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+# Client-Side Session Reuse Analysis (Persistent JDBC Connections)
+
+**Date:** 2026-05-10  
+**Status:** 📋 Draft  
+**Scope:** OJP JDBC driver + OJP server behavior for non-XA session reuse
+
+---
+
+## 1) Problem Statement
+
+Current flow still pays a `terminateSession` gRPC round trip when JDBC `Connection.close()` is called, even though non-XA `connect()` already has a cached `connHash` fast path.
+
+Goal: reduce request overhead by reusing client-side logical JDBC connections/sessions instead of connect/close-per-request behavior, while enforcing:
+
+- limits on how many reusable connections a client can hold,
+- limits on how long they can be held,
+- visibility/awareness of whether work is waiting or in flight.
+
+---
+
+## 2) Current Behavior (Verified)
+
+### Already optimized
+- Non-XA `connect()` can skip server RPC using cached `connHash` after first successful connect.
+
+### Still expensive on close
+- Driver `Connection.close()` always calls `terminateSession(session)`.
+- In multinode, termination can fan out to multiple servers that previously received `connect()` for the same `connHash`.
+
+### Server cleanup fallback exists
+- Server has idle-session cleanup (enabled by default), with timeout + periodic cleanup task.
+- This cleanup is a safety mechanism for abandoned sessions, not a client-side reuse strategy.
+
+### Session activity tracking exists
+- Server updates `lastActivityTime` on statement/row-fetch operations.
+- There is no first-class client-facing signal for “queue depth per session” or “pending requests per session”.
+
+---
+
+## 3) Required Changes for Client-Side Session Reuse
+
+## 3.1 Driver-side lease manager (new)
+
+Introduce a **session lease manager** inside the JDBC driver (or multinode service layer):
+
+- Lease states: `IDLE`, `IN_USE`, `EXPIRED`, `INVALID`.
+- Per-lease metadata:
+  - `createdAt`, `lastUsedAt`
+  - borrow count
+  - in-flight RPC count
+  - bound server/session identifiers
+- Reuse key: `(clientUUID, connHash, isXA=false, datasourceName, endpoint set)`
+
+## 3.2 Close semantics split
+
+Replace current unconditional terminate-on-close with policy:
+
+- On `close()`:
+  - return lease to local reusable pool if safe;
+  - otherwise call `terminateSession`.
+- Force terminate when:
+  - transaction is active,
+  - connection marked invalid/forceInvalid,
+  - session consistency uncertain,
+  - cleanup/reset fails.
+
+## 3.3 Strict limits (must-have)
+
+Add configurable limits:
+
+- `maxReusableSessionsPerClient`
+- `maxReusableSessionsGlobal` (optional but recommended)
+- `maxSessionIdleMs`
+- `maxSessionLifetimeMs`
+- `acquireTimeoutMs` (wait for reusable lease)
+- `maxPendingBorrowersPerKey` (backpressure)
+
+## 3.4 Session sanitization before reuse
+
+Before re-leasing to a different request:
+
+- reset auto-commit and transaction state,
+- clear warnings/temp statement artifacts,
+- restore expected read-only/isolation/schema/catalog defaults,
+- ensure no active LOB/result-set resources remain.
+
+If sanitization is partial or uncertain, terminate rather than reuse.
+
+## 3.5 Observability and “waiting queries” support
+
+Expose and consume metrics for policy/operations:
+
+- client-side: borrowers waiting, active leases, idle leases, evictions (reason),
+- server-side: pool waiters (`threadsAwaitingConnection`), acquisition latency, active sessions per client.
+
+Optional protocol extension can add lightweight status endpoint for better routing/eviction signals.
+
+## 3.6 Server-side safeguards
+
+Add optional server protections (recommended even with client reuse):
+
+- max active sessions per `clientUUID`,
+- max session creations per window (rate limiting),
+- telemetry dimensions by `clientUUID` + `connHash`.
+
+---
+
+## 4) Compatibility and Architectural Considerations
+
+## 4.1 Double-pooling guidance
+
+OJP documentation emphasizes disabling app-local pools (to avoid double-pooling).  
+Session reuse must be positioned as **driver-controlled session leasing**, not generic framework pooling.
+
+## 4.2 Multinode stickiness side-effects
+
+Reused leases are sticky by session/server binding. Risks:
+
+- hot-spotting and imperfect rebalance,
+- stale bindings after topology changes,
+- higher complexity during failover/recovery.
+
+Mitigation: eviction/rebind policy tied to health events and lease age.
+
+## 4.3 XA scope
+
+Do **not** include XA in initial rollout. XA lifecycle and dual-condition return semantics are more sensitive.
+
+---
+
+## 5) Risks
+
+1. **State leakage across requests** (highest risk)  
+2. **Semantic regressions** (transactions/metadata behavior)  
+3. **Load skew in multinode mode**  
+4. **Hidden resource retention** if limits/eviction are weak  
+5. **Operational complexity** without strong metrics
+
+---
+
+## 6) Recommended Rollout Plan
+
+1. **Phase 1 (opt-in, non-XA only):**
+   - driver lease manager,
+   - strict limits + aggressive safety fallback to terminate.
+2. **Phase 2:**
+   - server-side per-client quotas,
+   - richer metrics and dashboards.
+3. **Phase 3:**
+   - protocol/status enhancements only if needed by production telemetry.
+
+Default should remain current behavior until confidence is high.
+
+---
+
+## 7) Opinions, Suggestions, Questions, and Concerns
+
+## Opinions
+- This is worth doing for latency-sensitive workloads, but only with strong safety boundaries.
+- “Never reuse if uncertain” should be the default invariant.
+
+## Suggestions
+- Name the feature **Session Lease Manager** (clearer than “client pooling”).
+- Keep it **opt-in** with conservative defaults.
+- Add explicit counters for eviction causes (`idle_timeout`, `max_lifetime`, `unsafe_state`, `server_unhealthy`).
+
+## Questions
+1. Should limits be per JVM process only, or also enforced server-side per client identity?
+2. What defaults are acceptable for max idle and max lifetime?
+3. Is preserving full session state between borrows a requirement, or should reset-to-default always occur?
+4. Do we need a dedicated gRPC endpoint for session status/queue hints, or are current metrics sufficient?
+
+## Concerns
+- Without robust sanitization, this can introduce subtle cross-request bugs.
+- Without server quotas, a misbehaving client could retain too many sessions.
+- Multinode failover + stale leased sessions can create hard-to-debug edge cases.
+
+---
+
+## 8) Confidence
+
+**High (85%)** for feasibility and direction, because major building blocks already exist:
+
+- non-XA connect fast path,
+- session activity tracking + cleanup,
+- health/redistribution infrastructure.
+
+Main uncertainty is safe sanitization breadth across all JDBC surface area.
+
diff --git a/documents/analysis/README.md b/documents/analysis/README.md
index 4cdaedf5b..3df55d161 100644
--- a/documents/analysis/README.md
+++ b/documents/analysis/README.md
@@ -29,6 +29,10 @@ This directory contains technical analysis documents for various OJP features an
 
 ## Other Analysis Documents
 
+### Session Lifecycle & Reuse
+
+- [CLIENT_SIDE_SESSION_REUSE_ANALYSIS.md](./CLIENT_SIDE_SESSION_REUSE_ANALYSIS.md) - Analysis of client-side persistent session reuse, required architecture changes, limits, risks, and rollout approach
+
 ### XA Pool Architecture
 
 - [xa-pool-spi/](./xa-pool-spi/) - XA Connection Pool SPI design
@@ -94,5 +98,5 @@ When adding new analysis documents:
 
 ---
 
-**Last Updated:** 2026-01-08  
+**Last Updated:** 2026-05-10  
 **Maintained By:** OJP Core Team