Why Your DDoS Defenses Are Failing

Why It Matters

Because a single misconfiguration can shut down critical services, continuous validation protects revenue and compliance, turning DDoS defense from a gamble into a measurable safeguard.

Key Takeaways

• DDoS attacks often succeed due to misconfigured defenses
• Traditional red‑team tests miss ongoing configuration vulnerabilities continually
• MazeBolt’s Radar validates defenses without disrupting production live services
• AI can both generate sophisticated attacks and improve defenses significantly
• Around 37% of attack vectors bypass current DDoS configurations entirely

Summary

Tech Strong TV host Alan interviews Matthew Andriani, founder and CEO of MazeBolt, about why many DDoS defenses fail. Andriani draws on his experience at Check Point, Radware and Prolexic, where he saw high‑profile attacks on eBay, European banks and other critical services.

He explains that most breaches stem from configuration errors rather than software flaws. Traditional red‑team DDoS tests only cover a handful of scenarios, leaving thousands of potential entry points unchecked. MazeBolt’s data shows an average 37 % gap—one in three simulated attacks bypasses existing mitigations.

Andriani cites the shift to AI‑driven attacks, distinguishing AI orchestration (learning from repeated attempts) and AI generation (creating novel vectors). MazeBolt’s patented Radar platform can launch non‑disruptive attacks to generate unique vulnerability data, feeding both customers and vendors’ AI models.

For banks, payment processors and any high‑transaction business, continuous validation of DDoS controls becomes essential to avoid costly downtime and meet regulator expectations. Deploying a solution like Radar turns a reactive emergency response into a proactive risk‑management strategy.

Original Description

Every damaging DDoS attack today traces back to one root cause — a configuration vulnerability in defenses that were supposed to work. Matthew Andriani, Founder and CEO of MazeBolt, sits down with Alan Shimel on TechStrong TV to share what nearly two decades inside the DDoS industry — first at Checkpoint and Radware's emergency response team, now leading MazeBolt — has taught him about why point-in-time red team tests aren't enough. Matthew breaks down why an enterprise environment with just 100 services has at least 15,000 attack points, why MazeBolt's data shows a 37% average configuration gap across vendors like Akamai, Cloudflare, Imperva, and Radware, and how RADAR continuously validates DDoS defenses without disruption. He also unpacks how attackers are using AI for orchestrated and generated attacks, and why per-environment vulnerability data is the missing layer that lets defensive AI actually work.

In this conversation, Matthew and Alan cover:

• Why every damaging DDoS attack today is the result of a configuration vulnerability

• Inside the 37% configuration gap MazeBolt finds across major DDoS vendors

• From point-in-time red team tests to continuous validation with RADAR

• 15,000+ attack points in a 100-service environment — and how to scrutinize them all

• How attackers use AI for orchestrated and generated DDoS campaigns

• Why per-environment data is the missing ingredient for defensive AI models

Chapters:

00:00 Welcome to TechStrong TV

00:30 Matthew's journey from Checkpoint to Radware to MazeBolt

03:30 Inside Radware's emergency response team

06:00 Why red team DDoS tests aren't enough

08:30 The 15,000 attack points in a 100-service environment

10:00 Why DDoS vulnerabilities live in the defense, not the software

12:00 How RADAR validates every attack point continuously

13:30 Two faces of AI in DDoS — orchestrated and generated attacks

15:30 Per-environment data and defensive AI

16:30 Who needs DDoS validation and where to learn more

Guest: Matthew Andriani, Founder and CEO, MazeBolt — https://mazebolt.com

Host: Alan Shimel, TechStrong Group

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