Multi-protocol detection
NetFlow v5/v9, IPFIX, sFlow, packet capture and kernel counters feed per-target statistical, rate and entropy baselines, so L3, L4 and L7 anomalies surface the instant they start.
Security
Ddossolution
Ddossolution detects volumetric and application-layer attacks in milliseconds and mitigates them at the edge — even when the control plane is offline. Detection, decision and enforcement in one platform, with signed intents and a tamper-evident record of what it did.
<1 ms
Detect → mitigate decision
5
Flow & packet protocols decoded
3
Compliance frameworks evidenced
DDoS attacks, stopped at the edge — automatically
What Ddossolution is
Most protection fails the moment the link to the cloud does. Ddossolution agents carry the whole detect–decide–mitigate loop locally, buffering events offline and reconciling the moment connectivity returns, so an attack during an outage is still an attack that gets stopped.
Mitigation is real firewall enforcement rather than a scrubbing pipe: native nftables, iptables and XDP/eBPF rulesets, SYN cookies, rate limits, per-source meters and geo or ASN blocks, applied at the edge and stood down automatically when the attack subsides.
Capabilities
Everything Ddossolution does
Autonomous edge defence
If the control plane is unreachable, agents keep detecting and mitigating on their own — buffering events offline and reconciling when connectivity returns.
Signed, verifiable mitigation
Every mitigation intent is Ed25519-signed and capability-scoped. Agents verify the signature before they touch a firewall rule, so a forged intent goes nowhere.
Real firewall enforcement
Native nftables, iptables and XDP/eBPF rulesets — SYN cookies, rate limits, per-source meters and geo/ASN blocks — applied where the traffic actually arrives.
AI root-cause & 24×7Assist
Every contained incident gets an automatic, plain-language root-cause report, and a grounded AI copilot answers your SOC's questions using only your own data.
Compliance & multi-tenancy
SOC 2, ISO 27001 and PCI DSS evidence generated from real activity over a tamper-evident audit log, with tenant isolation and white-labelling for MSPs.
How it works
Live in 4 steps
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01
Detect
Agents and flow collectors watch every packet and flow. Baselines flag volumetric and L7 anomalies in real time.
-
02
Decide
The control plane classifies the vector and builds a capability-scoped, signed intent — or the agent decides locally when offline.
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03
Mitigate
Agents verify the signature and install real firewall rules. The attack is dropped at the edge and clean traffic keeps flowing.
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04
Report
When it subsides, rules stand down automatically and a root-cause analysis lands in your dashboard and compliance pack.
Who it is for
Built for teams like these
Hosting providers
Volumetric attacks on one customer stop being an outage for everyone else on the rack.
MSPs
Tenant isolation and white-labelling, with per-client compliance evidence generated from real activity.
Security teams
Signed, capability-scoped mitigation and an explainable root cause for every contained incident.
Common questions
Ddossolution, answered
Still weighing it up? Tell us your stack and we will tell you honestly whether this fits.
Request pricingWhat happens if the control plane is unreachable during an attack?
The agents carry the whole detect–decide–mitigate loop themselves. They keep detecting and enforcing locally, buffer events offline, and reconcile the moment connectivity returns.
How fast does mitigation actually start?
The detect-to-mitigate decision is made in under a millisecond, and enforcement is a real firewall ruleset installed at the edge rather than traffic diverted to a scrubbing centre.
How do we know a mitigation instruction is genuine?
Every mitigation intent is Ed25519-signed and capability-scoped, and agents verify the signature before touching a firewall rule. Agent communication is mTLS throughout, so a forged intent goes nowhere.
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