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DDactic.net

Automated DDoS resilience testing platform. Discover exposed assets, simulate multi-vector L3-L7 attacks, and validate your DDoS defenses. Company name in, hardened infrastructure out.

DDactic.net

DDactic.net Reviews and Details

This page is designed to help you find out whether DDactic.net is good and if it is the right choice for you.

Screenshots and images

  • DDactic.net OPI Risk Summary tab โ€” 79/Grade C gauge
    OPI Risk Summary tab โ€” 79/Grade C gauge //
    2026-04-30
  • DDactic.net Test Plan tree โ€” 485 vectors / 274 critical / 28 targets
    Test Plan tree โ€” 485 vectors / 274 critical / 28 targets //
    2026-04-30
  • DDactic.net Free-scan input + Scan button
    Free-scan input + Scan button //
    2026-04-30

Features & Specs

  1. Web (SaaS)

    Browser-based platform, no install. Domain in, attack surface report out.

  2. API

    REST API for scan submission and report retrieval. Used for CI/CD integration.

  3. Free Trial

    Free passive scan tier, always-on, no signup required.

  4. Open Source

    OPI Score specification + reference implementation (Apache 2.0). Platform is proprietary.

  5. Vendor Integration

    Cloudflare, AWS Shield, Imperva, Akamai, Radware (read-only config validation + hardening playbook generation).

  6. Bot Fleet Coverage

    23+ cloud providers across 4 continents for distributed L3-L7 attack simulation.

  7. Attack Vectors

    ~200 across L3 (volumetric), L4 (TCP/UDP/QUIC), L7 (HTTP/HTTP2/HTTP3), Low-and-Slow, Protocol-Specific, ATO replay.

  8. Self-hosted

    No. SaaS-only.

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Questions & Answers

As answered by people managing DDactic.net.
  1. What makes DDactic.net unique?

    DDactic is the only platform that combines automated attack-surface discovery with multi-vector L3-L7 attack simulation from a fleet across 23+ cloud providers, and validates the customer's protection vendor configuration with stage-reprobe after each hardening change.

    The Open Protection Index (OPI), Apache 2.0, gives customers a vendor-neutral 0-100 score they can benchmark over time. Most DDoS testing services run a single-vendor appointment-based simulation; DDactic runs continuous, multi-vendor, attacker-perspective testing.

  2. Why should a person choose DDactic.net over its competitors?

    Three reasons:

    1. Real bot-detection bypass research, with 25 vendor fingerprints catalogued (PerimeterX, DataDome, Akamai BotManager, Cloudflare Challenge, etc.), so attacks are not blocked by trivial defenses and customers see what their CDN/WAF actually allows through.

    2. Protection-group-aware testing that maps which subdomains share fate with which origin, exposing the shared-fate risk that most teams miss because they only think about their flagship asset.

    3. Vendor-specific hardening playbooks (Cloudflare, AWS Shield, Imperva, Akamai, Radware) validated by stage-reprobe after the customer applies them, not generic recommendations from a paper questionnaire.

  3. How would you describe the primary audience of DDactic.net?

    Security teams at companies that already pay for CDN/WAF protection (Cloudflare, Akamai, Imperva, AWS Shield, Radware) but have never validated whether the protection actually covers their full attack surface.

    Typical buyer: CISO or VP of Security at mid- to large-sized enterprises in finance, gaming, e-commerce, healthcare, and government. Secondary audience: blue-team engineers and SRE teams running incident-response drills who need a controlled way to exercise their playbooks.

  4. What's the story behind DDactic.net?

    After 4 years in DDoS engineering, I (Stav David) noticed the same gap in every customer engagement: enterprises pay six- and seven-figure sums for DDoS protection (Cloudflare Magic Transit, Akamai Prolexic, Imperva, AWS Shield Advanced, Radware DefensePro) and almost nobody actually tests whether the protection holds.

    The industry-standard alternative is a vendor-led "DDoS test" delivered as an appointment: 4 hours, scheduled weeks ahead, run from a single ASN against the production target. That misses the entire L7 surface, does not probe IP rotation, and gives no per-vector data.

    DDactic was built to fix that, with continuous distributed simulation across 23+ cloud providers, per-vector attribution, and stage-reprobe validation after every hardening change. Founded in 2026, based in Tel Aviv.

  5. Which are the primary technologies used for building DDactic.net?

    Python/Flask backend on Dedibox bare-metal, TypeScript frontend on Cloudflare Pages, Go-based bot fleet orchestration across 23+ cloud providers, raw-socket + uTLS attack emitters for fingerprint-faithful testing, AWS Batch for ephemeral scan workers.

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Is DDactic.net good? This is an informative page that will help you find out. Moreover, you can review and discuss DDactic.net here. The primary details have not been verified within the last quarter, and they might be outdated. If you think we are missing something, please use the means on this page to comment or suggest changes. All reviews and comments are highly encouranged and appreciated as they help everyone in the community to make an informed choice. Please always be kind and objective when evaluating a product and sharing your opinion.