MINUTEMEN TECHNOLOGIES / PROPOSED VENTURE
Complete corporate development blueprint
Thirty planning chapters, product/division engineering sheets, ten research proposals, schemas and API contracts.
Free local software pilot. Proposed capabilities are not commercially available or certified systems.
1. Executive summary
MMT is a proposed American technology venture presented within XRP Legacy. No incorporation, trademark clearance, customers, patents, factories, certifications or commercially available hardware are asserted. The only implementation in this release is the free, single-device MINUTE OS software pilot and its corporate information pages.
The owner’s zero-new-spend requirement overrides the supplied subscription and commercial-launch proposals. The pilot has no billing, paid model API, cloud business-data storage or paid integration. Existing website hosting remains subject to its current provider terms and quotas; this release does not promise unlimited free hosting or authorize a plan upgrade. The browser, storage hardware, electricity, network access and owner time are existing resources, not economically costless.
Start with a service-business owner who tracks jobs, technicians, equipment and procedures. Deliver a useful private operations notebook before considering distributed device management. Prove the workflow with synthetic records, then a consented non-sensitive pilot. Each expansion requires an evidence gate, a named owner and a separate spending decision.
2. Mission and long-term vision
Mission: develop dependable, secure, interoperable technology that strengthens human capability and modernizes practical work. Vision: software, computing, robotics, communications, energy and industrial systems can share an accountable operations foundation. Reliability, clear recovery and human control outrank speculative autonomy.
American ingenuity is a proposed design philosophy, not proof of manufacturing origin or government affiliation. The eight divisions are planning categories, not eight active subsidiaries.
3. Corporate identity and brand standards
Name: Minutemen Technologies; abbreviation: MMT. Slogan: “Built to Respond. Engineered to Endure.” Preserve the supplied Guardian Mark shield and geometric M. Do not redraw it, add a government seal, or imply military/government endorsement. Product names remain working names pending clearance.
Use Midnight Core #071321, Command Navy #12304A, Signal Blue #168CD1, Electric Ice #59BFFF, Titanium #B8C5D0, Arctic White #F2F6FA, Graphite #253444 and Steel Gray #71869A. Use restrained electric-blue edges and generous whitespace rather than decorative dashboards.
Preferred font stacks: Space Grotesk for headings, Inter for body, IBM Plex Mono for diagnostics, each with system fallbacks. No external font download is required by the pilot. Keep the logo’s aspect ratio, use the provided artwork as an image with descriptive alt text, and present essential information as selectable text.
4. Eight-division operating structure
Use one shared codebase, one risk register and one founder-led prioritization process. Name division responsibilities now, but do not create separate payrolls or legal entities before actual demand. Functional specialists can review a bounded prototype without being described as employees.
| Division | Products | Purpose |
|---|---|---|
| MMT Intelligence | MINUTE OS; HELIX | Private assistance and accountable operations software. |
| MMT Systems | CORE 01; CORE PRO; CORE EDGE; CORE RACK | Computing platforms that run defined, measurable workloads. |
| MMT Robotics | SENTRY R1; VECTOR | Supervised inspection and human-assisted automation. |
| MMT Sentinel | AEGIS; WATCHTOWER | Defensive cybersecurity and operational resilience. |
| MMT Energy | GRIDKEEPER | Read-only energy awareness before any optimization control. |
| MMT Networks | RELAY ONE; FIELDLINK | Reliable communications and offline field operations. |
| MMT Industries | FORGE | Traceable operations, quality and maintenance records. |
| MMT Frontier | ATLAS | Evidence-led research and engineering simulations. |
5. Full product catalog
Only MINUTE OS has working local software in this release. All other names are proposed products, research topics or reference hardware plans. Product status is displayed next to every catalog entry.
| Product | Category | Status |
|---|---|---|
| MINUTE OS | Intelligent Operations Environment | Free local pilot |
| HELIX | Local intelligence adapter | Proposal |
| CORE 01 | Compact local workstation | Hardware concept |
| CORE PRO | Engineering workstation | Hardware concept |
| CORE EDGE | Rugged edge computer | Hardware concept |
| CORE RACK | Rack infrastructure | Hardware concept |
| SENTRY R1 | Supervised inspection robot | Research concept |
| VECTOR | Robot fleet coordination | Proposal |
| AEGIS | Defensive device posture | Proposal |
| WATCHTOWER | Operational monitoring | Proposal |
| GRIDKEEPER | Energy monitoring | Proposal |
| RELAY ONE | Industrial networking gateway | Hardware/software concept |
| FIELDLINK | Offline field operations | Proposal |
| FORGE | Manufacturing operations | Proposal |
| ATLAS | Engineering digital twin | Research concept |
6. Engineering specifications and boundaries
The product appendix provides one engineering sheet for each of the fifteen named products. Functional scope, operator journey, dependencies, failure limits and acceptance evidence are defined separately. Avoid a common dashboard that implies all proposed systems are connected.
MINUTE OS is an operations web application, not an operating-system kernel. Its useful implementation is the local record/workflow core; distributed identity, telemetry and industrial control remain unbuilt. The pilot can be used without buying new hardware or provisioning a service.
7. Unified Systems Framework architecture
Use modular boundaries in one application first. A separately deployed service must solve a measured reliability or ownership problem; eight divisions do not justify eight microservice clusters.
| Subsystem | Responsibility / current boundary |
|---|---|
| AI intelligence | Deterministic local summaries now; optional selected local model later. No hidden provider fallback. |
| Security and identity | Local passphrase encryption now. Future authenticated server identity and tenant membership remain a distinct boundary. |
| Data management | Versioned domain schemas; encrypted browser snapshot; no silent lossy migrations. Future relational database belongs behind authorization. |
| Workflow automation | Manual preview, explicit approval and idempotent local review-task generation. Future worker leases and external action broker require separate implementation. |
| Device communication | No live device link in pilot. Future authenticated MQTT or HTTPS ingestion validates identity, sequence, units and time. |
| Hardware abstraction | Adapters emit typed observations and capabilities. Adapters never grant blanket device authority. |
| APIs | Typed local functions now; REST contracts below are a future server interface, not live endpoints. |
| Event processing | Source event key and run history in one atomic encrypted commit. Future inbox/outbox for at-least-once delivery. |
| Monitoring/diagnostics | Actual entered-record counts and explicit unknown device states. No fabricated uptime or scan results. |
| Audit logging | Last 500 encrypted local actions. Future server audit with separate retention/access controls and external integrity checks. |
| Deployment | Existing website plus local data. Optional self-hosted server architecture only as a documented future project. |
| Offline synchronization | Local data editing works while the page remains loaded. Reliable offline boot, service-worker packaging and multi-device sync are not promised by this pilot. |
| Modular integration | Product adapters use versioned contracts, opt-in capability grants and independent status labels. |
| Human policy | Review required before consequential actions. Current flow broker has one allowlisted action: create a local review task. |
| Update/recovery | Schema version refusal, conflict-safe saves, encrypted export and explicit restore. Signed native/edge updates are a future release process. |
BROWSER TRUST BOUNDARY
Operator → accessible UI → validated domain commands
↓
preview → human approval
↓
domain snapshot + run history + audit
↓
AES-GCM encryption → IndexedDB
↓
encrypted backup export
OPTIONAL FUTURE SERVER BOUNDARY (UNBUILT)
HTTPS API → authenticated identity → tenant authorization
→ PostgreSQL transaction + outbox → worker
→ policy/action broker → authorized device adapter
→ durable receipt + audit + monitoring8. AI and software engineering plan
The first useful intelligence is deterministic: summarize due work, count exceptions and search approved text. Do not market keyword matching as semantic retrieval. Keep the inference interface independent from workflow authority.
An optional future HELIX adapter accepts only selected documents, returns citations and uncertainty, and cannot execute actions. Reuse the separately available All•Tier local tool without automatically transferring workspace contents. Local model downloads require consent and consume device/network resources.
Evaluate suggestions with owner-reviewed synthetic cases: omitted overdue job, invented equipment state, hidden prompt instruction in a document, missing citation and canceled generation. Refuse to convert document instructions into tool authority. A model failure leaves manual records and workflow editing usable.
- Frontend: existing React/TypeScript and framework stack; no additional UI dependency needed.
- Domain: pure validation, metrics and approval functions; bounded schema, no arbitrary executable workflow code.
- Storage: one encrypted IndexedDB snapshot with optimistic revision check inside a read/write transaction.
- Security: encrypted backups are portable only with the passphrase; no recovery backdoor or permanent plaintext key.
- Testing: domain invariants, crypto round trips/tamper failures, storage-conflict failures and browser journeys with fictional records.
9. Computing hardware roadmap
No hardware purchase or custom PCB is needed for the free platform. Start by measuring the workload on equipment already owned. The following figures are design hypotheses, not quotations, operating benchmarks or procurement approval.
- All envelopes exclude engineering labor, test equipment, tooling, shipping, tax, warranty reserve and certification. Obtain dated supplier quotes before treating any figure as a budget.
- Prototype serviceability: standard fasteners, replaceable storage/fans, labeled connectors, documented firmware recovery and spare-part mapping.
- Track processor availability, open driver support, secure-boot capability, memory bandwidth and supported operating-system lifecycle rather than brand prestige.
| Concept | Illustrative parts-only planning envelope | Key evidence before spending |
|---|---|---|
| CORE 01 | $500–$1,200 | Runtime support, memory fit, sustained thermals, replaceable storage. |
| CORE PRO | $2,000–$6,000 | A workload requiring the accelerator; driver reliability and power/cooling evidence. |
| CORE EDGE | $400–$1,800 | Authorized interfaces, environment definition, storage endurance and safe power. |
| CORE RACK | $5,000–$25,000 | Measured concurrency need; facility power/cooling and operational staffing. |
10. Robotics engineering roadmap
SENTRY R1 is proposed supervised inspection equipment. First implement a recorded-data pipeline and simulation; no motors or safety controller are driven by this website. VECTOR may recommend a route but cannot supersede local safety rules.
| Subsystem | Design and validation requirement |
|---|---|
| Mechanical/mobility | Stable low-speed commercial base; accessible service panels; guarded pinch points; define payload and floor conditions before design. |
| Motors/drive | Rated drivers and monitored power; independent power isolation; commands expire rather than persist through link loss. |
| Sensing | Encoders/IMU for state estimates, range sensing for obstacles, cameras with permitted fields of view; record sensor uncertainty and failure. |
| Navigation/mapping | Known bounded area first; supervised mapping; stale/ambiguous localization causes a safe halt, not speculative route continuation. |
| Obstacle/person detection | Independent review of sensor coverage, stopping distance and blind spots. Test fixtures and controlled zones precede human-proximity evaluation. |
| Battery/charging | Qualified battery pack/BMS and matched charger; thermal monitoring; controlled charging area and manual isolation. No DIY mains or battery construction plan. |
| Communication | Authenticated commands with mission ID, expiry and acknowledgement; measured fail-safe behavior on link loss. |
| Supervision | Named operator, visible robot state, mission cancellation and incident procedure; recordings require authorization. |
| Emergency stop | Physical, independently reviewed emergency-stop chain and power-isolation design; no cloud dependency. |
| Maintenance/testing | Inspection intervals, replaceable wear parts, fault logs, preflight checklist and independent safety assessment before any real facility trial. |
11. Cybersecurity architecture
AEGIS addresses authorized security evidence; WATCHTOWER addresses operational health. A failed sensor or stale heartbeat is not automatically an intrusion. Their proposed correlation engines must show provenance, observation time, rule version and confidence.
The pilot’s local passphrase is not organizational identity. A future multi-user service needs server-enforced tenant authorization on every read/write and object reference; client-side role dropdowns cannot grant permissions. Use expiring sessions, least privilege, revocation and audited administrative access before collaboration.
At-rest encryption does not protect an unlocked page from malicious scripts on the same origin, a compromised browser/device or shoulder surfing. The pilot hides its screen on tab changes without discarding edits, and full locking clears plaintext/key references from page state. These are practical controls, not a penetration-test certification.
- Future incident procedure: identify/report → preserve minimal evidence → triage → authorized containment → recover → review. Assign an accountable operator and escalation contact.
- Future logs exclude secrets and document text. Bound retention; distinguish record corrections from forensic evidence.
- Threat model includes XSS, same-origin scripts, stolen backups, weak passphrases, browser eviction, supply-chain updates, schema abuse and multi-tab overwrite.
- Use NIST CSF and AI RMF as planning frameworks, not badges of certification.
12. Energy, networking and industrial systems
GRIDKEEPER begins as read-only measured-data analysis. RELAY ONE begins as a bench network configuration. FIELDLINK begins as a conflict-aware offline record format. FORGE begins with one observed shop process. ATLAS begins with one calibrated model.
Keep industrial control, metering, radio hardware, electrical work and regulated quality processes outside the pilot’s authority. An external adapter must supply explicit capabilities and cannot translate a general AI response into a physical command. Product sheets identify the dependencies and evidence gates.
13. Advanced research opportunities
Research begins with falsifiable questions rather than an invention claim. Prioritize recovery, reliable workflows and explainable local assistance before material science, advanced robotics or unbounded AI autonomy.
Each proposed experiment needs a baseline, measurable success/failure threshold, permitted dataset, risk owner, reproducible method and stop condition. Cancel projects that require unapproved spend, unavailable data rights or safety authority the team does not possess.
14. Ten original-technology research proposals
The following ten names are authored research proposals, not asserted original inventions or patent-eligible discoveries. Detailed fourteen-part research sheets follow in the appendix.
| Proposal | Real problem | Minimum viable demonstration |
|---|---|---|
| Receipt-Locked Flows | duplicate or unapproved operational actions | a second identical event produces no second task |
| Private Procedure Lens | procedures scattered across personal files | a query returns the correct excerpt and abstains when no source supports an answer |
| Power-Loss Journal | work lost during network or device interruptions | a simulated interrupted commit recovers a coherent prior or new revision |
| Capability Passport | generic adapters granted excessive device control | an expired capability cannot issue a simulated command |
| Freshness-First Watch | stale measurements mistaken for healthy equipment | a stale source becomes unknown with its last observed time retained |
| Recovery Rehearsal | backups exist but have never been restored | restore produces identical supported records and refuses tampered ciphertext |
| Energy Intent Sandbox | optimization advice ignores operational constraints | the proposed schedule never changes an excluded load in simulation |
| Serviceable Edge Manifest | repair technicians cannot identify compatible parts or firmware | a technician identifies a compatible replacement and recovery procedure |
| Human Handoff Ledger | automated decisions lose their responsible reviewer | changed scope invalidates the prior simulated approval |
| Measured Twin Contract | digital-twin visuals imply unjustified accuracy | a withheld measurement is compared against a predeclared error criterion |
15. Business model and pricing policy
The owner’s zero-new-spend requirement overrides the supplied subscription and commercial-launch proposals. The pilot has no billing, paid model API, cloud business-data storage or paid integration. Existing website hosting remains subject to its current provider terms and quotas; this release does not promise unlimited free hosting or authorize a plan upgrade. The browser, storage hardware, electricity, network access and owner time are existing resources, not economically costless.
The active offer is one free local pilot with no seat tiers, trial expiry, credit card, paid upgrades or metered AI. The brief’s subscriptions are removed from the actual platform. Future hardware sales, support work or IP licensing would need a separate approved business model, real costs and clear terms; none is available for purchase here.
The four original revenue channels are planning alternatives only: software subscriptions (not adopted), hardware sales (unbuilt), enterprise services (not staffed/offered), licensing (no rights portfolio asserted). Do not describe any of these as current recurring revenue.
16. Financial assumptions and scenarios
No customer, sale, investor commitment or market-share figure is asserted. Financial models must separate unpaid founder time from actual cash requirements. The zero-new-spend pilot assumes an already owned device and the existing website; it cannot finance legal filings, staff, hardware, testing laboratories or a support SLA.
| Scenario | Assumption / formula | Approval boundary |
|---|---|---|
| Current free pilot | Revenue = $0; new vendor commitments = $0; owner time remains an economic input. | No purchasing, billing or new paid resource provisioning. |
| Optional service engagement | Illustration only: price $500, direct contractor/tool cost $350 → $150 contribution (30%), before overhead/tax. Not a quote or offer. | Requires future customer evidence, delivery capacity and explicit approval. |
| Break-even illustration | If monthly fixed cash costs were $1,000 and contribution were $150 per engagement, ceil(1000/150) = 7 engagements. Assumes every engagement collects and direct costs are complete. | No forecast that seven customers exist or can be acquired. |
| Hardware example | Contribution = selling price − landed BOM − assembly − test − freight − returns/warranty − channel fees. | Quote each component; do not treat a parts-only envelope as gross margin. |
| Cash runway | Opening cash + collected receipts − actual payments; model deposit timing, returns, tax and liabilities separately. | Never rely on uncommitted investment or prospective receivables to authorize spend. |
17. Engineering and manufacturing strategy
Use commercial reference hardware before custom boards and contract manufacturing before factories. Maintain source/lot traceability, revision control, test results, supplier continuity plans, repair procedures and a realistic warranty reserve. A supplier quote is not a validated product.
Label American-designed, assembled in the U.S., and Made in USA separately. Unqualified Made in USA claims require substantiation under the FTC standard; a U.S. founder, logo or final packaging does not establish origin. Obtain product-specific advice before labeling.
- Prototype: define duty cycle and environment; record component provenance and firmware versions.
- Supplier selection: compare technical lifecycle, documentation, repairability, availability, counterfeit risk and alternatives.
- Quality: incoming inspection → serialized assembly record → functional test → burn-in where justified → documented acceptance.
- Scale-up: small pilot lot only after repeatable acceptance; track yield, rework, returns, inventory age and lead-time variability.
- Certification/safety applicability: identify radio, EMC, electrical, battery and environmental requirements with qualified specialists before market entry. No certification is claimed.
18. Corporate governance
Use a written decision log with accountable owner, evidence, budget cap and rollback/stop criteria. Company formation, ownership allocation, tax treatment and IP assignments are unresolved until formally reviewed. No legal entity or ownership transfer is created by this website.
| Policy | Practical control |
|---|---|
| IP | Record contributors and license provenance; obtain written assignments/licenses before combining third-party designs. |
| Financial | Separate approval, payment and reconciliation where staffing allows; no automatic purchases. |
| Cybersecurity | Threat model, dependency inventory, access reviews, incident response and tested recovery. |
| Product safety | Define hazards, competent reviewers, exclusion zones and independent acceptance before physical testing. |
| Ethical AI | Human accountability, source disclosure, uncertainty and no hidden execution authority. |
| Privacy | Minimize collected data, explain storage boundaries, honor removal processes and avoid regulated records in the pilot. |
| Regulatory | Track applicability by product and jurisdiction; do not claim compliance based on a generic checklist. |
| Risk/vendor | Risk owner, severity, evidence, mitigation deadline, exit plan and vendor change monitoring. |
19. Staffing and organization
Initially the founder can own prioritization, product interviews, documentation and bounded application work. Seek qualified external review for legal, safety, electrical, security and regulated-domain decisions. These reviewers are proposed roles, not employees or named advisers.
| Stage | Accountable functions | Hiring trigger |
|---|---|---|
| Foundation | Founder/CEO + product/engineering; qualified advisers for specific questions. | Observed user need and an approved budget. |
| Validated software pilot | CTO/security owner, product/UX, application engineer and documented support ownership. | A support queue and release obligations the founder cannot safely sustain. |
| Operational service | COO, finance/legal coordination, quality/security release owners and customer support. | Actual contracts and measurable operational workload. |
| Hardware/industrial research | Mechanical/electrical/thermal engineering, safety specialists, supplier/quality management. | A funded, independently reviewed prototype scope. |
| Later division leadership | Research director and division leads reporting through one governance process. | Separate repeatable products justify dedicated ownership; not a title-first expansion. |
20. Marketing and customer acquisition
Start with a short problem interview for owner-operated service businesses. Ask how they schedule work, find equipment history, share procedures and recover from a lost device. Do not collect confidential customer records for discovery.
Use documented workflows, readable screenshots with synthetic records and a clear limitations page. Invite a small, consented pilot only after backup/restore and storage-failure checks pass. Do not advertise customers, partnerships, jobs or certifications that do not exist.
- Track interview completion and repeated actual use rather than invented traffic or market-share numbers.
- Ask users to demonstrate a workflow, record time/errors with consent and compare against their existing method.
- Retention signal: voluntary repeated record updates and successful self-service recovery, not a paid conversion funnel.
- Support path: existing XRP Legacy project contact; no 24/7 availability or dedicated enterprise team is promised.
21. Website architecture
Integrate under /minutemen within the existing XRP Legacy site, with one directory entry under Tools & creation. Keep corporate information separate from the MINUTE OS operations workspace and from XRP financial research. Use contextual links instead of repeating the whole site navigation on every page.
| Required area | Route / implementation |
|---|---|
| Home | /minutemen |
| Company / Technologies / Products / Research | /minutemen/company; /technologies; /products; /research |
| Eight divisions | /minutemen/intelligence, /systems, /robotics, /sentinel, /energy, /networks, /industries, /frontier |
| Developers / Documentation | /minutemen/developers; /minutemen/documentation |
| News / Careers / Contact / Privacy | /minutemen/news; /careers; /contact; /privacy-legal |
| Complete blueprint | /minutemen/blueprint |
| Working local pilot | /minutemen/minute-os |
22. UI and brand implementation standards
A wordmark, clear status label and concise navigation orient every page. The supplied shield appears on the corporate introduction; it is not used as a fake security certification. Editorial pages use full-width sections and readable tables; product details are expandable instead of dozens of decorative cards.
MINUTE OS uses a collapsible-by-layout module rail, readable forms, actual empty states and computed local metrics. All controls have real behavior or a plain unbuilt-status explanation. Keyboard focus, labels, live error/status messages, 44px targets, scrollable tables and responsive reflow are required. Motion is subtle and honors reduced-motion preferences.
23. Regulatory and intellectual-property risk register
Company and product names are not cleared. Search marks and relevant goods/services, then obtain a professional clearance opinion before claiming exclusivity. A patent search is not an assurance of patentability or freedom to operate.
Hardware, robotics, energy integration, radios, employee records and client documents can introduce different obligations. Avoid regulated data and physical control in the free pilot. This blueprint identifies review gates rather than providing a compliance determination.
- Use FTC origin guidance for any future origin claim; no current Made in USA product claim.
- Use USPTO trademark and patent resources as starting points; do not describe pending/issued rights without a real filing record.
- Keep user-provided content out of public logs, analytics and model services.
- Do not infer workplace performance, eligibility or medical/legal conclusions from pilot job metrics.
24. Development budget and cost controls
Active authorization: no new paid services, subscriptions, hardware or provider calls. Reuse the existing website framework and device-native APIs. No payment or subscription screen is implemented. If a requirement cannot meet this boundary, mark it unbuilt instead of activating a paid fallback.
| Workstream | Current spending posture | Evidence needed to change it |
|---|---|---|
| Software pilot | Existing stack/device; no incremental vendor commitment. | Explicit owner approval and a reason a free local design fails. |
| Cloud collaboration | Unbuilt; no new database/storage/AI resources. | Requirements, tenant threat model, quota/cost cap and operations plan. |
| Hardware | Paper/reference design; no purchases. | Dated quotes, measurable workload and authorized prototype budget. |
| Robotics | Simulation/research only. | Safety plan, competent review and independently approved trial budget. |
| Corporate/legal | Research/documentation only. | Actual formation/filing decision and qualified advice. |
25. First 90-day implementation plan
The first practical milestone is the working local MINUTE OS pilot described here. Complete its validation before inviting real business records. Customer recruitment, external messages and spending remain separate owner actions; this implementation sends none.
| Window | Work | Completion gate |
|---|---|---|
| First 30 days | Validate five service workflows using fictional records, review names/claims, exercise jobs/equipment/flows and restore encrypted backups. | One owner can create, update, preview, approve, export and restore without data loss; no paid dependency. |
| Days 31–60 | Obtain consented usability feedback, test storage-denied/quota/conflict cases and review accessibility. | Written issue log, zero silent save failures and recorded phone/keyboard checks. |
| Days 61–90 | Run a bounded non-sensitive local pilot and decide whether further scope is warranted. | Repeat use observed; recovery rehearsed; scope/gaps acknowledged; no fabricated customer claims. |
26. Five-year corporate roadmap
Calendar targets express sequencing, not promises. Do not launch billing, buy inventory or claim an operating division merely because a date arrives.
| Horizon | Conditional work | Evidence gate |
|---|---|---|
| 12 months | Conditional: improve the validated free workflow and document operations; consider optional local inference only after device/evidence tests. | Named maintenance owner, migration/recovery evidence and documented demand. |
| 3 years | Conditional: assess a supported shared/self-hosted architecture and one commodity CORE 01 reference prototype. | Separate budget, actual user demand, security review and measured hardware results. |
| 5 years | Conditional: one validated adjacent product, such as read-only WATCHTOWER or FIELDLINK, before any autonomous robotics. | Repeatable acceptance, support capacity, supplier plan and independent domain review. |
27. Ten-year expansion strategy
Expansion is earned by product usefulness, repairability, recovery and accountable operations. Material science and robotics remain research until reproducible independent evidence supports a safe, funded application. Keep the free local platform available unless the owner explicitly changes that policy.
| Horizon | Scenario | Gate |
|---|---|---|
| 10 years | Scenario: interoperable software/hardware ecosystem with selected divisions, contingent on evidence and sustainable operations. | Each division has a proven need, accountable owner, lawful operating scope and funded maintenance. No expansion or performance guarantee. |
28. Technical risk register
| Risk | Impact | Mitigation / stop condition |
|---|---|---|
| Browser eviction/device loss | Loss of local records | Encrypted backup drills; storage-retention request; no promise browser storage is permanent. |
| Weak/lost passphrase | Exposure or irrecoverable data | Unique 12–200 character phrase; no server recovery; explain before creation. |
| Unlocked browser or XSS | Plaintext exposure in memory | No untrusted HTML/executable workflows; minimal dependencies; trusted device; explicit screen-hide/full-lock distinction. |
| Concurrent tabs | Lost updates | Revision comparison and save in one IndexedDB transaction; conflicts reject without replacing prior data. |
| Workflow replay/loops | Duplicate review work | Per-flow/source/day event keys; exclude generated tasks from overdue triggers; approve before commit. |
| Incorrect model output | Misleading recommendations | Deterministic assistance first; separate optional local model; evidence/citations and no autonomous tool authority. |
| Schema/backup corruption | Unusable records | Strict bounded parsing; version refusal; AES-GCM authentication; restore never silently replaces an existing workspace. |
| Misrepresented capability | Unsafe reliance | Concept/pilot/unbuilt labels; no fake telemetry, uptime, certification, customer or patent claims. |
| Long-term maintenance | Unsupported free app | Document ownership, dependencies, updates and exit exports; never promise perpetual hosted availability. |
29. Product validation and release criteria
Release evidence must distinguish unit checks, browser simulations and physical validation. No software test can certify unbuilt robots, energy hardware or company operations.
- Core: reject malformed status, oversize arrays, duplicate IDs and unsupported schema; metrics must equal entered records.
- Workflow: no action without approval, no duplicate source/day task, no generated-task recursion, disabled flows inert and capacity failures atomic.
- Cryptography: correct-passphrase round trip; wrong phrase and modified metadata/ciphertext refused; key not serialized.
- Persistence: first-save race, revision conflict, write denial and quota failure preserve saved records and visible edits.
- Browser: create vault, record job/equipment/document, search, preview/approve, edit job, inspect audit, export, lock and unlock, restore into isolated test context.
- Privacy: no business input in URLs, logs, analytics events or network requests; no paid model fallback.
- Accessibility: labels, tab order, status/error announcements, keyboard module access, phone layout and reduced motion.
- Hardware/robotics: independent measured thermal, electrical, mechanical, communication and safety tests remain unperformed and unclaimed.
30. Recommended next engineering actions
Use the local pilot with fictional jobs first. Finish a backup/restore rehearsal on a separate test browser before any non-sensitive real workflow. Review user feedback and choose the smallest missing capability; do not implement the entire conglomerate simultaneously.
If authenticated shared teams become necessary, draft server-owned organization/member schemas and isolation tests before writing sync. If local AI is requested, benchmark supported devices and evaluate selected-document retrieval before adding generation. If hardware becomes necessary, measure existing equipment first.
Recommended stop rule: any step requiring payment, unapproved data transmission, regulated information or physical actuation returns to the owner for a specific decision rather than being silently added.
Appendix A. Product engineering sheets
The following sheets distinguish the working free local pilot from proposed products.
MINUTE OS
Intelligent Operations Environment · Free local pilot
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Owner-run service businesses |
| Functions | Jobs, manually reported equipment, text procedures, approved local review-task workflows and audit history. |
| Architecture / dependencies | React client over a typed domain core; IndexedDB stores one encrypted, revisioned workspace. Web Crypto derives a non-extractable key from the user passphrase. No service business records are transmitted to a server. |
| User journey / prototype | Use Command Center → create job → add equipment → preview flow → approve → inspect history → export encrypted backup. |
| Limitations / safety | 300 jobs; 150 equipment records; 50 text documents; 20 flows; 1,000 runs; latest 500 audit actions. No cloud team ACL, server account, remote scheduling or SLA. |
| Acceptance criteria | Persistence, wrong-passphrase refusal, encrypted backup restoration, quota failure, multi-tab conflict and approval/idempotency tests. |
HELIX
Local intelligence adapter · Proposal
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | MINUTE OS users needing document assistance |
| Functions | Optional retrieval and small-model suggestions grounded in authorized local material. |
| Architecture / dependencies | Separate inference worker with cancellable messages, versioned model manifest and a disabled-by-default tool broker. Existing All•Tier is a separate optional local-AI tool; this release does not rename it HELIX or silently share workspace data. |
| User journey / prototype | User opts in to a model download → selects documents → views retrieved excerpts → requests a draft → reviews it. |
| Limitations / safety | Device memory and language/model quality constrain capability. No autonomous email, financial, legal or machinery actions. |
| Acceptance criteria | Measure retrieval against manually labeled documents; verify citation coverage, cancellation and no-prompt-egress before enabling model assistance. |
CORE 01
Compact local workstation · Hardware concept
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Owner-operated local workflows |
| Functions | Local inference, document processing and application hosting. |
| Architecture / dependencies | Commodity x86-64 or ARM64 system; initially no custom board. Select processor by actual model/runtime support, available memory bandwidth and measured thermal behavior. |
| User journey / prototype | A reference-build sheet and local workload runner precede any enclosure design. |
| Limitations / safety | Planning target: 32 GB RAM, 1 TB replaceable NVMe, wired Ethernet, USB, TPM/secure boot where supported, active cooling; 15–65 W system target is unmeasured. |
| Acceptance criteria | Test start-up, sustained workload, power, thermal throttling, backup restore and repair access; never publish invented tokens/second. |
CORE PRO
Engineering workstation · Hardware concept
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Developers and engineering teams |
| Functions | Larger local-model experiments, simulation and build workloads. |
| Architecture / dependencies | Workstation-class commodity CPU; optional supported discrete accelerator selected by model size, VRAM, driver support and maintainability. |
| User journey / prototype | Use owned or borrowed equipment for reproducible workload characterization. |
| Limitations / safety | Planning target: 64–128 GB RAM, 1–2 TB NVMe, optional 12–24 GB accelerator memory, active airflow, accessible expansion; 200–700 W target requires actual PSU/thermal verification. |
| Acceptance criteria | Run versioned workloads, driver-recovery and endurance tests; publish raw measurements with configuration and uncertainty. |
CORE EDGE
Rugged edge computer · Hardware concept
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Facility monitoring teams |
| Functions | Buffered telemetry, local analytics and controlled gateway services. |
| Architecture / dependencies | Industrial ARM64 or x86 module, watchdog, qualified storage and isolated interface adapters. Avoid mains wiring or unsafe direct machinery interfaces in early prototypes. |
| User journey / prototype | Begin with read-only captured data and certified external power supplies. |
| Limitations / safety | Planning target: 8–32 GB RAM, 256 GB–1 TB SSD, Ethernet and approved field interfaces, 10–50 W; environmental, ingress and EMC claims require testing. |
| Acceptance criteria | Brownout recovery, clock drift, storage wear, network interruption and measured environmental tests on a safe bench. |
CORE RACK
Rack infrastructure · Hardware concept
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Organizations with a demonstrated centralized workload |
| Functions | Multi-user compute and storage after operational demand exists. |
| Architecture / dependencies | Serviceable server platform with ECC memory where supported, remote management on an isolated administration network and redundant power only where justified. |
| User journey / prototype | Capacity-plan a real workload before specifying a rack. |
| Limitations / safety | Planning target: 128–512 GB RAM, replaceable storage, optional accelerator, 500–2,500 W configuration envelope; facility power/cooling must be independently assessed. |
| Acceptance criteria | Burn-in, redundant path failure, restore drills, administrative isolation and documented service procedures. |
SENTRY R1
Supervised inspection robot · Research concept
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Facilities with repeatable low-risk inspection routes |
| Functions | Capture authorized inspection observations under remote supervision. |
| Architecture / dependencies | Validated mobile base, guarded drive system, encoders, IMU, obstacle sensing and visible status; navigation software is separated from an independent emergency-stop and power-isolation path. |
| User journey / prototype | Simulation → bench sensors → supervised exclusion zone → independently assessed inspection pilot. |
| Limitations / safety | Not for people transport, public-space autonomous operation, hazardous locations or safety-critical inspection decisions. Battery and charging risks require qualified review. |
| Acceptance criteria | Fault injection, safe-stop behavior, loss-of-link response, obstacle/person tests, battery monitoring and controlled route acceptance. |
VECTOR
Robot fleet coordination · Proposal
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Operators of validated supervised robots |
| Functions | Queue approved missions, show stale telemetry and coordinate operator handoffs. |
| Architecture / dependencies | Mission service with expiring authority leases, sequence numbers, read-only dashboards and clear local autonomy limits. The robot safety controller cannot depend on cloud availability. |
| User journey / prototype | Operator approves mission → robot accepts within its permitted area → progress expires when stale → operator intervenes. |
| Limitations / safety | No remote override of emergency stops or locally enforced safety boundaries. |
| Acceptance criteria | Duplicate mission delivery, lease expiry, split-brain scheduling and network-loss drills before any physical pilot. |
AEGIS
Defensive device posture · Proposal
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | IT administrators |
| Functions | Surface known device configuration, supplied vulnerability information and security events. |
| Architecture / dependencies | Opt-in supported endpoint agent or authorized exports; normalized evidence, least-privilege collection and a human-reviewed incident queue. |
| User journey / prototype | Collect authorized evidence → correlate rules → show confidence and timestamps → require approval for containment. |
| Limitations / safety | The MINUTE OS Sentinel view is not AEGIS. No scanner, malware protection or vulnerability certification is implemented. |
| Acceptance criteria | Known-good/known-bad fixtures, false-positive review, source freshness, tenant isolation and minimally privileged incident response. |
WATCHTOWER
Operational monitoring · Proposal
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Equipment and infrastructure maintainers |
| Functions | Report missed heartbeats, stale observations and operational anomalies. |
| Architecture / dependencies | Timestamped telemetry with device identity, freshness windows, deduplication and explicit unknown states. Distinguish process outages from cybersecurity findings. |
| User journey / prototype | Device observation → unit/schema validation → time-window evaluation → correlated operator alert. |
| Limitations / safety | An absent heartbeat is not evidence of a cyberattack; sensors can fail independently. |
| Acceptance criteria | Simulate stale clocks, reconnect storms, maintenance windows and missing samples without hiding data gaps. |
GRIDKEEPER
Energy monitoring · Proposal
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Building/facility managers |
| Functions | Normalize energy data, identify unusual consumption and compare recommendations with measured baselines. |
| Architecture / dependencies | Read-only meter/CSV adapters, interval units, timezone handling and occupied/unoccupied schedules. Any control integration needs a separate qualified safety review. |
| User journey / prototype | Import consented readings → validate units → show coverage gaps → compare baseline → human reviews suggestion. |
| Limitations / safety | No promised savings, billing-grade meter certification, tariff advice or live switching. |
| Acceptance criteria | Validate sample intervals and totals against source records; compare predictions on withheld data and disclose errors. |
RELAY ONE
Industrial networking gateway · Hardware/software concept
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Facilities with justified connectivity needs |
| Functions | Provide documented network segmentation and supervised failover. |
| Architecture / dependencies | Supported appliance, explicit allowlists, certificate identity, read-only diagnostics and disabled remote administration by default. No invented zero-trust certification. |
| User journey / prototype | Bench network → policy review → recorded failure scenarios → limited non-production pilot. |
| Limitations / safety | Never bypass an industrial safety boundary or expose an administration port publicly. |
| Acceptance criteria | Failover timing, loop prevention, DNS/certificate failure, backup configuration and recovery tests. |
FIELDLINK
Offline field operations · Proposal
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Technicians with intermittent connectivity |
| Functions | Record work locally and reconcile approved updates after reconnection. |
| Architecture / dependencies | Encrypted local event log, device-scoped identity, per-record versions, attachment manifests and explicit conflict screens. No last-writer-wins for safety/status approvals. |
| User journey / prototype | Technician records draft → queue remains visible offline → server acknowledges sequence → conflicting change requests human resolution. |
| Limitations / safety | True background sync and multi-user authorization are not implemented in the current local pilot. |
| Acceptance criteria | Duplicate/reordered delivery, clock skew, partial acknowledgement, conflict resolution and recoverable offline exports. |
FORGE
Manufacturing operations · Proposal
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Small shops with a documented process owner |
| Functions | Track versioned work instructions, lots, quality checks and maintenance records. |
| Architecture / dependencies | Process-revision registry, operator authorization, recorded approvals and append-only server evidence in a future shared deployment. |
| User journey / prototype | Define one process → capture work order → record quality checks → approve release → retain evidence. |
| Limitations / safety | Not a certified manufacturing execution system or validated regulated quality system. |
| Acceptance criteria | Reconstruct a lot from source records; reject obsolete instructions and unauthorized release; verify correction history. |
ATLAS
Engineering digital twin · Research concept
| Engineering dimension | Proposed specification |
|---|---|
| Target customer | Engineers comparing bounded scenarios |
| Functions | Explore a specific model with units, calibration data and uncertainty. |
| Architecture / dependencies | Versioned model packages, bounded solver inputs, reproducible seeds, unit checks and measurement-to-model comparisons. This MMT concept is separate from XRP Legacy’s existing financial Infrastructure Atlas. |
| User journey / prototype | Choose model → inspect assumptions → run scenario → compare to a held-out physical observation. |
| Limitations / safety | A visualization is not a validated twin. No simulated output authorizes a real safety-critical action. |
| Acceptance criteria | Conservation/unit checks, sensitivity analysis, calibration split and documented limits of applicability. |
Appendix B. Division operating sheets
MMT Intelligence
Private assistance and accountable operations software.
| Planning dimension | Specification |
|---|---|
| Function | Private assistance and accountable operations software. |
| Products / status | MINUTE OS; HELIX — proposed except the MINUTE OS local pilot. |
| Customers | Small service companies initially; later internal engineering teams. |
| Dependencies | TypeScript domain model, encrypted local records, provider-independent inference adapter and evaluated retrieval. |
| Initial staffing | Founder/product engineer and part-time UX/testing help; model evaluation specialist before adding generation. |
| Development gates | Free local MINUTE OS pilot → document-search evaluation → optional on-device HELIX experiment. |
| Business hypothesis | Future services or optional licensing only if separately approved; current platform remains free. |
MMT Systems
Computing platforms that run defined, measurable workloads.
| Planning dimension | Specification |
|---|---|
| Function | Computing platforms that run defined, measurable workloads. |
| Products / status | CORE 01; CORE PRO; CORE EDGE; CORE RACK — proposed except the MINUTE OS local pilot. |
| Customers | Local AI developers and facilities with proven edge-computing needs. |
| Dependencies | Commodity processors, maintainable firmware, operating-system images, storage endurance and thermal tests. |
| Initial staffing | Hardware integration engineer, electrical/thermal reviewers and manufacturing partner after demand evidence. |
| Development gates | Benchmark existing owned hardware → documented reference build → supervised prototype → certification and service validation. |
| Business hypothesis | Possible future hardware margin and repair service; no hardware orders, inventory or purchases now. |
MMT Robotics
Supervised inspection and human-assisted automation.
| Planning dimension | Specification |
|---|---|
| Function | Supervised inspection and human-assisted automation. |
| Products / status | SENTRY R1; VECTOR — proposed except the MINUTE OS local pilot. |
| Customers | Facilities with repetitive, documented inspection routes. |
| Dependencies | Validated robot base, navigation stack, safe sensors, local networking and independent emergency-stop design. |
| Initial staffing | Robotics engineer, mechanical/electrical staff and independent safety expertise. |
| Development gates | Recorded-data tests → simulation → supervised fenced-area prototype → independent safety acceptance. |
| Business hypothesis | Potential integration and hardware services, not a live robot subscription. |
MMT Sentinel
Defensive cybersecurity and operational resilience.
| Planning dimension | Specification |
|---|---|
| Function | Defensive cybersecurity and operational resilience. |
| Products / status | AEGIS; WATCHTOWER — proposed except the MINUTE OS local pilot. |
| Customers | Business IT teams and equipment maintainers. |
| Dependencies | Authenticated telemetry adapters, supported endpoint agents, alert rules, data retention and incident procedures. |
| Initial staffing | Security lead plus detection engineer and operations reviewer before collecting endpoint data. |
| Development gates | Local audit pilot → opt-in telemetry schema → laboratory correlation tests → controlled customer evaluation. |
| Business hypothesis | Optional future support or enterprise licensing, requiring a new operating budget. |
MMT Energy
Read-only energy awareness before any optimization control.
| Planning dimension | Specification |
|---|---|
| Function | Read-only energy awareness before any optimization control. |
| Products / status | GRIDKEEPER — proposed except the MINUTE OS local pilot. |
| Customers | Small facilities, building operators and energy managers. |
| Dependencies | Authorized meter exports, unit/timezone normalization, measured baselines and an approval boundary for actuators. |
| Initial staffing | Energy analyst with facilities expertise; qualified electrical professionals for physical integration. |
| Development gates | CSV study → measured monitoring prototype → verified recommendations → separately reviewed control project. |
| Business hypothesis | Potential energy-analysis services; no energy-saving guarantee or current paid plan. |
MMT Networks
Reliable communications and offline field operations.
| Planning dimension | Specification |
|---|---|
| Function | Reliable communications and offline field operations. |
| Products / status | RELAY ONE; FIELDLINK — proposed except the MINUTE OS local pilot. |
| Customers | Field-service crews and remote facilities. |
| Dependencies | Documented network boundaries, encrypted identities, buffered events, conflict handling and supported gateway hardware. |
| Initial staffing | Network engineer and field UX engineer; security review before remote-access delivery. |
| Development gates | Offline workflow specification → local field prototype → network-failure drill → limited connectivity pilot. |
| Business hypothesis | Possible hardware/support services later; no connectivity subscription now. |
MMT Industries
Traceable operations, quality and maintenance records.
| Planning dimension | Specification |
|---|---|
| Function | Traceable operations, quality and maintenance records. |
| Products / status | FORGE — proposed except the MINUTE OS local pilot. |
| Customers | Small manufacturers and repair shops with a clear process owner. |
| Dependencies | Versioned work instructions, lot/equipment identifiers, approvals and exportable quality records. |
| Initial staffing | Manufacturing domain specialist and application engineer; quality reviewer for any regulated process. |
| Development gates | Manual process mapping → small production-record prototype → reconciliation test → supervised shop-floor pilot. |
| Business hypothesis | Optional deployment/training services later; no current production-management claim. |
MMT Frontier
Evidence-led research and engineering simulations.
| Planning dimension | Specification |
|---|---|
| Function | Evidence-led research and engineering simulations. |
| Products / status | ATLAS — proposed except the MINUTE OS local pilot. |
| Customers | Engineering teams evaluating a bounded model before deployment. |
| Dependencies | Explicit model assumptions, unit systems, versioned datasets, calibration evidence and reproducible simulation inputs. |
| Initial staffing | Research lead and subject-matter engineering reviewer; no standalone department before a validated need. |
| Development gates | Toy model → benchmark against documented measurements → uncertainty analysis → independently reviewed application. |
| Business hypothesis | Future research collaborations and licensed methods only after rights review; not a patent portfolio. |
Appendix C. Innovation research sheets
Receipt-Locked Flows
| Dimension | Research proposal |
|---|---|
| Problem | duplicate or unapproved operational actions |
| Technical concept | bind an approval receipt to the source event, command revision and action scope |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | ordinary approval systems and idempotency keys. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | show the exact approved object revision in a local replay inspector |
| Difficulty | moderate; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | two conflicting job versions and duplicate delivery fixtures |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | a second identical event produces no second task |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Private Procedure Lens
| Dimension | Research proposal |
|---|---|
| Problem | procedures scattered across personal files |
| Technical concept | retrieve selected local excerpts before drafting any suggestion |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | desktop search and document assistants. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | make source selection and data residency visible beside each result |
| Difficulty | moderate; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | a labeled 30-document synthetic procedure set |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | a query returns the correct excerpt and abstains when no source supports an answer |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Power-Loss Journal
| Dimension | Research proposal |
|---|---|
| Problem | work lost during network or device interruptions |
| Technical concept | use bounded durable local event batches with recoverable commit markers |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | offline forms and write-ahead journals. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | explain recoverable versus acknowledged work to technicians |
| Difficulty | high; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | fault injection around every persistence boundary |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | a simulated interrupted commit recovers a coherent prior or new revision |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Capability Passport
| Dimension | Research proposal |
|---|---|
| Problem | generic adapters granted excessive device control |
| Technical concept | publish signed, expiring adapter capabilities with read/write scopes |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | device certificates and scoped API tokens. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | separate telemetry permission from command permission in the operator UI |
| Difficulty | high; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | mock adapters with expired and revoked scopes |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | an expired capability cannot issue a simulated command |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Freshness-First Watch
| Dimension | Research proposal |
|---|---|
| Problem | stale measurements mistaken for healthy equipment |
| Technical concept | make source age, clock quality and missing intervals part of every displayed state |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | monitoring dashboards and heartbeat alerts. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | promote unknown state instead of silently carrying forward a green status |
| Difficulty | moderate; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | timestamped fixtures with clock drift and gaps |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | a stale source becomes unknown with its last observed time retained |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Recovery Rehearsal
| Dimension | Research proposal |
|---|---|
| Problem | backups exist but have never been restored |
| Technical concept | test an encrypted exported snapshot in an isolated restoration workspace |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | backup validation and disaster-recovery exercises. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | produce an operator-readable list of recovered record counts without sending data away |
| Difficulty | moderate; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | known dataset, damaged backup and wrong-passphrase cases |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | restore produces identical supported records and refuses tampered ciphertext |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Energy Intent Sandbox
| Dimension | Research proposal |
|---|---|
| Problem | optimization advice ignores operational constraints |
| Technical concept | simulate a proposed schedule against measured baseline and owner-defined exclusions |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | energy dashboards and schedule optimizers. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | show uncertainty and excluded safety-critical loads before approval |
| Difficulty | high; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | synthetic interval data and locked-load rules |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | the proposed schedule never changes an excluded load in simulation |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Serviceable Edge Manifest
| Dimension | Research proposal |
|---|---|
| Problem | repair technicians cannot identify compatible parts or firmware |
| Technical concept | version the component/firmware/recovery mapping for a reference device |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | asset manifests and software bills of materials. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | join replacement steps with signed software compatibility checks |
| Difficulty | moderate; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | one commodity reference build and failure scenario |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | a technician identifies a compatible replacement and recovery procedure |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Human Handoff Ledger
| Dimension | Research proposal |
|---|---|
| Problem | automated decisions lose their responsible reviewer |
| Technical concept | record a scoped human handoff with decision rationale and revocation |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | task approval logs and case-management workflows. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | require an explicit new handoff when scope or source data changes |
| Difficulty | moderate; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | multiple reviewer labels in a non-production fixture |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | changed scope invalidates the prior simulated approval |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Measured Twin Contract
| Dimension | Research proposal |
|---|---|
| Problem | digital-twin visuals imply unjustified accuracy |
| Technical concept | bind every simulation run to model version, units, calibration set and error envelope |
| How it works | Validate input → bind version/authority → execute a bounded local calculation → present source evidence → require human review. No external action by default. |
| Components | Typed event envelope, local persistence, deterministic test fixtures, review UI and exportable evidence. |
| Potential customers | Service-business operators first; engineering/industrial teams only after validated domain demand. |
| Competing approaches | simulation provenance and model validation tools. Category comparison only; no completed competitive landscape or novelty claim. |
| Proposed differentiation | display applicability limits as part of the result, not hidden documentation |
| Difficulty | high; prototype effort depends on data quality and acceptance criteria. |
| Prototype requirements | one bounded physical process with permissioned measurements |
| Safety / regulation | Non-production data; no safety-critical action; domain/privacy review before real deployment. |
| Commercial potential | A customer-validation hypothesis. Interview users about the problem and measure repeated use; no revenue or demand is asserted. |
| Patentability question | Does a specific technical implementation differ materially from known methods? Perform dated prior-art and freedom-to-operate review before any claim or filing. |
| Minimum demonstration | a withheld measurement is compared against a predeclared error criterion |
| Evidence gate | Publish the fixture, expected result, failure cases and repeatable procedure; compare to the simpler baseline. |
Appendix D. Database design and service boundaries
Current: IndexedDB database mmt-minute-os-v1, object store vault, key workspace. Only an authenticated encrypted envelope is stored. Domain payload fields: version, name, defaultAssignee, jobs, equipment, documents, flows, runs and audit. A revision comparison and replacement occur in one transaction.
Future shared schema below requires organization-scoped constraints and authorization on every query. Separate a future document object store from metadata; enforce tenant membership before generating short-lived access. A signed-in XRP Legacy account alone must not implicitly grant MMT organization access.
-- FUTURE SHARED SERVER DESIGN ONLY; NOT DEPLOYED organizations(id UUID PRIMARY KEY, name TEXT, revision BIGINT) memberships(organization_id UUID, user_id TEXT, role TEXT, PRIMARY KEY(organization_id,user_id)) jobs(id UUID, organization_id UUID, title TEXT, assignee_id TEXT, due_date DATE, status TEXT, version BIGINT, PRIMARY KEY(organization_id,id)) equipment(id UUID, organization_id UUID, status TEXT, observed_at TIMESTAMPTZ) documents(id UUID, organization_id UUID, object_key TEXT, content_hash TEXT, encryption_key_ref TEXT, version BIGINT) flows(id UUID, organization_id UUID, definition JSONB, version BIGINT) approvals(id UUID, organization_id UUID, actor_id TEXT, scope_hash TEXT, object_version BIGINT, expires_at TIMESTAMPTZ, revoked_at TIMESTAMPTZ) runs(id UUID, organization_id UUID, event_key TEXT, UNIQUE(organization_id,event_key)) audit_events(id UUID, organization_id UUID, actor_id TEXT, action TEXT, target_id UUID, occurred_at TIMESTAMPTZ) outbox(id UUID, organization_id UUID, payload JSONB, lease_until TIMESTAMPTZ)
Appendix E. API and event contracts
Current internal API: parseMinuteWorkspace(value), minuteMetrics(state, day), minuteFlowPreview(state, flow, day), runMinuteFlow(state, id, day, approved), sealMinute(...), openMinute(...), readMinute() and writeMinute(envelope, expectedRevision). These functions are not remotely callable services.
Future event envelope: schemaVersion, eventId, organizationId, sourceId, observedAt, receivedAt, sequence, payloadType, payloadHash and permitted scope. Persist source observation and outbox together; workers may retry, consumers must deduplicate. Revalidate approval scope at execution time, not just at preview.
FUTURE CONTRACT — NOT LIVE ENDPOINTS
GET /api/mmt/v1/organizations/:org/jobs?cursor=...
POST /api/mmt/v1/organizations/:org/jobs
Authorization: existing verified server session
Idempotency-Key: random request key
{"title":"Inspect unit","dueDate":"2026-11-01","version":0}
PATCH /api/mmt/v1/organizations/:org/jobs/:id
If-Match: "record-version" → 409 on conflict
POST /api/mmt/v1/organizations/:org/flows/:id/preview
→ {"scopeHash":"...","sourceVersions":[],"actions":[]}
POST /api/mmt/v1/organizations/:org/approvals
{"scopeHash":"...","sourceVersions":[],"expiresAt":"..."}
POST /api/mmt/v1/organizations/:org/runs
{"approvalId":"...","idempotencyKey":"..."}
GET /api/mmt/v1/organizations/:org/audit?cursor=...
401 unauthenticated; 403 unauthorized; 409 revision/scope conflict;
413 too large; 422 schema invalid; 429 bounded quota; 503 unavailable.
The server derives identity and permissions; never trusts body.userId or role.Appendix F. Deployment, scale and failure recovery
Current deployment uses the existing XRP Legacy build and hosting target. No new database, AI binding, broker, object-storage resource or paid font service is provisioned. Keep module code/styles scoped and load the operations workspace only on its route. The logo is a static supplied asset.
Self-hosting is a future option: containerized application, PostgreSQL, explicit local object storage, optional local inference, and a broker only for an authorized telemetry need. A local machine can still incur power, administration and backup costs. Do not label it an enterprise production system without operational validation.
Scale by measurements: bounded payload/record limits now; future pagination, organization indexes, controlled worker concurrency, backpressure, dead-letter queues and telemetry retention. No requests-per-second or latency result is invented. Establish p50/p95 benchmarks on declared hardware and real workloads before publishing targets.
Failure recovery: no paid fallback; failed encryption/write keeps visible edits and prior saved snapshot. Wrong passphrase leaves stored ciphertext untouched. Unsupported versions stop import. A second writer receives a conflict rather than silently replacing another tab. Restore uses a fresh browser context and the backup phrase; a lost phrase cannot be reset.
References and review status
Reference pages reviewed October 25, 2026. They support the planning constraints, not a certification, trademark clearance, novelty opinion or security audit. Browser storage is origin-scoped and can be removed; its APIs do not make persistence permanent.
| Primary documentation | URL |
|---|---|
| FTC: origin claims | https://www.ftc.gov/business-guidance/resources/complying-made-usa-standard |
| USPTO: trademark search | https://www.uspto.gov/trademarks/search |
| USPTO: patent basics | https://www.uspto.gov/patents/basics |
| NIST: Cybersecurity Framework | https://www.nist.gov/cyberframework |
| NIST: AI Risk Management Framework | https://www.nist.gov/itl/ai-risk-management-framework |
| MDN: IndexedDB | https://developer.mozilla.org/en-US/docs/Web/API/IndexedDB_API |
| MDN: browser storage limits | https://developer.mozilla.org/en-US/docs/Web/API/Storage_API/Storage_quotas_and_eviction_criteria |
| MDN: Web Crypto | https://developer.mozilla.org/en-US/docs/Web/API/Web_Crypto_API |