LONGARINI Ω ASSURANCE EXTENSIONS / REFERENCE PROOF LAB
Seven technical profiles • Two immutable evidence ledgers

LONGARINI Ω
Assurance Extensions

Bounded technical propositions built around already existing portfolio families, with one candidate differentiated fault-agreement profile. No cloned engines, invented customer savings or guaranteed nanosecond performance.

Evidence boundary: 600/600 existing plus 240/240 additional synthetic scenarios, and 300,000 seeded C++20 predicate comparisons passed as an independent reference exercise. These results do not benchmark the existing private motors, FPGA, real sensor actuation, XDP or distributed deployment.

Scope of tested evidence

600/600
5 profiles × 4 scenarios × 30 repetitions
300,000
Additional seeded C++20 reference comparisons
0
Detected reference disagreements; ASan + UBSan reference run passed

Seven profiles, not seven new proprietary engines

Downloadable evidence & commercial terms

One agreed isolated workload, one optimized comparator, a written GO / NO-GO / INCONCLUSIVE dossier and two scheduled 20-minute meetings. No indefinite workshops, no automatic PoV or private source access.

R10 VERIFIED / 08 NOV 2026

Security and physical evidence — 13 public profiles

OWASP ZAP 2.17.0, seven completed passive spider scans. Recorded: 1 High (SHA-256 digits, false-positive candidate), 89 Medium (public CORS header observations), 217 Informational. Original findings retained; no active pentest certification.

OVHcloud Manager authenticated and FPGA Pi3 laboratory web page reports connected control service and power on. No new authenticated SSH/JTAG test, electrical timing or hardware NIC offload was run from this session. Earlier Linux reference tests are separate and narrowly scoped.

No private source, bitstreams, keys, customer traces or industrial control commands are published.

R22 / 09 NOV 2026 - SCOPE-BOUNDED HARDWARE CHECK

NIC hardware timestamping - 64/64 paired

Operator-reported live OVH run: 64/64 raw hardware RX and TX timestamps matched on one NIC. p50: 136,837 ns (136.837 µs). p99: 163,625 ns (163.625 µs). Original NIC configuration restored.

Boundary: this is neither sub-microsecond nor network wire-to-wire. It does not benchmark any of the seven reference profiles, private motors or FPGA logic; 64 observations do not establish production tail percentiles.