Using a proxy can be great for many use cases, and it’s very important to find the right one that fits your needs. But how can you test a proxy, and more specifically its performance or speed? Generally, a good rule of thumb is to focus on key metrics, more specifically latency, download and upload speed, but also proxy stability.

Use online speed tools

The simplest way to check proxy speed for the best proxy is to just use a regular online speed test tool. Sites like Speedtest or Fast.com are very good at this, and they will give you a pretty good idea of how fast your proxy is. In order to do such a test, you connect to the proxy, open the site and run the test. What you want to do is compare results you had with and without the proxy. Then, it will be a much easier way to figure out if the proxy is good for you or not.

Using the command line

While this is more advanced, it’s still a very accurate system and it can give you lots of detailed information. With that in mind, you can do a ping test if you write “ping google.com” in the command line. In this case, the lower ms you have, the faster your proxy will be.

You can also do a traceroute analysis. On Windows, use the command “tracert google.com” and you want to see how many hops your connection takes. Not everyone is accustomed with using the commandline, but this is a great idea and it will help you save a significant amount of effort and time, too. 

Use professional proxy testing tools

If you want to go the extra mile, there are various tools that are meant specifically for proxy testing. These include Proxy Checker or Postman. Their role is simple, they are testing multiple proxies at once, they measure response time and can check uptime and reliability for these proxies, too. That makes them a solid option to consider, especially if you need a proper way of assessing your proxy performance, beyond just its overall speed. 

Browser-based testing

There’s another thing you can do, for example you can install an extension like Foxy Proxy and switch proxies as well as test browsing speeds manually. While it might not be the most complex thing you can do, it’s effective and it will provide a much more rewarding result than expected. 

Real-world testing

Nothing beats real-world testing, and the primary focus for this stuff is to do all kinds of regular tasks. Load websites, download files and stream videos. Check the speed of your proxy and see if it’s actually working at the level that you want. It basically shows you the real performance, and not just numbers.

Testing stability overtime

Speed is one thing, but the performance matters just as much. For example, you might have a fast proxy, but it has bad uptime, there are frequent disconnects and so on. Knowing how to test the stability overtime is extremely important, and that’s exactly what you need to pursue with something like this. Make sure that you are doing the right tests, and the outcome will be second to none.

Compare multiple proxies

When you are testing a proxy, always try to compare it with other ones to see what delivers the best value and where you are getting the better return on investment. Assess speed, reliability and latency. And also, choose the one that has the best balance in the end. 

Think of the proxy type

There are different proxy types, as you know. there are data center proxies, residential proxies or even mobile proxies. All of them are great in their own right, but the primary focus is to find the right option that fits your specific use case. 

Assess the proxy security

As we know, speed is not everything. You also want to focus on the security of your proxy, and that alone can prove to be very important. When you are testing a proxy, focus on the IP leaks, DNS leaks, anonymity level and anything of that nature. For this purpose, you can use tools like ipleak.net, as they are very handy. 

Common issues you will encounter

A lot of the time, if you are testing proxy performance and speed, you will end up with a few issues. For example, high latency will make your browsing speed much slower, and that’s something to keep in mind. If the speed drops quite a lot, that means the proxy is unstable, and it will be a huge problem to think of. Timeouts are also something you should be wary of. If you have timeouts, that will show your server is not very reliable, and you have to address that to the best of your capabilities. 

It’s also a good idea to stick with a simple testing routine:

• You connect to the proxy
• Run a speed test
• Ping a server
• After that, browse or stream
• Compare results between proxies

Even if this is a simple approach, it will help you figure out whether the proxy is effective or not, and assess the overall value. A great idea here is to test at different times of the day and of course, you want to avoid free proxies as much as possible. Using a wired connection is better if you want accuracy from your tests. And, of course, you also want to restart the connection between tests, to ensure that every test is accurate.

Conclusion

A lot of people think that the fastest proxy will be the best one. But that’s not always the case. Your focus is to find an all-rounded proxy, because it will be the one that’s table, fast and also very reliable. Testing proxies in real conditions and for a prolonged timespan is better, because it will offer you better and more accurate information. It can take a bi of time to do these tests, but then you can have detailed info and you can choose the best option.

Most Telegram users who run into slowdowns or dropped connections in restricted networks reach for a VPN first. That works sometimes, but it is also heavier than necessary. Telegram already has a lighter mechanism built around its own transport model. A proxy built on MTProto uses the same native protocol family Telegram already relies on, but sends the traffic through an intermediate server that disguises the route. No extra app, no full-device tunnel, no subscription.

What Is MTProto – Protocol vs Proxy

The first thing to clarify is the difference between MTProto and MTProxy. They are related, but they are not the same thing.

MTProto is Telegram’s cryptographic protocol. It is the underlying system that protects messages, media transfers, and other client-server traffic. It was introduced by Nikolai Durov in 2013 and updated to MTProto 2.0 in 2017. At the protocol level, Telegram uses AES-256 IGE for message encryption, RSA-2048 for the initial key exchange, and SHA-256-based integrity checks for packet validation. Those details matter because they show that Telegram traffic is encrypted before a proxy ever sees it.

MTProxy is a proxy server implementation built on top of that protocol. A simple analogy helps here: HTTPS is a protocol, while a web proxy is a server that forwards HTTPS traffic. In the same way, MTProto is the protocol, and MTProxy is the server that relays that traffic.

That distinction also explains the main trust point. The proxy does not get readable Telegram messages. It sees an encrypted byte stream and forwards it. This is an architectural property, not a marketing phrase. MTProto 2.0 also received a cryptographic audit by researchers at the Università degli Studi di Udine in 2020, which is relevant when discussing protocol maturity rather than just product claims.

Three Generations of MTProxy – Why Fake TLS Matters

Most people do not fail because proxies are bad. They fail because they use the wrong generation of proxy for today’s filtering environment.

Generation 1 – Plain MTProto

This is the oldest form. The secret has no ee or dd prefix. Traffic is forwarded with no meaningful obfuscation. Any ISP using DPI, or Deep Packet Inspection, can identify MTProto packet patterns almost immediately. In networks with active filtering, plain MTProto is usually blocked within seconds after the first packet.

Generation 2 – Obfuscated MTProxy

This generation uses secrets that begin with dd. It randomizes traffic enough to make casual inspection harder, and from roughly 2019 to 2022 it was often sufficient. That is no longer true in heavily filtered networks. Modern filtering systems identify these patterns statistically without decrypting content. Depending on the ISP, this generation now fails often enough to be unreliable as a long-term solution.

Generation 3 — Fake TLS

This is the current standard and the only one that consistently holds up in 2026. A secret beginning with ee enables Fake TLS behavior. Instead of looking like obvious Telegram traffic, the connection imitates a normal TLS handshake over port 443. To the filtering equipment, it looks much closer to regular encrypted web traffic. That is the practical reason it survives where earlier generations do not.

If you want a working mtproto proxy with Fake TLS already configured, JetTon and Tonplay servers on telproxy.com/mtproto/ connect in one tap without manual secret entry.

MTProto vs SOCKS5 vs VPN – Quick Comparison

This is the comparison most technically minded users actually care about.

Telegram’s native protocol approach

• Works only for Telegram, which is often an advantage rather than a limitation
• Built into Telegram natively, so no additional client is required
• Fake TLS helps it resist DPI better than many generic tunneling options
• Usually free because operators can monetize through Telegram’s sponsored message model
• Does not protect traffic outside Telegram

SOCKS5

• Works with many applications, not just Telegram
• Flexible if you need custom routing for browsers or scripts
• No built-in traffic disguising layer — SOCKS5 traffic is visible as-is to DPI
• Often requires manual configuration of server, port, and sometimes credentials
• More visible to active filtering systems than Fake TLS proxies in restricted networks

VPN

• Encrypts all device traffic
• Hides the IP layer for all services, not only Telegram
• Adds overhead to everything on the device, not just messaging
• Increasingly targeted by DPI in restricted regions, especially protocols with recognizable fingerprints
• Usually requires a paid subscription for decent reliability

For Telegram specifically, a proxy running Fake TLS is a precision tool. A VPN covers more ground but adds overhead to everything, not just one messenger.

How to Add a Proxy in Telegram

There are two practical ways to connect.

Method 1: Deeplink

Click a tg://proxy link, and Telegram opens automatically with the server, port, and secret already filled in. Tap Connect. No copying, no manual typing, no risk of breaking the secret with one missing character.

Method 2 — Manual entry

Open Telegram, go to Settings → Data and Storage → Proxy → Add Proxy, then select MTProto. Enter the server address, port 443, and the full secret string beginning with ee.

To verify the connection, check for the green circle next to the proxy entry in Telegram settings. That indicates the route is active and responding.

On desktop, the path is similar: ≡ → Settings → Advanced → Connection → Use Proxy. The data is the same; only the menu location differs.

This type of proxy is not a workaround in the improvised sense. It is Telegram’s own routing model built on the same protocol stack that already protects every encrypted exchange. When it uses Fake TLS and is operated by someone who actually monitors uptime, it becomes a more reliable Telegram-specific solution than most general-purpose VPN setups. The protocol handles the encryption; the proxy handles the route. Everything else on the device stay untouched.

For many manufacturers and complex sales organizations, Excel has been the backbone of quoting for years. It feels flexible, familiar and customizable.

But as product complexity grows, that flexibility turns into fragility.

Version confusion, formula breakage, pricing inconsistencies, manual approvals, engineering rework are some of the bottlenecks that every complex manufacturer comes across.

And the operational impact of switching to a purpose-built quoting system is measurable.

According to a market industry analysis on CPQ adoption trends, organizations that invest in CPQ technology report:

• up to a 57% increase in quote accuracy,
• 43% improvement in deal closure rates, and
• faster turnaround time for generating quotes, as more than 68% of businesses plan to prioritize CPQ deployment by the end of 2024.

These figures clearly show that moving beyond spreadsheet quoting drives real results in accuracy, deal velocity, and revenue outcomes.

If you’re still quoting in spreadsheets, you’re not alone. But if growth, speed, and accuracy matter, migrating excel to CPQ becomes a strategic move.

This practical guide walks you through how to plan, execute, and optimize your transition successfully.

Why Growing Companies End Up Migrating Excel to CPQ

 Though excel is powerful and familiar, it was never designed to manage:

•  Multi-layered product dependencies
• Complex pricing matrices
• Tiered discount governance
• Real-time system integrations
• Enterprise-scale quoting visibility

Early in a company’s lifecycle, spreadsheets feel efficient. Over time, they become fragile.

Before organizations begin migrating excel to CPQ, what typically observed are:

• Quote cycle times creeping upward
• Pricing discrepancies increasing
• Sales requesting engineering validation on standard deals
• Finance struggling to track discount leakage
• Multiple spreadsheet “versions” circulating simultaneously

The turning point usually comes after a costly quoting error or margin loss incident. That’s when leadership recognizes that Excel is no longer a tool. Rather, it’s a risk.

Step 1: Conduct a Deep Audit Before Migrating Excel to CPQ

The most underestimated phase of Excel to CPQ Migration is discovery.

Before migrating Excel to CPQ, you must fully understand:

• How pricing is structured (and where it’s inconsistent)
• Which configuration rules are documented, and which live in someone’s head
• How approvals actually happen versus how they’re supposed to happen
• Where manual overrides occur

Hidden spreadsheet logic is often the biggest surprise. Nested formulas, exception rules, and conditional pricing frequently exist without documentation.

If you don’t extract this knowledge properly, you risk rebuilding dysfunction inside a new platform.

Step 2: Transform Spreadsheet Logic into Automated Product Configuration

This is the most transformative part of migrating excel to CPQ.

Spreadsheets rely heavily on user judgment. CPQ relies on system-enforced logic.

Through automated product configuration, you:

• Define modular product architectures
• Establish valid and invalid combinations
• Automate dependency enforcement
• Generate accurate BOMs automatically

Automated product configuration reduces engineering involvement in sales deals to a great extent.

Sales teams gain independence.

Engineering regains focus.

Errors decline dramatically.

More importantly, you begin to systematically eliminate spreadsheet errors that stem from manual oversight or outdated templates.

Step 3: Use Migration as a Pricing Governance Reset

One of the greatest advantages of migrating Excel to CPQ is the opportunity to modernize pricing governance.

In spreadsheet environments, pricing inconsistencies accumulate over time:

• Informal discounting practices
• Outdated price lists
• Hidden margin overrides
• Region-specific pricing variations

During Excel to CPQ migration, what is always recommended:

• Centralizing price books
• Standardizing discount thresholds
• Defining margin floors
• Assigning clear pricing ownership

This discipline ensures that CPQ becomes a profitability enabler and not just a quoting accelerator.

Step 4: Formalize Approval Workflows and Margin Controls

Excel-based approvals are often fragmented:

• Email threads
• Verbal approvals
• Informal exceptions

Migrating Excel to CPQ allows you to introduce structured workflow automation:

• Role-based approval routing
• Automatic escalation for low-margin deals
• Real-time visibility into approval bottlenecks
• Audit trails for compliance

In complex sales environments, this level of governance does more than eliminate spreadsheet errors. It protects strategic accounts and long-term margins.

Step 5: Integrate CPQ Into Your Commercial Ecosystem

A successful Excel to CPQ migration doesn’t operate in isolation.

CPQ must connect seamlessly to:

• CRM for opportunity context
• ERP for pricing, inventory, and fulfillment
• PLM for product rule accuracy
• Finance systems for revenue tracking

Organizations often underestimate integration complexity. But when done properly, system alignment removes duplicate data entry and significantly reduces administrative overhead.

The result is end-to-end commercial visibility.

Step 6: Address the Human Dimension of Migrating Excel to CPQ

Technology transitions fail when cultural resistance is ignored.

Sales teams often trust Excel because they built it. It feels customizable and personal.

When migrating Excel to CPQ, success depends on:

• Early stakeholder involvement
• Clear communication of benefits
• Demonstrations of time savings
• Structured training programs
• Gradual retirement of spreadsheet usage

The goal is to replace uncontrolled flexibility with governed agility and adoption determines ROI.

The risks that generally appear are:

1. Over-Replicating Spreadsheet Complexity: Trying to duplicate every exception increases system fragility.
2. Ignoring Data Standardization: Poor SKU hygiene delays automated product configuration buildout.
3. Running Parallel Systems Too Long: Allowing Excel to remain active undermines adoption and prevents teams from fully eliminating spreadsheet errors.
4. Underestimating Change Management: Technical implementation alone is not enough.

 A phased rollout strategy consistently delivers the best results.

What Success Looks Like After Migrating Excel to CPQ

When Excel to CPQ Migration is executed strategically, organizations experience:

• 30–50% faster quote turnaround
• Significant reduction in pricing inconsistencies
• Lower engineering involvement per deal
• Increased margin discipline
• Improved forecasting accuracy

But the deeper impact is structural maturity.

Sales operates within governed flexibility.

Finance gains pricing transparency.

Engineering focuses on innovation instead of validation.

That’s when migrating Excel to CPQ becomes a competitive advantage instead of just an operational upgrade.

Final Perspective

Spreadsheets are tools. CPQ is an infrastructure.

As product portfolios grow and customer demands increase, Excel-based quoting becomes a bottleneck.

Migrating Excel to CPQ allows organizations to:

• Scale complexity
• Protect margins
• Improve compliance
• Accelerate revenue

The longer spreadsheet quoting continues, the harder transformation becomes.

If Excel is running your quoting process, the real question is not about whether to migrate or not. It is about how soon to implement the process.

FAQs

1. How do we know we’re ready for Migrating Excel to CPQ?

If quoting errors are increasing, engineering is overloaded with configuration validation, and pricing governance lacks consistency. It’s time to begin Excel to CPQ Migration planning.

2. How does Automated Product Configuration reduce errors?

It enforces rule-based compatibility, preventing invalid combinations and automatically generating accurate outputs, helping eliminate spreadsheet errors at the source.

3. How long does a typical Excel to CPQ Migration take?

Most mid-sized organizations complete Migrating Excel to CPQ in 3–6 months, depending on complexity and integration scope.

4. Should we migrate all products at once?

A phased approach is typically safer. Many companies begin Excel to CPQ Migration with high-volume product lines before expanding enterprise wide.

5. What is the most critical success factor in Migrating Excel to CPQ?

Executive alignment combined with disciplined data cleanup. Technology enables change, but governance and adoption sustain it.

AI Summary

• Spreadsheet quoting becomes fragile as product complexity and pricing layers increase, creating operational and margin risk.
• Migrating Excel to CPQ strengthens automated configuration, pricing governance, approvals, and system integration.
• Structured migration reduces errors, rework, and turnaround time while improving margin visibility.
• CPQ infrastructure supports governed flexibility and enterprise-wide commercial alignment.

Ideas, designs, source code, documents, and strategies are worth more than the physical assets within a company. Intellectual property is the backbone of innovation. But many organizations treat it as an afterthought until something goes wrong. The damage gets done by the time a file leaks or a former employee launches a competing product. Maintaining ownership of intellectual property requires legal protection and smart processes. Let’s understand how Organizations can protect their ideas while still giving teams the freedom to innovate.

Start with ownership agreements

Every organization should define ownership from the beginning. Employment contracts and partnership documents must state that all work created during employment belongs to the organization. This includes designs, written materials, code, inventions, and research. Ownership disputes become messy without these agreements. Courts examine contract language to determine who owns the work. Clarity removes ambiguity. It also protects the company and the people creating the work. It also helps to review agreements regularly. Updating contracts ensures your protection keeps pace with how your team works.

Document your intellectual property

Many companies create valuable intellectual property but fail to document it. Patents and copyrights establish proof of ownership in legal terms. They also give organizations leverage when disputes arise. A simple habit can make a difference. Keep records of product development, design iterations, research notes, and creative drafts. Documentation with time stamps builds a timeline that shows who created the idea and when. Organizations that maintain documentation rarely struggle to prove ownership. The evidence already exists.

Control access to data

Not everyone needs access to everything. One way to safeguard intellectual property is to limit access to the data. Access control helps achieve this goal. Engineers see code repositories. Marketing teams access campaign materials. Finance departments handle financial data. Organizations reduce the risk of leaks. They also prevent misuse when teams only access what they need. This approach also simplifies investigations if something goes wrong. Fewer access points make it easier to trace where information traveled.

Protect data in remote and hybrid workplaces

Remote work expanded opportunities for companies. It has also created risks. Employees now work from home networks and shared environments. Data protection becomes harder to enforce in such environments. Organizations should invest in encrypted storage and authentication policies. Multi-factor authentication alone can block many unauthorized access attempts. Companies with remote employees also benefit from visibility into how work happens. Some businesses use activity tracking technologies to monitor behavior that could signal a security issue. These systems help detect risks early without interfering with daily workflows.

Oversight for distributed teams

Leadership loses visibility into how projects move forward when teams operate across cities. This gap creates opportunities for intellectual property to slip through the cracks. Managers should establish documentation practices and project management systems. These tools give leaders reliable oversight for distributed teams while keeping everyone aligned on responsibilities. Regular check-ins also help. Teams reduce the likelihood of miscommunication or unauthorized information sharing by communicating frequently about progress.

Bottom line

Innovation thrives when organizations protect the ideas that power their success. Companies that treat intellectual property as an asset do not scramble to recover lost ideas. They build systems that protect creativity while allowing their teams to focus on what matters. Creating the next breakthrough.

You may be required to convert an OST file to PST when migrating from one email account to another, recovering data from an orphaned/inaccessible OST file, and for other reasons. There is a built-in feature – Import Export Wizard – in Outlook that can help you to convert OST file to PST. But if you want to convert the OST file without Outlook, then you have to take the help of a specialized OST to PST converter tool. Read this article to know how to convert OST to PST without Outlook.

Understanding OST and PST Files

OST – Offline Storage Table – file is a cached copy of your mailbox data, which is created when Outlook is setup with Exchange, Office 365, or IMAP account. This file allows you to work even when you are not connected to the network/server. However, this file is tied to a specific Outlook profile, therefore, you cannot open and access it another account directly.

On the other hand, PST – Portable Storage Table – file is created when you configure your email account with POP3. It is mainly used for archiving or importing/exporting your mailbox data. PSTs are commonly used for migration, backup, or transferring items between profiles and systems.

Method to Convert the OST File to PST without Outlook

You can convert your OST file to PST by using the Import/Export wizard – Outlook’s built-in utility. But this is only helpful when your Outlook profile is accessible. However, if your Outlook is not accessible or the OST file is orphaned, then the only way to convert it to PST is by using a reliable third-party online OST to PST converter tool. One such tool you can rely upon is the online OST to PST converter tool by Stellar. This is a web-based tool that is designed to convert an orphaned and inaccessible OST file to PST. Some more features include:

• It has a very user-friendly interface.
• It maintains data integrity and folder structure after conversion.
• You can preview your mailbox data in HTML format before saving it as a PST file.
• No Exchange Server connection required.
• Real-time progress tracking.
• No technical expertise required.  
• It ensures a fast and secure conversion process.

Let’s see how to convert an OST file to PST by using the online OST to PST converter by Stellar:

• Launch any web browser.
• Now, sign up to the Online OST to PST converter by Stellar.
• Click on Upload OST File.
• Choose the OST file.

• Browse your system, find the required OST file, and select it.
• Click Open. The file will start uploading.

• When the file is uploaded successfully, click Start Conversion.
• The tool will now scan and convert the OST file. You can track the progress on your screen.
• After the conversion process is complete, you will see two options: Preview and Save PST File. Click on Save PST File.

With this online OST converter, you can convert up to 500 MB OST file to PST absolutely free. However, if your OST file is large, then you can upgrade to its premium version. This version allows you to convert up to 5GB of OST files.

But if you require more control over the conversion environment, then you should go for the desktop version – Stellar Converter for OST. This version is ideal for converting OST files without any size limit. It also offers options to save the file items in MSG, EML, RTF, HTML, or PDF file format. 

Conclusion

You cannot open and access an orphaned or inaccessible OST file. To access this file, you must convert it into PST format. For this, you can go for the online OST to PST converter tool by Stellar mentioned in this article. This is a web-based tool that is designed to convert your OST file to PST online. This tool can convert up to 500 MB of OST file for free. If your OST file is large, then you can upgrade to its premium version or the desktop version.