Skip to content
Docs

Product Roadmap (Tier 2 / Tier 3 / Tier 4 + Out-of-Scope)

This appendix captures the forward roadmap. Tier 1 + A2A are shipped in v2.0.45 — see §3.6 (cross-protocol translation), §16 (LDAP group routing), §17 (per-agent tool whitelists), §18 (Presidio bridge), §19 (guardrail versioning), §20 (compliance + framework selector), §22 (cost anomaly events), §28 (HITL workflow events), §31 (backup), §35 (secret manager integrations), §36 (network controls), §43.1 (acknowledged gaps), and the new Tier 1 + A2A files under src/enhanced/tier1/ + src/enhanced/a2a/.

The items below are not shipped and are the roadmap for v2.1+.

50.1 Tier 2 — Strong Differentiators (Quarter 2–3)

Section titled “50.1 Tier 2 — Strong Differentiators (Quarter 2–3)”

Closes the gap with specialized AI-observability + agent-platform tooling (Datadog AI, LangSmith, Helicone, Langfuse pro tier).

Capability Why it matters Effort
Prompt Registry — Dev/Staging/Prod versioning, tagging, rollback, audit trail Enterprise prompt-management table-stakes; lets teams version-control prompts alongside code M
Prompt Evaluation Framework — offline + online test sets, scoring rubrics Engineering teams adopting AgentWatch want systematic quality measurement M–L
Prompt Playground with interactive testing + RBAC + sharing Sales-demo + developer-onboarding accelerator M
A/B testing / canary deployment for prompts + models with traffic splitting Production traffic experimentation per route M
Virtual MCP servers (curated tool-subset views over base servers) Fine-grained MCP access governance without forking servers S–M
RAG quality metrics — Context Precision / Recall / Faithfulness per request Pair with a Ragas integration (webhook-DLP-style hook) M
Hallucination / faithfulness monitoring — LLM-as-a-judge on outputs Datadog AI Observability has this; AgentWatch parity M
Topology / lineage visualization (Agents → MCP → Data Sources) Strong sales-demo signal; pairs with the existing Knowledge Graph viz M
OpenAPI 3.x import + Developer Portal “try-it-out” Generation side already ships; import side missing M
Interactive code-snippet generator (Python / Node / LangChain / LangGraph / cURL) Drop-in production wiring for validated prompts + tools S–M
Automated kill-switch — policy-driven termination on anomaly Tier 1 cost-anomaly alerting feeds this; closes the loop S
Model drift detection — refusal-rate baseline + statistical drift alerts Quality-degradation alarms M
Prompt drift analysis (system-prompt change tracking) Pairs with §Tier1 config drift monitoring S–M
Persistent agent memory — short-term + long-term cross-session Pattern from LangGraph / Mem0; LanceDB already in place M
Context-window usage visualization (“lost in the middle”) Token counts already tracked; just needs the analytical lens S
Acryl DataHub lineage integration Native lineage feed; Kafka already enables external reconstruction M
LLM-as-a-judge jailbreak / indirect-injection detection Matches Datadog AI Guard sophistication; complements existing pattern DLP M

Sequencing recommendation: Prompt Registry → Prompt Evaluation Framework → Playground → A/B testing → RAG metrics. The Registry is the dependency anchor for everything else.

These reshape AgentWatch’s architecture. Build only when a major customer commits or when a strategic-bet decision is made.

Capability Why it matters Effort
Declarative policy engine — OPA / Rego or Google CEL embedded Replaces ad-hoc RBAC config with versioned, testable policy code L
NHI governance — registration, owner mapping, RFC 8705 cert-bound tokens, review cadence Non-human-identity is the next enterprise IAM frontier L
Okta-anchored NHI lifecycle Pairs with NHI governance L
Multi-agent orchestration — recursion-depth limits, agent profile mgmt Agentic AI is the next deployment pattern after pure LLM gateways L–Strategic
Agent Registry + versioning + safe rollback — agent-as-artifact concept Depends on multi-agent orchestration L
Framework-level tracing auto-instrumentation — LangGraph, CrewAI, OpenAI Agents SDK, AWS Bedrock Agent SDK Matches Datadog’s strongest differentiator (§45.3) L
Adversarial / red-team CI framework — OWASP LLM Top 10 + MITRE ATLAS test corpus AI-security-test parity with Lakera / Robust Intelligence L
A2A v2 — RFC 8693 token exchange (on-behalf-of), push notifications, external-agent pass-through proxy Extends the §A2A v1 scaffold to the full design spec L
SPIFFE / SPIRE workload identity Hardware-attestation identity for on-prem clusters Strategic
Permission intersection model (user role ∩ agent role) Foundational for NHI governance M–L
Prompt compression (token-reduction algorithms before LLM) Pairs with prompt + semantic caching for compounded savings M (research-heavy)
Unit economics + forecasting Predictive cost modeling M–L
Copyright / proprietary-code similarity detection ML similarity engine OR vendor webhook M

50.3 Tier 4 — Lower-Priority Roadmap Items

Section titled “50.3 Tier 4 — Lower-Priority Roadmap Items”

Documented for completeness; smaller scope, often quality-of-life.

Capability Effort
Native Terraform provider (replaces Git-version-controlled JSON config) M
White-label SaaS branding for resellable multi-tenant UI S–M
Auto-forward test results to external QA systems (beyond generic webhooks) S
Configuration validation tool against vendor-spec S
Sandbox & Developer Platform (composite of Prompt Playground + snippet gen + tool config sharing) L

50.4 Out-of-Scope by Design (Not Gaps — Infrastructure-Layer)

Section titled “50.4 Out-of-Scope by Design (Not Gaps — Infrastructure-Layer)”

These appear in customer RFPs but should be answered “deploy on the appropriate platform layer,” not “we’ll build this.” Repeating from §43.2 for completeness in the roadmap context:

Concern Owns it
GPU multitenancy / VRAM quotas Inference runtime (vLLM, Triton, TGI)
Hardware telemetry (GPU temp, power, PCIe) node-exporter + IPMI exporters
Confidential Computing / TEE AWS Nitro Enclaves, Azure Confidential Computing, Intel TDX, NVIDIA CC
Model weight encryption at rest (HSM/TPM) Inference platform + cloud KMS
Micro-segmentation / east-west SDN Kubernetes NetworkPolicies, Istio AuthorizationPolicy, AWS Security Groups
mTLS service mesh orchestration Istio, Linkerd, Consul Connect (AgentWatch consumes mTLS, doesn’t orchestrate the mesh)
Multi-region 99.99% uptime SLA Customer deployment contract (AgentWatch is architecturally capable; the SLA itself is operational)

Q1 (v2.1) — Polish + Tier 2 RAG/Eval anchor:

  • Prompt Registry (Tier 2)
  • RAG quality metrics integration (Tier 2)
  • A/B canary deployment (Tier 2)
  • Throttle UI + topology visualization (Tier 2)

Q2 (v2.2) — Prompt + Agent lifecycle:

  • Prompt Evaluation Framework
  • Prompt Playground + code-snippet generator
  • Virtual MCP servers
  • Persistent agent memory
  • Hallucination + LLM-as-a-judge detection

Q3 (v2.3) — Strategic AI-platform expansion:

  • Multi-agent orchestration v1
  • Framework-level tracing auto-instrumentation
  • A2A v2 (token exchange + push notifications)

Q4 (v3.0) — Identity + governance foundations:

  • Declarative policy engine (OPA/CEL)
  • NHI governance
  • Agent Registry
  • Adversarial / red-team CI

Strategic, off-cadence:

  • SPIFFE / SPIRE
  • Prompt compression
  • Unit economics forecasting

By end of Q3, the RFP-compliance rate from §46.8 moves from 46% Full Comply / 11% Intend / 43% No Comply to approximately 75% Full / 15% Intend / 10% No Comply. The remaining 10% are the infrastructure-layer items in §50.4 (truly out of scope by design).