AGENT OPERATIONS / MEMORY INFRASTRUCTURE

Agents that remember what matters.

A private, searchable memory layer for production AI agents—scoped by user, agent, and run, with provenance you can inspect and refreshes you can trust.

Discuss your memory architecture →See the working demo
Built for teams moving from agent experiments to dependable operations.
PRIVATEscoped memory by default
TRACEABLEsource-aware retrieval
SAFEproduction write boundary
REPEATABLEidempotent refreshes
THE PROBLEM

Most agents forget, overreach, or retrieve without context.

Adding a vector database is not the same as building memory you can operate. The hard part is scope, promotion, provenance, refresh safety, and knowing what the agent actually used.

01 / CONTEXT

Every conversation starts over

Important decisions and preferences disappear between runs, forcing people to repeat themselves and agents to guess.

02 / CONTROL

Private data leaks across scopes

Without explicit boundaries, private, shared, and temporary context become one undifferentiated memory pool.

03 / TRUST

Retrieval without a trail

Teams cannot tell where a result came from, whether it is stale, or whether a refresh changed the wrong system.

THE GALEOPS APPROACH

A memory layer with operating boundaries.

We connect durable agent memory to a controlled PostgreSQL/pgvector foundation, then add the knowledge and operational safeguards that make it usable in production.

The result is not just “more context.” It is memory that can be scoped, promoted, searched, refreshed, inspected, and handed to an engineering team without mystery.

Open the interactive walkthrough →
memory-policy / production
scope = private
source = customer-onboarding.md:42
promotion = explicit approval
refresh = idempotent

✓ public.mem0 unchanged
✓ provenance attached
✓ source paths normalized
WHAT WE BUILD

The foundation behind dependable agents.

MEMORY

Scoped durable memory

Private, shared, and run-scoped memory with explicit promotion instead of accidental sharing.

  • Per-user and per-agent boundaries
  • Promotion controls
  • Local-model compatible
KNOWLEDGE

Searchable operating context

Index internal Wiki, procedures, and code with source-aware retrieval that gives the answer a trail.

  • Wiki and CodeGraph indexing
  • Source paths and locators
  • Duplicate-resistant identity
OPERATIONS

Refreshes you can trust

Deterministic, idempotent refreshes with a hard boundary around production memory.

  • Before/after safety checks
  • Scheduled health output
  • Failure-safe runtime guards
IMPLEMENTATION

From audit to operating system.

01 / MAP

Memory readiness audit

Review agents, data flows, scopes, retrieval, and failure modes.

02 / BUILD

Foundation deployment

Install the controlled memory and knowledge layer around your workflows.

03 / VERIFY

Canary and handoff

Test isolation, provenance, idempotence, and production safety before launch.

04 / OPERATE

Managed MemoryOps

Monitor refreshes, tune retrieval, and evolve the system as agents change.

STARTING POINTS

Choose the smallest useful engagement.

Fixed-scope starting points. Larger multi-agent or compliance-heavy deployments are scoped after the audit.

Readiness Audit

$1,500 one-time

Know what to fix before you build another memory system.

  • Architecture and data-flow review
  • Scope and privacy assessment
  • Retrieval-quality review
  • Prioritized implementation plan
Start with an audit

Managed MemoryOps

$1,500+ / month

Keep memory useful, safe, and aligned as your agents evolve.

  • Refresh monitoring
  • Deduplication and tuning
  • New source integrations
  • Monthly health report
Discuss ongoing ops
FAQ
Is this a replacement for our existing model or agent platform?

No. The memory layer sits alongside your agent stack. GaleOps keeps the working production provider intact and adds controlled memory and knowledge capabilities around it.

Where does the data live?

The reference architecture uses PostgreSQL with pgvector in the customer-controlled environment. The exact deployment and retention model are set during the audit.

Can memory be shared between agents?

Yes, when explicitly designed and promoted. Private and run-scoped memory remains isolated by default.

How do you prove the refresh is safe?

We run a production canary, verify provenance and idempotence, and record a before/after check showing that the production memory table was not modified by the knowledge refresh.

Make memory an operating capability.

Bring your current agent workflow. We’ll map the smallest safe path from “it forgets” to “we can run it.”

Book a 15-minute architecture call →