A Roadmap Template for an Agent Platform's Next Two Quarters
A practical planning template synthesizing this series' maturity checkpoints into a two-quarter roadmap shape, for a team deciding what to prioritize next rather than tackling everything at once."
Six months of posts across this blog cover a lot of ground a single platform team can’t tackle simultaneously. This is a practical roadmap template — synthesizing the maturity checkpoints from across the series into a sequenced two-quarter plan — for a team that’s read all of this and needs to decide what to actually prioritize first.
The Sequencing Logic
flowchart TD
Q1H1[Q1, first half: Visibility] --> Q1H2[Q1, second half: Core Reliability]
Q1H2 --> Q2H1[Q2, first half: Security + Cost Discipline]
Q2H1 --> Q2H2[Q2, second half: Organizational Scaling]
This ordering follows directly from the retrospective’s biggest finding: visibility is the prerequisite for everything downstream. Building security or cost controls before you can see what’s actually happening produces controls calibrated on guesswork rather than observed reality — the same mistake the SLO-setting post warned against, applied to an entire roadmap.
Quarter 1, First Half: Visibility
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- [ ] Request-level logging: retrieved context, tool calls, not just final answer
- [ ] Cost attribution: per-team, per-feature tagging enforced at the gateway
- [ ] Basic tracing across agent/tool/MCP boundaries
- [ ] Golden eval dataset: initial 50-100 cases, sourced from production sampling
Quarter 1, Second Half: Core Reliability
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- [ ] Circuit breakers on external tool calls
- [ ] Idempotency for write-operation tools
- [ ] SLOs set from measured Q1H1 baseline, not aspirational guessing
- [ ] On-call runbook covering quality-regression triage
Quarter 2, First Half: Security + Cost Discipline
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- [ ] Threat model completed, agent-specific categories included
- [ ] Layered guardrails: input classification, output validation, at minimum
- [ ] Cost anomaly detection wired to the Q1 attribution data
- [ ] First red-team exercise, findings converted to regression tests
Quarter 2, Second Half: Organizational Scaling
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- [ ] Platform team scope defined (if not already), or governance council
stood up if platform maturity warrants it
- [ ] Chargeback model designed, if cost attribution data supports it
- [ ] Production-readiness checklist formalized and applied to next launch
- [ ] Capacity planning model updated to compute-equivalent units
Adapt the Template, Don’t Follow It Blindly
flowchart LR
A[Template as starting point] --> B{Does your system already have some of this?}
B -->|Yes| C[Skip ahead — don't rebuild what already works]
B -->|No, and something's actively hurting now| D[Reorder — address active pain before following the template sequence]
This is a starting shape, not a mandate — a team that already has solid observability but zero cost attribution should skip the parts they’ve already solved and prioritize the actual gap, and a team facing an active security or reliability incident right now should address that before continuing to follow a generic sequence that doesn’t reflect their actual current risk.
Revisit the Roadmap Each Quarter
Following the periodic-review discipline argued for throughout this series — for SLOs, for buy-vs-build decisions, for eval datasets — this roadmap itself should be revisited each quarter against what was actually learned, not treated as a fixed plan set once and executed unchanged regardless of what the visibility work from Q1 actually revealed.
Key Takeaways
- Sequence around the retrospective’s core finding: visibility before security/cost controls, or those controls get calibrated on guesswork
- Each quarter’s work is designed to inform the next — SLOs come from measured reliability data, not the reverse
- Adapt the template to actual current state and active pain — it’s a starting shape, not a mandate to follow blindly regardless of context
- Revisit the roadmap itself each quarter, incorporating what was actually learned rather than executing a fixed plan unchanged
Part of the Scaling AI Engineering series — running agentic systems responsibly once they’re past the prototype stage.