Turn understanding into care, protection, and improvement.
Integrity and vigilance.A vision with
a build path.
Persistent intelligence. Useful verticals. Controlled action. The destination is ambitious; the route is evidence-bound.
Two responsibilities.
One human-first mission.
Integrity and vigilance guide the guardian. Honest examination guides the adversarial counterpart. These are product commitments across every feature family—not a claim that the roadmap is already delivered.
Confront what has not been examined.
Challenge assumptions. Bring evidence into view.The philosophy statements supplement the existing identities. SRAOSHA — INTELLIGENCE AROUND YOUR WORLD. DJINN-SRAOSHA — PENTESTING / KALI CONTROL MODE.
Three levels
of certainty.
The site follows the supplied blueprint. Historical results are not a live audit, proposals are not shipped features, and research ideas are not guarantees.
Blueprint · p. 2Described in the handoff.
Prior work and blockers reported in the supplied work-tree review. Not re-run or independently verified for this website.
Designed to be built.
The architecture, feature families, control experience and delivery sequence are engineering specifications.
Earned through evaluation.
Frontier capabilities need baselines, failure criteria and promotion gates. Evidence may change the direction.
Open the reported baseline and remaining gaps
Reported posture: not generally released. The handoff describes guided legal, research, coding, knowledge, operations and Growthroom workflows, plus local review checks and encrypted backups.
The same review records an unreachable local model endpoint in a later direct check. Live Kali execution, broad PC control, runnable generated code, production adapters, encrypted live storage and fresh-PC delivery are not established. P.S.T. parity also remains outstanding.
The underlying verification artifacts were not independently supplied. Test counts and catalog size do not establish feature completeness.
Reported baseline and priorities · pp. 5–6One coherent
system.
Domain workspaces above a shared intelligence core. Controlled execution beneath it. Context, authority and evidence carried through the entire journey.
Blueprint · p. 7Owner experience
Conversation, mission board, evidence explorer, approvals and an accessible desktop.
Intelligence core
Task state, model routing, planning, critique, verification and resource budgets.
Context & memory
Source store, claim ledger, project graph, personal context and retention controls.
Authority boundary
Identity, deterministic policy decisions, exact-plan approvals, leases, revocation and audit.
Execution & integration
Typed adapters, isolated code jobs, the DJINN broker and approved provider connections.
Evidence & recovery
Artifacts, provenance manifests, restore points, result verification and replay.
Build. Accept.
Keep the receipt.
Four waves. Five slices per wave. Open any slice to see the actual build objective, acceptance criteria, evidence receipt and dependency from the blueprint.
PROPOSED ORDER / NO COMPLETION CLAIMS01Reproducible starting point
Expose a baseline report through the existing CLI: source hashes, current tests, doctor, missing dependencies and unfinished ledger entries.
A changed file invalidates the old receipt; a missing dependency is shown as blocked, not passed.
Baseline manifest + regression log.
Existing workspace only.
02Local conversation recovery
Repair access to the already installed model service; display route identity, unavailable state and cancellable responses.
Prove success, unreachable service, timeout and cancellation without downloading a new model.
Live smoke receipt + failure fixtures.
01; local-service permission.
03Desktop acceptance journey
Complete a keyboard-only path from startup to evidence review, approval denial and export.
Check focus, screen-reader names, scaling and interrupted-session recovery on the actual desktop.
Manual acceptance record + UI tests.
02; interactive desktop access.
04First encrypted live store
Implement the selected protected-storage path for one bounded record family, including its journal and temporary files.
Migrate a synthetic fixture, interrupt the migration, recover it and inspect for plaintext residue.
Migration/recovery receipt.
01; crypto design decision.
05Key rotation and restore
Expose rotate, backup and restore for that protected store with explicit operator confirmation.
Wrong keys fail safely; interrupted rotation recovers; a restored record matches its provenance.
Rotation + restore rehearsal.
04; key/recovery policy.
06Source-backed memory revision
Expose claim/source inspection, correction and retirement with derived-index invalidation.
A retired source cannot silently support a new answer; prior authorized history remains explainable.
Memory lifecycle fixture.
04-05; retention decision.
07Exact-plan action approval
Bind a typed proposed operation to its parameters, scope, evidence revision and expiring permission.
An edited plan, revoked approval or duplicate request cannot obtain a fresh execution by accident.
Policy and adverse-path receipt.
01; no live target required.
08Research extraction vertical
Take one permitted document or HTTPS source through fetch, extraction, source-span citation and a reviewable brief.
Reject unsupported content, malformed input and stale evidence; preserve a useful partial result.
Source-to-brief evidence pack.
06; approved access policy.
09Legal currentness vertical
For a bounded Maine authority set, capture official-source provenance and source-date checks in the draft workflow.
A missing or stale authority blocks a currentness claim; the document remains review-required.
Corpus receipt + draft fixture.
08; corpus stewardship.
10First runnable code job
Run one generated synthetic program in a provisioned isolated environment through the closed dispatcher.
Deny unapproved network and host writes; enforce time/resource limits; preserve failure output.
Host-isolation + test receipt.
07; provisioning approval.
11One real read-only adapter
Select a single production system and expose a scoped read with account identity, freshness and evidence.
Wrong account, expired credentials, pagination and rate limits produce controlled behavior.
Adapter contract + live read proof.
07; owner-selected credentials.
12One recoverable approved write
Extend that adapter with one previewable operation, duplicate protection and supported rollback or compensation.
A changed preview needs reapproval; retry does not duplicate work; partial failure is visible.
Write/recovery receipt.
11; explicit write scope.
13Optional voice journey
Enable configured, consented final-response playback with cancellation, text fallback and privacy controls.
Cancel mid-playback; reject absent consent; survive provider outage without blocking chat.
Playback smoke + failure proof.
02; voice credential/consent.
14One donor-to-edition transfer
Admit one implemented donor feature into shared contracts and create a P.S.T. parity package.
Validate exposed workflow and migration in isolated fixtures; leave the other workspace untouched.
Pinned donor manifest + parity pack.
06-07; transfer scope only.
15DJINN scope-to-plan journey
Create, review, seal and export a synthetic engagement plan from the native interface.
Excluded assets, missing ownership evidence and altered plan revisions prevent promotion.
Scope receipt + UI acceptance.
07; no target execution.
16DJINN broker and lease
Expose a typed tool job to a synthetic worker with environment binding, expiry, quotas and cancellation.
Expired or revoked leases fail before dispatch; duplicate submissions stay controlled.
Broker adversarial fixture.
15; synthetic execution only.
17Provision one isolated lab
Add an explicitly approved runtime profile with pinned tools, restricted integration and reset capability.
Inspect mounts, interop, network policy and cleanup; fail closed when a required boundary is absent.
Environment and isolation receipt.
16; new provisioning authority.
18First scoped inventory run
Use a reviewed low-impact profile against allowlisted synthetic lab assets and normalize its artifacts.
An out-of-scope destination is denied; tool errors remain errors rather than inferred results.
Lab inventory evidence pack.
17; sealed lab engagement.
19Finding-to-report verification
Link a lab observation to raw artifacts, corroboration, limitations and a redacted engagement report.
An unsupported finding cannot be promoted; changed artifacts invalidate verification.
Finding/report provenance bundle.
18; verification rubric.
20Revoke, recover and retest
Exercise live revocation plus one approved reversible lab change and a scoped retest.
Stop/revoke behavior is measured; cleanup is checked; closure requires valid retest evidence.
Stop/recovery/retest receipt.
16-19; distinct change approval.
Reconcile these proposals against the active ledger before assigning batch numbers. Completion requires exposed behavior, synthetic acceptance, full regression, doctor and a tested-byte receipt.
From a dependable core
to measured expansion.
These eight proposed stages guide promotion. They are not a reconstruction of the handoff’s unnamed eleven blocked release gates.
Blueprint · p. 25Reliable local assistant
Restore chat, runtime truth, basic desktop, cancellation and offline behavior.
Trusted data
Prove protected live storage, source provenance, scoped memory and recovery.
Controlled action
Policy, approval revisioning, budgets and the first isolated execution path.
Useful verticals
Deepen domain evidence, deliver a real adapter and validate transfer contracts.
DJINN laboratory
Prove scope, isolation, tool profiles, normalization, revocation and retesting.
Supported pilot
Complete journeys on selected authorized systems with recoverability.
Release candidate
Signed delivery, clean-machine proof, upgrades, accessibility and known limits.
Measured expansion
Promote domains and frontier work through the same evidence discipline.
Earn the
next-next-generation leap.
Not a promise of human-level general intelligence. A research agenda with measurable questions, held-out evaluations and explicit promotion gates.
Blueprint · p. 16Persistent world model
Track entities, commitments and changes. Can it resolve later tasks with fewer corrections than retrieval alone?
Multimodal understanding
Combine owner-shared screen, text, image and optional audio. Does it improve held-out tasks without increasing privacy or action errors?
Collective reasoning
Route complementary specialists and preserve disagreement. Does it outperform the best single route at matched cost and latency?
Counterfactual planning
Compare possible plans before acting. Do predicted consequences match controlled, reversible outcomes?
Skill acquisition
Propose reusable workflows from successful work. Can reviewed skills generalize without widening permissions?
Long-horizon initiative
Maintain goals and suggest timely next steps. Does the owner accept more suggestions than they dismiss or undo?
A shared core.
Personal boundaries.
The planned P.S.T. edition keeps a distinct identity, separate memories, credentials and permissions. Its proposed DJINN access begins with an explicitly configured learning lab—not inherited administrator access.
Updated P.S.T. artwork and delivery parity need separate approval and validation. No finished P.S.T. build or rebranded logo is represented here.
Blueprint · p. 10Look under
the armor.
The mission, architecture, feature sets and delivery gates. Published together, with a clear distinction between reported work, proposed engineering and experimental research.


Source documents supplied for this website. They describe a development direction, not a public application release.