Widespread Infrastructure Breaches and Novel AI Threats Several significant security breaches and new exploitation patterns are highlighted in the Check Point Research threat bulletin, which was released on August 24,...
The post Check Point Threat Brief: Critical Infrastructure Breaches and Emerging AI Attack Surfaces appeared first on Cyber Defense Magazine.
Most growth teams spend weeks testing messaging while the single largest activation lever sits unexamined and it’s owned by infrastructure, not marketing.
A founder once joked that accepting crypto is easy. The hard part comes when finance asks:
“How do we stop users from abandoning at our slowest step?”
For fiat-to-crypto products, that step is the wait between intent and first transaction. Users feel that friction immediately.
Where Activation Actually Sits
Watch a user move through an onramp. They arrive with intent. The moment the funding step stretches, anxiety climbs. Five minutes feels like stalling. Fifteen feels like abandonment. Growth teams cannot fix this with headlines — marketing optimizes week one, infrastructure optimizes minutes one through ten. The second one drives activation.
This matters because speed compounds in markets built on friction. Crypto adoption sits in a segment where onboarding pain is the norm. When a platform compresses time between intent and holding an asset, word-of-mouth spreads on relief, not features. “I actually funded it same-day” is the story users tell, and your growth team never tested it.
Speed without compliance is not a win. The mitigation is speed within compliance, not around it.
Solutions Worth Looking at Depending on Your Needs
Kraken Ramp solves through reach. Twenty-four payment methods across 400+ assets and 100+ blockchains mean most users’ first-choice funding method is supported on the first attempt. The single API and SDK integration compresses time-to-launch. Users exhaust fewer fallback paths.
WhiteBIT On/Off-Ramp compresses entry through regulatory leverage. A regulated exchange sends funds, not P2P, which means compliance runs upstream. Transfers typically take just minutes to process, though occasionally it may stretch to a few days depending on the sending bank. 90+ pairs with EUR and a fixed €5 fee regardless of amount means users compare total cost fairly.
On/Off-Ramp Turnkey answers through operational certainty. 99.9% uptime prevents stalling on the step where users are already anxious. Activity Webhooks transform “processing” from silence into real-time status. Users stop guessing and start trusting.
Each shift which friction absorbs pain.
The Ownership Question
Time-to-first-transaction should be owned jointly by growth and infrastructure. When growth runs an activation cohort split by funding speed, the fastest quartile outconverts the slowest by 20–40 points. That tells you which team to fund and which vendor to choose.
The platforms that win understand something most vendors miss: you are not selling payment rails. You are selling the moment when user anxiety peaks and relief hits. Speed is the only variable that moves both.
Disclaimer: This is not financial or investment advice. DYOR before making any decisions. Use at your own risk.
Speed at Entry: Why Infrastructure Beats Campaign Creative was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story.
New research from Forescout has uncovered a sophisticated phishing campaign that uses fake seasonal eCard invitations to trick victims into installing legitimate remote management software, giving attackers long-term access to compromised devices.
The campaign, dubbed SeasonalInvite by Forescout Research’s Vedere Labs, has been active since at least January 2026 and demonstrates how cybercriminals are increasingly combining social engineering, trusted enterprise software, and AI assisted development techniques to evade traditional security defences.
The full research is available here: SeasonalInvite research
Fake eCards lure victims
According to the report, the attackers use phishing emails disguised as seasonal eCard invitations to persuade users to install legitimate Remote Monitoring and Management (RMM) tools.
Rather than deploying traditional malware, the campaign abuses commercially available software that is commonly used by IT administrators for remote support. Once installed, the tools provide attackers with persistent remote access to compromised systems.
The campaign targets both Windows and macOS users.
During its investigation, Forescout confirmed the abuse of four legitimate RMM platforms:
Because these applications are widely trusted within enterprise environments, they are less likely to trigger traditional security controls.
Hundreds of phishing domains identified
Researchers identified a large infrastructure supporting the campaign, including 959 domains themed around electronic greeting cards.
The attackers also operated a sophisticated Traffic Distribution System (TDS) consisting of 2,658 gate pages. The infrastructure was designed to direct legitimate victims to phishing websites while preventing automated security scanners from detecting malicious content.
According to Forescout, this approach makes the campaign significantly harder for security researchers and automated detection systems to identify.
Evidence points to AI generated phishing pages
One of the report’s most notable findings is evidence suggesting the phishing kit itself was created with the assistance of artificial intelligence.
Researchers found indicators that the phishing pages contained AI generated code, leading them to believe the threat actor used a large language model to build delivery pages and quickly adapt the campaign over time.
The findings reflect a growing trend of cybercriminals using AI to accelerate phishing operations, reduce development time, and rapidly generate convincing attack infrastructure.
Trusted software becomes the attack vector
Forescout said SeasonalInvite demonstrates how attackers are shifting away from custom malware in favour of abusing legitimate enterprise tools that organisations already trust.
By combining social engineering with legitimate remote management software and AI assisted development, threat actors can bypass many traditional endpoint security controls while maintaining long-term access to victim devices.
The researchers warn that organisations should not rely solely on malware detection to identify these attacks. Instead, they recommend monitoring for the unauthorised installation and use of remote management tools, strengthening phishing awareness training, and implementing controls that can detect suspicious behaviour rather than simply malicious files.
As attackers continue to refine their techniques, campaigns like SeasonalInvite highlight how trusted software and artificial intelligence are becoming powerful tools in the modern cybercriminal’s arsenal.
The post Forescout Uncovers AI Assisted Phishing Campaign Using Fake eCards appeared first on IT Security Guru.
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