are widely used for a reason. Fedora too. And don't worry! You can keep your current operating system, apps and data. If you're on a Mac computer, you can easily partition your hard drive or SSD by using Disk Utility. If you're on Windows, you can follow this guide.

You want to go a step further? Go with Whonix or Tails. They're Linux distributions as well, but they're both aiming for security, not beauty so the interface might not be ideal for everyone. Many political activists and journalists use them.

You want anonymity? Then you need to familiarize yourself with Tor. Also, Tor and HTTPS and Tor’s weaknesses. When you're using it, don't log in to sites like Google, Facebook, Twitter etc. and make sure to stay away from Java and Javascript, because those things make you traceable.

Alternatives for dealing with censorship? i2p and Freenet.

Is ^ too much? Welp. All right. Let's see. The first step is to degoogle.

Switch to a user-friendly browser like Firefox (or better yet LibreWolf), Brave or Vivaldi. There are plenty of hardened browsers, but they can be overwhelming for a beginner.

Get an ad blocker like Ublock Origin.

Search Engine? StartPage or Duckduckgo. SearXNG too. Like I said degoogle.

Get a PGP encrypted e-mail. Check Protonmail out.

There's also Tutamail that doesn't cover PGP, but uses hybrid encryption that avoids some of the cons of PGP.

Skiff mail is also a decent option.

Use an e-mail aliasing service such as SimpleLogin or AnonAddy.

Check OpenPGP out. Claws Mail is a good e-mail client for Windows and Linux, Thunderbird for Mac OS.

Gpg4win is free and easy to use for anyone that wants to encrypt/decrypt e-mails.

Instead of Whatsapp, Facebook messenger, Telegram etc. use Signal for your encrypted insant messaging, voice and video calls.

Get a metadata cleaner.

Get a firewall like Opensnitch, Portmaster or Netguard which can block Internet for trackers.

Alternatively, go with a private DNS that blocks these trackers. NextDNS is a good paid service. Rethink a good free option.

Replace as many of your applications as you can with FOSS (free and open source) ones. Alternativeto can help you.

Always have automatic updates on. They are annoying af, I know, but they are necessary.

Keep your distance from outdated software.

Always have two-factor authentication (2FA) enabled.

Do not use your administrator account for casual stuff. If you're on Linux, you probably know you can be sudo, but not root.

On Linux distributions use AppArmor, but stay away from random antivirus scanners. Other distributions default to SELinux, which is less suited to a beginner.

Never repeat your passwords. If you can't remember them all, use a password manager like KeePass.

Encrypt your drive.

Honestly, VPNs have their uses and ProtonVPN, Mullvad and Windscribe are decent, but eh. If you don't trust your ISP, why would you trust the VPN provider that claims they don't log you when you can't verify such a thing?

[brutish-impulse]

There was this post I saw a while ago about people who say "if it's physical media you'll always have it unlike digital media". I find this most irritating when it's said about PC games.

First of all, you know you gotta make backups, right? I do, and I'm still to lazy to back up most of my games as isos. (I have ripped all my music CDs though!)

Then of course, you start to run into copy protection and DRM! The most basic kind is that some discs just come with intentionally-bad sectors to make disk copying software balk. That's not that bad because there are programs that you can just tell to keep going after read errors. But it only gets more complex from there.

Often, the game files are encrypted, and are read using special drivers, which Windows dropped support for because of security issues. So you have to find (and back up) a crack for your game. Or you put Windows into test mode so that it lets you run some rancid old drivers. I'd trust the cracks more.

Of course, compatibility problems are always a thing that can happen, but it feels extra galling if it's only because of DRM.

And some later DRM got really draconian. Like, you have to connect to a server to activate your game (is it still running?) and you have a limited number of computers you can ever activate it on (which hardware upgrades constitute a "new computer"?), and after that maybe they have a hotline you can call to get more activations.

Then there's patches that you may have to find, after the official website of the game is gone. Even if you have some later gold edition version or whatever. I've got a Baldur's Gate 1+2 collection that randomly lacked the very last patch for BG1. There's a game-breaking bug that can trigger on a completionist playthrough with the expansion. Luckily, I still found the patch and could continue.

What I'm saying is, if you have a game on Steam and it doesn't depend on any non-Steam servers to run, there's a good chance that it's more future proof than a disc on your shelf.

Even better of course is a DRM free copy (on disc, from GOG or the high seas) with a backup.

[raidspecialist1]

Synology Data Recovery: A Comprehensive Guide

Synology is renowned for its NAS (Network Attached Storage) devices, which offer robust data storage solutions for both personal and business use. Despite their reliability and advanced features, data loss can still occur due to various reasons. This guide provides a comprehensive overview of Synology data recovery, covering the causes of data loss, the steps to recover lost data, and best practices to safeguard your data.

Understanding Synology NAS

Synology NAS devices are designed to provide a centralized and accessible storage solution with features such as RAID (Redundant Array of Independent Disks) configurations, data protection, and easy-to-use interfaces. They support multiple users and applications, making them a versatile choice for data storage and management.

Common Causes of Data Loss

Data loss in Synology NAS devices can result from various scenarios, including:

1. Hardware Failures

Disk Failure: Hard drives can fail due to age, physical damage, or manufacturing defects.

Power Surges: Electrical surges can damage the Synology NAS’s internal components.

Overheating: Inadequate cooling can lead to overheating, causing hardware malfunctions.

2. Software Issues

Firmware Corruption: Problems during firmware updates or bugs can lead to data corruption.

File System Errors: Corrupt file systems can make data inaccessible.

3. Human Error

Accidental Deletion: Users can mistakenly delete important files or entire volumes.

Misconfiguration: Incorrect setup or configuration changes can lead to data loss.

4. Malicious Attacks

Ransomware: Malware can encrypt data, making it inaccessible until a ransom is paid.

Viruses: Malicious software can corrupt or delete data.

Steps for Synology Data Recovery

When faced with data loss on a Synology NAS device, it’s crucial to follow a structured approach to maximize recovery chances. Here are the steps to follow:

1. Stop Using the Device

Immediately stop using the Synology NAS to prevent further data overwriting. Continuing to use the device can reduce the likelihood of successful data recovery.

2. Diagnose the Problem

Identify the cause of the data loss. Understanding whether the issue is due to hardware failure, software problems, human error, or a malicious attack will help determine the best recovery method.

3. Check Backups

Before attempting data recovery, check if there are any recent backups. Regular backups can save time and effort in the recovery process. If backups are available, restore the lost data from them.

4. Use Data Recovery Software

For minor data loss issues, data recovery software can be an effective solution. Several reliable tools support Synology NAS devices:

R-Studio: A powerful tool for recovering data from various storage devices, including Synology NAS.

EaseUS Data Recovery Wizard: User-friendly software that can recover files lost due to deletion, formatting, or system crashes.

Stellar Data Recovery: Known for its robust recovery capabilities, supporting Synology NAS and RAID configurations.

5. Consult Professional Data Recovery Services

For severe data loss scenarios, such as hardware failures or extensive corruption, it is advisable to seek help from professional data recovery services. These experts have the tools and knowledge to recover data from damaged Synology NAS devices. Some reputable data recovery companies include:

DriveSavers Data Recovery: Offers specialized services for Synology and other RAID systems, with a high success rate.

Ontrack Data Recovery: Known for its expertise in NAS and RAID recovery, Ontrack provides comprehensive solutions for Synology devices.

Gillware Data Recovery: Provides professional data recovery services, specializing in complex RAID and NAS systems.

6. Prevent Future Data Loss

After successfully recovering your data, implement measures to prevent future data loss:

Regular Backups: Schedule frequent backups to ensure you have up-to-date copies of your data.

Firmware Updates: Keep your Synology firmware updated to protect against bugs and vulnerabilities.

Surge Protectors: Use surge protectors to safeguard against electrical surges.

Proper Ventilation: Ensure adequate ventilation and cooling to prevent overheating.

Conclusion

Data loss on Synology NAS devices, though distressing, can often be remedied with the right approach. By understanding the common causes of data loss and following a systematic recovery process, you can effectively retrieve lost data. Utilize reliable data recovery software or consult professional services for severe cases. Additionally, implementing preventive measures will help safeguard your data against future loss, ensuring that your Synology NAS device continues to serve as a reliable data storage solution.

[bugkrumch]

Physical media discourse on here feels... weird (this is a long post)

I agree on a fundamental level that the move towards drm-based streaming licenses is bad, and that the perpetual-personal-content license (read: the license most DVDs are under) is a thing we should maintain, at least as a stopgap until the vanguard of communism empowers us to rewrite IP law.

That said, the language positioning Physical vs Digital, the insistence that anything other than physical media is bad, and the upholding of DVDs as a gold standard, all read to me as kinda tech-iliterate, and thus ignorant of the real issue at hand.

The primary issue with streaming, which folks on Tumblr *have* correctly identified, is to do with Access control.

The primary issue with streaming is that it requires a regular subscription payment, to exclusively view content under a license that can be revoked at any time for any reason.

This is the mechanism by which Netflix can kick you off your friend's account, this is also the mechanism by HBO can scrub Infinity Train from existence as a tax write-off.

This system is unequivocally bad, and the reason it's bad is because of DRM and Access Control. This may seem pedantic, but is an important distinction.

Let's take a look at DVDs now. Most DVDs are distributed under a license that grants you perpetual access to view in a private setting, but not to redistribute the content.

This is what that FBI warning that plays at the top of every DVD is trying to tell you, and is why ripping a DVD, while simple, is technically illegal.

Because the video file is hard-encoded into the DVD, and its proliferation largely predates the IOT zeitgeist, *most* DVDs don't contain any access control measures beyond that legal text, but this is not universal.

This is a great video outlining FlexPlay, an ill-faded technology that used a disk with light-sensitive material, that over the course of about a week or two, blacked out the disk rendering its contents un-viewable.

I bring this up because it highlights two issues.

One, DVDs aren't a physically resilient technology.

Disks are fragile, and even moderate scratches or damage can render a disk unreadable. This is a point of contention retro gamers have had for years, because while their NES cartridges still work, their PS1 disks don't.

This is not even to mention how the plastic of every broken disk still exists somewhere in the world, and will for centuries.

Two, it shows that IP conglomerates, have been at this for years, and won't be stopped in putting Access control into DVDs.

This means that buying DVDs of new shows forever is not an end-game solution. Unless you are content to stop consuming new media, eventually you're going to encounter a DRM protected disk.

To use another more recent example, remember when the Xbox One came out? They had this giant controversy over how playing a game locally on the disk still required online access to Microsoft's servers.

Your physical media could be locked right up for any reason by the platform itself. How can we trust that if DVDs or Blu Ray made a comeback that they would not suffer the same fate?

So where do we go from here, if physical media isn't safe?

Let's consider what digital video *is*. It's a file, same as any other. .mp4 .mov

Some, like .mp4 support DRM-encryption (although don't always contain any). Others, like .ogv exist free from DRM, thanks open source software developers.

Likewise, with a DRM encrypted digital file, because all of the data is hosted locally, just encrypted, there are ways to remove or bypass that encryption, because the VAST majority of cyber-security depends on a lack of knowledge.

This website has a number of very good resources both on drm-free digital storage mediums, and the process of removing certain types of DRM from digital files, (and was my primary resource for this paragraph)

https://www.defectivebydesign.org/so_youve_got_some_questions_do_you#:~:text=To%20avoid%20DRM%20and%20other,webm)%2C%20or%20Daala.

Storing your media as unlocked files presents the best of both worlds.

You have full control over access to your media, you own those files just as much as you own the hard drive you store them on.

You can buy media online, so long as the distributor gives you a media file instead of a streaming portal. You can also choose to obtain media files through other means, that's none of my business.

And you can do some really cool stuff like setting up a self-hosted media server, allowing you streaming-like remote access to all of your media, without ceding any ownership over that media. (Jellyfin is the most popular open-source solution but there are others) https://jellyfin.org/

And absolutely none of this is to mention the ways in which you can SUPPORT YOUR LOCAL LIBRARY, WHO MOST LIKELY HAS STREAMING OPTIONS.

In the US most public libraries maintain Kanopy and hoopla memberships, allowing you to access streamed content from your local library.

This has the added benefit of keeping the library's usage statistics up, which often helps them with securing more funding.

While you don't own the media, you also don't have to pay for it, and you crucially don't have to give your money to streaming services and IP hoarders.

It requires 0 technical background, and presents a more sustainable and equitable view of what streaming can look like.

So in conclusion:

Make sure you own the content you're paying for, and accept nothing less.

Don't be convinced that your DVDs are immune.

Learn some basics about networking, filetypes, cyber security and self-hosting if you really care about this stuff.

Support Open Source Software

Support Your Local Library

[tronuprising-re-askblog]

ACCESSING ARCHIVED DATA…

Character Archive I : TREV (part 1) User: Data under non-disclosure - Property of ENCOM 1984 Developed in 1982 OPEN FILE? (Y/N)?

Program Function: Originally designed to be a language translator program, the User of Trev realized during development that his program’s analysis function was surprisingly better than functional, and would actually be far better suited for a Program Maintenance Software. Within the system this User was designing programs, Trev had come to know the Open Server as an equally dangerous yet diverse culture to grow in. During his youth, Trev had gotten to know many of the programs that came and went, from those simply passing through the system, to patients that were sent from long distances to be under his care.

With the Open Server, Trev spent his free time ice skating in the icy flatlands of his server, or doing research on User Biology. He was captivated by their methods of in using physical means to treat patients, whereas the standard was to access the program’s data. In Trev’s server, that data was accessed not through Identity Disks like on The Grid, but rather a slot that could be accessed on the back of their neck. Since the means of treatment already had a somewhat physical element, Trev believed that a marriage in User and Program techniques could create medical breakthroughs for Programs, and potentially help overcome their fragility/prone to derezzing entirely from a single major injury.

After Kevin Flynn learned of Trev during a business meeting, he had tracked down Trev’s User and spoke with him. Flynn was very impressed with his skills, and offered a position at ENCOM, but for unknown reasons, he had refused. Rumors surfaced about the possibility of the User being on the run from Russian Officials, but nothing was ever confirmed, as the User had vanished not long after Flynn had met him. Whether he was caught or had went into hiding is unknown, and Kevin Flynn himself was adamant about not disclosing the User’s identity, in case the latter belief was true, and had officially wiped all records of the User, or had identifying code lines deeply encrypted, leaving only the designed Programs and Flynn himself to truly know said identity. Before the User had vanished, Flynn paid an unknown sum to select five programs from the User’s roster so he could integrate them into his own developing system. Within the Server, many programs had heard rumors of The Grid, but only whispers of energy and data going to a property that was marked as belonging to Kevin Flynn, but would quickly disappear into encrypted territory that nobody could pass through or even take a peek at. So when the famed User presented himself via text commands, explaining his plans to give five chosen Programs the option to leave their server and join The Grid, the reaction was very mixed. Trev was one of the chosen programs, and after seven Cycles of deliberating (24 Hours in the User World), he made his decision to leave his home and accept the offer. By this time, Trev had been Two User Years old (1Deca4Xila Cycles to be precise) and had seen a great deal—much of it, to his dismay, in the confinements of Civil War. To him, despite leaving home and all his beloved friends, those who he would call family, it was the new start he had been yearning for for nearly a DecaCycle.

On the trip back, he had learned something in those 5.5 Cycles (19 Hours in the User World). Kevin Flynn was one of the most Exhausting Users Trev had ever encountered.

He had talked nearly the entire time. It didn’t occur to Kevin Flynn as he was transfixed with the dialogue commands he had been exchanging with Trev, that while it had only been hours for him, for Trev, entire Cycles were going by. Cycles are a Program’s standard day. And each unit of User Time was 7x longer for a program (i.e. 1 second = 7 Nanos 1 minute = 7 Micros, etc.); to conclude: Trev did not get much rest during the trip. (Each Program got to travel in their own personal flash drive) In fairness, Trev supposed a User would find a Program being fascinated with physical anatomy to be a little strange. It seemed curiosity was a plague he and Flynn had in common—even if he was a little insufferable.

Upon arrival to The Grid, Trev could not deny the beauty in it. The architecture, the size of it—it truly was a vision. The newly integrated Programs were all given suits, as well as Identity Disks.

Trev found them to be far too slimming and uncomfortable—why was everyone walking around with lightlines bared like a newborn with suits that hugged the body so tight you could see every curve on the body? He didn’t care if the overall climate was warmer, he would have liked to have pants, at least. Furthermore, when Trev was invited to The Grid, he was under the impression that this very large system was going to be a professional environment. So, it was safe to say, when he was told after settling in to his new apartment that there was a welcome party in the best nightclub in town…

…this was not the environment he expected.

Parties were not Trev’s scene.

But the mood shift did catch his attention, particularly when a group of programs began to walk in. He had heard whispers of a famous Security Program, “Tron” was his name.

Most Programs tended to stare at Tron, who wouldn’t stare at a legendary program, but someone else had actually caught Trev’s eye, that late Cycle. He was never one to believe in falling in love, or Programs being made while having a specific Counterpart out there to be their other half…

But something made everything slow down, in that moment…

…and he was awestricken.

[netscapenavigator-official]

Idk how to explain this without being long-winded, but it’s my blog so whatever.

Basically, I have a 2011 MacBook Pro 15”. I’ve replaced the battery and upgraded the RAM and replaced the 500GB HDD with a 500GB SSD. It’s great! The machine is truly the fastest mobile computer I have.

The 2011 MBP was let go from software updates a while ago, meaning, natively, macOS High Sierra is as high as I can get the thing.

Luckily, this computer is from an era when Apple actually made computers and not eWaste, so I just erased macOS off of it and flashed Zorin OS (an Ubuntu-based Linux distro) onto it. The computer is now even better! It’s my primary productivity machine. The display, speakers, battery life, and thermals are all pretty bad, but it’s just so snappy and problem free I can’t help it.

Now, when I set up Zorin OS I used LVM Encryption to encrypt the entire disk. Basically, upon booting, before anything happens, I’m prompted with a password box. Once I put in the encryption key, the computer would continue booting and bring me to my usual login screen. Great! Easy peasy, extra secur-sy. Well. That was the case.

Somehow, in my efforts to find a way to stop Linux from using my MBP’s Discrete GPU in favor of its Integrated (more efficient, less power hungry) one, I broke something in the EFI or SMC idk. Reinstalling didn’t help. MacOS Recovery mode didn’t help. The only way I fixed it was by wiping the device, running the installer USB, downloading the script I used to fuck it up, and then running it to undo what I previous had it do. This worked. Luckily, I was keeping the machine backed up with Timeshift. So, I wiped the computer again and installed Zorin OS, fresh, reinstalled Timeshift, and restored from backup. The only problem?

When I reinstalled Zorin, I didn’t use LVM Encryption because I was tired of having to manually type in that 25 randomized character password I chose. As a result, now every time I boot the computer, I’m prompted with a “Waiting for encrypted device, (name).” That prevents the machine from booting for about 5 minutes until it just randomly decides “ope, never mind” and finally takes me to my login screen. It does nothing in prohibiting me from using the computer expect prolong it. It’s just annoying and weird as hell, and I have no idea how to get rid of it.

Clearly, the way Timeshift resorted the device has it thinking it’s still an encrypted volume, and I have no idea how to tell it that it is not.

But anyway, it just aggravates me, and I needed to ramble and vent about it. Carry on.

[atplblog]

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[cloudministertechnologies2]

Maximize Business Performance with a Dedicated Server with Windows – Delivered by CloudMinister Technologies

In the era of digital transformation, having full control over your hosting environment is no longer optional—it’s essential. Businesses that prioritize security, speed, and customization are turning to Dedicated servers with Windows as their go-to infrastructure solution. When you choose CloudMinister Technologies, you get more than just a server—you get a strategic partner dedicated to your growth and uptime.

What is a Dedicated Server with Windows?

A Dedicated server with Windows is a physical server exclusively assigned to your organization, running on the Windows Server operating system. Unlike shared hosting or VPS, all the resources—CPU, RAM, disk space, and bandwidth—are reserved solely for your use. This ensures maximum performance, enhanced security, and total administrative control.

Key Benefits of a Dedicated Server with Windows

1. Total Resource Control

All server resources are 100% yours. No sharing, no interference—just consistent, high-speed performance tailored to your workload.

2. Full Administrative Access

You get full root/administrator access, giving you the freedom to install applications, manage databases, configure settings, and automate processes.

3. Better Compatibility with Microsoft Ecosystem

Run all Microsoft applications—SQL Server, Exchange, SharePoint, IIS, and ASP.NET—without compatibility issues.

4. Advanced Security Options

Use built-in Windows security features like BitLocker encryption, Windows Defender, and group policy enforcement to keep your data safe.

5. Remote Desktop Capability

Access your server from anywhere using Remote Desktop Protocol (RDP)—ideal for managing operations on the go.

6. Seamless Software Licensing

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[san-storage-blog]

Building a Resilient SAN Storage Architecture: Strategies, Best Practices, and Future Insights

Designing a Storage Area Network (SAN) that's robust, secure, and highly available is a crucial mandate for any IT infrastructure leader. Resilient SAN storage architecture forms the critical foundation for enterprise applications, minimizing downtime and safeguarding data integrity, even under adverse conditions. Whether you manage a global data center or architect solutions for mission-critical workloads, understanding and implementing resilience in SAN design ensures business continuity, empowers rapid recovery, and protects valuable assets.

This guide provides an in-depth look at building a resilient SAN storage architecture. We’ll break down core considerations—including redundancy, failover mechanisms, data protection strategies, and performance optimization. You’ll also learn best practices for implementation, explore real-world examples, and get a glimpse of the evolving trends shaping the future of SAN storage technology.

Core Considerations for a Resilient SAN Architecture

A resilient SAN does more than store and shuttle data; it assures continuous, reliable access regardless of IT failures or disruptions. Let's explore the essential pillars:

Redundancy and Failover Mechanisms

At the heart of SAN resilience is redundancy. Eliminating single points of failure requires careful attention to:

1. Multipath Connectivity

Deploy redundant host bus adapters (HBAs), switches, and storage controllers. Multipath I/O (MPIO) software facilitates multiple routes for data traffic. If one path fails, traffic seamlessly shifts to another. Leading enterprise SAN setups utilize dual fabrics to segregate traffic and provide additional protection.

2. Dual-Controller Storage Arrays

Choose arrays with dual-active controllers that support automatic failover. If a controller or module fails, its counterpart takes over operations instantly, preventing application downtime.

3. Power and Environmental Redundancy

Implement uninterruptible power supplies (UPS), generator backup, redundant cooling systems, and protected cabling paths. Data centers should leverage multiple electrical circuits and separate cooling zones to prevent environmental threats from causing cascading failures.

Data Protection Strategies

Protecting critical data against corruption, loss, or cyberthreats is non-negotiable.

1. Snapshot and Replication

Schedule regular snapshots to capture point-in-time data states. Leverage synchronous and asynchronous replication to offsite data centers, ensuring copies of your data are always available even during local failures or disasters.

2. RAID and Erasure Coding

Implement RAID levels (typically RAID 6 or 10 for write-heavy environments) to protect against disk failures. For scalable, distributed SANs, erasure coding provides high availability and fault tolerance with reduced storage overhead.

3. Encryption and Access Control

Use data-at-rest and data-in-motion encryption (such as AES-256 and encrypted Fibre Channel) to guard against interception and unauthorized access. Couple this with multi-layer authentication, role-based access, and rigorous audit logging.

Performance Optimization

A resilient SAN must also support consistently high performance—for applications, slow storage is as problematic as outages.

1. Storage Tiering

Divide workloads across SSD, NVMe, and HDD tiers based on IOPS requirements and latency sensitivity. Automated tiering ensures hot data resides on the fastest media.

2. Caching and QoS Policies

Leverage controller caching for rapid reads/writes and implement Quality of Service (QoS) to prioritize bandwidth for the most critical workloads, minimizing the risk of resource contention.

3. Network Considerations

Deploy high-speed, redundant networking (16/32/64 Gbps Fibre Channel or 25/40/100GbE iSCSI) and manage zoning to reduce traffic bottlenecks and limit fault domains.

Best Practices for Implementing a Resilient SAN

Translating architectural principles into action requires meticulous planning, rigorous testing, and adherence to leading industry standards.

1. Assess and Document Requirements

Whether supporting SAP HANA, SQL Server clusters, or VMware virtualization, start by thoroughly documenting application SLAs, growth projections, and recovery objectives (RPO/RTO).

2. Follow a Modular, Scalable Design

Design modular SAN blocks that can be expanded non-disruptively. This avoids forklift upgrades and future-proofs the infrastructure as storage needs grow.

3. Implement Comprehensive Monitoring

Deploy advanced monitoring and analytics tools capable of proactive alerting for hardware failures, latency spikes, and security anomalies. Use real-time dashboards to visualize health across fabrics, switches, and storage arrays.

4. Validate Disaster Recovery Plans

Test disaster recovery (DR) scenarios regularly, including complete failovers, partial outages, and cyberattack simulations. Document lessons learned and refine processes for faster, more reliable recovery.

5. Maintain Regular Firmware and Security Updates

Patch vulnerabilities promptly and keep software up to date on SAN controllers, firmware, and management appliances. Automate compliance reporting where possible.

6. Train Staff and Enforce Change Management

Ensure administrators are certified and up to date on SAN protocols, multipathing, and data protection. Implement strict change control processes to minimize misconfigurations and accidental downtime.

Real-World Examples and Case Studies

Examining successful SAN implementations sheds light on practical strategies for resilience:

Financial Services Firm Enables Zero Downtime

A major bank re-architected its SAN using dual-fabric topology, controller-based redundancy, and automated failover. Continuous replication between primary and secondary data centers enabled seamless disaster recovery. After a localized power failure, the institution experienced zero downtime, preserving customer trust and regulatory compliance.

Healthcare Organization Protects Patient Data

A hospital deployed a tiered SAN with encrypted fibre connections and real-time snapshots. During a ransomware attack, IT restored clean data within minutes from immutable backup snapshots, avoiding operational disruption and regulatory penalties.

E-Commerce Enterprise Scales on Demand

A global retailer leveraged a modular SAN design, expanding storage in response to seasonal spikes without service interruption. Automated tiering ensured critical web transactions always ran on low-latency NVMe storage, improving customer experience during peak sales periods.

Future Trends in SAN Technology

Staying resilient means staying ahead. Here are the key trends shaping next-generation SAN architectures:

NVMe over Fabrics (NVMe-oF)

NVMe-oF enables ultra-fast, low-latency connections between hosts and storage, eclipsing legacy protocols. Early adopters have reported substantial improvements in transactional database, VDI, and AI/ML workloads.

Software-Defined Storage (SDS)

SDS decouples storage services from hardware, enabling greater agility, simplified management, and easier scaling. Many SAN vendors are integrating SDS into their platforms, blending traditional arrays with cloud-like flexibility.

Autonomous Operations and AI-Driven Analytics

AI-powered analytics now predict failures and optimize placement dynamically based on workload analysis. Some platforms even automate healing of degraded resources and proactively rebalance traffic.

Greater Integration with Hybrid and Multi-Cloud Environments

SANs are increasingly designed to connect with cloud object storage or DRaaS platforms. Transparent data movement between on-prem and cloud locations supports advanced backup, disaster recovery, and compliance needs.

Enhanced Cyber-Resilience

Immutable storage snapshots, micro-segmentation, and end-to-end encryption are becoming required capabilities as cyber threats evolve. Future-proof SANs are those that can isolate, recover, and protect against sophisticated attacks.

Maximizing Uptime with Resilient SAN Storage Design

The drive for digital transformation has made designing for resilience in SAN architecture not just a recommendation, but a business imperative. Robust redundancy, rigorous data protection, efficient performance optimization, and diligent implementation all play crucial roles in achieving non-stop IT operations. Real-world success stories and emerging innovations illustrate how forward-thinking organizations keep their data accessible, workloads performant, and downtime to a minimum.

To remain competitive, IT leaders must continually assess, adapt, and iterate their storage architecture strategies. Investing in resilient SAN solutions today is essential to safeguarding tomorrow’s opportunities and business continuity.

For further expertise on optimizing your SAN infrastructure or to discuss advanced solutions tailored to your organization’s workloads, reach out to a SAN architecture consultant or explore industry resources from SNIA, IDC, and leading hardware vendors.

[itsappleexpert]

Expert Apple Technicians Recover Crashed Mac Drives

A crashed Mac drive can stop everything in its tracks locking you out of your system and making essential files seem permanently lost. Whether it’s your work machine, personal laptop, or a studio Mac with years of creative projects, a drive crash can feel like a digital disaster. The good news? Expert Apple technicians recover crashed Mac drives every day using tools and techniques specifically designed for Apple hardware and macOS.

If your Mac suddenly won’t boot, is stuck on a loading screen, or displays disk errors, now is the time to call in certified professionals who know exactly how to restore your system—and your data.

What Causes a Mac Drive to Crash?

A crashed drive can occur due to a number of issues, often without warning. Some of the most common causes include:

Hardware Issues

Aging or worn-out hard drives (especially HDDs)

SSD corruption due to bad memory cells

Power surges or unexpected shutdowns

Overheating or physical damage (e.g., from drops)

Software Problems

Failed macOS updates or installations

File system corruption (APFS, HFS+)

Malware or third-party software conflicts

Improper shutdown or forced restarts

A crash can make your Mac unbootable, freeze on the Apple logo, or display a flashing folder with a question mark—indicating your system can't locate a valid startup disk.

Why Trust Expert Apple Technicians?

When it comes to recovering data from a crashed drive, not all recovery services are created equal. Apple-certified technicians bring unique advantages:

Trained in Apple-Specific Systems

They have expert knowledge of macOS, Apple’s custom hardware, and unique security features like FileVault and the T2/M1/M2 chips. These systems require precise handling for successful recovery.

Access to Specialized Tools

From proprietary Apple diagnostics to advanced recovery utilities, certified technicians use industry-grade tools to recover data without causing further damage.

Safe Handling of Encrypted Drives

If your Mac uses FileVault or has a security chip, standard data recovery attempts may fail. Apple technicians understand the correct protocols to access encrypted data—securely and legally.

High Success Rate

Thanks to their experience and equipment, Apple experts boast much higher recovery rates than generic repair shops or consumer software solutions.

The Recovery Process, Simplified

Apple technicians follow a structured, step-by-step approach to recover crashed Mac drives:

1. Initial Assessment

Technicians begin by diagnosing the drive using Apple’s diagnostic tools and external recovery systems to determine the nature and extent of the crash.

2. Non-Invasive Cloning

If the drive is still accessible, a bit-by-bit clone is created to preserve the data and prevent further corruption during the recovery process.

3. Deep File Recovery

Using specialized tools for APFS, HFS+, and encrypted volumes, technicians extract data from the cloned image or directly from the original drive.

4. Data Verification

Recovered files are checked for completeness and integrity, ensuring they are usable and error-free before delivery.

5. Data Delivery & Backup Solutions

Your recovered files are returned to you on an external drive, cloud storage, or a replacement Mac. Apple experts can also help set up Time Machine or iCloud for ongoing protection.

What Can Be Recovered?

Depending on the condition of the drive, Apple technicians can often retrieve:

Documents, spreadsheets, and PDFs

Photos, videos, and music libraries

Email files and app data

iMovie, Final Cut, and Logic Pro projects

User profiles, preferences, and settings

Complete drive images or partitions

Even partially corrupted or encrypted files may be recoverable with the right tools and experience.

Warning Signs of a Failing Mac Drive

Don’t wait until your Mac crashes completely. Contact an expert if you notice:

Frequent crashes or freezes

Mac is stuck on the Apple logo

Apps take unusually long to open

Disk Utility reports drive errors

Files mysteriously disappear or won’t open

Clicking or buzzing noises (on older HDDs)

Catching these early can significantly improve the chances of a successful recovery.

Tips to Prevent Future Drive Crashes

After recovery, Apple experts often recommend proactive steps to prevent another data loss event:

Use Time Machine: Apple's built-in backup system can automatically protect your files.

Enable iCloud Syncing: Especially for documents, desktop files, and photos.

Avoid Forced Shutdowns: Always power down your Mac properly.

Keep macOS Updated: Regular updates patch security holes and improve disk management.

Don’t Ignore Disk Utility Warnings: Run First Aid regularly to fix minor errors before they grow.

A crashed Mac drive doesn’t mean all is lost. With the help of certified professionals, Apple technicians can recover data from even the most stubborn drive failures. Their deep knowledge of Apple systems, secure practices, and advanced recovery tools ensure you get the best chance at saving your data—quickly and safely.

If your Mac is showing signs of a crash or has already failed, don’t delay. Reach out to certified Apple experts today and take the first step toward recovery and peace of mind.

[technologywhis]

Great question — and let me tell you, the truth is way more interesting (and a bit scarier) than most people think. Just because you delete something doesn’t mean it’s gone. Let’s break it down:

⸻

What REALLY Happens When You Delete Data

1. File Deletion Isn’t True Destruction

When you hit delete, your device:

• Removes the reference to the file in the file system index (kind of like tearing out a page in the table of contents)

• BUT the actual file still exists on the disk/SSD until it’s overwritten by new data

This is like taking your name off a mailbox but leaving the mail inside. Anyone who knows how to check the box can still read it.

⸻

2. What About the Trash/Recycle Bin?

• On most systems, deleted files go to a temporary folder (Trash or Recycle Bin)

• Not actually deleted until you empty the bin

Still recoverable at this point with basic tools.

⸻

3. Even After Emptying the Trash…

• On traditional HDDs (spinning hard drives), data can often be recovered using forensic tools unless it’s been securely overwritten.

• On SSDs, things get weirder due to a process called TRIM, which helps with wear-leveling and may mark the data for deletion more efficiently — but even then, recovery might still be possible in some cases.

⸻

4. Who Can Still See Your Deleted Data?

• Hackers using data recovery software

• Forensic analysts during investigations

• Even some apps or system services might still store metadata, previews, or cache versions elsewhere

⸻

5. Want It REALLY Gone? Here’s How:

a. Overwrite It

Use tools like:

• CCleaner (with secure erase)

• BleachBit

• Mac’s Disk Utility (secure erase options for drives)

b. Encrypt First, Then Delete

If data was encrypted, deletion is more final because the key deletion = permanent loss.

c. Use “Secure Delete” Tools

Programs like:

• sdelete (Windows)

• shred or wipe (Linux)

• FileVault (macOS encryption)

d. Physically Destroy the Drive

If you’re going full CIA/NSA mode — smash, drill, or melt that sucker.

⸻

TL;DR:

“Delete” doesn’t mean “destroy.”

The data lives on — in limbo — until it’s overwritten or securely wiped.

⸻

Want me to show you how to securely wipe files from your Mac or external drive? Or how hackers can recover deleted files in forensics? Let’s go deeper if you want!

[electronicconnoisseurperfection]

5 Simple Ways to Completely Erase Your Hard Drive

By Techazar – Your Trusted Partner in E-Waste Recycling

Before disposing of or recycling your old computer, it’s essential to completely erase your hard drive to protect your data. At Techazar, we offer secure e-waste disposal services across Chennai, Bengaluru, Cochin, Hyderabad, Tamil Nadu, and Karnataka. Here are five reliable ways to wipe your hard drive clean.

1. Use Built-in Wipe Tools

Windows and macOS include tools to remove data securely.

Windows: Use “Reset This PC” with “Remove Everything” and clean drive option.

macOS: Use Disk Utility to securely erase the disk.

Ideal before handing in devices for laptop recycling or electronic waste disposal near me.

2. Use Third-Party Erasure Software

Tools like DBAN and Eraser overwrite your data multiple times, making it unrecoverable. This is a safe step before dropping off your device at an e-waste collection center near me.

3. Encrypt Before Deleting

Encrypt your drive so even if data is recovered, it can't be read. This method adds extra protection before you use services from IT equipment disposal companies.

4. Physically Destroy the Drive

Physically destroying the hard drive guarantees data erasure. Techazar offers secure electronics destruction near me and e-waste collection services.

5. Use Professional Services

Let experts handle it. Techazar provides:

E-waste pickup near me

Electronic pick-up service

Electronic equipment recycling

Recycle your electronics for cash

We also offer doorstep e-waste collection near me and issue certified e-waste certificates.

Secure Data Destruction Made Simple With Techazar

Disposing of an old laptop or hard drive? Don’t risk your data falling into the wrong hands. At Techazar, we offer secure hard drive wiping and certified e-waste recycling solutions across Chennai, Bengaluru, Cochin, Hyderabad, Tamil Nadu, and Karnataka.

Whether you're searching for:

E waste collection near me

E waste buyers near me

Electronic waste near me

Electronics pick up

Electronic equipment disposal

E waste center near me

Techazar is your trusted partner in responsible electronics disposal. We make it easy for you to recycle your electronics through our network of e-waste collection centres near me, ensuring compliance, safety, and sustainability.

Why Choose Techazar?

Certified e-waste company near me

Trusted by households and businesses

Secure, transparent processes

Convenient electronic waste collection near me

Part of India’s growing technology recycling companies movement

Service Areas

We provide fast, secure, and affordable services in: Chennai, Bangalore, Kerala, Cochin, Hyderabad, Tamil Nadu, and Karnataka

Stop searching for disposed electronic waste near me.

Let Techazar handle your electronic waste collection, secure data destruction, and proper disposal today.

[digitalhub-solution]

Back end Web Development: 5 Best Measures for a Secure Website  

No matter how advanced features you use in back end web development, there are high chances that your website can be attacked by malware, hackers, or users. Such attacks enable fraudulent people to gain access to confidential data, like bank details and health-related information. Cyberattacks not only harm users, but they also spoil the reputation of developers.

So, if you are a developer, you must know reliable ways to strengthen your back end security.

Having taken this fact into account, we have written this blog to familiarize you with the 5 best ways to make your back end strong enough to keep cyberattacks at bay.

Top 5 Methods for Secure Back end Development:

As a developer, if you adopt the following practices in back end web development, you will considerably reduce the chances of unauthorized access to your website:

Multi-Factor Authentication:

Multi-factor authentication (MFA) means adding extra steps for the authentication of a user during login. Let’s get a clear idea of MFA with the example provided below:

Google or Facebook may send a code to the user’s phone number when they sign in with their email, or they may need a biometric scan.

Thus, an additional layer of protection is added, which is better than the usual password and email methods.

Data Encryption:

Personal data, credit card details, and passwords must be kept confidential, as they are sensitive information. In fact, such details must not be stored in the database in their plaintext format. Doing so is as foolish as leaving your door open with the line, ‘come in and steal whatever you want.’

Keep in mind that if data is hacked, all sensitive data will be leaked. To cope with this issue, rely on encryption.

Encryption is like keeping your door locked with a strong key. It scrambles the data so well that it becomes beyond understanding. Even if somebody breaks in, they will not be able to understand what it says. Thus, you can keep your sensitive information safe.

The following are some encryption methods used in back end web development for indubitable security:

Hashing: It converts data into a fixed-length string.

Asymmetrical encryption: With a pair of keys (private and public), asymmetric encryption enables encryption and decryption.

Symmetrical encryption: It utilizes a single key for encryption as well as decryption.

These encryption techniques can allow you to miraculously improve the security of your back end web applications and protect confidential data from fraudulent access and leaking.

Disaster Recovery and Data Backup:

A wise back end development strategy is incomplete without regular data backup and disaster recovery. If a physical loss of data happens, for example, a hard disk failure, or software data loss, like a storage error or damage because of malware, data recovery is possible with backup.

Ensure that you choose backup software and fix a backup schedule, like daily, weekly, or monthly. Your backup methods must have full backups, incremental backups, and differential backups.

Proper Validation and Sanitization:

It’s foolish to trust the input provided by the user. In other words, you’d better assume that any data given by users may be malicious without proper validation and sanitization.

Validation means checking whether the input provided by the user harmonizes with the expected format, type, and constraints. 

If there is a form field for an email address, validation will ensure that the input sticks to the correct email format, and it’s not just normal text.

Sanitization means the removal and modification of harmful elements or characters from the user input for the prevention of security vulnerabilities. For instance, if you eliminate HTML tags from user-generated input, it can stop cross-site scripting attacks.

That’s why validation and sanitization are a must-have in back end web development.

Authorization and RBAC:

Authorization means determining whether a user is permitted to do a particular thing on a specific resource. However, it’s wise not to allow some users to get some permissions. It’s because limiting permissions leads to reduced risk. The fewer the permissions are, the smaller the attack surface is. Thus, the fraudulent people can’t take advantage of vulnerabilities. That is where Role-Based Access Control (RBAC) is required. RBAC is a mechanism to control and manage access to resources according to the user’s role in organizations. That’s why businesses look for it when they hire Angular development services.

In a usual website, there is an administrator with full access to all resources, and a user who can view their own data.

RBAC makes sure that each user can only do those things that are allowed to them according to their given role. Let’s get it clear with an example below:

A user is not allowed to modify the data of another user or have access to administration functions. When such permissions are limited according to the requirements, the risks of data breaches and unauthorized access are reduced to a large extent.

Conclusion

The 5 best ways for safe back end web development are multi-factor authentication, data encryption, disaster recovery and data backup, validation and sanitization, and authorization and RBAC.

By using these measures, you can reduce the chances of a cyberattack on your website.

[mobilecomputerrepairusa]

A Quick Guide to Laptop Repairs for Remote Work and Study Challenges

Just imagine that it’s Monday morning, your coffee’s steaming, and you’re ready to tackle the week. But as you open your laptop, the screen flashes an ominous error message. Panic sets in. Deadlines loom, Zoom calls await, and your entire workflow grinds to a halt. Sound familiar? You’re not alone. With professionals and students relying on laptops for remote work and study, hardware and software hiccups aren’t just annoyances - they’re productivity killers.

In this guide, we’ll navigate the most common laptop challenges you might face and share actionable solutions to keep you running smoothly - whether you’re drafting a thesis, closing a deal, or binge-watching lectures. Let’s dive in.

The Remote Work Revolution: Why Your Laptop is Your Lifeline

The shift to remote and hybrid models isn’t slowing down. But this convenience comes with a catch: Laptops endure more wear and tear than ever. From overheating during marathon coding sessions to accidental coffee spills mid-meeting, your device is under constant siege.

Let’s break down the top issues and how to address them - before disaster strikes.

Common Laptop Issues Derailing Remote Productivity

1. Hardware Hurdles: Keys, Drives, and Overheating, Oh My!

Hardware failures are the silent saboteurs of remote work. Here’s what to watch for:

Laptop Keyboard Replacement: Spilled soda? Broken keys? A malfunctioning keyboard can halt your progress. While DIY kits exist, improper installation risks damaging internal components. Professionals like Dell & Mac Computer Repair Service ensure seamless replacements, using OEM parts to preserve functionality.

Laptop Hard Drive Recovery: That dreaded “disk not found” error can erase weeks of work. Whether it’s mechanical failure or accidental deletion, laptop hard drive recovery requires specialized tools and expertise. Pro tip: Always back up data to the cloud or an external drive - prevention beats panic.

Overheating: Lagging performance and sudden shutdowns are often traced back to dust-clogged fans. Regular cleaning (or professional servicing) can extend your laptop’s lifespan.

2. Software Snafus: Viruses, Updates, and Security Breaches

A single malware attack can cripple your system - and your progress.

SonicWALL Internet Security: Cyber threats surged significantly, targeting remote workers through phishing and ransomware. Robust firewall solutions like SonicWALL encrypt your connection, block malicious traffic, and safeguard sensitive data. Pair this with regular antivirus scans to stay protected.

Update Overload: Skipping OS updates? Big mistake. Patches fix vulnerabilities and optimize performance. Schedule updates during downtime to avoid mid-meeting reboots.

3. The Mac-specific Maze: When Your Apple Device Acts Up

MacBook’s are lauded for their sleek design, but they’re not immune to issues.

Mac Hard Drive Replacement: Older Mac models with HDDs are prone to slower performance and failure. Upgrading to an SSD (solid-state drive) via a Mac hard drive replacement boosts speed and reliability. Certified technicians can clone your data seamlessly, minimizing downtime.

Choosing the Right Repair Service: Don’t Gamble with Your Gear

Not all repair shops are created equal. Here’s how to pick a partner you can trust:

Certifications Matter: Look for Apple, Microsoft, or CompTIA-certified technicians. These credentials ensure familiarity with the latest tech.

Onsite vs. Mail-In: Why ship your laptop when services like Mobile Computer Repair offer same-day, in-home fixes? Their experts arrive equipped to handle everything from laptop keyboard replacement to OS reinstalls.

Transparent Pricing: Beware of hidden fees. Reputable providers offer free diagnostics and upfront quotes.

Preventive Care: Extend Your Laptop’s Lifespan

An ounce of prevention is worth a pound of cure.

Regular Maintenance: Clear dust from vents, update software, and uninstall unused programs.

Invest in Protection: Use surge protectors and padded cases to avoid physical damage.

Backup Religiously: Leverage cloud service solutions to auto-save your work.

Wrapping Up: Stay Ahead of the Curve

Laptops are the engines driving our remote lives, but even the best machines need TLC. Whether it’s laptop hard drive recovery, fortifying your system with SonicWALL Internet security, or upgrading via Mac hard drive replacement, proactive care, and expert support keep you in control.

And if you’re in Los Angeles or the Valley? Mobile Computer Repair has your back. Withyears of expertise, certified technicians, and a 100% satisfaction guarantee, they’re the silent partners you need in your corner.

Don’t let tech troubles steal your momentum. Schedule a diagnostic today - because your time is too valuable to waste on spiny wheels and error messages.