#ssl certificate decoder

[brocoffeeengineer]

Digital Trust: The Silent Dealbreaker in Marketing

In today’s hyper-digital era, where users scroll through countless posts, ads, and recommendations daily, trust has become the invisible currency of the internet. It's the intangible element that separates clickbait from credibility, and superficial engagement from genuine brand loyalty. Despite its silent nature, digital trust-building is no longer optional—it's fundamental.

But here’s the catch: while everyone talks about “building trust,” few understand the unspoken rules that truly govern it. Let’s decode those subtle forces that shape consumer trust and explore how marketers, creators, and businesses can foster it authentically.

Digital Trust: More Than Just Data Privacy

Many equate digital trust to safeguarding personal information. Yes, security matters, especially with increasing awareness around data breaches. However, trust is more nuanced. It's emotional. It's perceptual. And often, it's built long before any actual transaction.

Consider this: When you land on a website that looks outdated or overloaded with pop-ups, you hesitate. Even if the business is legitimate, the experience feels off. That hesitation? That’s a trust gap.

So, what builds trust beyond the technical?

Consistent Branding Inconsistency in tone, design, or messaging across platforms often confuses users. If a brand sounds friendly on Instagram but uses stiff corporate language on email, the inconsistency erodes trust. People need reliability—not just in service, but in communication.

Authentic Engagement Responding to comments, addressing negative feedback without defensiveness, and showcasing behind-the-scenes content builds relatability. Today’s audience values transparency over perfection. A polished but robotic feed feels less trustworthy than an occasionally flawed but honest one.

Credible Content Blog posts without author credentials, vague sources, or recycled ideas come off as superficial. Users have grown smarter—they verify, cross-check, and Google more than ever before. Offering genuinely helpful content with clear authorship signals authority.

Google’s E-E-A-T Framework: The Backbone of Trust

If you’re serious about digital trust, you can’t ignore Google’s E-E-A-T principles—Experience, Expertise, Authoritativeness, and Trustworthiness. It’s not just for SEO; it’s about perception.

Experience Are you showcasing lived knowledge? For example, a skincare brand founded by dermatologists brings an added layer of real-world experience, increasing user confidence.

Expertise Is your content created by someone with relevant qualifications or professional background? Especially in niches like finance, health, or legal advice, showing credentials enhances trust.

Authoritativeness Are others citing or referencing your work? Are you invited to speak on panels, publish in reputed platforms, or get featured in media? Authority builds when the industry validates you.

Trustworthiness This includes user reviews, clear return policies, secure payment gateways, and third-party endorsements. Even small elements like HTTPS, visible contact info, and SSL certificates matter here.

These aren’t just theoretical concepts. They’re the building blocks of how users—and search engines—evaluate your credibility.

Why Trust is Fragile in the Digital Age

A single misstep can undo years of goodwill. Think of major tech brands that faced backlash for data misuse. In some cases, their stock prices dipped overnight.

And it’s not just about large-scale failures. On a micro-level:

Misleading ad copy,

Broken website links,

Slow response time on support tickets,

…can all chip away at your brand’s trust quotient.

According to a recent Pew Research study, public trust in big tech companies is declining. Users are becoming increasingly wary of manipulative algorithms, AI-generated content, and deepfakes. The solution? Human-first communication.

Brands are now moving back toward real storytelling, relatable narratives, and clear disclosures to bridge this widening trust gap.

UX: The Invisible Pillar of Trust

Your website or app's design communicates silently. It either reassures or repels.

Mobile Optimization More than 60% of users access content via mobile. A poorly optimized mobile site signals lack of user consideration.

Page Speed Slow load times frustrate users. Every second delay reduces trust, engagement, and conversions.

Navigation Simplicity Too many dropdowns, hidden buttons, or ambiguous icons confuse users. Simplicity is a sign of clarity—and clarity is trust.

As Steve Krug famously said, “Don’t make me think.” Every time a user has to think too much about how to use your site, you lose a point on the trust meter.

The Role of Influencers in Trust-Building

Contrary to the flashy lifestyle often associated with influencers, the true value they offer is trust-transfer. When audiences follow an influencer for years, they develop a parasocial relationship—like a one-way friendship. A brand recommendation from them feels more like advice than advertising.

However, the influencer marketing landscape is also undergoing a shift. Micro-influencers (with smaller but more engaged followings) are now preferred for their authenticity. Many brands are collaborating long-term with creators to build sustained trust, rather than one-off promos that feel transactional.

The Rise of Community-Led Marketing

One of the biggest trends in trust-building today? Community.

Online forums, brand-hosted groups, private Discord or WhatsApp circles, and user-generated content spaces are helping brands create peer-based credibility. When users recommend each other, the influence is unmatched. It’s not the brand talking; it’s people talking about the brand.

This is particularly evident in niches like wellness, gaming, or even financial education—where digital marketing classes in Mumbai have seen increased traction due to word-of-mouth on forums and digital communities.

Trust and the Mumbai Digital Landscape

Mumbai, often dubbed as the business capital of India, is also becoming a hub for serious digital marketing innovation. With more startups and D2C brands emerging from the city, the demand for ethical, trust-centered marketing is growing.

Workshops, meetups, and certification programs across the city are emphasizing not just the technical tools of marketing but also the human aspect—how to communicate, how to build brand voice, how to foster lasting user relationships.

As professionals seek more holistic skills, enrolling in a Digital Marketing Course Mumbai has become a popular route to learn these emerging trust-centric strategies that define success in 2025.

Conclusion: The Future of Digital Trust Is Human

Algorithms may evolve, AI may dominate production pipelines, and automation may streamline processes—but the essence of digital trust lies in how human your brand feels. It's in the storytelling, the empathy in customer service, the transparency in product messaging, and the genuine desire to add value.

In a world overflowing with digital noise, trust is your quiet superpower.

And as more professionals look to elevate their brand’s credibility from Mumbai, the demand for authentic learning continues to grow—making digital marketing classes in Mumbai not just popular, but essential for those committed to long-term brand trust.

[zombiepineapple]

Slingshots for a Spider

I recently finished (didn't take the test, I was just stumbling through the course, open mouthed and scared) the ineffable WEB-300: Advanced Web Attacks and Exploitation, from the magnanimous OffSec, which is the preparation course for the Offensive Security Web Expert certification (OSWE). The image is a very cool digital black widow spider, which makes sense, because the course is teaching you how to be an attacker on 'the web'.

As scared as I am of spiders, I am enamored by this course. Enough to stare at it for two years then finally take it and complete it over one grueling year. It covers things like: Blind SQL Injection - setting things up in a program called Burpsuite, to repeatedly try sending various things, then clicking a button, and seeing how a website answers, whether it gives us info or errors (which is more info!)

Authentication Bypass Exploitation - skirting around the steps that websites use to make sure you are who you say you are, like taking a 'reset password' click of a button, knowing some admin's email, and getting a database to spit out the token so we can get to the website to reset the password before the admin.

and Server-Side Request Forgery - making a server (someone else's computer in charge of doing real work instead of messing around with a human) ask its connections and resources to get something for you.

Now I know what you're probably thinking: Holy cow, where to even start? If you're not thinking that, congratulations. If you are, I've the answer: Tools. No spider is eating flies without sensing, lurking, biting... this metaphor to say: No one's doing it by hand with no help.

So what tools are helpful? How do you know what's good, what's useful, what's a dime a dozen, what's only going to do part of what you want versus all of it...

Luckily the fan favorites are famous for a reason. Just about anything you'd need is already downloaded into Kali Linux, which is jam packed with much, much more than the average hacker even needs!

Tools are dependent on what you need to do. For this class we need to inspect web traffic, recover source code, analyze said code of source, and debug things remotely.

Inspecting web traffic covers SSL / TLS and HTTP. SSL is Secure Sockets Layer and TLS is Transport Layer Security. These are literally just protocols (rules! internet rules that really smart people spent a lot of time figuring out) that encrypts traffic (mixes and chops and surrounds your communication, to keep it safe and secure). HTTP is the hypertext transfer protocol, which is another set of rules that figures out how information is going to travel between devices, like computers, web servers, phones, etc.

But do you always follow the rules? Exactly. Even by accident, a lot can fall through the cracks or go wrong. Being able to see *exactly* what's happening is pivotal in *taking advantage* of what's not dotting the i's and crossing the t's.

Possibly the most famous tool for web hacking, and the obvious choice for inspecting web traffic, is Burp Suite. It gathers info, can pause in the middle of talking to websites and connections that usually happen behind the scenes in milliseconds, like manipulating HTTP requests. You can easily compare changes, decode, the list goes on.

Decompiling source code is the one where you could find a million things that all do very specific things. For example dnSpy can debug and edit .NET assemblies, like .exe or .dll files that usually *run*, and don't get cracked open and checked inside. At least not by a normal user. .NET binaries are easier to convert back to something readable because it uses runtime compiling, rather than compiling during assembly. All you have to do is de-compile. It's the difference between figuring out what's in a salad and what's in a baked loaf of bread. One's pretty easy to de-compile. The other, you'd probably not be able to guess, unless you already knew, that there are eggs in it! dnSpy decompiles assemblies so you can edit code, explore, and you can even add more features via dnSpy plugins.

Another type of code objects useful to analyze are Java ARchive or JAR files. Another decompiler that's good for JAR files is JD-GUI, which lets you inspect source code and Java class files so you can figure out how things work.

Analyzing source code is another act that can come with a lot of options. Data enters an application through a source. It's then used or it acts on its own in a 'sink'. We can either start at the sink (bottom-up approach) or with the sources (top-down approach). We could do a hybrid of these or even automate code analysis to snag low-hanging fruit and really balance between time, effort and quality. But when you have to just *look* at something with your *eyes*, most people choose VSCode. VSCode can download an incredible amount of plug ins, like remote ssh or kubernetes, it can push and pull to gitlab, examine hundreds of files with ease, search, search and replace... I could go on!

Last need is remote debugging, which really shows what an application is doing during runtime (when it's running!). Debugging can go step-by-step through huge amalgamations using breakpoints, which can continue through steps, step over a step, step INTO a step (because that step has a huge amalgamation of steps inside of it too, of course it does!), step out of that step, restart from the beginning or from a breakpoint, stop, or hot code replace. And the best part? VSCode does this too!

Remote debugging lets us debug a running process. All we need is access to the source code and debugger port on whatever remote system we happen to be working in.

Easy, right? Only a few tools and all the time in the world... WEB-300 was mostly whitebox application security, research, and learning chained attack methods. For example, you'd do three or seven steps, which incorporate two or four attacks, rather than just one. It's more realistic, as just one attack usually isn't enough to fell a giant. And here there be giants. Worry not: we've got some slingshots now.

The next step is seeing if we can get them to work!

Useful links:

(PortSwigger Ltd., 2020), https://portswigger.net/burp/documentation

(DNN Corp., 2020), https://www.dnnsoftware.com/

(0xd4d, 2020), https://github.com/0xd4d/dnSpy

(ICSharpCode , 2020), https://github.com/icsharpcode/ILSpy

(MicroSoft, 2021), https://docs.microsoft.com/en-us/dotnet/csharp/language-reference/compiler-options/command-line-building-with-csc-exe

(Wikipedia, 2021), https://en.wikipedia.org/wiki/Cross-reference

(Wikipedia, 2019), https://en.wikipedia.org/wiki/Breakpoint

(Oracle, 2020), https://docs.oracle.com/javase/tutorial/deployment/jar/manifestindex.html

(Wikipedia, 2021), https://en.wikipedia.org/wiki/Integrated_development_environment

(Microsoft, 2022), https://code.visualstudio.com/(Wikipedia, 2021), https://en.wikipedia.org/wiki/False_positives_and_false_negatives

(Oracle, 2021), https://docs.oracle.com/javase/8/docs/technotes/guides/jpda/conninv.html#Invocation

[howtosolver-com]

Free Multi Tool website that can simplify your work

Free Multi Tool website that can simplify your work

Website Purpose

howtosolver.com is your digital Swiss Army knife! It’s a one-stop shop packed with free, convenient tools to handle a huge variety of everyday tasks. From website troubleshooting to image editing, text manipulation to password generation — this clever site will save you time and hassle.

Here’s a breakdown of what you can do:

Web Development and Analysis

Website Status Checker: Having trouble loading a site? This tool tells you instantly if it’s up, down, or somewhere in between.

User Agent Finder, IP Address Locator: Delve into the technical details of your browsing experience.

HTTP Headers Parser: Analyze the hidden data that websites exchange with your browser.

SSL Checker: Ensure websites are protected with the right security certificates.

Redirect Checker: See exactly where web addresses lead you, ideal for tracking complex links.

Coding and Encryption

UUID Generator: Create unique identifiers, useful for coding projects.

Text Conversion Tools: Swap between text, binary, Base64 — essential for developers.

Encoding/Decoding: Work with URL formatting, ROT13, Unicode…all your translation needs in one place.

Hash Generators (MD5, SHA, Bcrypt): Add robust security layers to data.

HTML/CSS/JS Minifiers and Obfuscator: Make your code more streamlined and harder to reverse-engineer.

Images and Visuals

QR Code Generator and Reader: Create and scan these handy codes — perfect for sharing links or info.

YouTube Thumbnail Downloader: Grab high-quality stills from your favorite videos.

Image Format Converters (JPG, PNG, WEBP): Make sure your pictures are compatible with anything.

Image Compressor and Resizer: Optimize images for websites or sharing.

Text Tools

Word Counter, Lorem Ipsum Generator: Whether you’re writing or testing, these handle your word-related needs.

Text Modification: Separate lines, remove duplicates, extract URLs/emails, and tons more.

Case Converter, Palindrome Checker: Play with words, fix formatting, or just have some language fun!

Security and Privacy

Password Generator and Strength Checker: Build uncrackable passwords and test your existing ones.

Credit Card Validator: Double-check the authenticity of card numbers.

Privacy Policy and Terms of Service Generators: Get basic legal protection for your website with ease.

Miscellaneous Awesomeness

Random Number Generator: Because sometimes you just need a truly random number.

Color Converters (RGB, Hex, more): Perfect for design tweaks and color matching.

Timestamp Converter: Work with time across different formats.

Calculators: Memory/storage conversions, even a BMI calculator!

Why Use howtosolver.com?

Completely Free: All these tools without a single subscription or hidden fee.

Fast and Easy: No downloads, no complicated setups — just get the job done.

Constantly Expanding: New tools pop up all the time!

Forget juggling a dozen browser tabs and mysterious downloads. Think of howtosolver.com as that weird, but weirdly brilliant friend who always has the perfect gadget or weird software to solve any problem. You might not need a QR code reader or Base64 decoder every day, but trust me — the day you DO, you’ll be so glad this site exists. Go on, explore, get a little nerdy…you might just surprise yourself with how handy all this stuff really is!

[howtosolver]

Free Multi Tool website that can simplify your work

Website Purpose

howtosolver.com is your digital Swiss Army knife! It’s a one-stop shop packed with free, convenient tools to handle a huge variety of everyday tasks. From website troubleshooting to image editing, text manipulation to password generation — this clever site will save you time and hassle.

Here’s a breakdown of what you can do:

Web Development and Analysis

Website Status Checker: Having trouble loading a site? This tool tells you instantly if it’s up, down, or somewhere in between.

User Agent Finder, IP Address Locator: Delve into the technical details of your browsing experience.

HTTP Headers Parser: Analyze the hidden data that websites exchange with your browser.

SSL Checker: Ensure websites are protected with the right security certificates.

Redirect Checker: See exactly where web addresses lead you, ideal for tracking complex links.

Coding and Encryption

UUID Generator: Create unique identifiers, useful for coding projects.

Text Conversion Tools: Swap between text, binary, Base64 — essential for developers.

Encoding/Decoding: Work with URL formatting, ROT13, Unicode…all your translation needs in one place.

Hash Generators (MD5, SHA, Bcrypt): Add robust security layers to data.

HTML/CSS/JS Minifiers and Obfuscator: Make your code more streamlined and harder to reverse-engineer.

Images and Visuals

QR Code Generator and Reader: Create and scan these handy codes — perfect for sharing links or info.

YouTube Thumbnail Downloader: Grab high-quality stills from your favorite videos.

Image Format Converters (JPG, PNG, WEBP): Make sure your pictures are compatible with anything.

Image Compressor and Resizer: Optimize images for websites or sharing.

Text Tools

Word Counter, Lorem Ipsum Generator: Whether you’re writing or testing, these handle your word-related needs.

Text Modification: Separate lines, remove duplicates, extract URLs/emails, and tons more.

Case Converter, Palindrome Checker: Play with words, fix formatting, or just have some language fun!

Security and Privacy

Password Generator and Strength Checker: Build uncrackable passwords and test your existing ones.

Credit Card Validator: Double-check the authenticity of card numbers.

Privacy Policy and Terms of Service Generators: Get basic legal protection for your website with ease.

Miscellaneous Awesomeness

Random Number Generator: Because sometimes you just need a truly random number.

Color Converters (RGB, Hex, more): Perfect for design tweaks and color matching.

Timestamp Converter: Work with time across different formats.

Calculators: Memory/storage conversions, even a BMI calculator!

Why Use howtosolver.com?

Completely Free: All these tools without a single subscription or hidden fee.

Fast and Easy: No downloads, no complicated setups — just get the job done.

Constantly Expanding: New tools pop up all the time!

Forget juggling a dozen browser tabs and mysterious downloads. Think of howtosolver.com as that weird, but weirdly brilliant friend who always has the perfect gadget or weird software to solve any problem. You might not need a QR code reader or Base64 decoder every day, but trust me — the day you DO, you’ll be so glad this site exists. Go on, explore, get a little nerdy…you might just surprise yourself with how handy all this stuff really is!

[keploy]

Different Protocols explained

Ever wondered about the behind-the-scenes when you connect to a database, make an HTTP request, or check your Gmail? How does a server distinguish your legitimate device from an unauthorised interloper?

Unraveling the Mystery of Protocols

In the world of computer networks, a protocol is like a set of rules or guidelines that dictate the way data is sent and received across a network. These protocols are crucial for ensuring that various hardware and software elements involved in data communication work together seamlessly, despite their different backgrounds.

Consider these examples: HTTP, Simple Mail Transfer Protocol (SMTP), Redis Serialization Protocol (RESP), Post Office Protocol 3 (POP3), Internet Message Access Protocol (IMAP), and more.

Diving into the OSI Model

The OSI model plays a pivotal role in classifying these diverse networking protocols into a well-defined structure.

Why focus on the OSI model? This model is vital as it breaks down network communication into seven distinct layers, with each layer assigned specific responsibilities. Importantly, each layer depends on the ones below it to handle the more fundamental aspects of communication.

Take the Application Layer (Layer 7), for example. It doesn't get bogged down with the nuances of data transport - that's the job of the Transport Layer (Layer 4), where you find protocols like TLS ensuring secure data transmission. This layered approach lets each protocol operate effectively within its domain, without the need to delve into the complexities of the underlying layers.

Before diving deeper into the workings of protocols in contexts like email or database communication, let's start with something more straightforward and accessible: HTTP.

Hyper Text Transfer Protocol (HTTP): A Peek into Simplicity

Now, let's decode the story revealed by a Wireshark snippet. It unfolds the tale of TCP communication initiation between the client and server, the data transfer process, and the conclusion of communication after data exchange.

Why does this warning appear? It's because HTTP is susceptible to eavesdropping, replay attacks, data theft, and various security risks. It lacks the encryption and protection mechanisms necessary to ensure secure data transmission.

Hypertext Transfer Protocol Secure (HTTPS): Fortifying Web Communication HTTPS (HyperText Transfer Protocol Secure) is an extension of HTTP. It is HTTPS, an extension of HTTP, stands as a more secure alternative. It enhances security by employing SSL/TLS (Secure Socket Layer/Transport Layer Security) to encrypt data during transit.

The journey of HTTPS begins much like HTTP, with the same TCP-based communication initiation between the client and server. However, the crucial divergence occurs afterward, where HTTPS introduces the TLS handshake.

TLS: Safeguarding Data for All Protocols TLS, or Transport Layer Security, stands as a protector of data for various protocols, ensuring encryption and decryption of data. To understand why TLS is a vital component in data security, let's delve into how it operates.

In the image presented earlier, we witnessed the process of communication secured by TLS:

Initiation and Cipher Negotiation: The TLS handshake commences when the client sends a "client hello" message, specifying its TLS version, supported cipher suites, and a client-generated random byte string. In response, the server issues its "server hello" message, containing its SSL certificate, chosen cipher suite, and a server-generated random byte string.

Authentication and Key Exchange: Next, the client authenticates the server, utilizing its SSL certificate and a certificate authority. Subsequently, the client sends a premaster secret, encrypted with the server's public key, which the server decrypts using its private key.

Completion and Secure Communication: Both parties collaborate to generate session keys, relying on the client's random data, server's random data, and the premaster secret. This process ensures that both ends compute identical session keys. Following this, they exchange "finished" messages, encrypted with the session keys, thereby establishing a secure, encrypted session.In essence, TLS serves as the bedrock of security for various protocols by facilitating encryption and decryption processes. Its robust handshake procedure ensures the establishment of secure encrypted sessions, providing a shield for sensitive data during transmission.

Certainly, let's shift our focus to the importance of encryption keys in various protocols and explore how different protocols, including SMTP, address the need for security.

Now that we've established the concept of secure communication through session keys, it's essential to recognise that not all protocols follow the same approach of "use TLS and be happy." Each protocol has unique requirements and considerations when it comes to security.

Take, for example, email services like "gomailer" that use SMTP (Simple Mail Transfer Protocol). SMTP follows a specific sequence of steps before engaging in TLS encryption. It's important to understand that:

SMTP doesn't immediately jump into TLS for security; instead, it initiates communication and checks if the client is capable of communicating via the protocol. If the conditions are met, it proceeds with TLS to ensure secure data transfer.

SMTP: Tailoring TLS Security for Email Communication SMTP serves as the protocol that defines the structure of email messages and the process of transferring these messages between servers, ultimately reaching the recipient's email server. An interesting aspect of SMTP is that the conversation initiates from the server side, which differs from most protocols where communication typically starts at the client side. In SMTP, the server first checks if the client is capable of communicating via the protocol and then proceeds to establish a TLS-encrypted connection.

This reveals a crucial insight: While security is paramount in data transmission, SMTP allows for a flexible approach to when and how security measures are applied. It empowers the sender to choose when to introduce TLS security during the communication process, adapting to the specific requirements of email transfer. In essence, SMTP demonstrates that TLS can be implemented at different stages of communication based on the use-case and security preferences.

MongoDB: TLS Encryption in Database Communication MongoDB the very popular database uses a some complex protocol to transfer data When you establish a connection between your program and a MongoDB database, a TLS (Transport Layer Security) connection is established to ensure data security. This TLS-encrypted connection becomes the conduit for sharing data.

MongoDB takes a unique approach to data sharing. Instead of transmitting data in plain text like HTTP, MongoDB uses BSON (Binary JSON) as its data format. BSON is a binary representation of JSON (JavaScript Object Notation). To transmit data over the network, this BSON data is further encoded into data packets.

This combination of TLS encryption and BSON data format allows MongoDB to securely and efficiently share data between applications and the database server.

Redis, which utilizes the RESP (REdis Serialization Protocol), offers users the flexibility of choosing whether to implement TLS (Transport Layer Security). But why is this choice available, and why doesn't Redis employ security measures by default, as many other applications do? One significant factor is performance optimization.

In high-performance environments where Redis is frequently deployed, minimizing latency is a critical concern. The necessity for TLS largely hinges on the specific security requirements of the application. For instance, if Redis is primarily utilized for caching public data that isn't sensitive, the demand for TLS encryption may be minimal.

So, how does RESP handle data when TLS is enabled? When TLS is activated in Redis, it introduces an additional layer of security. Data packets, including those containing RESP-formatted messages, are encrypted by the client before transmission over the network. Upon receipt, the server decrypts these packets. Notably, this encryption and decryption process is transparent to the RESP protocol itself. RESP continues to operate seamlessly, just as it does without TLS, but the data remains protected throughout transmission, striking a balance between security and performance.

In PostgreSQL (often referred to as PgSQL), specific packets play a pivotal role as they typically contain the actual data or commands sent to the PostgreSQL database server. These packets can encompass a variety of elements, including SQL commands, query results, or database control messages. It's worth noting that certain packets bear distinctive symbols to denote their direction in data communication—">" signifies a packet as a request from the client to the server, while "<R" indicates a response from the server to the client.

Much like Redis, PgSQL also employs symbols to illustrate the direction of data flow, featuring elements like CommandComplete and ReadyForQuery.

Furthermore, similar to Redis, PgSQL offers the option of TLS security as an add-on.So one thing is for sure, these protocols are secure, but are they secure enough to safe?That doesn't seem to be the case.

Securing Data in Protocols: TLS and Its Application

In this discussion, we explored how various protocols implement security, with a focus on TLS (Transport Layer Security). SMTP tailors security for email communication by initiating TLS at specific stages. MongoDB uses TLS to encrypt data transmission, while Redis offers optional TLS due to performance considerations. Similarly, PgSQL employs TLS for added security. However, despite these security measures, the effectiveness of TLS can be challenged by Man-In-The-Middle attacks, emphasising the ongoing need for vigilance in protocol security.

[autoversemobility]

The Ultimate Online Source for Reliable Indian Auto Parts

Online auto parts shopping in India has grown in the ever-changing e-commerce market. With more people purchasing online for convenience, wise choices are essential. This helpful guide lets you buy car parts online India.

Trustworthy Source:

A successful buy car parts online India requires trustworthy internet markets or dealers. Reliable merchants supply quality vehicle parts. OEM components boost vehicle dependability and performance.

Check/Compatible:

Check your car's compatibility before ordering components. Give VIN while buying. Before buying, verify the seller's part numbers with your handbook or manufacturer. We check each item for automotive system compatibility to prevent buying incompatible parts.

Customer Content:

Vehicle components purchased online may benefit from consumer reviews. Before buying, read user reviews. Reviews help find reliable car parts and suppliers. Review product reviews to see how customers rated these auto components' quality, durability, and performance. Delivery time, packing, and component quality should be considered in customer feedback. User reviews can help you choose.

Warranty, returns:

Check online sellers' return and warranty policies before buying vehicle parts. How and how much do you return incompatible or broken parts? Customers can return faulty products. Customers require warranty duration and coverage to buy wisely. Strong warranty and return procedures demonstrate customer concern.

Delivery Factors:

Shipping is required for online auto parts orders. Check shipping rates and schedules before ordering. Assess urgency and rapid shipment. Order tracking sites update live. People prefer doorstep delivery because they don't need components. Check parts for damage or discrepancies promptly. Planning shipping and delivery guarantees reliability.

Payment and Website Security:               

Online clients should use secure payment methods to protect their financial and personal data. Avoid problems and fraud using a credit card or other safe payment method. The site should utilise SSL for transactions.

Communication and Customer Service:

Internet shopping demands rapid, accessible support. Choose systems with good phone, email, and live chat support. Questions or issues? Ask the seller. Addressing concerns and helping consumers requires customer service throughout the purchase cycle. Fast service shows customer attention.

Comparison and price transparency:

They are comparing prices online. Affordable auto components are great, but keep quality the same. Price all fees. Clear platforms enhance sales. Discounts and promotions raise savings. Avoid cheap costs that cast suspicion on auto parts. Buyers profit from low-cost, high-quality providers.

Ask Others About Seller:

Check the seller's reputation before buying. Study their history, customer service, and industry expertise. Reliable vendors meet consumer needs with high-quality products. Check reviews and concerns before buy car parts online India.

Inspect Every Detail:

Read vendor product descriptions. Compare dimensions, features, and specs to ensure your car meets the standards. Check the product for accessories and installation components. Complete product specifications prevent misalignments. It helps buyers decide.

Verify certification:

Auto parts certified may be industry-standard. Certificates validate component dependability. See product compliance symbols when buy car parts online India. Real certification guarantees car components work.

Use internet sources:

Many car part selection tools are online. Use seller-provided VIN decoders and compatibility testing. These tools assess automobile make and model compatibility to help you choose components.

Conclusion:

Finally, buy car parts online India prudently. Genuineness, compatibility, reviews, shipping, return/warranty policies, safe payment options, and good customer service may comfort online shoppers. These detailed instructions may reassure car part purchasers. Online auto component purchases are easy with cautious selection. Enjoy car maintenance and upgrades with smart internet purchases. Regardless of market fluctuations, finding the best online car parts in India is essential to vehicle ownership and maintenance.

[dealsandpromotion2034]

How to Choose the Right InterServer Hosting Plan:

Unlocking the Best Deals with DEAL65 Coupon

Unlock the secrets of choosing the perfect InterServer hosting plan with our comprehensive guide. Use the DEAL65 coupon for exclusive offers, including hosting for three months at just $1 and up to 50% OFF on VPS.

Introduction:

In the vast landscape of web hosting, selecting the right InterServer hosting plan is crucial for your online success. This guide provides a detailed roadmap to navigate through the options, and we’ve even got an exclusive DEAL65 coupon for unbeatable deals.

1. Understanding Your Website’s Needs

Your journey begins by assessing your website’s requirements. From bandwidth to storage and performance, understanding these needs sets the foundation for an informed decision.

2. Exploring InterServer Hosting Plans

Delve into the variety of hosting plans offered by InterServer. From shared hosting to dedicated and VPS, each serves a unique purpose. Uncover the benefits and limitations to make an informed choice.

3. DEAL65 Coupon: A Gateway to Savings

Introducing DEAL65, your ticket to incredible savings. Use this coupon during checkout to avail three months of hosting for just $1 and enjoy up to 50% OFF on VPS plans.

4. Decoding Shared Hosting

Uncover the intricacies of shared hosting. Ideal for beginners, it allows multiple websites to share a single server. Learn how to leverage shared hosting for optimal results.

5. VPS Hosting: Balancing Power and Affordability

Dive into the world of VPS hosting, striking a balance between power and cost-effectiveness. Explore how this intermediate solution provides dedicated resources without breaking the bank.

6. Exclusive VPS Deals with DEAL65

Unlock exclusive VPS deals using the DEAL65 coupon. This section explores the unparalleled advantages and savings awaiting you.

7. Understanding Dedicated Hosting

For high-traffic websites, dedicated hosting is a game-changer. Delve into the features and benefits of having a server dedicated solely to your website’s needs.

8. DEAL65 and Dedicated Hosting: A Perfect Pair

Discover how DEAL65 complements dedicated hosting. Avail special discounts and enjoy top-tier hosting at an unprecedented value.

9. Scalability Matters: Planning for Growth

Anticipate your website’s growth with scalable hosting plans. Uncover how InterServer’s plans cater to your evolving needs without compromising performance.

10. Choosing the Right Server Location

Optimize your website’s speed and performance by selecting the right server location. Learn the impact of server proximity on user experience.

11. SSL Certificates: A Non-Negotiable Security Measure

Explore the significance of SSL certificates for your website’s security. Learn how InterServer integrates robust security features into their hosting plans.

12. 24/7 Customer Support: A Lifeline for Website Owners

Evaluate the importance of responsive customer support. Discover how InterServer’s round-the-clock assistance ensures a seamless hosting experience.

13. Migration Made Easy with InterServer

Contemplating a move to InterServer? This section outlines the effortless migration process, ensuring minimal downtime and hassle.

14. FAQs: Your Burning Questions Answered

Unearth answers to common queries about choosing the right InterServer hosting plan.

How do I apply the DEAL65 coupon during checkout?

The DEAL65 coupon can be applied at the checkout stage, where you’ll find a dedicated field to enter the code. Ensure it reflects in your final bill for the discounted rates.

2. Is VPS hosting suitable for small businesses?

VPS hosting is an excellent choice for small businesses, offering a balance between affordability and dedicated resources. Assess your specific needs before making a decision.

3. Can I switch between hosting plans as my website grows?

Yes, InterServer allows seamless migration between hosting plans to accommodate your website’s growth. Reach out to their support for personalized assistance.

4. What makes dedicated hosting preferable for high-traffic websites?

Dedicated hosting provides exclusive access to server resources, ensuring optimal performance even during peak traffic. It’s ideal for websites with consistently high visitor numbers.

5. How does server location impact website speed?

The closer your server is to your target audience, the faster your website loads for them. Consider your audience demographics when choosing a server location.

6. Are SSL certificates necessary for all websites?

Yes, SSL certificates are crucial for encrypting data and securing online transactions. They build trust with visitors and contribute to better search engine rankings.

15. Conclusion: Empowering Your Online Journey

Summing up the guide, empower your online journey by choosing the right InterServer hosting plan. Use the DEAL65 coupon to maximize savings, and embark on a seamless hosting experience.

[orawebhost]

What You Should Know About the Chrome SSL Lock Update

Change is the only thing that never changes. This time, the consistency extended to the lock icon in Chrome’s address bar for websites. Google has determined that the SSL lock icon should be replaced with one that better reflects its true meaning. They have decided to use the “tune” icon instead of the lock icon since they believe it to be less deceptive. “Why fix something that’s not broken?” is probably what’s on your mind. An appropriate query to address.

Although it wasn’t damaged and won’t be entirely removed, the lock icon will no longer serve as a hint that a website is “safe.” Not quite, anyhow. We’ll go over the meaning of the lock icon adjustments and Google’s goals for them.

It was established in the 1990s. They utilized it to demonstrate that there was a secure connection between a web server and a web browser both at the time of its introduction and even now. It demonstrated that the data transfer was safe and remained so.

In essence, the data would have to travel from your IP address to a server someplace each time your browser requested data in order to load a webpage. Data has a long way to travel, and hackers have found a way to steal it while it transit. The introduction of SSL altered the rules of the game by encrypting the data, making it impossible to decode even in the event of theft. They utilized the lock icon to indicate that it was encrypted.

Visit our blog post on why you should always use an SSL to find out more about the operation of the SSL system and its significance.

Myth about the SSL lock icon

The researchers of Google conducted some research in 2021 and determined out that most people don’t grasp what the lock actually means. Additionally, the participants were unclear about the implications for their online safety. In 2021, research revealed that an only 11% of study participants were truly aware of the meaning of the lock symbol. People may lose their data due to the misinterpretation of what it means, which may already have cost thousands of dollars.

The lock symbol is typically interpreted as a symbol of security and safety. Although accurate, such statement only applies to data that is in transit. It’s not really related to a website in particular. People get hurt by this misconception because SSL is also capable of being used by phishing and scam websites. An HTTP website, or one without an SSL certificate, will still be notified as insecure. That will apply to every platform. Although they are still in the process of optimizing it, Google put the change into effect in September 2023. It should become apparent in the upcoming months.

Users of iOS should be aware that the lock icon will no longer be available. They are unable to insert it inside the tune icon like they could on a desktop or Android device because the icon was never intended to be clickable. How can I tell if a website is safe right now? To be honest, a website’s security was never meant to be indicated by a lock. The tune update will take care of this, which is nice. The bad news is that you will now need to familiarize yourself with the appearance of safe and secure websites.

In order to make everything work together, one method is to see if a website has an SSL certificate. Yes, there are plenty of scam websites, but if you’re not sure about a website, that’s an excellent place to start looking. In addition to searching for an SSL, seek for:

A strange URL

Spelling mistakes and missing information

Horrible reviews

Unusual ways to pay

What they’re selling for a price that seems too wonderful to be true

A review of that website by a website checker.

There won’t be just one item, but a few oddities should cause you to reconsider the website.

In summary A fresh and less complacent perspective on website and browsing security is introduced by Google’s modification of the tune symbol. We could all take some security precautions to keep ourselves safe, even though Google does its hardest to make browsing safe.

Are you ready to begin? Visit our page https://orawebhost.com/ and choose the proper department to speak with right away, or call us at 0729990583 | 0712534091.

[l3webhostings]

Decoding the Pricing of Linux Reseller Hosting Plans

Introduction

In the dynamic landscape of web hosting, Linux Reseller Hosting Plans have emerged as a popular choice for individuals and businesses seeking a reliable and scalable hosting solution. At L3WebHosting.com, we understand the significance of choosing the right hosting plan for your needs. In this comprehensive guide, we delve into the intricacies of Linux Reseller Hosting pricing, unraveling the true cost to empower you with informed decision-making.

Understanding Linux Reseller Hosting

What Sets Linux Reseller Hosting Apart?

Linux Reseller Hosting offers a robust platform for entrepreneurs and businesses to resell hosting services under their brand. The Linux operating system, known for its stability and security, serves as the foundation, ensuring a seamless hosting experience for both the reseller and end-user.

Factors Influencing Linux Reseller Hosting Pricing

1. Resource Allocation

The pricing of Linux Reseller Hosting plans is intricately tied to the allocation of resources. From disk space to bandwidth and RAM, understanding your resource requirements is pivotal. At L3WebHosting.com, our plans are meticulously crafted to offer optimal resource allocation, striking the perfect balance between performance and cost.

2. Scalability Options

Scalability is a key consideration for businesses anticipating growth. Our Linux Reseller Hosting plans are designed to scale effortlessly, ensuring that as your business expands, your hosting infrastructure seamlessly adapts without compromising performance.

3. Features and Add-ons

Diving into the details of each plan is crucial to grasp the full spectrum of features and add-ons. From cPanel for intuitive management to SSL certificates for enhanced security, our Linux Reseller Hosting plans at L3WebHosting.com come bundled with a myriad of features aimed at elevating your hosting experience.

Unveiling the True Cost

Transparent Pricing Models

At L3WebHosting.com, transparency is at the core of our business ethos. Our Linux Reseller Hosting plans feature straightforward pricing models, eliminating hidden fees and ensuring you only pay for the resources you use. This commitment to transparency distinguishes us in the hosting industry.

Competitive Analysis

To empower you with a comprehensive understanding of the true cost, we've conducted an in-depth analysis of competitor pricing structures. By benchmarking our plans against industry standards, we ensure that our Linux Reseller Hosting remains competitively priced without compromising on quality.

Making an Informed Decision

Customization Options

Recognizing that one size doesn't fit all, our Linux Reseller Hosting plans offer a range of customization options. Tailor your plan to align with your specific business needs, ensuring you're only paying for what you require, thereby optimizing your hosting investment.

Customer Support Excellence

Beyond pricing, our commitment to customer support sets us apart. Our 24/7 support team is dedicated to addressing your queries promptly and efficiently, guaranteeing a hassle-free hosting experience.

Conclusion

Choosing the right Linux Reseller Hosting plan is a pivotal decision for the success of your online venture. At L3WebHosting.com, we go beyond mere pricing, offering a comprehensive solution that prioritizes performance, scalability, and customer satisfaction. Make an informed decision by choosing a hosting partner that understands your unique needs.

[amitgolive]

What Is A Good Web Hosting Company?

Title: Decoding Excellence: What Makes a Good Web Hosting Company in 2023?

In the vast realm of web hosting, finding a good web hosting company is paramount for the success and performance of your online presence. Whether you're launching a personal blog, a business website, or an e-commerce platform, the right hosting provider can make all the difference. Let's delve into the key factors that define a good web hosting company in 2023.

Reliability and Uptime Guarantee: The Bedrock of Hosting A good web hosting company prioritizes reliability and guarantees a high uptime percentage. The last thing you want is for your website to be inaccessible to visitors. Look for providers that offer an uptime of 99.9% or higher, ensuring that your site remains online and accessible around the clock. What Is A Good Web Hosting Company?

Performance and Speed: Accelerating User Experience In the age of short attention spans, website speed is crucial. A good hosting company invests in robust infrastructure, including powerful servers and advanced technologies, to ensure fast loading times. Accelerated performance not only enhances user experience but also positively influences search engine rankings.

Customer Support: A Lifeline for Website Owners Exceptional customer support is a hallmark of a good hosting company. Whether you're a seasoned webmaster or a novice, having reliable support at your fingertips can be a game-changer. Look for providers that offer 24/7 customer support through various channels, such as live chat, email, or phone, and have a reputation for timely and helpful responses.

Scalability: Growing with Your Website A good hosting company understands that your website's needs may evolve over time. Whether you're expecting increased traffic or planning to expand your online presence, scalability is key. Look for hosting providers that offer flexible plans, easy upgrades, and the capacity to accommodate your website's growth.

Security Features: Fortifying Your Online Fortress Security is non-negotiable in the digital landscape. A good web hosting company implements robust security measures to protect your website and data from cyber threats. Features such as SSL certificates, regular backups, and malware scanning should be part of the hosting package to ensure a secure online environment.

User-Friendly Interface: Streamlining Your Experience Navigating the hosting environment should be a breeze. A good hosting company provides a user-friendly control panel, such as cPanel or Plesk, allowing you to manage your website, domains, and other settings effortlessly. An intuitive interface is especially beneficial for beginners.

Transparent Pricing and Policies: No Hidden Surprises Transparency in pricing and policies is a characteristic of a good web hosting company. Look for providers that clearly outline their pricing structures, renewal rates, and any additional fees. Avoid providers with hidden charges or complex billing structures that may catch you off guard.

Reviews and Reputation: Insights from the Community Before making a decision, delve into customer reviews and the reputation of the hosting company. Platforms like Trustpilot, forums, and social media can provide valuable insights into the experiences of other users. A good hosting company builds a positive reputation through satisfied customers.

What Is A Good Web Hosting Company?

As you embark on the journey of selecting a web hosting company, consider these factors as your guiding principles. Remember that the "best" hosting company is subjective and depends on your specific needs and preferences. By carefully evaluating these aspects, you can find a hosting partner that aligns with your goals, ensuring a seamless and successful online presence.

[generatour1]

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[ssl-certificates]

Verify your SSL Certificate is Correct

The Certificate Decoder allows you to instantly decode an SSL Certificate. Use this to decode your PEM, DER, or PFX encoded SSL Certificate and verify that all the information is correct. You can use this certificate decoder by simply pasting your certificate into the box below and the decoder will do the rest. SSL Certificate Decoder Tool

[orawebhost]

What You Should Know About the Chrome SSL Lock Update

Change is the only thing that never changes. This time, the consistency extended to the lock icon in Chrome’s address bar for websites. Google has determined that the SSL lock icon should be replaced with one that better reflects its true meaning. They have decided to use the “tune” icon instead of the lock icon since they believe it to be less deceptive. “Why fix something that’s not broken?” is probably what’s on your mind. An appropriate query to address.

Although it wasn’t damaged and won’t be entirely removed, the lock icon will no longer serve as a hint that a website is “safe.” Not quite, anyhow. We’ll go over the meaning of the lock icon adjustments and Google’s goals for them.

It was established in the 1990s. They utilized it to demonstrate that there was a secure connection between a web server and a web browser both at the time of its introduction and even now. It demonstrated that the data transfer was safe and remained so.

In essence, the data would have to travel from your IP address to a server someplace each time your browser requested data in order to load a webpage. Data has a long way to travel, and hackers have found a way to steal it while it transit. The introduction of SSL altered the rules of the game by encrypting the data, making it impossible to decode even in the event of theft. They utilized the lock icon to indicate that it was encrypted.

Visit our blog post on why you should always use an SSL to find out more about the operation of the SSL system and its significance.

Myth about the SSL lock icon

The researchers of Google conducted some research in 2021 and determined out that most people don’t grasp what the lock actually means. Additionally, the participants were unclear about the implications for their online safety. In 2021, research revealed that an only 11% of study participants were truly aware of the meaning of the lock symbol. People may lose their data due to the misinterpretation of what it means, which may already have cost thousands of dollars.

The lock symbol is typically interpreted as a symbol of security and safety. Although accurate, such statement only applies to data that is in transit. It’s not really related to a website in particular. People get hurt by this misconception because SSL is also capable of being used by phishing and scam websites. An HTTP website, or one without an SSL certificate, will still be notified as insecure. That will apply to every platform. Although they are still in the process of optimizing it, Google put the change into effect in September 2023. It should become apparent in the upcoming months.

Users of iOS should be aware that the lock icon will no longer be available. They are unable to insert it inside the tune icon like they could on a desktop or Android device because the icon was never intended to be clickable. How can I tell if a website is safe right now? To be honest, a website’s security was never meant to be indicated by a lock. The tune update will take care of this, which is nice. The bad news is that you will now need to familiarize yourself with the appearance of safe and secure websites.

In order to make everything work together, one method is to see if a website has an SSL certificate. Yes, there are plenty of scam websites, but if you’re not sure about a website, that’s an excellent place to start looking. In addition to searching for an SSL, seek for:

A strange URL

Spelling mistakes and missing information

Horrible reviews

Unusual ways to pay

What they’re selling for a price that seems too wonderful to be true

A review of that website by a website checker.

There won’t be just one item, but a few oddities should cause you to reconsider the website.

In summary A fresh and less complacent perspective on website and browsing security is introduced by Google’s modification of the tune symbol. We could all take some security precautions to keep ourselves safe, even though Google does its hardest to make browsing safe.

Are you ready to begin? Visit our page https://orawebhost.com/ and choose the proper department to speak with right away, or call us at 0729990583 | 0712534091.

[ddevices]

Evolution of SASE Architecture

You may have heard of different architecture principles within the context of security for networks generally and SASE specifically. The most common software architecture principles utilized by the industry in the SASE context include:

Single-pass     Architecture

One-proxy     Architecture

Run-to-completion     Architecture

Scale-out     architecture

Single-pass     parallel processing Architecture

Create your     security functions using the built-in

Cloud-nativeve     Architecture

Isolation Architecture

API first     Architecture

Slicing (E2E     segmentation) Architecture

A lot of these design principles aren't new. Single-pass, One-proxy, Single-pass-parallel-processing, and Run-to-completion architectural principles have been popular since UTM (Unified Threat Management) days in the early 2000s, though they are known by different names before.

The primary purpose of these design principles is to create

Increased     throughput through efficient use of resources.

Lower end-to-end     latency

Lower jitter

Higher elastic     (Scale-out) as well as Resiliency in the case attacks like DDoS threats to     security companies

New security     functions are introduced more quickly (Agility)

Integration of     multiple security vendor functions, without introducing inefficiencies     (Integration of the most effective technology)

Adoptability (Run     anyplace)

Single-pane-of-glass

Evolution

One of the great things about the field of network security is the fact that it is ever-changing. It is constantly incorporating newer technology and deployment principles in each new version of its products. It also provides security against attackers with their advanced techniques.

However, the market for security in networks is typically dispersed. There are a variety of security companies that offer various security features. This is great for innovation, and should be encouraged and will continue. It is important to note that one vendor might not be able to perform every aspect of security.

As you will see If each vendor has an entire stack of security functions, there would be huge inefficiencies and that means huge costs. Furthermore, it may create delays, which could be an issue for certain applications. This is why it is essential to understand the more modern architectural concepts and practices. Software architecture should be designed so that it eliminates inefficiencies, but allows integration of different technology vendors for the highest security.

Before Convergence

Figure 1 as well Figure 2 represent two examples of examples of security in networks prior to SASE. Figure 1 illustrates Secure Internet Access, and Figure 2 illustrates an instance for Secure Private Access. Be aware that the sequence of security functions shown in these images is undetermined, and the order of execution is usually dependent on the deployment.

Secure Internet Access is traditionally obtained by using various security solutions as shown in Figure 1. This is because it's the Enterprise that purchases these security features, and places them in a chain of services. Because certain security functions require the proxying of links, it is known as chaining. It process is sometimes referred to as Proxy Chaining in the Industry.

Because each security system is independent and is available from multiple vendors, the functions are common across all solutions. Commonly, the functionality is traffic policing at ingress, shaping traffic at the exit point, traffic filtering to make sure that only the relevant traffic is sent to the proxies TCP termination of the client connection, a new TCP connection towards destination SSL/TLS interception (which also requires an on-demand certificate generator that emulates the certificate of destination) which comprises TLS encryption, decryption and TLS encryption as well as the authentication of proxy servers (Kerberos, the NTLM protocol, OIDC), HTTP 1.1/2.0 decoding. This is a common feature in every box/virtual appliance, by an estimate, consumes 50% of the computing power used by security solutions.

Secure Application Access is also done in a similar fashion by linking the security solution that is discrete, as illustrated in Figure 2. The common functions are the same for different security options. It's similar to the basic functionality of security products that are used to create Secure Internet Access. Some differences are the termination of SSL/TLS, instead of interception, and authenticating users using traditional methods, not proxy authentication.

The cost of common functions within security solutions can be as high than 50% of solution. The latency resulting from this type of architecture could increase by just a few milliseconds due in the use of chaining functions.

Another challenge that is faced by Enterprises using both virtual and physical appliances is scaling. The scaling issue was initially solved through the use of larger appliances or by assigning greater memory and CPU power to the security solutions based on VM. This is known as scale-up. In the case of demand constant in volume, it's logical for companies to invest for larger hardware and software. However, if the volume is high, Enterprises don't like to find money spent. Imagine a scenario where two days per year, traffic is more. What is the reason why Enterprises prefer to pay for these spikes throughout the year? That was the reason for the next step, when security companies began to provide the scaling of architecture with cloud-based services. This is similar to the rationale behind IaaS for IaaS in the Cloud applications. In the scale-out architecture that includes more instances of security software are created automatically when they detect the increased traffic or in response to DDoS attack , and brought down as demand drops. Image 3 illustrates the scale-out architecture.

It is clear that the ability to scale out is needed. But, it requires an load balancer for every security solution. The load balancer will be required to distribute the load across different instances of the security solutions. Multiple load balancer traversals demand more resources and can also increase the latency from end to end of traffic sessions.

The next evolution of the security architectures for network security addresses issues of

The need for more     compute resources

Higher latency

With

One proxy     architecture

Single pass     architecture

Single-pass architecture and one-proxy architectural (Converged Architecture)

As illustrated in the figure below, each security function is combined with proxy and other commonly used functions coming into the picture just once. Each security function is executed one at a in a run-to completion fashion. In the end, this architecture uses up compute resources quickly. Since all functions are run within the same context of user space memory copies are omitted. Additionally, a single user space process architecture can reduce operating system context switching dramatically. A single proxy can manage multiple sessions simultaneously by using multi-threading, with each thread processing a portion of sessions, thus utilizing multi-core CPUs to the fullest extent. Multi-threading also permits certain security functions to be performed in parallel, instead of sequentially for a particular traffic session, thus reducing the speed and latency. This type of architecture is known as Single Pass Parallel Processing.'

To deal with unanticipated load and to address DDoS scenarios, an auto-scale-out architecture is implemented by utilizing a load balancer that is that is in the way of load balancing sessions.

In this design the proxy exposes an interface API. All security functions are connected to this API. Proxy invokes the relevant security functions in the course of traffic session processing. The security functions cannot implement through SASE Solution developers. SASE solution developers collaborate with technology providers by connecting technology supplier engines and feeds to the proxy servers. This way, customers of SASE service providers enjoy the all the benefits of technology suppliers - high performance SASE with the best security solutions.

However, certain technology providers may not offer Engine to users in SDK form to develop security functions in the proxy. It could be because they offer it as a cloud-based service. DLP is a prime example of how several technology providers offer it as a cloud-based service. In some instances it could be the case it is the SASE solution provider might not wish to incorporate certain security features within the user space context of proxy , for reasons such as memory restrictions and license compatibility and to avoid creating a weak user space and so on.

Unified Architecture & Bring Your Own Security Functions

The next step in the SASE structure is illustrated below. Three key points are as shown in Figure 6 below.

The support for security features using ICAP (Internet Content adaptation Protocol): Enterprises may use or want to make use of security services provided by other suppliers. ICAP specifications from IETF define how proxies are able to connect to external content adaption services, such as security services. In allowing external security services, SASE solution providers enable enterprise owners to choose from a variety of security solutions.

Make your own secure features: According to the IBM security report titled "Cost of a Data Breach Report 2022" organizations have an average of 277 days to discover and prevent a breach of data. Although SASE offers a very effective policy management, it may be that some data breaches control requires the use of programming rules. The organizations that are able to analyze the breach are in the best position to create these programs. Based upon SASE suppliers or other security solutions, the vendors could delay their product releases as they require the entire life cycle of software development. To prevent these delays and re-use the existing technology, new SASE architectures offer a means to allow Enterprises security teams to create programsmatic rules on their own and then deploy these rules. Because they won't cause instability for your proxy SASE designs provide WASM runtimes that allow the creation of programmatic rules in WASM modules. Because WASM runtime is a Sandbox, any issues that arise with WASM modules won't cause the hosting user space as well as other security function plugins to malfunction or fail.

Uniform proxy A single proxy that works for the two functions of Secure Internet Access as well as Secure Application Access will help reduce the amount of memory required. Engines and feeds for certain security features, like Anti-Malware and DLP can be memory-hogging. Setting up two proxy servers for an Enterprise site, therefore, can be expensive. Additionally, having one proxy that can support three modes (forward reverse, reverse as well as transparent) is a good development technique from a efficiency perspective too.

DIGITAL DEVICES LTD

Long before Apple set an average consumers mindset to replacing their handheld gadgets in two years, Digital Devices Ltd believed in Moore's law that computing will double every two years. With our heritage from the days of IBM Personal Computer XT, our founders have gone through the technology advancements of the 1990s and 2000s realizing that technology is an instrumental part of any business's success. With such a fast pace industry, an IT department can never be equipped with the tools and training needed to maintain their competitive edge. Hence, Digital Devices has put together a team of engineers and vendor partners to keep up with the latest industry trends and recommend clients on various solutions and options available to them. From forming close relationships with networking and storage vendors like Juniper, SolarWinds and VMWare to high-performance computing by HPE or AWS Cloud solutions, Digital Devices Limited offers the latest technology solutions to fit the ever-growing needs of the industry.

Our experts can guide you through the specifications and build cost efficiencies while providing high end, state-of-the-art customer services. We research and analyses market and its current demand and supply chain by offering wide range of bulk supplies of products like AKG C414 XLII, Shireen Cables DC-1021, Shireen Cables DC-2021, Dell p2419h monitor, Dell U2419H, Dell P2719H, Dell P2219H, Lenovo 62A9GAT1UK, LG 65UH5F-H and Complete IT Infrastructure products and services.

[polhyourself]

Php mysql with abyss web server

PHP MYSQL WITH ABYSS WEB SERVER FOR MAC

PHP MYSQL WITH ABYSS WEB SERVER SOFTWARE

PHP MYSQL WITH ABYSS WEB SERVER PASSWORD

PHP MYSQL WITH ABYSS WEB SERVER LICENSE

PHP MYSQL WITH ABYSS WEB SERVER LICENSE

Programs released under this license can be used at no cost for both personal and commercial purposes.

PHP MYSQL WITH ABYSS WEB SERVER SOFTWARE

Open Source software is software with source code that anyone can inspect, modify or enhance. Freeware products can be used free of charge for both personal and professional (commercial use). X-Sendfile support and restricted/token-based downloadsĪlso Available: Download Abyss Web Server for Windowsįreeware programs can be downloaded used free of charge and without any time limitations.Log rotation and custom logging formats.Server-wide, per file, and per-directory bandwidth control.Automatic anti-hacking system and an anti-leeching system to control cross-site linking.Unicode and IDN (International Domain Names) support.Multilingual remote web configuration interface (console).Reverse proxy support with HTTP/1.1 compatibility and connection pooling.CGI, FastCGI, and ISAPI extensions support.Support for the Ruby on Rails framework.Reverse-proxying Web application engines such as Tomcat, Jetty, node.js, and ASP.NET Core (Kestrel).Support for PHP, Perl, Python, "Classic" ASP, and almost any Web scripting language including the ability to run database ( MySQL/MariaDB, PostgreSQL, Oracle, MS SQL Server, etc.) backed Web applications.Automated request, installation, and renewal of free certificates from ACME-compliant certification authorities such as Let's Encrypt®.Secure SSL/TLS connections (HTTPS), Dual hosts (HTTP+HTTPS), SNI support (Server Name Indication - allows virtual hosting of several HTTPS sites on a single IP address), and a comprehensible SSL/TLS certificates management interface.Virtual hosting (support for many hosts on a single computer).

PHP MYSQL WITH ABYSS WEB SERVER FOR MAC

It is also equipped with an anti-leeching system to automatically prevent other websites from directly linking to your images or files.Ībyss Web Server for Mac supports the standard SSI directives to help you create dynamic HTML pages with the least effort and without requiring the use of a scripting language. In addition to its advanced URL decoding engine which rejects malicious and suspicious requests, it features an efficient anti-hacking system that detects at an early stage hacking attempts or denial of service attacks and bans dynamically their originating IP addresses. Security is the #1 priority in Abyss Web Server. The downtime in such a case won't exceed 1 second! If it happens that the software causes a critical error and crashes (which is by the way very improbable), a report will be generated if possible and the server is automatically restarted. APX, which stands for Anti-crash Protection eXtension, was created, here at Aprelium, to make the server crash-proof. It is available in many languages such as English, French, Arabic, Chinese, and Spanish.Ībyss Web Server for macOS is based on the APX architecture. No need to edit configuration files, the console helps you set the server parameters in an effortless manner and can be accessed from a local or a remote computer. It also features an automatic antihacking system as well as a multilingual remote web management interface that makes its configuration as easy as browsing a website.Īn intuitive web management interface called the console makes the webserver configuration as easy as browsing a website.

PHP MYSQL WITH ABYSS WEB SERVER PASSWORD

Despite its small footprint, it supports HTTP/1.1, secure SSL/TLS connections (HTTPS), automated provisioning and renewal of free certificates from Let's Encrypt® (ACME v2), IPv6, on-the-fly HTTP compression, dynamic content generation through CGI/FastCGI scripts, ISAPI extensions, native ASP.NET, HTTP/HTTPS/WebSocket reverse proxying, eXtended Side Includes (XSSI), custom error pages, password protection, IP address control, anti-leeching, bandwidth throttling, and log rotation. Abyss Web Server for Mac is a compact web server for macOS.

[tonkiking]

Hdmi ambient light

HDMI AMBIENT LIGHT INSTALL

HDMI AMBIENT LIGHT FULL

HDMI AMBIENT LIGHT BLUETOOTH

HDMI AMBIENT LIGHT TV

Bugfix: HDR picture modes didn't allow to set all values of the 22pt adjustments in the user settings menu. List of pre-installed SSL certificates updated. Yandex Alice voice recognition support added for select countries. Room Connect app unlocked for several regions and feature enabled for Japan. "LG Channels" added as an input to the Home input row. AV1 bitrate support of the internal media server increased to 60Mbps. New advertisement features added to the Home dashboard.

HDMI AMBIENT LIGHT TV

Added support for additional models (LG Gaming TV / bendable screens).

HDMI AMBIENT LIGHT BLUETOOTH

Firmwares of the Audio DSP, Video Decoder and WiFi / Bluetooth modules updated. The option can be enabled in the supported picture modes. Added Dolby Precision Rendering support.

HDMI AMBIENT LIGHT INSTALL

If you do not see it from your TV's built-in update menu you can download it manually and install it via USB from your local LG support website.įirmware v03.20.24 – unofficial changelog - Dolby Engine updated to v32.05.

HDMI AMBIENT LIGHT FULL

LG has not provided a full changelog but see below for an unofficial changelog, courtesy of HiFI4Vision on AVSForum. The new firmware should also improve near black handling, AirPlay, AV1 playback, voice recognition, and other things. MediaTek, which supplies the SoC for most TVs nowadays, has announced that its SoC with Dolby Vision IQ and Precision Detail will be ready starting in the second half of 2022 for TV makers to implement, which probably means that it will show up in 2023 or 2024 TV models. The Precision Detail function is optional and can be found under Picture settings -> Advanced -> Clarity when the TV is playing Dolby Vision content.Īlso read: Review: LG C2 OLED 'Evo' Coming to more TVs in 2023-2024The system was developed by Dolby – sometimes referred to as Precision Rendering – and will late appear in TVs from other brands. It will also come to the LG Z2 8K OLED TV but this firmware does not appear to be ready. According to LG, Dolby Vision Precision Detail requires the latest Alpha 9 Gen 5 video processor. It took a little longer but it has now arrived with firmware version 03.20.24 for LG C2 and G2. "Dolby Vision's Precision Detail will become available as part of the Dolby Vision IQ Update due for release starting in June 2022 specific timing will vary by country," LG UK wrote earlier this year. If anyone knows about relatively easy to implement ambient light solution that I maybe missed please share.Illustration of Dolby Vision IQ with Precision Detail that reacts to your ambient lighting conditions. If this project happens we will have something better than Ambilight, totally independent, and packed with much more features! I just backed it up with hope that it will fulfill my needs and expectations. I'm not related to this project in any way. Right now it's author is crowfundig it on Kickstarter. I found some new, ongoing projects and especialy one of them looks very promising to me: Glimmr TV AIO Board. So - in short words - I need ambilight independent from hardware and manufacturer. There are also camera based products (Ambivision, Govee) but as I tested they are waaaaay behind HDMI signal processing solutions. In addition full 4K and HDR support requires expensive HD Fury video splitter. However it requires some skills to assembly and configure. Only one really working is DIY setup based on Rasberry Pi and Hyperion. ) or very complicated to implement or not so cheap. Unfortunately all of them are "dead" project's (Lightberry, DreamScreen) or missing some functionalities (HDR, HDCP, CEC. Was using Lightberry for HD tv before but since 4K become standard I started to search for alternative. I bought it mainly because of Ambilight - I love ambient light immersion. Philips gave it a nickname "The One" but for me it is for sure "The Last One". (Un)fortunately after A LOT of issuses with my unit (which are very common, it shows) I'm done with Philips. I'm fresh but unhappy owner of Philips TV Model 70PUS7304. For everybody who can be interested with getting hardware independent Ambilight alternative: