SK//07 Available for work UTC --:--:--

Sector_07 Freelance automation
tokui-ten // singularity
Grav_well // livers = 2GM / c²x +0.000 / y +0.000
Fig. 01 — Schwarzschild well, embedding diagramt = 0000

Module index // 6 activeAutomation modules

Sector A Enterprise operations
Obj_A1 // network nodes 12 · edges 30
Mod_A1 // ERP

ERP Workflow Orchestration

Multi-step business processes executed across networked ERP environments. Order entry, approvals, inventory transactions and departmental handoffs run on schedule, with every action logged and auditable.

Interface
APIs · scheduled jobs · file exchange
Replaces
Manual re-entry and follow-up
Obj_A2 // asset grid 3 × 3 × 3
Mod_A2 // HxGN EAM

Headless HxGN EAM Integration

Direct interaction with Hexagon EAM at the HTTP layer, independent of the user interface. Work orders, asset records and parts inventory are created and updated in bulk under managed sessions, with every response verified.

Interface
HTTP · session management
Replaces
Screen-by-screen data entry
Obj_A3 // transaction loop gui scripting
Mod_A3 // SAP S/4HANA

SAP S/4HANA GUI Scripting

VBScript automation on the SAP GUI Scripting API. Transactions execute end to end, from data entry through validation and report extraction, at a volume and consistency that manual T-code work cannot sustain.

Interface
SAP GUI Scripting · VBScript
Replaces
Repetitive transaction entry
Sector B Revenue cycle
Obj_B1 // claim throat submitted → paid
Mod_B1 // Healthcare billing

Revenue Cycle Automation

Claims processing across payer portals, clearinghouses and practice-management systems that share no common interface. Each claim moves from eligibility verification through payment posting without manual re-keying, which reduces denials, data-entry errors and days in A/R.

  1. Eligibility270 / 271
  2. Claim837
  3. Status276 / 277
  4. Remit835
  5. Postingledger
Interface
Payer portals · EDI · browser automation
Replaces
Re-keying between systems
Sector C Web data acquisition
Obj_C1 // fingerprint entropy: consistent
Mod_C1 // Stealth

Fingerprint-Consistent Collection

Data-collection clients engineered to present as ordinary browser traffic. Device fingerprints, header order, TLS signatures and request timing remain internally consistent, so collection stays reliable on sites with active bot detection.

Interface
Custom HTTP clients
Replaces
Blocked or unstable collection
Obj_C2 // session depth step 1 → n
Mod_C2 // Browser

Authenticated Browser Automation

Headless browser sessions that sign in, traverse multi-step forms and extract structured data from portals that expose no API. Output arrives as clean, typed records ready for downstream systems.

Interface
Headless browsers · structured export
Replaces
Manual click-through

Engagement sequence // 6 phasesMethod

  1. Map

    Document the current process: every screen, field, exception and handoff.

  2. Specify

    Define inputs, outputs, failure modes and acceptance criteria.

  3. Build

    Target the most stable interface available: API, HTTP layer or GUI scripting.

  4. Validate

    Run in parallel with the manual process until outputs match.

  5. Deploy

    Schedule, log and monitor. Failures raise alerts instead of passing silently.

  6. Maintain

    Adapt as upstream systems change. Hand off with full documentation.

Operator profileProfile

Freelance automation developer. My work sits between the systems a business depends on and the repetitive labor performed inside them.

Typical input: a manual process, an undocumented endpoint or an authenticated portal. Typical output: a monitored, repeatable workflow that someone else can maintain.

Languages
Python · VBScript
Enterprise
SAP S/4HANA · HxGN EAM · ERP
Healthcare
Claims · eligibility · remittance
Web
HTTP clients · headless browsers
Mode
Freelance · remote
Status
Available for new engagements

Direct lineContact

Email sethkrch@gmail.com
Send email → Describe the process you want automated. I'll reply with questions and a proposed approach.