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Every website migration guide says the same thing: back up your files, test on staging, pick a low-traffic window, and cross your fingers during DNS propagation. That last part is where almost every guide quietly gives up and tells you to “expect some downtime.”

After a couple hundred client migrations, I can say that assumption is wrong more often than it’s right. Downtime during a migration isn’t inevitable — it’s almost always a DNS problem wearing a hosting costume. Once you understand that, you can design the migration so the DNS problem never happens in the first place.

Why Migrations Actually Go Dark

When people talk about “downtime during migration,” they’re usually describing one specific failure mode: the domain’s DNS records get pointed at the new host before the new host is fully ready, or before the change has propagated to every resolver a visitor might hit. For a window that can range from a few minutes to (worst case) 48 hours, different visitors get routed to different places — some to the old server, some to the new one, some to nothing at all if the new server isn’t serving yet.

The actual file transfer, database migration, and server configuration rarely cause outages on their own — you do that work while the live site keeps serving traffic from its current location. It’s the DNS cutover, the moment you tell the world “the site lives here now,” that’s fragile. So the fix isn’t a faster migration. It’s decoupling the migration work from the DNS cutover entirely.

The Fix: Put Cloudflare Between the Old Site and the Cutover

The technique is simple to describe and only slightly more involved to execute:

1. Point the domain’s DNS to Cloudflare first, before touching hosting at all. Cloudflare’s nameservers become authoritative, but the A/CNAME records inside Cloudflare still point at the old host. Nothing changes for visitors — the old site keeps serving exactly as before, now just proxied through Cloudflare.
2. Do the actual migration in the background. Move files, import the database, configure the new server, test it on its raw IP address or a temporary hostname. The live site, still resolving through Cloudflare to the old host, is completely unaffected by any of this.
3. Verify the new server independently before it ever touches production DNS. Load the site by IP, check the database connected correctly, confirm forms and dynamic features work, and load-test if the site has any meaningful traffic.
4. Flip the A/CNAME record inside Cloudflare from the old host’s IP to the new host’s IP — not the nameservers, just the record. Because Cloudflare is already the authoritative resolver every visitor is hitting, this change propagates through Cloudflare’s edge network almost immediately, instead of waiting on the slow, inconsistent propagation of a full nameserver change across the wider internet.

That last point is the actual trick. Traditional DNS propagation is slow and unpredictable because you’re waiting on thousands of independent resolvers around the world to notice a nameserver change and update their caches, each with its own TTL. Changing a record inside a DNS provider you’re already using is a completely different, much faster operation — you’re not waiting on the internet to notice, you’re just updating one system that’s already in the loop.

The old site never goes dark because it never stops resolving to something valid. There’s no window where a visitor’s browser tries to reach a server that hasn’t finished being set up.

The One Step That Still Makes You Wait

This process isn’t completely frictionless, and I’d rather be upfront about the part that still takes real time: SSL certificate reissuance.

Once the DNS record flips to the new server, that server needs a valid SSL certificate for the domain, and Let’s Encrypt (the free, automated certificate authority most hosts use) has to validate domain ownership before issuing one. That validation depends on the DNS change having taken effect — which means there’s a genuine waiting period, usually a handful of minutes but occasionally longer, between the cutover and having a fully valid certificate live on the new server.

Everything else in this process can be automated, scripted, or done well ahead of time. This step can’t — it’s the one place where I still sit and manually confirm the certificate has actually issued and is serving correctly before considering the migration finished. If you skip that check, you risk a browser security warning for visitors hitting the new server before the cert catches up, which is its own kind of “downtime” even if the site is technically reachable.

A Practical Checklist Before You Flip the Record

• New server is reachable and fully functional by IP or temporary hostname
• Database migrated and verified — spot-check real content, not just that tables exist
• Any forms, logins, or dynamic features tested end-to-end on the new environment
• Email routing (MX records) planned separately — don’t assume web hosting migration and email migration happen on the same timeline
• SSL/TLS is set to “Full” (not “Flexible”) in Cloudflare once the new server has its own valid certificate, to avoid redirect loops
• A rollback plan: if something’s wrong post-cutover, you can point the record back at the old host just as fast as you pointed it forward

Why This Matters Beyond “It Just Works”

The value of this approach isn’t only the absence of downtime — it’s what that absence means for how you can plan the migration. You’re no longer racing a propagation window, which means you’re no longer tempted to do the migration overnight, rush the testing, or skip verification steps to fit inside a shrinking safe period. The migration can happen in normal business hours, get tested properly, and get cut over calmly, because the live site was never at risk in the first place.

For a small business, that difference matters more than it might sound like on paper. A rushed 2 a.m. migration with a live outage clock ticking is where mistakes get made — skipped backups, unverified database imports, DNS changes made in a hurry. Removing the clock removes most of the reasons those mistakes happen.

None of this requires enterprise infrastructure. Cloudflare’s free tier is enough to run this process, which is part of why it scales down to small business migrations as easily as it scales up. The technique isn’t exotic — it’s just rarely the first thing migration guides reach for, because most of them are still solving for “how do I get this done fast” instead of “how do I make the DNS cutover a non-event.”

The post How to Migrate a Website With Zero Downtime (The Technique Most Guides Skip) appeared first on SiteProNews.

“An evil twin attack is when hackers create fake Wi-Fi networks with the goal of stealing sensitive information from people, or exploiting known vulnerabilities present on victim devices. The fake networks often have a very similar (or identical) name to the legitimate network, which was the case here.

Once a person connects to the hacker’s Wi-Fi network, the hacker may be able to see what the victim is doing online and what data they transfer. However, since most websites have HTTPS/TLS encryption, much of what the user does, even on the rogue network, is private.

The risk here is that the hacker may attempt to redirect the victim to a phishing website – for instance, in this case, it may have been a fake Delta login page asking for personal data like name, email, address, etc. Or, the hacker may even go further and provide fake login pages for banks, social media, and try to extract login details from the victims.”

Are the people who connected to the network at risk?

“Connecting to such a network comes with some risk in itself. Connecting to a network controlled by a threat actor allows them to probe your device for potential vulnerabilities and maliciously redirect your internet traffic to their own servers. 

If a person entered credentials into a Wi-Fi login page, noticed security warnings popping up after visiting a website, downloaded something, or entered payment information into an unfamiliar page, then they may have had their data stolen. In that case, the victim should immediately change any passwords that were transmitted, do a thorough scan of their device for malware, and if bank details were transmitted, freeze the bank account until new credentials are received.

However, if a user just connected and disconnected to the Wi-Fi without entering any details or clicking suspicious links, they should be fine.”

The post What risks do fake Wi-Fi networks pose? What is an evil twin attack? appeared first on SiteProNews.

Google will start replacing its iconic assistant starting September 4, 2026. The tech giant will begin phasing out Google Assistant across it’s mobile platform and replacing it entirely with Gemini its AI-powered successor.

Google Assistant was first launched in 2016 to compete with Apple’s Siri and Amazon’s Alexa. Over the last 10 years Google Assistant has become a leader in the smartphone, smart home, and wearable space.

What Changes for Users?

While the transition will take weeks, once the update hits a user’s device, Google Assistant will no longer be available. This change will effect Android smartphones and tablets, smartwatches, and connected headphones.

There are a few exceptions, for now, smart speakers, Google TV devices, and vehicles with Android Automotive will retain Google Assistant support. Migration plans for these hardware devices is expected in the future.

The Shift to AI

Gemini will automatically take over standard voice triggers, such as the “Hey Google” and holding the power button. Google has spent the past year working on Gemini to handle regular mobile tasks, smart home commands, and answer complex questions so the transition should be a positive one.

The post Google’s Gemini Will Start Replacing Google Assistant appeared first on SiteProNews.

Data from marketing platform Billo dated June to December 2025 shows Meta ad competition rose 40% between August and the November peak. Billo, which connects brands with creators to produce social video ads, says the brands that win Black Friday test their creative already in August

New Billo data shows Meta ad competition rising about 40% and the cost to reach 1,000 impressions climbing roughly 18% between August and the November Black Friday peak. Brands that wait until fall to plan their campaigns enter an auction that is already crowded and expensive, with the outcome largely shaped by creative built weeks earlier. Black Friday and Cyber Monday together make up the single largest ecommerce advertising event of the year, and the brands that prepare earliest tend to capture a disproportionate share of that spending.

Billo, which connects brands with creators to produce social video ads for platforms including TikTok, Meta and YouTube, has tracked the same pattern in its own client data. Donatas Smailys, co-founder and CEO of Billo, said brands that enter Black Friday without tested creative end up paying more for weaker results, regardless of how much they spend.

“Everyone treats Black Friday as a fourth-quarter problem, so everyone ends up competing for the same ad space at the same time,” Smailys said. “Brands that create their ads early and test them in August get better results than brands that wait until October or November. By the time November comes, the brands that tested early already know what works, while the brands that waited are launching untested ads during the most expensive weeks of the year.”

Why August Is the Right Time to Start

September and October are when brands learn which ads actually convert, and that testing takes weeks. August gives brands exactly enough time to brief creators, film several options, and get results back before Black Friday begins.

“You don’t need a media budget to find out if an ad works,” Smailys said. “In August, we tell our clients to post a few short variants organically, each with a different hook and a different creator. A small, specific audience responds within days, and that tells you which version actually lands. The trick is picking the right audience for that test: people who already care about the product. Once you know what they respond to, you know exactly what to put the budget behind in November.”

Brands that follow this approach typically produce three to five short variants per product, each testing a different angle: a different opening line, a different creator, or a different pain point. The variants that perform best organically become the ads brands scale with paid budget once Q4 begins.

Methodology

Figures are based on Billo client Meta ad data, tracked monthly from June through December 2025. Comparisons reflect August 2025 against the November 2025 peak, and where noted, December. Cost per 1,000 impressions reached is a derived figure, calculated as total spend divided by total impressions, multiplied by 1,000; it is not a reported column in the underlying data.

The post Smart Brands Prepare for Black Friday in August Before Ad Costs Climb 18% and Competition Jumps 40% appeared first on SiteProNews.