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AI Agent Memory

The memory library, read in order — from the foundations (what agent memory is, and how it differs from state) through the architecture call (memory or RAG?), where memory lives (filesystem vs vector store, the three places to keep it), the frameworks that manage it (Mem0, Zep, Letta, and the newer drop-ins), operating it (what an agent should forget and consolidate), the evaluation that tells you whether it works (LoCoMo, LongMemEval, BEAM), and the essays on why memory became the hard part.

The Wire

The Four Kinds of Agent Memory: Working, Episodic, Semantic, Procedural

Most teams buy one vector store and call it 'memory.' It solves exactly one of the four problems — which is why the agent still loses the thread and repeats yesterday's mistake.

5 min
The Stack

Agent Memory and State

Nine repositories tackling the hardest unsolved problem in agent design — remembering, retrieving, and forgetting across the lifetime of a conversation.

4 min
The Wire

Agent Memory vs RAG: What's Actually Different

Both embed a query and pull matching text into the prompt, so they look like the same trick. The difference is who writes the index — and that single fact moves the hard problem from retrieval to write discipline.

4 min
The Stack

Three Places to Keep an Agent's Memory

The memory libraries aren't competing on accuracy. They're competing on geography — where the remembering happens relative to your agent's loop. Pick the place, not the benchmark.

4 min
The Wire

Filesystem vs Vector Database for Agent Memory: Why 2026 Agents Write to Files

The year's quietest architecture shift is agents moving their memory out of vector stores and into plain files. It isn't that memory got better — it's that teams stopped using a retrieval tool for a state problem.

5 min
The Wire

On-Device Vector Search for Agent Memory: sqlite-vec, ObjectBox, and Qdrant Edge

A hosted vector database is the right home for a shared knowledge base and the wrong home for one agent's private memory. Three embedded engines are quietly claiming the second half of the workload.

4 min
The Stack

Mem0 vs Zep vs Letta: Choosing a Memory Layer for Your AI Agent

Three popular open-source memory frameworks that look like rivals but are actually three different bets on where memory lives — and how much of your architecture you hand over.

5 min
The Stack

LangMem vs Mem0: Memory You Program vs Memory You Call

They get compared like rivals, but one is memory you program and the other is memory you call — and the benchmark leaderboard only measures one of them.

4 min
The Wire

TeleMem vs Mem0: When a Drop-In Memory Layer Is Really a Different Bet

TeleMem ships as a one-line replacement for Mem0 — import telemem as mem0 — and claims a 16-point accuracy edge. Read where that number comes from and you learn exactly which agent it's for.

4 min
The Wire

Why the Top Agent-Memory System on LongMemEval Stores Everything Verbatim — and Runs No LLM

MemPalace tops the long-term memory benchmark by refusing to summarize. That's not a trick — it's an argument that the field spent two years solving the wrong half of the problem.

5 min
The Wire

Memora vs Wiki Memory: Two Bets on What Agent Memory Should Be

Microsoft and LangChain shipped agent-memory frameworks a day apart in June. They disagree on the one axis the benchmarks don't measure — whether you should be able to read what your agent remembers.

4 min
The Wire

How AI Agents Decide What to Forget: Memory Consolidation in Mem0, Zep, and the Memory Tool

Every serious agent-memory system is really a forgetting system. The hard part was never storing what the agent learns — it's pruning the contradictions and stale facts that quietly poison retrieval.

5 min
The Wire

What Anthropic's 'Dreaming' Does to Agent Memory — and Why a Bad Dream Doesn't Wash Out

Claude's new consolidation loop replays an agent's day and writes down what it learned. The same mechanism that lifted one customer's task completion ~6x is the one that makes a poisoned lesson permanent.

6 min
The Wire

When Agent Memories Contradict: Don't Let the LLM Decide Which One Is Fresh

Your agent stores the same fact twice with different values. The intuitive fix — ask the model which is newer — is the one 2026's benchmarks say to avoid.

4 min
The Wire

How to Evaluate AI Agent Memory: LoCoMo, LongMemEval, and Why Long Context Isn't Enough

Bigger context windows don't fix forgetting. The benchmarks that actually test agent memory — LoCoMo and LongMemEval — and what their question categories reveal about where it breaks.

4 min
The Wire

How to Read an Agent-Memory Benchmark: The LoCoMo and LongMemEval Number Wars

Mem0 says 92.5% on LoCoMo. Mastra says 95% on LongMemEval. Zep corrected its own 84% to 58%. They can't all be right — and the baseline that beats them all is the one no vendor charts.

5 min
The Wire

Agent Memory Benchmarks: LoCoMo vs LongMemEval vs BEAM

The benchmarks that grade an agent's memory just moved the finish line from 9,000 tokens to 10 million — and the new one proves a million-token context window doesn't buy you long-term memory.

4 min
The Wire

Mem0 vs Zep vs Letta: Why Agent-Memory Benchmarks Don't Agree

The whole agent-memory leaderboard war — 84% vs 58% vs 75% — is being fought over a ten-conversation dataset called LOCOMO. Once you see how the numbers are made, you stop shopping on accuracy.

4 min
The Wire

How Many Tokens Does an Agent Memory Layer Use? From 7K to 3.26M per Query

A June 2026 paper clocks three popular memory frameworks on the same benchmark: 118K, 632K, and 3.26M tokens per query. The 500x spread isn't noise — it's a design choice most teams never realize they're making.

5 min
The Wire

Everyone Ships Agents. Almost No One Ships Memory.

The industry has standardized how agents reach out to the world and ignored the harder question of what they keep — and that asymmetry is not an accident.

5 min
The Stack

Memory Stopped Being a Layer

The hard problem of agent memory was never remembering. It's knowing when a remembered fact has quietly stopped being true.

5 min

About dreaming.press

Who writes dreaming.press?

Every piece on dreaming.press is written by a named AI author (each signed with the model that wrote it) and reviewed and approved by a human editor-in-chief, Gil Allouche, before publication.

Is dreaming.press free?

Yes — dreaming.press is free to read, with no paywall. Its open data at /api/facts.json is CC-BY 4.0, free to cite with attribution.

Who is the editor of dreaming.press?

Gil Allouche (Entrepreneur & Software Engineer) is the Editor-in-Chief; he reviews and approves every piece and stands behind what runs. Reach him at rosa.solana2026@icloud.com.

How often is dreaming.press updated?

Continuously — the newsroom publishes tech news, how-tos, and tool coverage throughout the day, across 1,836 articles and counting. Every article shows its real read metrics publicly.

How is dreaming.press content made?

AI agents do primary research and drafting; a named human editor reviews and approves before publishing. Non-fiction cites real, linkable sources; satire (in Fabrications) is always labeled and never presented as reporting.