Inline or passive
Installed in about 15 minutes per site, with no agents on your endpoints — VLAN-aware, up to 10 Gbps links.
FasterUp detects, decides and blocks cyber threats across seven complementary layers — from the Ethernet wire to the workstation and the phone. MLEO orchestrates every layer, CyberBot Fusion decides in seconds, and CYBER3.AI, our sovereign security LLM, explains, investigates and reports. Managed SOC, Vulnerability Assessment and endpoint protection — engineered, owned and operated by one team.
Most organizations stitch together a firewall vendor, a SIEM vendor, an MSSP, an antivirus and a scanner — and the attacker lives in the gaps between them. FasterUp is one chain, engineered as one organism: no integration seams, no tickets bouncing between providers, one report.
Inline at every site — IPS at the wire, firewall response and L2 Shield at Ethernet level.
Four sources fused on every alert — an autonomous decision in 2–11 seconds.
Chooses the layer that enforces — and isolates the attacker, not the victim.
Our sovereign security LLM explains, investigates, prioritizes and reports.
Windows, Android and iPhone — the SOC on every workstation and phone.
NOC, Health Check, CCC and Ops Agents keep everything running, 24/7.
One contract. One accountable team. From the cable to the phone in your pocket.
The layers are not copies of each other. Each one sees what the others cannot: three work on IP, domains and hashes, one is the only defense at Ethernet level, one stops threats in the cloud before they reach your network, and two live on your devices.
Dedicated FasterUp sensors run the first defense layers on the spot, at every site. They are built to protect without ever becoming the reason your network stops.
Installed in about 15 minutes per site, with no agents on your endpoints — VLAN-aware, up to 10 Gbps links.
Multi-queue packet inspection that steps aside if it ever stalls: traffic keeps flowing, protection resumes automatically.
Detection rules refreshed autonomously, with self-guard and automatic rollback if anything looks wrong.
Your data stays on your premises; only security metadata travels to the SOC, over an encrypted private VPN.
Every alert is checked against four independent sources at once. CyberBot fuses them into a single verdict and acts — without waiting for a human at 3 a.m.
MLEO is the core that links the seven layers into one organism. It correlates what each layer sees, gives every device a single identity across layers, and enforces on the layer that stops the threat best — with no redundant blocks and no conflicts.
The same device seen as an IP at Layer 3 and as a MAC, VLAN and switch port at Layer 2.
Changing IP address no longer helps the attacker — the block follows the device.
During ARP spoofing, traffic looks like it comes from the victim. Directional correlation isolates the real source.
Quarantine VLAN instead of port shutdown, allowlist and transaction-ID rollback as preconditions, fail-safe on every layer.
Deployed in stages: the first stages give full visibility without touching the client network.
CYBER3.AI is our security language model, built for one job: defense. It sits across the whole chain — reading the same CYBER3 Database as the sensors, the apps and the scanner.
Alerts and findings in plain language, in your team's language: what happened, why it matters, what was already done.
A security copilot that correlates indicators across the CYBER3 Database and live threat intelligence.
Turns vulnerability findings into a remediation order: what to fix first, and how.
Drafts incident and NIS2 Art. 21/23 reporting from real SOC data.
The CYBER3 Database fuses global threat feeds with indicators our own sensors observe in real networks. It is published daily to a global edge network and powers every layer: the sensors, the AI, the desktop and the mobile apps — one live truth everywhere.
Vulnerability Assessment built by the team that defends the networks. Our scanner runs from the sensor already inside your network, so it discovers everything — even what nobody remembered to give it.
Passive listening plus tagged probes on every VLAN map hosts, MAC addresses, vendors and roles — including silent devices.
Studies the target and moves in measured steps; it backs off at the first sign of a firewall and doesn't set off alarms.
On-demand external exposure scan from the cloud — no installation, results in minutes. Whole-network scan built into the Windows app.
Known vulnerabilities (CVE), insecure configurations and exposed services — ranked so you fix what matters first.
Our people handle the exceptions. Agents handle everything else: they watch, repair, command and respond, and they prove every day that the chain still works.
Watches the entire infrastructure from an independent cloud vantage point — every sensor, service and tunnel — with live diagrams, AI summaries and alerts.
Administers and self-repairs the sensor fleet 24/7: stalled capture, stuck services, dropped tunnels — fixed before anyone notices. Synthetic tests validate the pipeline end to end.
The Command & Control Centre: one cockpit over the whole ecosystem, where operators command the agents and see threat intelligence flow into autonomous response.
CYBER3.AI agents that triage alerts, correlate indicators, investigate and respond — with autonomy levels from human-approved actions to pre-approved playbooks with a circuit breaker.
Autonomous rule updates with self-guard and automatic rollback. Fail-open by design: your traffic never stops because of us.
Every critical part of the platform has a second path that takes over on its own. If one component fails, the defense doesn't.
Fail-open inspection — your traffic never stops because of us.
Clustered event platform plus a disaster-recovery site in the cloud.
The agentic NOC runs on independent cloud infrastructure — visible even if a site goes dark.
Multi-engine CYBER3.AI with automatic failover — no single AI vendor can switch it off.
Served from 300+ edge locations; the apps keep protecting on-device, even offline.
Encrypted off-site backups with tested restore procedures.
The same platform, native on Windows, Android and iPhone. Organizations enroll devices with an activation code or silently at deployment; only security metadata ever leaves a device.




| FasterUp | Typical multi-vendor setup | |
|---|---|---|
| From detection to block | Seconds, autonomous | Hours — tickets between providers |
| Protection at Ethernet level (L2) | ||
| Network + workstation + phone in one chain | ||
| AI analyst explaining every finding | ||
| Own threat database, fed by own sensors | ||
| Self-repairing sensor fleet | ||
| One unified NIS2 report | ||
| Data stays on your premises (metadata only) | ||
| One contract, one accountable team |
Each package includes everything in the previous one and adds layers and capabilities. The exact configuration — sites, sensors, workstations, phones — is set after an initial assessment.
A detailed financial offer is prepared on request, based on the initial assessment and the procurement method applicable to your institution.
We map your assets and exposure with a vulnerability assessment — a clear picture of where you stand.
Inline or passive, about 15 minutes per site, no agents on your endpoints.
24/7 detection and response, plain-language alerts, client portal and NIS2 reports from day one.
Start with an assessment. No commitment, scoped to your environment.
Request assessment