Your WAF stops bots. But not their $500K SMS pumping scheme.
Our Process
Why WAF Vendors Can't Stop SMS Pumping
WAFs secure the application layer. SMS fraud happens at the telecom layer.
Step 1
What WAFs Detect
Standard web application and network layer threats
Your WAF
Malicious bots
Credential stuffing
DDoS Attacks
SQL Injections & XSS
Rate limiting by IP
Step 2
What WAFs Miss
Telecommunications fraud vectors outside HTTP scope
FloodGuard
Premium-rate phone numbers
Sequential number patterns
Disposable/burners
High risk carriers
Velocity abuse
Step 3
Why the Gap exists?
WAF vendors analyze HTTP traffic - headers, payloads, IP behavior. They don't have
Telecom carrier databases
Identifies 900+ carriers globally, premium-rate prefixes, IRSF risk zones
Historical SMS fraud patterns
Detects sequential number testing (+1, +2, +3...), velocity spikes, geographic anomalies
Global phone reputation data
Real-time scoring: disposable numbers, VoIP lines, recent fraud history across networks
Step 4
How to close the Gap?
One API call before OTP delivery validates phone risk using telecom intelligence
You + FloodGuard
Your clients
Case Studies
What are your colleagues saying?
Take a look various WAFs and their use base
Benefits
Turn Product Gap Into Revenue Stream
Your existing customers. Their SMS pumping pain. Your new offering.
White-Label OEM
Your brand, our technology. Flat licensing or revenue share. Full customization.
Technology Partnership
Co-branded solution. Joint GTM. Integrated into your partner program.
What you get
FAQs
We’ve Got the Answers You’re Looking For
Quick answers to your AI automation questions.
How does FloodGuard integrate with our WAF?
What's the API latency impact?
How accurate is SMS pumping fraud detection?
What happens if your API goes down?
Can we test without affecting production traffic?
Add FloodGuard to your offering
Book a call and let's talk


