Execution you can inspect.
Operational PHP/WASM runtime, deployment experience, model and tool integration, and observability lessons.
DESIGNA // Kernel R&D + Technical Architecture
Make the kernel measurable.
A technical view of the PHP/WASM execution model, what is operational today, what must be benchmarked, and what remains research before a mission-specific transition.
Execution modelBenchmark pendingRecovery controls
01 // ApplicationsMission applicationsServices, workflows, and operator tools.Operational today
02 // KernelPHP/WASMExecution, portability, and isolation baseline.Operational today
03 // PolicyPolicy + toolsBounded actions and integration points.Validation target
04 // AgentsModels / agentsProvenance and operator intervention.Research scope
05 // RecoveryObservability + recoveryFault injection, rollback, and control evidence.Validation target
01 // Deployment baselineOperational PHP/WASM runtime
Current deployment experience is the baseline; environment-specific evidence is supplied with each validation scope.
02 // Runtime recordVersion and date: pending
A release record and representative workload are scheduled for Phase I validation.
03 // MeasurementsStartup, recovery, footprint: pending
Baseline measurement scheduled for Phase I validation. No invented performance values are published here.
04 // Validation artifactEvidence packet on request
Sanitized deployment notes, test plans, and validation artifacts are scoped to the partner and mission context.
The operating thesis
The core is operational. The evidence is the work.
This page separates current implementation from validation targets and future research so a technical reviewer can see precisely what would be measured before any performance or readiness conclusion is made.
Portability with control.
Measure startup, footprint, execution boundaries, recovery behavior, and operator intervention under defined workloads.
Bounded intelligence.
Adversarial testing, provenance, policy-bounded agent actions, interoperability, and mission integrations remain research objectives.
Measurement framework
01Startup
Current baseline: measurement pending. Evidence: workload benchmark.
02Footprint
Current baseline: measurement pending. Evidence: resource profile.
03Recovery
Current baseline: measurement pending. Evidence: fault-injection test.
04Intervention
Current baseline: measurement pending. Evidence: controlled operator trial.
Comparison framework
| Dimension | Conventional PHP hosting | Containers / serverless | DESIGNA kernel |
|---|---|---|---|
| Execution portability | Environment dependent | Package and platform dependent | Validation status to be documented per target environment |
| Runtime isolation | Hosting control dependent | Runtime and platform control dependent | Current capability; validation scope defines evidence boundary |
| Resource footprint | Workload dependent | Workload and platform dependent | Benchmark pending under Phase I validation |
| Recovery controls | Operational runbook dependent | Platform and application dependent | Current recovery work; fault-injection target |
| Agent integration | Custom integration | Custom integration | Current integration capability; policy and provenance research target |
What the kernel is not. It is not a website builder, generic hosting tier, or an unrestricted autonomous-agent system. The technical proposition is a bounded execution and operating layer whose claims must be supported with workload-specific evidence.
Opportunity intake
Bring the kernel, the mission, and the transition question into one room.
This intake gives an agency, prime, university, or small-business partner a structured way to request the right brief and name the pathway they are evaluating.