REINVENTY SHIELD / CERBERO
Meet Cerbero: Reinventy's security appliance programme, designed to bring resident AI, governed network protection and essential connectivity resilience into one local system. Two distinct products. One principle: understand the evidence before taking action.
Product in developmentSecurity appliances
Reinventy introduces the design direction for Cerbero Edge Pro and Cerbero Sovereign. The programme combines a persistent security agent, a Tin Man-inspired command interface and purpose-built network hardware. Edge Pro targets connected shops, supermarkets and professional environments; Sovereign is the dedicated Thor-based track for critical organisations and future defense applications, with a proposed role as THOLON's security module.
Products
ORIN NX · 16 GB
Consumer Pro security for connected businesses. A compact Orin NX appliance concept for observing local networks, investigating suspicious activity and maintaining a defined set of essential connections through WAN or power interruptions.
Design targets →THOR T5000 · 128 GB
A separate high-assurance product track, designed around Jetson Thor T5000, a larger local AI budget and a dedicated multiport switching subsystem. Standalone or proposed as a THOLON security module.
THOLON integration →Resident intelligence
Cerbero is being developed as a persistent observe-investigate-propose-verify loop. Sentinel, Analyst and Guardian describe complementary responsibilities, not a claim that three independent language models are already deployed. Evidence, authority and execution remain separate.
01
Collect flows, IDS signals and passive endpoint observations. Preserve source, time and freshness so that missing or stale telemetry is visible.
02
Correlate evidence and produce bounded investigations with local models. Distinguish observed facts from hypotheses and suggest the next check.
03
Validate permitted scope before an effect. Use a separate action broker, time-bounded changes and outcome checks. Sensitive authority is not granted by free-form model text.
NVIDIA NEMOTRON · TENSORRT EDGE-LLM · KUMO
The roadmap evaluates NVIDIA Nemotron through TensorRT Edge-LLM, including an INT4 inference path, alongside Kumo forecasting and other admitted specialists. Forecasts are intended to flag trends, capacity pressure or deviations for investigation, not predict every attack. Model selection, coexistence, quality and resource budgets remain under qualification. NVIDIA and third-party models retain their own licences.
Riva-based voice interaction is a planned extension. English, Italian, German and French are the console language direction; voice model availability and platform support must be qualified separately for Orin and Thor. Voice alone will not authorise sensitive actions.
Overview
01
Investigate observed endpoints and dependencies across retail, IoT and business networks. Device identity and criticality must be verified before sensitive decisions.
02
Design VLANs and controlled paths for payment systems, office devices, guests and plant networks. Lateral visibility requires deliberate observation points.
03
Plan primary and backup WANs, optional cellular and an external Starlink terminal, with a DC UPS sized for explicitly selected loads.
04
Design resident analysis and policy enforcement to remain useful during upstream outages. Updates, retention and remote access remain explicit integration choices.
Proposed hardware · subject to qualification
Hardware, models, performance and integration remain under qualification.
| Design target | EDGE PRO | SOVEREIGN |
|---|---|---|
| Audience | Consumer Pro, retail, SMEs | Critical sites, defense track, THOLON |
| Compute | Orin NX / 16 GB | Thor T5000 / 128 GB |
| Storage target | 1 × 1 TB NVMe | 2 × 2 TB NVMe |
| Touch interface | 5-inch capacitive | 7-inch capacitive |
| Data ports | 6 × 2.5 GbE RJ45 | 8 × 2.5 GbE + 12 × 10 GbE SFP+ + 4 × 25 GbE SFP28 |
| Management | Separate 1 GbE port | Separate 1 GbE port |
| DC UPS target | 153.6 Wh | 307.2 Wh; expansion option |
| Enclosure target | 285 × 195 × 80 mm | 440 × 380 × 89 mm; 2U class |
CERBERO SOVEREIGN × THOLON
Sovereign is proposed as an additional security module alongside THOLON's compute foundation. Its 12 target 10 GbE ports can serve ten compute nodes and two supporting services; four 25 GbE ports provide candidate aggregation or uplink connections. Physical fit, optics, switching hardware and workload-specific fabric requirements remain engineering tasks. It does not silently consume one of THOLON's ten compute nodes.
The integrated network hub is a managed switching subsystem with its own ASIC. Thor hosts the agent and analysis. Port line rate, firewall throughput and inspected throughput are separate quantities; a 25 GbE connector is not a promise of AI or TLS inspection at 25 Gb/s. Inter-zone traffic must not bypass the configured protection path.
Connectivity & power
The proposed continuity supervisor coordinates link health, battery reserve and essential services. During an outage, it can prioritise routing and approved policies while reducing nonessential inference and display power. This deterministic layer is separate from language-model output. A local battery does not power an entire site: ONTs, switches, access points and backup terminals must be included in a defined load budget.
Starlink remains an external terminal with suitable sky visibility. Cerbero provides the proposed Ethernet backup path and, where engineered, qualified DC power. Failover may change the public address and interrupt sessions; seamless recovery and runtime are not yet guaranteed specifications.
TIN MAN OS EDGE · CERBERO
The Edge edition brings the shared Tin Man OS architecture into Cerbero Edge Pro and Cerbero Sovereign. Local cognition, operational memory, governed actions and observability form one coherent product direction. Orin and Thor remain distinct hardware profiles, with their own model budgets and qualification paths.
The Tin Man visual language brings a coherent operational console to the product: an evidence-led incident view, explainable proposed actions and a persistent telemetry footer for CPU, GPU, memory, disks, network, temperatures and uptime where sensors provide them. The appliance touchscreen adds a local view of security, connectivity and power. Public render screens are illustrative.
Development
The software prototype includes a persistent core, authenticated console, evidence-bound reviews, passive inventory and isolated sensor/enforcement experiments. Development uses replayable inputs, multilingual contract tests and fault-injection trials. These establish component behaviour; operational detection quality and appliance performance still require integrated qualification.
PRODUCT IN DEVELOPMENT. Images are industrial-design concepts. The listed hardware is a proposed specification, not a shipping configuration. Mechanical integration, autonomy, security efficacy, throughput and compliance require qualification. Defense positioning does not imply military or classified-information certification.