Once a Pump.fun token graduates, it leaves the bonding curve for a regular pool, which GMGN labels “pump_amm”. Paste the contract into Banana Gun, check liquidity, buy small and set the exit first. Spidey Show fell from a $1.24M peak to $3.3K in about a day (GMGN, 20 Oct 2026).
If you searched pump fun, the next question is what happens to a token after the curve ends. The answer is a different market, with a pool that can be thin and an exit that only works if you set it before the price turns.
A Telegram trading bot leaves that market as it is and makes your entry size and your exit deliberate.
What happens when a Pump.fun token graduates?
A new token starts on a bonding curve. The contract always buys and sells, and early buyers get lower prices by design. Most curve tokens never graduate, per Banana Gun’s blog on how a bonding curve launch works (20 Aug 2026).
A token that does graduate moves into a regular DEX pool. GMGN’s data on 20 Oct 2026 shows the graduated ones trading in “pump_amm”, Pump.fun’s own AMM.
On the curve, the contract is your counterparty. After graduation you trade against a pool, and its liquidity is whatever sits in it. Graduation changes the venue and says nothing about whether to buy.
Which graduated tokens traded most in the last 24 hours?
GMGN’s Solana trending list on 20 Oct 2026, around 21:20 UTC, sorted by 24h volume, shows Pump.fun as the launchpad for 15 of the top 20. Seven graduated ones are below, each with its pool labelled “pump_amm” and the pool age GMGN reports.
They are what traded, not picks.
Pokémon D42TjMjz5H7toPu5md5KBXreZkCSdZMEfLQwmBhJXvb1: market cap $1.39M, peak $4.36M, up about 10,478%, pool open about 47 hours
Dacity Coin nxPqZ4F7ux8Vph5NFu25rEP6Kx9Gr1U6Fmj36Rjpump: $9.09M, peak $11.07M, up 41.8%, about 226 hours
the collectooor ESnW5ZbLmoEAg2QEMxnMsY9R3aS8Kw58HJacYURmpump: $161K, peak $1.14M, up 167%, about 26 hours
For Our Futures (Onion) 7gPmhsksQ5vwtgE7vCn121qHyZjep4R5J7NNDygaHTho: $83.8K, peak $554K, up 1,013%, about 31 hours
Universal High Income (UHI) FGkCj28xhabWTYg9QyzACvs4NsN6LUyesP6EwiHepump: $119K, peak $1.77M, down 79.8%, about 45 hours
Spidey Show 6gAHVhDcHkh2L4j7ZMAbhreRVNnjnH5igAZvACAjpump: $3.3K, peak $1.24M, down 99.0%, about 24 hours
Claudia 2j5SaS7xy776qCBpyPQbZjyQSAtKiFgrwjfErthnW2ZM: $4.76M, peak $11.9M, down 11.7%, about 332 hours
Why do so many graduates fall so fast?
Look at the peak column. Pokémon sits 68% below its own peak even after a 10,000% day. Claudia is at less than half of hers.
Thin liquidity does the rest. Spidey Show traded $3.30M in 24 hours and ended with $2,093 of liquidity and a $3.3K market cap, 99.7% below its peak (GMGN, 20 Oct 2026).
A token can trade many times its market cap in a day. The last holders then find nobody on the other side.
Smart-money interest does not protect you either. GMGN counted 167 smart wallets holding UHI, and it still dropped 79.8% in 24 hours.
A take profit has the same weakness. If the price never reaches your trigger, the order never sells, and a token that peaks just under it hands you the whole fall.
How do you buy a graduated token on a Telegram trading bot?
Open the Telegram trading bot, go to “Wallet Setup”, and tap “Create Wallet” or “Import Wallet”. The private key is shown once, so save it. Send at least 0.1 SOL to the address under /wallets.
Paste the contract, or a pump.fun, Birdeye or DexScreener link, into the chat. The buy menu lists Token, DEX, Market Cap, Liquidity in SOL, Price and Tax.
Read Liquidity before anything else. A market cap means little if the pool holds almost no SOL.
To find candidates without GMGN, the public Trending page on Banana Gun Pro (beta, no login) filters by max token age, minimum market cap, minimum liquidity and minimum volume.
Tap a small preset “Buy” and wait for “Buy Success”. The position shows under /positions.
If a buy fails, Banana Gun’s docs say to raise the buy gas, raise the MEV tip, or raise slippage on volatile tokens. “Insufficient Funds” means keep at least 0.05 SOL spare.
How do you set the exit before it dumps?
Paste the contract again and tap “Setup Sell Limit Order”. Set “Tokens” to the share you want to sell, “Active” to how long the order lives, and choose “Take Profit”, triggered on “Market Cap” or “Token Price”.
A +300% take profit is 4x. On a 0.5 SOL buy with “Tokens” at 80%, that is about 1.6 SOL back before fees and slippage, with about 0.4 SOL still in the token at that moment.
The 4x is a setting you choose, not an expected result.
Each sell limit order is either Take Profit or Stop Loss. “Trailing Stop Loss” raises its trigger as price makes new highs.
If you copy a wallet that trades graduates, “Copy Sells” mirrors its exits. The copy still lands after the wallet’s trade, so you get a worse price on a fast move.
This post will show you 5 adoption strategies for Zero Trust.
Zero Trust is an important part of every organization’s security strategy in today’s cyber climate. Let’s first see why Zero Trust has such an essential place in cybersecurity practices.
Zero Trust assumes that there has been a breach and validates each request as though it came from an uncontrolled network. This is why the slogan of Zero Trust is “never trust, always verify.” That implies you should never trust anybody or anything, whether inside or outside the firewall, on the endpoint, server, or in the cloud.
Although each company’s path to Zero Trust is unique, Zero Trust adoption can be divided into five stages.
5 Adoption Strategies For Zero Trust
Strategy #1 – Don’t give anonymous access to anything
As the first strategy, companies should begin constructing the context from the initial point of contact. Define identity and access management including roles and role membership, private application discovery, and a list of allowed SaaS apps and website categories.
It’s important to reduce lateral movement chances and protect apps from being fingerprinted, port scanned or probed for vulnerabilities. Organizations should also require multi-factor authentication (MFA) and single sign-on (SSO).
Access control is no longer merely about delivering a code to your phone or email. Attackers, like the rest of the digital world, are developing, and we must develop too. While traditional password-based authentication is still in use, security methods must be enhanced to mitigate the inherent risk, and we must stay diligent in our approach even then.
Controls based on Zero Trust must adapt to the risk environment. Even though a user has supplied the correct credentials, a stricter verification should be required before access is granted if the request comes in from a potentially dangerous place.
According to Toolbox, requiring the same process for point-in-time authentication to access resources is no longer acceptable, regardless of the subject’s risk profile. This is why adaptive control is so important.
Adaptive authentication assesses a subject’s risk profile based on a variety of factors. Each person’s risk profile varies depending on their role, location, resources they want to access, and behavior.
Adaptive control involves actively responding to incidents by shutting off sessions, adding more monitoring, or flagging for forensic follow-up, in addition to informing of harmful behavior in real-time.
Strategy #3 – Understand why on-demand isolation is important
During high-risk situations, on-demand isolation immediately kicks in. It pre-authenticates, pre-authorizes, and encrypts every connection between endpoints to decrease the attack surface further. However, it does not affect an endpoint’s usual activities until it is activated.
For SaaS applications that act badly when URLs are rewritten, this strategy requires enterprises to automatically insert remote browser isolation for access to dangerous websites or from unmanaged devices. Organizations should additionally monitor real-time threat and user dashboards for command-and-control efforts and anomaly detection.
One of the key objectives of security and compliance teams is to protect data. Companies must regularly monitor sensitive data to discover policy breaches and unsafe user activity. They can then take necessary action—such as cancelling access, barring users, and fine-tuning protection measures by leveraging DSPM for threat monitoring to identify risks and maintain strong data security posture across all systems.
The most crucial capabilities for establishing Zero Trust are monitoring and logging. Companies can identify the difference between a regular login and a hacked user account if monitoring and data security analytics are in place. If a ransomware assault is underway or a hostile insider attempts to transfer files to their cloud storage, they’ll be alerted.
Strategy #5 – Take advantage of security automation and orchestration
Many cybersecurity teams still rely on manual methods to intervene when security concerns arise. However, manual security activities slow down the reaction time to cyberattacks. As a result, attackers have more time to steal data and cause harm. Automated security activities are an important part of a Zero Trust network implementation.
Orchestration is automation taken to the next level. It integrates the Zero Trust ecosystem and streamlines operations. This decreases risk while also making Zero Trust more manageable. It would be difficult to do this manually.
Security automation and orchestration automatically neutralize real threats as they arise. This also increases your IT security team’s efficiency by allowing them to concentrate on strategic projects rather than ineffective manual reaction intervention.
Zero Trust assumes constant breach and verifies every access attempt. It eliminates implicit trust and grants access only after rigorous authentication, authorization, and continuous monitoring.
What are the 5 pillars of Zero Trust?
Identity: Strong authentication (MFA) verifies user identities.
Devices: Device security measures ensure only authorized devices access the network.
Network: Network segmentation limits access based on user and device.
Applications and Workloads: Applications and workloads are secured with access controls.
Data: Data security practices like encryption safeguard sensitive information.
What are the top three factors driving Zero Trust adoption?
Increased cyberattacks: Zero Trust helps mitigate breaches by limiting access.
Cloud adoption: Zero Trust secures access to cloud-based resources.
Remote workforces: Zero Trust verifies access regardless of location.
How do you create a Zero Trust strategy?
Assess Current Security: Evaluate your existing security posture and identify gaps.
Define Goals and Requirements: Determine your Zero Trust objectives and resource needs.
Develop a Phased Approach: Implement Zero Trust in stages, prioritizing critical areas.
Invest in Training and Education: Educate employees on Zero Trust principles and protocols.
How do you build a successful Zero Trust strategy?
Building a successful strategy requires a holistic approach. Consider these factors:
People: Invest in employee training and awareness programs.
Processes: Develop clear policies and procedures for access control.
Technology: Utilize security tools that support Zero Trust principles.
Continuous Monitoring: Monitor activity for suspicious behavior.
Remember, Zero Trust is an ongoing journey, not a destination. Regularly review and adapt your strategy to stay ahead of evolving threats.
Conclusion – Save the headache while implementing Zero Trust
Developing a holistic approach to handle Zero Trust is crucial for an organization’s security. Typically, this layered strategy focuses on specific areas based on your company’s environment.
This may be a complicated procedure to manage. You can use a cybersecurity vendor’s skills and experience to save your company time and money while lowering risks.
In this post, I will show you how to stay secure online while travelling.
You land late, tired and in need of a map and a ride. The airport Wi-Fi is right there, and it’s tempting. This guide covers two common risks, public Wi-Fi and SIM swapping, and explains where an eSIM fits in.
The Problem With Public Wi-Fi
Airport, hotel and café networks are convenient, but you rarely know who runs them.
Rogue hotspots
An attacker can set up a network with a believable name, such as a hotel’s, and wait for devices to join. This is often called an “evil twin” network. Once you’re connected, they may be able to observe or tamper with traffic that isn’t properly protected.
Unprotected connections
Most major sites and apps now use HTTPS, which encrypts data between you and the site, so the risk is lower than it once was. But not everything is covered, and a hostile network can still steer you towards fake login pages.
What to do instead
Use mobile data rather than open Wi-Fi whenever you can. It’s generally the safer default.
If you must use public Wi-Fi, avoid banking on it and use a reputable VPN, which encrypts traffic between your device and the VPN provider.
Turn off automatic joining of open networks, and keep your operating system and apps updated.
What Is a SIM Swap?
A SIM swap happens when a criminal persuades a mobile provider to move your number to a SIM they control, often by impersonating you with details gathered from data leaks or phishing. They can then receive your calls and texts, including SMS verification codes, and may use them to try to reset your passwords.
Agencies such as the FBI and the US Federal Trade Commission have published warnings and guidance about it.
A sudden, unexplained loss of signal on your home line can be a warning sign, as can unexpected SIM-change messages or login alerts. Coverage gaps are far more common, but if it persists, contact your provider.
How to protect your number
Ask your provider to add an account PIN and, if offered, number-transfer (port-out) protection before you leave. Save a contact number that works from abroad.
Use an authenticator app or passkeys instead of SMS codes wherever a service supports them.
Keep your home line active and reachable while you travel. Banks usually send codes only to the number registered with them.
Where an eSIM Helps
An eSIM is a SIM built into your phone. Instead of a plastic card, you add a plan by scanning a QR code or opening a link. Your phone must support eSIM and not be locked to one network. For travellers, the benefits are practical:
Set it up before you leave. Install it at home on a network you trust, so you don’t need a kiosk or unknown airport Wi-Fi when you land.
No plastic card to lose. There’s no SIM to change at a counter, and nothing to pull out of a stolen phone and slot into another.
Your home line stays put. With dual SIM, your home line can stay active for calls and bank codes while the travel eSIM handles data. Consider switching mobile data off on the home SIM.
One caveat: an eSIM doesn’t protect your home number from a SIM swap; an account PIN and number-transfer protection help reduce that risk. It also doesn’t encrypt your traffic or replace a VPN. It does give you a ready mobile data connection, so you can skip open Wi-Fi.
Simbye is one provider of travel eSIMs, covering 190+ countries. You buy a plan online and install it with a QR code or link before departure, and on most plans the validity starts when you first connect at your destination.
Whichever provider you choose, compare coverage, data limits and when validity starts. Treat the QR code like a password: don’t share it, and buy only from a provider’s official site or app.
Keeping Verification Codes Off Your Main Number
Many travel app sign-ups ask for a phone number. Every service that stores your main number is one more place it could leak in a data breach, and leaked personal details can help criminals impersonate you. A second number for low-value sign-ups keeps your main one in fewer databases.
For accounts that matter, such as email and banking, stay with an authenticator app or passkeys. Don’t attach those, or anything you need long term, to a temporary number: it’s yours only for the period you choose, and once it lapses it can be reassigned.
Simbye offers a separate mobile number from the US, the UK or Australia, for 30 days, 6 months or 12 months. Texts and verification codes arrive in the Simbye app. US numbers receive texts only, while UK and Australian numbers can also receive calls with the calls option.
Each service decides which numbers it accepts, so check first, and keep your home SIM reachable for banking.
Quick Travel Security Checklist
Before you go
Update your phone and apps.
Set an account PIN and number-transfer protection with your provider.
Move key accounts to an authenticator app or passkeys.
Install your travel eSIM at home, on a phone that supports eSIM and isn’t network-locked.
While travelling
Prefer mobile data to open Wi-Fi; use a trusted VPN when you can’t.
Switch off automatic joining of open networks.
Keep your home line reachable for bank messages.
The Bottom Line
Public Wi-Fi and SIM swaps are different risks. A PIN with your provider, authenticator apps and a trusted VPN do the heavy lifting; an eSIM is a convenient extra, not a substitute for those habits.
In this post, you will learn how to set up your tourist eSIM in minutes.
Staying connected while traveling internationally has become as essential as booking your flights and accommodation. Whether you’re navigating unfamiliar streets using maps, sharing your adventures on social media, or keeping in touch with loved ones back home, reliable internet access can make or break your travel experience. Yet, traditional approaches to mobile connectivity often leave travelers frustrated and out of pocket.
Many travelers arriving in Singapore face common connectivity challenges: excessive roaming charges that can easily reach hundreds of dollars, the hassle of hunting down local SIM card vendors at crowded airports, and uncertainty about whether their device will work with foreign networks. These problems can turn the exciting first hours of your trip into a stressful ordeal.
Fortunately, eSIM technology is revolutionizing how we stay connected abroad. This digital solution eliminates the need for physical SIM cards, allowing travelers to activate mobile plans instantly and switch between networks seamlessly. For those visiting Singapore, setting up a tourist eSIM takes just minutes and ensures you’re connected from the moment you land. In this comprehensive guide, we’ll walk you through everything you need to know about using eSIM technology for your Singapore adventure, from understanding how it works to activating your plan in three simple steps.
What is an eSIM and How Does it Work?
An eSIM, or embedded SIM, is a digital SIM card built directly into your device’s hardware. Unlike traditional SIM cards, which require inserting a physical chip into your phone, an eSIM is programmable and can be activated remotely. This means you can download a mobile plan over the internet without ever handling a tiny plastic card.
The technology works by storing multiple carrier profiles on a single chip embedded in your device. When you purchase an eSIM plan, you receive a QR code or activation code from your provider. Scanning this code downloads the carrier profile to your device, allowing you to connect to the network immediately. The entire process is software-based, making it incredibly convenient for travelers who need connectivity on demand.
eSIM technology simplifies travel by eliminating several common pain points. You no longer need to worry about finding a SIM card vendor upon arrival, waiting in long queues at airport kiosks, or carrying multiple SIM cards for different countries. Instead, you can purchase and activate your Singapore travel eSIM before your trip even begins, ensuring you have connectivity the moment your plane touches down.
Modern smartphones, tablets, and even smartwatches increasingly support eSIM technology. Devices like the iPhone XS and newer models, Samsung Galaxy S20 and beyond, and Google Pixel 3 and later all come equipped with eSIM capability, making this technology accessible to millions of travelers worldwide.
Why Choose an eSIM for Your Singapore Trip?
Selecting an eSIM for your Singapore adventure offers numerous advantages over traditional connectivity options. The convenience factor alone makes it an attractive choice for modern travelers. With an eSIM, you can activate your mobile plan before departure, meaning you’ll have immediate internet access upon landing. This eliminates the need to search for SIM card vendors at Changi Airport or navigate language barriers when purchasing local SIM cards.
Cost-effectiveness is another compelling reason to choose eSIM technology. Traditional international roaming charges from your home carrier can be exorbitant, often costing several dollars per megabyte of data. In contrast, asingapore tourist esim typically offers affordable data packages specifically designed for short-term visitors. These plans are transparent, with no hidden fees or surprise charges on your mobile bill when you return home.
The flexibility of eSIM plans means you can choose exactly what you need. Whether you’re visiting for a weekend getaway or an extended business trip, you’ll find data packages tailored to various usage levels. Many eSIM providers offer plans ranging from 1GB for light users to unlimited data for those who need constant connectivity.
Device compatibility is another significant advantage. eSIM technology works seamlessly across multiple devices, including smartphones, tablets, and smartwatches. If you’re traveling with several gadgets, you can set up eSIM profiles on each one without needing separate physical SIM cards. This unified approach to connectivity simplifies your travel tech setup considerably.
How to Set Up Your Singapore Tourist eSIM in 3 Easy Steps
Setting up your eSIM for Singapore is remarkably straightforward. The entire process can be completed in minutes, even if you’re not particularly tech-savvy.
Step 1: Choose Your eSIM Provider
Start by selecting a reputable eSIM provider like Simify that offers coverage in Singapore. Research different providers to compare their data plans, pricing, and customer reviews. Look for companies that offer 24/7 customer support, transparent pricing, and easy installation processes. Consider factors like data allowances, plan validity periods, and whether the plan includes voice calls and SMS capabilities in addition to data.
When comparing providers, pay attention to network partnerships. The best eSIM services connect to multiple local carriers in Singapore, ensuring you get optimal coverage throughout the city-state. Check whether the provider offers instant delivery of activation codes via email, as this allows you to set up your eSIM before departure.
Step 2: Install the eSIM Profile on Your Device
Once you’ve purchased your plan, you’ll receive a QR code or manual activation code via email. Installing the eSIM profile varies slightly depending on your device, but the process is generally simple.
For iPhone users, navigate to Settings > Cellular > Add Cellular Plan, then scan the QR code provided by your eSIM service. Your iPhone will automatically download and install the carrier profile. You can label this plan as “Singapore Travel” to distinguish it from your primary SIM.
Android users should go to Settings > Network & Internet > Mobile Network > Advanced > Carrier, then tap “Add Carrier” and scan the QR code. Some Android devices may have slightly different menu structures, but the process follows similar steps.
If you encounter issues scanning the QR code, most providers offer manual entry options where you can input the activation details directly. Keep your activation email accessible during installation in case you need to reference specific settings.
Step 3: Activate the eSIM and Enjoy Instant Connectivity
After installing the eSIM profile, you’ll need to activate it when you’re ready to use it. Many travelers install their eSIM before departure but wait to activate it until they arrive in Singapore to maximize their plan’s validity period.
To activate, simply enable the eSIM line in your device settings and switch on data roaming specifically for that line. Within seconds, your device should connect to a local Singapore network. You’ll see the carrier name appear in your status bar, confirming successful activation.
Once activated, you can immediately use mobile data for navigation, communication, and browsing. Your eSIM works just like a traditional SIM card, providing access to 4G or 5G networks depending on your plan and device capabilities.
Overcoming Connectivity Challenges While Traveling in Singapore
Even in a technologically advanced city like Singapore, travelers occasionally face connectivity issues. Understanding these challenges and how eSIM technology addresses them can help you stay connected throughout your trip.
Issue 1: Connectivity in Different Areas
While Singapore’s mobile network coverage is excellent in urban areas, some travelers worry about connectivity when visiting attractions like nature reserves or coastal areas. Quality eSIM services address this concern by automatically connecting to multiple local carriers, ensuring you maintain signal strength wherever you go. If one network experiences weak coverage in a specific area, your eSIM can seamlessly switch to a stronger alternative network.
Issue 2: Expensive Roaming Charges
One of the most significant pain points for international travelers is the shock of receiving their mobile bill after a trip abroad. Traditional roaming charges can easily reach hundreds of dollars for just a few days of modest data usage. eSIM plans eliminate this concern by offering predictable, prepaid pricing. You know exactly what you’re paying upfront, with no possibility of unexpected charges. For example, a week-long eSIM data plan in Singapore might cost $15-30, compared to hundreds of dollars in roaming fees from your home carrier.
Issue 3: Finding Compatible SIM Cards
Travelers using older phones or devices from certain carriers sometimes struggle to find compatible SIM cards when traveling internationally. Different countries use various frequencies and technologies, and not all devices support every network standard. eSIM technology simplifies this issue by working with most modern devices and automatically configuring network settings for optimal compatibility. The software-based nature of eSIMs means they can adapt to local network requirements without physical hardware changes.
The Benefits of Using eSIM Over Traditional SIM Cards for International Travel
The advantages of eSIM technology extend beyond simple convenience, offering practical benefits that enhance your entire travel experience.
No Need for Physical SIM Cards
Managing physical SIM cards while traveling can be surprisingly problematic. The tiny cards are easy to lose, and swapping them requires careful handling to avoid damaging your device’s SIM tray. If you travel frequently, you might accumulate a collection of SIM cards from different countries, creating confusion about which card to use for which destination. Additionally, removing your home SIM card means you might miss important calls or messages while abroad. With eSIM technology, you can maintain your primary number while using a secondary eSIM for data, ensuring you never lose connectivity to your home network.
Quick and Easy Activation
Traditional SIM card purchases often involve visiting a mobile phone store, providing identification documents, waiting for activation, and manually configuring network settings. This process can consume precious time during your first hours in a new destination. eSIM activation, by contrast, takes mere minutes and can be completed from anywhere with an internet connection. This speed and simplicity mean you can focus on enjoying your trip rather than sorting out connectivity logistics.
Flexibility for Multi-Country Travel
If your Singapore visit is part of a larger Asian itinerary, eSIM technology offers unmatched flexibility. Many eSIM providers offer regional plans that cover multiple countries, allowing you to travel from Singapore to Malaysia, Thailand, or other nearby destinations without purchasing new SIM cards at each border. This seamless connectivity across countries is particularly valuable for cruise passengers or travelers on multi-city tours. Some travelers also use anesim for uk and europe when continuing their journey to Western destinations, demonstrating the global versatility of this technology.
Expert Insights on Travel Tech: Why eSIM is the Future of Connectivity
The travel technology landscape is evolving rapidly, and eSIM adoption represents a significant shift in how we approach mobile connectivity. Industry experts predict that eSIM technology will become the standard for international travel within the next few years, eventually replacing physical SIM cards entirely.
From a technical perspective, eSIM technology offers advantages beyond convenience. The environmental impact of producing, shipping, and disposing of millions of plastic SIM cards annually is considerable. By eliminating physical cards, eSIM technology contributes to more sustainable travel practices. Additionally, the security benefits of eSIM technology are significant, as digital profiles are harder to steal or clone compared to physical SIM cards.
For digital nomads and remote workers, eSIM technology has become an essential tool. The ability to maintain connectivity across multiple countries without managing numerous physical SIM cards simplifies the logistical challenges of location-independent work. Business travelers benefit from the professional image maintained by keeping their primary phone number active while using eSIM data plans for cost-effective connectivity abroad.
The global telecommunications industry is increasingly supporting eSIM technology, with major carriers worldwide now offering eSIM plans. This widespread adoption ensures that the technology will continue to improve, with more competitive pricing, better coverage, and enhanced features becoming available to travelers.
Most smartphones released after 2018 support eSIM technology. To check your iPhone, go to Settings > General > About and look for a “Digital SIM” or “Available SIM” entry. Android users can check their device specifications online or contact their manufacturer. Generally, iPhone XS and newer, Samsung Galaxy S20 and newer, and Google Pixel 3 and newer all support eSIM.
Can I use my eSIM for calls and texts in Singapore?
This depends on your specific eSIM plan. Most tourist eSIM plans focus primarily on data connectivity, though some include local calling and SMS capabilities. Check your plan details before purchase if voice services are important to you. Alternatively, you can use internet-based calling apps like WhatsApp or Skype for voice communication while using your eSIM for data.
What happens if I lose my eSIM?
Since eSIM profiles are digital, you cannot physically lose them like traditional SIM cards. If you experience issues with your eSIM, contact your provider’s customer support. They can typically reissue your eSIM profile or help troubleshoot activation problems. Most reputable providers offer 24/7 support to assist travelers with any connectivity issues.
Conclusion
Modern travel demands modern solutions, and eSIM technology represents a significant leap forward in addressing travelers’ connectivity needs. For visitors to Singapore, the benefits are clear: instant activation, cost-effective pricing, and hassle-free setup that takes just minutes. By eliminating the frustrations associated with traditional SIM cards—from expensive roaming charges to hunting for SIM vendors at airports—eSIM technology allows you to focus on what matters most: enjoying your Singapore adventure.
Whether you’re visiting for business or pleasure, setting up your tourist eSIM before departure ensures you’ll have reliable connectivity from the moment you arrive. With Singapore’s excellent mobile infrastructure and the convenience of eSIM technology, staying connected has never been easier.
Ready to simplify your Singapore travel experience? Consider setting up your eSIM before your next trip and discover the freedom of instant, affordable connectivity. With just a few taps on your smartphone, you’ll be ready to navigate Singapore’s vibrant streets, share your experiences in real-time, and stay connected with ease throughout your entire journey.
In this post, I will show you the top digital product design agencies in 2027.
Digital product design has narrowed from a broad term to a specific discipline. It means research-driven interface design for software products — not campaigns, not brand identity, not marketing sites. The agencies on this list do that work at a high level and have the process to show for it.
1. Linkup ST
Website: linkupst.com
Location: Lviv, Ukraine / Wrocław, Poland / New York, Wilmington, USA
Founded: 2015
Linkup ST’s digital product design practice covers the full scope: user research, UX audit, interface design, and implementation review — without splitting them across separate vendors or leaving gaps between research findings and design decisions.
The work focuses on B2B software where digital product design problems are more complex than in consumer apps: multiple user roles with competing goals, procurement-driven adoption where nobody chose the product, admin interfaces that have to work for non-technical users, dashboards that have to be readable under time pressure. Standard digital product design methods underperform in this context. Linkup ST’s Emotional-Functional Framework was built for it.
Their product design service record spans fintech, SaaS, enterprise logistics, and HR platforms — the categories where adoption is the design KPI, not aesthetics. For product design specifically in the B2B context, the combination of research depth and implementation participation produces outcomes that agencies doing design-only work can’t match.
Red Dot, A’ Design, Webby, Apple recognition. 200+ projects. 98% client retention. 4.9/5 on Clutch.
2. Work & Co
Website: work.co
Location: Brooklyn, NY
Founded: 2013
Product design and engineering in one studio. Work & Co’s model eliminates the handoff between design and build — the gap where most product design value gets lost. The studio built the Delta app, the Apple TV interface, and products for Google. For companies that want the design and engineering to be the same conversation, not sequential handoffs, the model is the product.
3. Clay
Website: clay.global
Location: San Francisco / New York
Founded: 2009
Brand and digital product design for technology companies. Clay has designed products for Slack, Mailchimp, Facebook, and Coinbase — work that sits at the intersection of brand identity and product UX. Strong in onboarding, activation, and the early user experience moments where the product first proves its value. Relevant for companies where the product is also a marketing asset.
4. Ueno
Website: ueno.co
Location: New York / San Francisco / Reykjavik
Founded: 2014
Digital product design for technology companies at scale. Ueno’s clients include Twitter, Airbnb, and Google — products where design decisions affect millions of users and any mistake is immediately visible. The studio brings visual rigor alongside UX depth, which matters for products that are also brand expressions.
5. Ramotion
Website: ramotion.com
Location: San Francisco / Global
Founded: 2009
Digital product design for software companies. Ramotion’s portfolio covers SaaS dashboards, enterprise applications, developer tools, and iOS/macOS products. Strong UI craft alongside UX methodology — the combination that produces interfaces that are both usable and visually credible. Relevant for technical products where the user expects a high-quality interface.
6. UX Studio
Website: uxstudioteam.com
Location: Budapest, Hungary
Founded: 2013
Research-led digital product design. UX Studio’s practice runs research and design in the same team — discovery, usability testing, interface design — without the handoff gaps that separate these disciplines in most agencies. European rates with US-quality output. Strong for SaaS products where the design problem starts with research and ends with shipped interfaces, not just specs.
7. Handsome
Website: handsome.is
Location: Austin, TX
Founded: 2011
UX strategy and digital product design for enterprise and mid-market software. Handsome’s work focuses on the research-to-design connection — discovery that produces actionable direction, not just user quotes. Strong in healthcare, financial services, and enterprise software categories where the UX problem and the business problem are the same problem.
How to Choose
Digital product design quality is hard to evaluate from portfolios because a beautiful screenshot says nothing about whether the product works. Ask for outcome data: what changed in adoption, task completion, or support volume after the redesign? Agencies that have this data are doing real UX work. Agencies that redirect to visuals are doing visual design and calling it UX.
The scope question matters more than the firm’s name. Some agencies do strong discovery work but weak delivery. Others produce polished interfaces without the research to validate them. Some hand over files and disappear; others participate in implementation. Match the scope to what your product actually needs at this stage — and be specific about what “design” means in your engagement.
For digital product design that starts with research and stays through implementation — not just a design handoff — Linkup ST’s full-cycle model closes the gap between what gets designed and what ships.
Are you thinking about the best freelancing job websites for cyber security there? The demand for cyber security freelancing jobs has undoubtedly increased in recent times; here, sit back as we walk you through the best freelancing job websites for 2026.
As a cybersecurity expert, you can find freelance jobs on specialized job websites like Fiverr, Envato Studio, Upwork, etc.
Although these freelancing websites seem quite similar in many ways, they have their clean-cut differences regarding available jobs, membership structure, OB quality, pricing, and percentage commission, and accessibility.
Below is a well-compiled list of the five best freelancing job websites for cyber security professionals:
Best Freelancing Job Websites For Cyber Security Professionals
Fiverr remains one of the most popular freelance marketplaces for professionals in cybersecurity, graphic design, software development, writing, voice-over, and more.
With over 200 job categories and trusted clients such as Google, Facebook, and Netflix, Fiverr offers global exposure and steady demand for skilled freelancers.
Recruiters often use the Fiverr Business Plan to connect entire teams with vetted experts for specialized projects.
Joining Fiverr is completely free — there are no subscription or advertising fees. However, Fiverr takes a 20% commission from each completed project.
✅ Summary: Fiverr is an excellent freelancing platform that offers free membership, easy onboarding, and 24/7 customer support, making it ideal for both beginners and experienced cybersecurity experts.
Fiverr
The best way to connect with freelancers with proven track records.
The best way to connect with freelancers with proven track records. Show Less
For cybersecurity freelancers, Envato Studio offers another strong opportunity to showcase and monetize your skills.
While it’s most popular for WordPress customization, software development, and graphic design, there’s an increasing demand for cybersecurity consulting, web vulnerability assessment, and malware protection services.
Envato Studio offers both free and paid packages. Paid members gain enhanced visibility, access to high-priority clients, and bidding guidance.
Payments are flexible, with support for PayPal, bank transfers, and Venmo.
✅ Summary: Envato Studio handpicks freelancers based on expertise and offers built-in project management tools and secure communication channels that make collaboration smooth and efficient.
Upwork is one of the largest global freelancing platforms, connecting cybersecurity professionals with employers worldwide.
You can either wait for clients to find your profile or actively bid for jobs using Upwork Connects. Each month, freelancers get free Connects, and you can roll over up to 200 unused ones.
Upwork is free to join, although its Freelancer Plus Plan ($14.99/month) offers80 Connects, confidential reports, bidding tips, and a custom URL to enhance your professional branding.
Payments are milestone-based and can be set at hourly or fixed rates, with Upwork taking a 20% commission on successful projects.
✅ Summary: Upwork provides consistent global job opportunities, transparent payment systems, and immediate hiring options for skilled professionals.
Freelancer.com, headquartered in Australia, connects over 50 million freelancers with clients across 1,800+ job categories — including cybersecurity, data protection, and network security analysis.
You can register for free or upgrade to the Preferred Freelancer Program, which increases your visibility, reduces fees, and gives you higher priority in bids.
Top employers on the platform include Facebook, Amazon, and Deloitte.
Freelancer utilises a Milestone Payment System to secure payments, allowing freelancers to receive payments in 39 different currencies. The platform charges one of the lowest commissions — 10% for projects and 20% for services.
✅ Summary: Freelancer.com offers global exposure, reliable payment security, and round-the-clock customer support — a perfect platform for professionals seeking large-scale cybersecurity projects.
Toptal is an exclusive freelance platform that accepts only the top 3% of global talent. If you’re an elite cybersecurity specialist with strong credentials, this is the perfect platform for you.
Toptal’s major categories include software development, UI/UX design, finance, and product management, but cybersecurity expertise — particularly in penetration testing, blockchain security, and digital forensics — is increasingly in demand.
After a rigorous screening process, successful freelancers are matched with clients within 48 hours. Toptal serves clients across 158 countries, including Airbnb, Bridgestone, and Fortune 500 companies.
Unlike other platforms, Toptal does not charge any project fees, giving you greater control over your rates.
✅ Summary: Toptal offers unmatched credibility, premium clients, and global reach — ideal for top-tier cybersecurity experts who want to work on high-impact projects.
6. Dice
Dice is one of the world’s leading online platforms for tech and cybersecurity professionals. It’s not just for freelancers but also for full-time and contract-based opportunities.
The platform specializes in IT, data science, and cybersecurity roles, with frequent listings for penetration testers, security engineers, SOC analysts, and cloud security architects.
You can create a profile, upload your resume, and get matched with clients or companies looking for specific cybersecurity expertise. Dice also allows freelancers to set alerts for remote and hybrid cybersecurity projects.
✅ Summary: Dice is perfect for cybersecurity professionals seeking freelance or contract work in enterprise-level environments and offers powerful job-matching algorithms to connect you with verified recruiters.
7. CyberSecJobs
CyberSecJobs (also known as Cyber Security Jobs) is a niche freelancing and employment platform dedicated entirely to cybersecurity professionals.
The site connects ethical hackers, security consultants, and digital forensics experts to both freelance and full-time roles in government agencies, defense companies, and private tech firms.
CyberSecJobs regularly hosts virtual career fairs and networking events, enabling freelancers to connect directly with recruiters. You can filter opportunities by skill set, contract type, clearance level, and experience.
✅ Summary: CyberSecJobs is tailor-made for cybersecurity experts who want serious, well-paying freelance opportunities with clients who understand the industry’s technical demands and sensitivity.
Best Freelancing Job Websites For Cyber Security: FAQs
Can I do freelancing in cybersecurity?
Yes, you can certainly do freelance work in cybersecurity. Cybersecurity is a growing industry, and with the rise of remote work and the gig economy, freelancing in this field has become more popular than ever.
As a freelance cybersecurity professional, you could offer clients a wide range of services. These could include conducting security assessments, penetration testing, vulnerability assessments, incident response, and other related services.
You could also offer consulting services to help clients develop and implement effective cybersecurity strategies.
One of the great things about freelancing in cybersecurity is that you can specialize in a specific area.
For example, you might focus on web application security or network security. This enables you to become an expert in your chosen field and attract clients who need your expertise.
To get started as a freelance cybersecurity professional, you must have a solid understanding of cybersecurity principles and best practices.
You may want to obtain relevant certifications such as Certified Information Systems Security Professional (CISSP), Certified Ethical Hacker (CEH), or CompTIA Security+.
In addition to technical skills, you’ll also need to be able to communicate effectively with clients. This involves explaining complex technical concepts in simple language and offering clear recommendations for enhancing security.
When it comes to finding clients, several options are available to you. You could try networking within the cybersecurity community, contacting companies directly, or using freelance platforms such as Fiverr, Upwork, or Freelancer.
Overall, freelance work in cybersecurity can be a rewarding and lucrative career path. With the right skills and experience, you can build a successful business helping clients protect their valuable assets from cyber threats.
Becoming a cybersecurity freelancer can be a great career move if you have the necessary skills and experience. Here are some steps you can take to become a successful cybersecurity freelancer:
1. Develop your skills: The first step to becoming a cybersecurity freelancer is to develop your skills in this area. Cybersecurity is a complex field, and it is essential to understand various security threats, tools, and techniques. You can develop your skills by pursuing certifications in cybersecurity, such as the Certified Ethical Hacker (CEH), Certified Information Systems Security Professional (CISSP), or CompTIA Security+ certification.
2. Gain experience: Experience is important in any field, but particularly in cybersecurity. You can gain experience by working for a company in the cybersecurity department, or by participating in bug bounty programs or capture the flag competitions.
3. Build your network: Networking is important in any field, and cybersecurity is no exception. Attend conferences, meetups or other events where you can meet other professionals in the field. This can help you build relationships with potential clients or collaborators.
4. Create your portfolio: Your portfolio is your chance to showcase your skills and experience to potential clients. Your portfolio should include examples of past projects you’ve worked on, any certifications you’ve earned, and any other relevant information to help you stand out from the competition.
5. Find clients: Once you have developed your skills, gained experience, built your network, and created your portfolio, it’s time to start finding clients. There are numerous platforms where you can find freelance work in cybersecurity, including Upwork, Freelancer, and Fiverr.
6. Keep learning: Cybersecurity constantly evolves, so you must keep learning and stay up-to-date with the latest trends and technologies. Attend conferences, read industry publications, and participate in online forums to sharpen your skills.
In essence, becoming a successful cybersecurity freelancer requires hard work, dedication, and ongoing learning.
By following these steps, you can develop your skills, gain experience, build your network, create a portfolio, find clients, and continue growing as a cybersecurity professional.
Which is the No 1 freelance website?
When it comes to finding freelance work online, many options are available. However, one website that stands out as a top choice is Fiverr.
Fiverr is a global marketplace that connects freelancers with clients in various industries. It offers a user-friendly platform where freelancers can create profiles, showcase their skills, and offer their services to potential clients.
Fiverr
The best way to connect with freelancers with proven track records.
The best way to connect with freelancers with proven track records. Show Less
Clients can search for freelancers based on their specific needs, and can easily communicate with them through the platform.
One of the reasons Fiverr has become so popular among freelancers is the variety of services it offers. Whether you’re a graphic designer, copywriter, social media manager, or video editor, there are countless opportunities to showcase your skills and earn money.
But what sets Fiverr apart from other freelance websites is its unique pricing system. Freelancers can offer their services at a starting price of $5, hence the name “Fiverr”.
However, freelancers can also offer additional services or upgrades for an additional fee. This allows freelancers to offer a range of services at different price points, making it easier to attract clients with varying budgets.
Another benefit of using Fiverr is its focus on customer satisfaction. Clients can leave reviews and ratings for freelancers based on their experience working together.
This helps build trust and credibility for freelancers, encouraging them to deliver high-quality work and excellent customer service.
Overall, Fiverr is a top choice for both freelancers and clients looking for high-quality services at affordable prices.
Its user-friendly platform, a wide range of services, unique pricing system, and focus on customer satisfaction make it the number one freelance website to consider when starting your freelance journey.
Wrapping Up
Recommended above are the top7freelancing job platforms that will satisfy your requirements as a Cybersecurity professional.
However, should you decide to give other freelancing sites any consideration, the criteria listed below will be just right to guide you in making the right choice:
Payment methods
Fees and penalties
Ease of use
Membership requirements
Terms and conditions
Nevertheless, I will recommend that you consider joining the Fiverr platform to get affordable freelance cybersecurity experts for your tasks.
Fiverr
The best way to connect with freelancers with proven track records.
The best way to connect with freelancers with proven track records. Show Less
An SPF checker helps domain owners identify DNS misconfigurations, validate email authentication records, and troubleshoot mail delivery problems.
By checking SPF syntax, authorized sending servers, and DNS lookup limits, businesses can detect errors that may affect email deliverability and domain security. Regular SPF checks also help reduce the risk of email spoofing and phishing attacks while supporting reliable email authentication through SPF, DKIM, and DMARC.
What an SPF Checker Does and Why SPF Records Matter
The Critical Role of SPF Records in Email Authentication
The Sender Policy Framework (SPF) is a fundamental layer in modern email authentication systems, designed to address common issues such as email spoofing and phishing attacks. An SPF record is a type of DNS TXT record that specifies which mail servers are authorized sending sources for a given domain. This record helps mailbox providers like Google, Microsoft, and Verizon determine whether an incoming message originates from a permitted IP address. Without a properly configured SPF record, your domain is vulnerable to domain spoofing, where attackers send fraudulent emails pretending to be from your domain.
How SPF Checkers Work
An SPF checker (or SPF diagnostic tool) is a specialized utility that automates SPF validation and assessment steps. By performing an SPF lookup, the SPF checker retrieves the SPF record from the published DNS settings for a domain, then parses the SPF record syntax against the standards defined in RFC 7208. This automated SPF check examines:
The presence of an SPF record in the domain’s DNS zone
SPF mechanisms such as include, *ip4*, *ip6*, a, *mx*, and *ptr*
SPF qualifiers (+, -, ~, ?) affecting mail server authorization and SPF policy
The list of authorized sending sources
The maximum DNS lookup limit and potential SPF limitations
The result is a comprehensive SPF status report, detailing any SPF pass or SPF fail outcomes and highlighting compliance concerns.
Common DNS Issues an SPF Checker Can Reveal
Misconfigurations and Missing Data in DNS Settings
Routine SPF tests and SPF lookups performed by an SPF checker can reveal a range of DNS configuration problems that undermine email authentication:
1. Missing or Invalid SPF Records
If there is no TXT record with SPF information in your domain’s DNS, or if the published SPF record does not follow correct SPF record syntax (for example, a missing v=spf1 tag), the SPF validation will instantly fail.
2. Syntax Errors and Outdated Mechanisms
SPF checkers routinely uncover syntax errors such as missing spaces, unsupported mechanisms, or misused qualifiers. A classic example involves an incorrect include tag, such as referencing a non-existent or deprecated service (include:*spf*.brokenprovider.com). Because SPF records operate under strict formatting, even a minor syntax error can result in a hard SPF fail.
3. Too Many DNS Lookups
RFC 7208 enforces a limit of 10 DNS lookups during SPF processing. If your SPF record chains too many include tags or references to excessive MX, A, or PTR records, it may exceed this limit, leading to SPF validation errors and SPF fail outcomes.
4. Conflicting and Overlapping Mechanisms
A single SPF record may inadvertently authorize multiple overlapping IP addresses or reference both permissive (+all) and restrictive (-all) qualifiers, which create ambiguity in mail server authorization.
Diagnosing Mail Server Authentication and Delivery Problems
Pinpointing Problems with SPF Diagnostic Tools
When businesses or administrators experience email deliverability issues, an SPF diagnostic tool such as EasyDMARC’s SPF Lookup Tool or industry utilities like SPF Record Checker reveals whether SPF-related DNS problems are to blame. By analyzing SPF pass/fail results for recent email transmissions, these tools enable rapid risk assessment for exposure to phishing attacks, fraudulent emails, or domain authentication failures.
Analyzing SPF Test Results
SPF Fail: Indicates unauthorized sources are sending email on behalf of a domain, which can cause emails to be quarantined or rejected by mailbox providers.
SPF Pass: Confirms mail server authorization, improving chances of successful inbox delivery.
SPF Neutral/Softfail: Suggests potential misconfigurations, such as misaligned SPF qualifiers, that may still impact reputation.
Supporting Layers: DKIM and DMARC
SPF works best alongside complementary protocols like DKIM (DomainKeys Identified Mail) and DMARC (Domain-based Message Authentication, Reporting, and Conformance). While SPF checks the return-path address and verifies sender sources via the SPF mechanism, DKIM validates message content integrity, and DMARC sets policies for how to handle non-compliant mail. Most DNS hosting providers and managed SPF services recommend reviewing all three to ensure comprehensive email security.
How to Read SPF Checker Results and Fix Errors
Interpreting a Typical SPF Checker Report
An advanced SPF checker will perform live SPF lookups, DNS lookups, and syntax validation, displaying each SPF tag and mechanism in an easy-to-understand dashboard or report.
Here’s what to look for:
SPF Record Detected: Shows your current TXT record, typically starting with v=spf1.
Authorized Sources: Lists all included IP addresses, subnets, and referenced domains (such as spf.protection.outlook.com or _spf.google.com).
SPF Status: Highlights whether the SPF record is passing (*SPF* pass) or failing (*SPF* fail).
Errors and Warnings: Flags syntax errors, too many DNS lookups, or deprecated mechanisms.
SPF Record Example: Many SPF checkers offer a recommendation based on best practices, which you can use to adjust your DNS settings.
Fixing the Most Common SPF Record Problems
Correcting Syntax and Mechanism Errors
When the SPF check highlights a syntax error (for example, missing v=spf1, improper include tags, or malformed IP address entries), update the DNS TXT record via your DNS hosting provider or domain registrar.
Reducing DNS Lookup Counts
Consolidate mechanisms (e.g., multiple include tags referencing the same provider) and remove unused MX or PTR records to stay within the DNS lookup limit. Managed SPF solutions from entities like EasyDMARC or easydmarc.us can help automate SPF record management and simplify DNS management tasks.
Ensuring Proper Mail Server Authorization
Update and maintain an accurate list of authorized sending sources and always verify any new sending service (marketing tools, CRM, etc.) requires addition to the SPF record.
Best Practices for Maintaining Healthy SPF Records
Regular SPF Record Management and Risk Assessment
Schedule Ongoing SPF Checks and Validation
SPF record management is not a one-time setup but an ongoing process. Schedule regular SPF checks with trusted SPF diagnostic tools to catch errors early, especially after any change to DNS settings or third-party integrations.
Minimize Complexity and Leverage Reporting
Avoid chaining too many include tags or referencing generic mechanisms like a or *mx* unless absolutely necessary. Keep each SPF record example as short as possible and monitor reporting and conformance via DMARC aggregate and failure reports.
Leverage Managed SPF Services
Entities such as EasyDMARC and other managed SPF providers simplify domain authentication, risk assessment, and automated SPF validation while easing reporting for compliance and conformance efforts.
Stay Compliant with Industry Standards
Stay up to date with the latest best practices from organizations like Google and Microsoft, aligning your SPF record syntax with guidance from the major mailbox providers (mbps). Monitor DNS hosting provider documentation for updated support regarding TXT records, A records, MX records, PTR records, and IP address assignments. Use tools like nslookup and dig for manual SPF lookup and DNS troubleshooting when required.
Optimize for Future Changes and SPF Limitations
Understand SPF limitations, such as the 10 DNS lookup cap, and plan for SPF record scalability by documenting every authorized sending source and mailing system. Always test SPF policy changes with a live SPF test before deployment, and use an SPF check tool to verify that every SPF mechanism used, such as the include tag or Redirect mechanism, supports long-term domain authentication resilience.
Proper SPF checker utilization, careful SPF record management, and routine DNS settings review ensure robust email security, foster DMARC and DKIM synergy, and safeguard against modern phishing attacks and fraudulent emails.
The best copy trading platform for crypto passes six tests: recent results instead of all-time, a visible real wallet, a cap on each copy, filters on what gets copied, an automatic exit, and protection on the fill. Banana Gun covers the cap, filter, exit and Anti-MEV tests, and public on-chain wallets cover the first two. No platform fixes the lag: your fill lands after the leader’s.
Copy trading sells one promise, that someone else does the picking. The risk is copying a number on a profile instead of what a wallet is doing this month.
The six tests below sort platforms on things you can check yourself.
What are the 6 tests?
Recent results: the last 30 days, not the all-time total.
A real wallet: you can see the actual address and its trades.
A cap on each copy: a maximum per buy and a total spending limit.
Filters: market cap range, tax, and a rule against buying the same token twice.
An automatic exit: your sells follow the leader or fire on your own take profit.
Protection on the fill: private transactions, plus an honest view of the lag.
Whose results are you really looking at?
Binance Spot Copy Trading (binance.com/en/copy-trading, read 21 Oct 2026) requires a Lead Trader to deposit over 500 USDT and complete KYC. Lead Traders earn 10% of their Copy Traders’ profits plus their trading fee commissions, so the person you copy is paid when you win.
Test 1 is where people slip. Fomo Wallet Finder listed Unipcs at $14M all-time PnL on 30 Sep 2026. GMGN showed the same Solana wallet at -$6,651 realized over 30 days on 20 Oct 2026, with 60 buys and 229 sells.
On-chain wallets are public, so test 2 is checkable on GMGN or Solana Tracker.
frank moved too. GMGN showed his 30-day realized profit at +$863,301 on 8 Oct 2026 and +$447,431 on 20 Oct, with his last 7 days at -$1,339. Same wallet, different window.
A Telegram trading bot copies the public Solana wallet you give it, so the vetting is yours.
Banana Gun’s Solana copy trade has “Buy Fixed” for the same amount every time, “Max Buy” per copied buy, and a “Spending Limit” per wallet, after which trades fail.
For filters it has “Min Market Cap” and “Max Market Cap”, “Tax Limit”, and “Buy Only Once”, which blocks a token for 7 days after your first buy.
Per their docs, Trojan offers a market cap range, minimum liquidity, Max Spend Per Buy and Prevent Duplicate Buys. GMGN’s docs list filters for market cap, liquidity, token creation time and copy amount, and cap you at 10 wallet copy tasks.
GMGN showed point farm capital at -$1,163,571 over 30 days on 20 Oct 2026, on 12,490 buys. A Spending Limit stops the bleeding at the number you chose, but picking the wallet stays your job.
A market cap ceiling also skips the leader’s larger trades, winners included. With Max Market Cap at $500K, a buy at $600K does not copy.
Does the platform sell for you?
Banana Gun’s “Copy Sells” toggle sells when the target sells, and “Setup Limit Order” in the copy trade menu places your own limit orders. Each sell limit order is either Take Profit or Stop Loss, and “Trailing Stop Loss” follows price up.
Take a 0.5 SOL buy with take profit at +300%, which is 4x. Selling 80% returns about 1.6 SOL before fees and slippage, and the remaining 20% is about 0.4 SOL at that moment.
A take profit that never triggers never sells. If the token tops out below your target, you sit through the whole drop unless “Copy Sells” is on.
Fomo’s own copy trading guide (1 Feb 2026) and risk guide (25 Dec 2025) describe exits as notifications plus levels you hold in your head. Neither describes a take profit or stop loss order attached to a copied position.
Trojan’s docs describe “Auto Sell”, and GMGN’s docs list take profit and stop loss with batch rules.
Test 6: can a Telegram trading bot protect the fill?
Banana Gun runs Anti-MEV by default, with private transactions and Jito on Solana. A pre-trade sell check also blocks tokens you cannot sell.
Neither changes the order of events on any Telegram trading bot. A copy executes after the copied wallet’s trade, and the more people copy one wallet, the further behind you land.
Trojan’s docs say it plainly: copy a wallet that buys in the first seconds of a launch and “you will land several blocks behind, buying the top of their candle”. That applies to every bot, Banana Gun included.
Thin pools make it worse. Spidey Show traded $3.3M in 24 hours on GMGN (20 Oct 2026), peaked at $1.24M market cap and sat at $3.3K with $2,093 of liquidity about a day after its pool opened.
Exchange copy trading or on-chain: which fits meme coins?
Binance copies trades on Binance’s own spot market, so it only reaches tokens listed there. A token like COLLECTOOOR, at a $161K market cap with 141 smart wallets on GMGN (20 Oct 2026), is only reachable there if Binance lists it.
On-chain copying reaches it, with every risk above attached. Pick the exchange if you want a leader who has passed KYC and a listed token. Pick on-chain if you want the small caps and will do the vetting yourself.
This post outlines six steps to optimize your network for VoIP.
In today’s digital age, we utilize the Internet to share knowledge through various multimedia platforms and stay connected with our loved ones.
The Internet has been used for many purposes, but what if we use it to make voice calls smoothly? We do it on our telephones and mobile handsets using specific telecom networks.
VoIP is the answer to your question. Voice over Internet Protocol (VoIP) is a technology that enables you to use a broadband Internet connection to make voice calls instead of a traditional (or analog) phone line.
Since VoIP is not preferred by many, it needs to be optimized before use to achieve the best results.
Here are six steps to follow to optimize your network for VoIP Phone System and ensure smooth voice calls.
6 Steps To Optimize Your Network For VoIP
1. Make Sure Your Internet Connection is Fast
Always be cautious when selecting your Internet Service Provider (ISP). VoIP calls require uniform and fast network connectivity.
I prefer a wired connection over a wireless one, as the separate cable used in a wired connection allows each device to connect directly to the network, with each cable transmitting data at the same speed.
Wi-Fi should be preferred over mobile internet networks when wired connections are unavailable. The quality of your VoIP calls will depend directly on the type of internet connection you use.
Always opt for standard & high-quality ISPs rather than going for local ones and complaining about the problems.
Ooma VoIP phone service is designed for clear, reliable calls, so ensuring sufficient bandwidth and prioritizing voice traffic on your network can help optimize call quality.
Cybercrimes are increasing daily, and once your device is connected to the Internet, you are no longer safe from hackers.
To secure your voice lines and data lines, your VoIP network infrastructure should include appropriate firewall policies, effective antivirus and spyware protection, and malware protection programs.
Hackers can easily find opportunities to interrupt VoIP calls by creating obstacles on voice and data lines. Thus, when your system has good malware and hacking protection programs, uninterrupted & smooth voice calling can be experienced.
The quality of your antivirus & your firewall policies will determine how effectively your voice calls run through VoIP.
Hardware, such as your telephones, mobile handsets, and computers, may create VoIP network issues if they are not up to date. This minor issue is a common problem for many people.
Low-grade hardware can be a culprit, leading to problems such as echo. Solutions like turning down the volume help overcome this problem for a while. So, the more high-end hardware you use, the quality of your calls through VoIP improves significantly.
For example, if you have an Xfinity router, you must perform an Xfinity router login to access the best network through the hardware.
The equipment that you use should also have excellent software compatibility. Usually, a fast internet connection requires high-end computers & other compatible devices.
4. Good Bandwidth
It would be best if you increase your bandwidth according to the number of voice lines. At least 100 kbps (0.1 Mbps) in both directions to prevent packet loss & ensure the right VoIP calls. For example, for ten voice lines, a bandwidth of 1000 kbps (1 Mbps) is required.
Ensure your Internet connection has sufficient bandwidth for all calls and network usage.
As your voice is converted into data & further data is converted into voice packets, the bandwidth plays a significant role in running this operation smoothly. The higher the bandwidth, the better the quality of your VoIP calls will be.
The conventional & mostly outdated telephone system uses CAT-3 grade cables. Today’s telephones, broadband & data networking cables are CAT-5 grade or higher. Proper cabling assures the best quality of service.
As cables are the most integral part of the VoIP infrastructure, there must be no compromise when choosing wires. Also, ensure that cables are connected to every hardware & device correctly.
Sometimes, simply removing the cable from a particular device could cause severe problems. Therefore, verify that the cables are of good quality and properly connected in the correct location.
6. Make Sure You Don’t Have Hubs On Your LAN
Whenever a LAN (Local Area Network) is connected to multiple hubs, it can lead to poor voice calls over VoIP. To get the best out of VoIP calls, each device should have its own dedicated connection to your switch.
Your call quality will suffer if your VoIP infrastructure uses multiple Ethernet switches to share a single cable.
Ensuring a separate link to each device & hardware with fast network connectivity gives positive results while performing VoIP operations. Connecting several hubs on your LAN leads to network traffic, and this overload can cause glitches in your VoIP calls.
Conclusion
Hence, with the appropriate implementation of the above-given steps of solution & also considering the Quality of Service (QoS) along with the proper broadband connection or Wi-Fi, VoIP can be a safe and reliable medium for transmitting voice.
