AI traffic in freight grows 1,615% as bots skew analytics
Serge Bulaev
AI traffic in freight websites jumped 1,615% in one year, mainly because of ChatGPT referrals. This new kind of traffic brings higher engagement, but bots are making it hard to trust direct traffic numbers. Many sites are being flooded with fake clicks, which messes up their data and makes real marketing results harder to see. Companies sharing smart, trustworthy content are getting noticed by AI, while others must clean up their data to keep up.

An enterprise TMS provider saw AI referral traffic grow from 13 sessions in Q1 2025 to 223 in Q1 2026, a 1,615% increase. ChatGPT accounts for a significant portion of AI-driven sessions across clients with data, according to the LeadCoverage press release.
What the 1,615 percent spike really means
AI referrals represent approximately 1-2% of organic sessions according to industry data, with growth patterns showing triple-digit increases month-over-month in some cases. However, this small segment is highly valuable, with engagement rates that often meet or exceed traditional organic search performance.
The quality of this traffic is undeniable. For example, enterprise TMS providers are seeing substantial increases in AI-referred sessions, demonstrating that large language models (LLMs) are citing freight brands with credible, authoritative content. Companies that consistently produce thought leadership benefit most, as nearly a quarter of LLM citations come from earned media. "AI systems learn from editorial sources, and the firms building genuine credibility are the ones surfacing when a buyer asks an AI who the leaders are," explains LeadCoverage co-founder Will Haraway.
The bot crisis clouds every other channel
While AI referrals offer a new source of quality traffic, the simultaneous rise of bots is contaminating other analytics. LeadCoverage's actual finding shows that more than 70% of freight and logistics clients show direct channel engagement rates below 40%, indicating invalid traffic. Courtney Herda, VP of Digital at LeadCoverage, warns that "a bot-inflated direct channel does not just look bad in a report, it creates a false baseline that makes every other channel appear to underperform." This data integrity issue is widespread; 81% of AI professionals say their company has significant data quality issues, and more than 40% of organizations experienced data inaccuracies or hallucinations in AI outputs. According to Salesforce's State of Data and Analytics report (2025), 84% of data and analytics leaders say data strategies need complete overhaul, with 84% of those with AI in production experiencing inaccurate AI outputs (Salesforce).
How freight marketers can act today
Navigating this new landscape requires a disciplined, data-driven approach. Marketers can take immediate action with a clear playbook:
- Audit direct traffic: Scrutinize analytics for bot signatures like sub-five-second session durations and 100% bounce rates to establish a cleaner baseline.
- Isolate AI referrals: Treat AI-driven visits as a distinct channel in Google Analytics 4 to accurately track its growth and engagement over time.
- Focus on authoritative content: Double down on creating expert-level content that earns citations and visibility within LLM-generated answers.
- Benchmark against engagement: Prioritize engagement metrics over raw session counts until data hygiene across all channels improves significantly.
This strategy is critical as the discovery ecosystem evolves. ChatGPT now drives a significant portion of AI sessions in freight, having overtaken earlier rivals. While AI search sends fewer clicks than Google, it represents a growing share of user interactions on the broader web. For freight executives concerned about dipping organic clicks in 2025, the explanation is becoming clear: Google's AI Overview is absorbing informational queries. The good news is that this traffic isn't lost but is reappearing in GA4's "AI referral" data. Companies that prioritize analytics hygiene and consistent content creation can now measure this shift instead of just guessing.