Unmanaged access
Developers connect personal credentials and models without a shared provider, cost, or data-handling decision.
OpenCode enablement for engineering teams
Deploy OpenCode for your engineering team.
Gyde configures OpenCode around the providers, repositories, permissions, tools, and delivery standards your organization approves. A pilot team then measures task outcomes and establishes the configuration for broader use.
Approved providersRepository guardrailsMeasured adoption
› Plan the pagination change in the customer API. Do not edit files.
READ
src/routes/customers.tsREAD
tests/customers.test.tsI found one route, one repository method, and two contract tests. The change can remain backward-compatible.
- Add cursor validation at the route boundary
- Pass the cursor into the repository query
- Extend success and invalid-cursor tests
APPROVAL REQUIRED
Switch to Build and edit 3 files?
Allow onceDeny
Ask a follow-up or approve the plan…↵
Approved providerallow · ask · denyhuman review required
The enablement gap
Enterprise adoption requires policy, repository configuration, and ownership.
A coding agent can read, edit, search, and execute inside a repository. Enterprise enablement must define where it may act, when approval is required, which context it receives, and how engineers remain accountable for the result.
Inconsistent autonomy
Edit and shell behavior differs by developer because repository permissions and approval rules are undefined.
Unmeasured usage
Teams need task results, review effort, rework, and test outcomes to identify suitable workflows and deployment limits.
The foundation
A team-owned configuration layer around OpenCode.
Organization and repository expectations become versioned configuration for providers, models, permissions, agents, commands, skills, MCP servers, language tooling, and instructions.
Versioned baselineopencode.json
{
"model": "approved/provider-model",
"permission": {
"edit": "ask",
"bash": { "npm test": "allow", "*": "ask" }
},
"instructions": ["ENGINEERING.md"]
}Illustrative only. The actual baseline follows your repositories, policies, and approved tooling.
What Gyde delivers
Six workstreams covering policy, repositories, tooling, and rollout.
Provider and model policy
Connect the approved model endpoints, establish credential handling, and define which models are appropriate for planning, implementation, and review.
Permission design
Set explicit allow, ask, and deny rules for file access, edits, shell commands, external directories, subagents, skills, and connected tools.
Repository conventions
Package architecture guidance, testing expectations, definition of done, and escalation rules so the agent receives useful project context.
Agents, commands, and skills
Create focused modes and reusable workflows for planning, testing, review, migrations, documentation, and other recurring engineering jobs.
Toolchain integration
Configure language servers and selected MCP connections, then verify that every added capability has a clear owner and permission boundary.
Pilot and service ownership
Onboard a representative cohort, capture quality and friction, refine standards, and assign configuration changes before broader enablement.
The engagement
Begin with one baseline configuration and a representative pilot team.
A representative repository and accountable pilot cohort expose the technical, policy, and behavior questions before they become organization-wide defaults.
1
Assess
Map the engineering boundary
Review repositories, languages, provider constraints, security expectations, workflows, and current developer-AI usage.
2
Configure
Create the baseline configuration
Build an organization baseline and one repository implementation with provider, permission, instruction, and tool decisions.
3
Pilot
Enable one team
Train engineers on plan versus build behavior, review responsibility, prompt patterns, commands, and escalation.
4
Measure
Decide how to scale
Use task outcomes, review findings, rework, adoption, and developer feedback to update the standard and expansion plan.
Operating guardrails
Autonomy should be specific, visible, and reviewable.
OpenCode is one layer in the engineering control system. Source control, CI, code review, identity, and deployment protections still carry their responsibilities.
Plan before build
Use read-oriented planning for unfamiliar or high-impact changes before granting edit and execution paths.
Approval by risk
Set specific confirmation rules for sensitive commands, broad edits, external directories, and connected systems.
Repository is the contract
Keep conventions, commands, agent roles, and skills versioned with the code they govern wherever practical.
Human review remains required
Generated changes enter the same test, review, security, and release controls as engineer-authored changes.
Results and handoff
Measure task outcomes and transfer the configuration baseline.
The pilot produces comparable task results and a versioned baseline that the engineering organization can maintain.
Time from a defined engineering task to a review-ready change
Corrections, rework, and reviewer effort required before acceptance
Tests, regressions, security findings, and adherence to repository standards
Active use and developer feedback by workflow, team, and repository
Engagement deliverables
- ✓Organization and repository configuration baseline
- ✓Approved provider and model setup pattern
- ✓Tool and path-level permission policy
- ✓Repository instructions and focused agents
- ✓Reusable commands, skills, and MCP inventory
- ✓Pilot curriculum, scorecard, and operating runbook
Built around the official project
OpenCode remains an independent open-source project.
Your engineering team owns the deployment standard. Gyde provides implementation and enablement services, while project-specific behavior and supported features remain documented by the OpenCode maintainers.
Questions
Before the first repository.
What is OpenCode?
OpenCode is an open-source coding agent with terminal, desktop, and client/server experiences. It is provider-agnostic and supports configurable agents, permissions, language tooling, commands, skills, and MCP servers.
Is Gyde affiliated with the OpenCode project?
No. OpenCode is an independent open-source project. Gyde provides implementation and enablement services around the official software and clearly identifies project-specific customizations.
Can we use our existing model provider?
Often, yes. OpenCode supports many providers and configurable OpenAI-compatible endpoints. The engagement begins by validating your approved endpoint, authentication pattern, model capabilities, and data-handling requirements.
Can developers be prevented from running risky commands?
OpenCode permissions can allow, ask, or deny actions and can be scoped by command or path. We combine that policy with operating-system, source-control, CI, and review controls.
What does the pilot measure?
We agree baselines for representative tasks and examine cycle time, review effort, rework, test outcomes, policy friction, adoption, and developer feedback. Reported results come from the pilot workload and cohort.
OpenCode enablement
Provide engineers with a company-approved OpenCode configuration.
The first rollout covers one team and one representative repository. Gyde configures the baseline, enables the cohort, and reports task outcomes, review effort, and policy findings for the expansion decision.
Design an enablement pilot↗