One entry point for thirteen technical modules
The six operational Proof Labs and seven Ω assurance profiles are indexed together, with their separate qualification scopes preserved.
Independent R&D · Systems integrity · Operational assurance
A curated portfolio of systems software and assurance research addressing the hidden cost of computing, failure ambiguity, state integrity, and time-sensitive operation.
Public demonstrations are bounded technical references, not independent certification or production guarantees.
One technical index. Distinct problem statements. Qualification scope visible before claims.
01 / Research portfolio
Every profile has a public, IP-safe description and a reference Proof Lab. Substantive engineering materials are released only through an assessed access process.
Showing 13 of 13 modules
Telemetry cost & evidence retention
Reduce low-value telemetry volume while preserving the records needed for audit and incident analysis.
Stream admission & dead load
Identify rejected, corrupt or redundant work before it consumes the main processing pipeline.
Distributed state & uncertain outcomes
Constrain unsafe retries and ambiguous outcomes across agents, services and replicas.
Memory pressure & allocation
Expose allocation stress and memory-failure behavior through bounded reproducible tests.
Serialization & unnecessary copying
Audit data-copy paths and serialization overhead to identify avoidable resource use.
Replay & generation integrity
Test repeat-event handling, generation boundaries and replay rejection.
Virtualized scheduling & jitter
Study scheduling variability and time-sensitive execution under bounded workloads.
Real-time sensor redundancy
Examine redundancy and consistency of time-sensitive sensor inputs.
eBPF/XDP admission filtering
Exercise early packet admission, filtering and scoped packet-path behavior.
Invariants & watchdog recovery
Detect broken invariants and examine bounded watchdog/recovery behavior.
Sequence & event correlation
Correlate events and evaluate sequence-level consistency with synthetic references.
Industrial timing & I/O
Explore temporal checks for industrial I/O and robotics-related scenarios.
Atomic multi-party agreement
Investigate atomicity and state consistency across participating systems.
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02 / Evidence discipline
The distinction between synthetic fixtures, software runs, physical hardware execution and independently calibrated measurement is made explicit. Test counts alone are not deployment certifications.
Problem framing, safe test fixtures, bounded demonstrations, and limitations clearly identified.
Relevant methods, evidence indexes and additional qualification materials after a substantive use-case review.
Fuller technical exchange under appropriate confidentiality, licensing or funded laboratory-validation terms.
03 / Research updates
Substantive releases, qualification boundaries and new investigations. No daily content cadence, no inflated performance claims.
The six operational Proof Labs and seven Ω assurance profiles are indexed together, with their separate qualification scopes preserved.
Scheduling, redundant sensing, XDP filtering, invariant recovery, event correlation, industrial timing and atomic agreement.
Telemetry economics, stream admission, state integrity, memory behavior, serialization and replay safety.
04 / Controlled technical access
Documentation is not distributed on demand. Requests are assessed for relevant workloads, technical fit, licensing interest and validation capability. Confidential packages are not publicly hosted.
Licensing — technology evaluation with retained IP and defined usage rights.
Funded validation — scoped hardware or software qualification with independent laboratories.
Technical assessment — selected evidence, assumptions and acceptance criteria for qualified counterparties.
Three core details are sufficient to start. Technical documentation is never sent automatically.
05 / Privacy & boundaries
Data controller: Loris Longarini, independent research portfolio. The site collects your email, and for evaluation requests your organization and described use case. Data is processed to respond to enquiries or, with separate explicit consent, to deliver requested research updates. Records are stored in a European-hosted project. We do not sell subscriber lists or use this site to collect behavioral profiles.
Subscription data is retained until withdrawal; requests are kept only as long as needed for assessment and related obligations. For access, rectification or erasure requests, use the technical request form with evaluation type set to Technical assessment and specify "Privacy request" in your message.
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Public demonstrations are synthetic or otherwise bounded within their documented scope. No claim of third-party certification, guaranteed performance, or transfer of private intellectual property is implied.