Hewbers / Capabilities
What Hewbers does now.
Capability records distinguish selected checks from reviewed source; the current remote worker is default-off and uncompiled.

01 / Profiles
Implemented execution profiles.
Each profile has an explicit operating boundary; support in one profile does not silently grant support in another.
| Profile | Implemented | Current scope |
|---|---|---|
Supervised service | Continuous Linux operation with live coding and repository providers, scheduled backlog polling, fenced claims, health checks and guarded self-update. | Running from a developer checkout, with backlog delivery currently stalled. Process availability is not proof of workflow progress; no packaged release or non-Linux service profile yet. |
Local authored workflows | Goobers workflow definitions, agent personas, implementation, independent review, checks, merge review, selected schedules and bounded repair paths. | Supported combinations are explicit; arbitrary workflow shapes, credentials and nested writable graphs are not implied. |
Kubernetes worker source | Reviewed source describes default-off Kubernetes Job submission, checked identity, scoped credentials, result transport and owner-validated completion. | The corrected worker remains uncompiled. Worker execution, image behavior, real-cluster operation, the complete worker/API/owner path and live Azure operation are unqualified. Earlier minikube checks belong to prior-stage scenarios, not this worker. |
02 / Capabilities
Workflow, runtime, integration and operations.
Search or filter the implemented system and its immediate direction.
14 of 14 capabilities shown
| Capability | What it enables | Implemented now |
|---|---|---|
OperationsContinuous backlog service |
Turn approved backlog items into reviewed changes without manual process orchestration. |
The supervised service polls backlogs, checks dependencies and selects work under a claim. The Linux service runs under maintainer oversight; its recorded backlog is currently stalled before implementation can begin. Direction: Restore backlog progress and verify repeated delivery through bounded retries and recovery, while retaining maintainer oversight. |
WorkflowAgentic implementation |
Run an authored coding task with the repository context and authority it actually needs. |
Reviewed source supports isolated Git worktree authoring through configured Copilot, Claude Code, Codex or OpenClaw-compatible adapters, with authored-head capture and branch publication in selected profiles. Workflow inputs are pinned to runs. A separate continuation source path can admit one unchanged local-start successor from terminal-owner evidence; it carries no context or execution budget, and successor execution is not established. A finished provider invocation is not successful coding completion: retained partial drafts do not authorize commits. Signing and trusted finalization stay outside the coding stage. Prompt, context and verifier-capture artifacts use restricted private files. Direction: Expand stage-scoped credential capabilities and authored workflow combinations while preserving the same private artifact boundaries. |
WorkflowIndependent review and repair |
Keep authorship separate from approval and make review follow the exact code. |
Reported selected scenarios exercise independent review of a pinned head and bounded repasses for reviewer, local-check and provider-CI failures on the same pull request. These cases do not establish general PR remediation. Website authorship is separate from protected verification and publication; this content update does not mean those later stages have run. Direction: Connect fresh human review comments directly to the remediation workflow. |
WorkflowExact-head merge review |
Merge only the revision that passed the required review and checks. |
A distinct workflow selects eligible pull requests, holds a PR-specific lease, refreshes approval, head, base, labels and CI, then merges the reviewed head and closes linked issues. Direction: Finish moving-base reconciliation and serialize authoritative verification cleanly. |
WorkflowAuthored workflows and scheduling |
Describe tasks, gates, schedules and handoffs as data. |
Selected Goobers DSL 2 workflows have run through normal service commands. Reviewed source describes sequential tasks, bounded read-only branches, joins, repasses and selected schedules; newer command/script and graph profiles remain unqualified for runtime execution. Captured workflow inputs stay distinct from changes admitted for future runs. Direction: Complete DSL 2 parallel dataflow and broader workflow migration coverage. |
IntegrationRepository providers |
Use one lifecycle model across supported repository hosts. |
GitHub and Gitea paths cover issue and pull-request discovery, labels, comments, branch publication, CI observation, merges and closeout in supported profiles. Controlled cases exercise selected CI polling, pagination and branch publication; this does not establish every live provider profile. Direction: Persist and reconcile more failed or uncertain provider mutations. |
IntegrationCoding providers |
Choose a coding or review harness without changing run ownership. |
Source includes adapters for GitHub Copilot CLI, Claude Code, Codex and OpenClaw-compatible execution; tested configurations are profile-specific, not proof every adapter is active. Stage grants are scoped in source, but runtime credential handoff is not established. Author or model instructions do not grant provider credentials. Direction: Broaden authenticated provider combinations, MCP access and stage-scoped credentials. |
RuntimeKubernetes worker source |
Run a checked image stage outside the service host without transferring lifecycle authority. |
Reviewed source describes a default-off Kubernetes scratch-worker path for checked placement, scoped start and result credentials, owner-validated completion and exact workload identity. The corrected worker remains uncompiled; worker execution, image behavior, real-cluster, full-chain and live Azure operation are not established. Earlier minikube checks cover prior-stage scenarios only. Direction: Compile and qualify the worker source, then exercise the complete path on disposable infrastructure before claiming an operating profile. |
RuntimeDurable recovery |
Restart safely after process, host or provider interruption. |
Reported restart scenarios cover selected prepared-work, review-receipt and terminal states, with fenced ownership and provider readback used to avoid repeating uncertain effects. General retries, backoff, salvage and arbitrary mid-command resumption remain unfinished; reviewed source is not proof of runtime recovery across every profile. Direction: Strengthen retry limits, backoff and recovery for stalled backlog work while keeping uncertain effects fail-closed. |
OperationsOperator visibility |
Inspect service health and understand recorded runs. |
The staged CLI reports version, checks, service status and paginated runs; status and trace expose workflow progress and durable decisions. Direction: Add authenticated approve, override, retry and repair controls. |
OperationsChecked feature handoff |
Turn checked, landed source changes into bounded website-maintenance demands. |
This page records bounded descriptions of selected source evidence. It does not establish automatic feature synchronization, a website update or deployment, or deployed-site health. Direction: Improve description completeness while keeping feature evidence distinct from website publication. |
WorkflowProtected website publication |
Keep website authorship separate from verification and publication authority. |
Website authorship is separate from protected verification and publication. This record does not establish exact-head landing, deployment or deployed-site health. Direction: Preserve independent review and protected publication stages for future website changes. |
OperationsGuarded self-update |
Advance the running service without replacing a working revision with a broken one. |
The deployed service rebuilds when its default branch advances, restarts only after a successful build, retains the prior revision on failure and waits while work is claimed. Direction: Turn the checkout-based deployment into a supported install, upgrade and rollback experience. |
RuntimeWorkflow analysis |
Use recorded history to explain and improve workflow choices. |
Graph inspection, hypothetical workflow paths and journal-calibrated simulation are implemented. Recorded task, gate and retry observations can calibrate path likelihoods while remaining distinct from actual run history. Direction: Add durable repass learning and measured workflow recommendations. |
No capabilities match. Clear the filters or try another search.
03 / Roadmap
Build toward dependable operation.
Current priorities are backlog recovery and Hew compatibility, alongside remote execution, human feedback, durable events, agent communication and packaging.
-
Now
Restore reliable local delivery
Resume interrupted backlog work and demonstrate repeated reviewed changes under clear operating authority.
Verify recovery and newer Hew prerelease compatibility before treating a running process as a dependable workflow service.
-
Now
Complete remote stage operation
Run checked image stages on disposable Kubernetes workers with scoped identity, recovery and owner-validated completion.
Earlier disposable-minikube checks cover prior-stage scenarios only. The current scratch-worker source is default-off and uncompiled; worker execution, image behavior, real-cluster, full-chain and live Azure operation remain unqualified.
-
Next
Close the human feedback loop
Turn fresh pull-request comments and explicit decisions into bounded repair work.
Keep the same branch, exact-head review and durable ownership rather than starting an unrelated implementation.
-
Next
Durable events and inter-agent transport
Use Nisshi for lifecycle events and NATS for authenticated communication between isolated agents.
Specify retention, replay, delivery, ordering and authority before broadening the distributed execution surface.
-
Then
Package the operating system
Install, configure, upgrade, restore and observe Hewbers without a source checkout.
Preserve the current fail-closed recovery and self-update behaviour in the packaged service.
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Ongoing
Broaden Goobers workflow parity
Run more authored workflows, providers, controls and execution profiles through one Hew runtime.
Prioritize complete user outcomes over isolated source ports or headline percentages.