Google Gemini Memory vs LinkedIn Cognitive Memory Agent

Google Gemini Memory vs LinkedIn Cognitive Memory Agent: side-by-side comparison of two platform-provider memory systems — architecture, taxonomy, license, pricing, MCP/A2A support, and direct edges.

Google Gemini Memory · LinkedIn Cognitive Memory Agent

Recommend between these two →

Cost & capability

Google Gemini MemoryLinkedIn Cognitive Memory Agent
Capability bandfrontiercompetent
Capability composite8872
Cost tierfreesearched not found
$/Mtok input0searched not found
$/Mtok output0searched not found
Use casesMemory Augmented Chat, Long Running SessionMulti Agent Coordination, Long Running Session, Scoped Agentic

Where they differ (18)

Rows where both sides have data and the values disagree — the shortlist of dimensions that actually distinguish these two systems.

Google Gemini MemoryLinkedIn Cognitive Memory Agent
Capability bandfrontiercompetent
Capability composite8872
Cost tierfreesearched not found
$/Mtok input0searched not found
$/Mtok output0searched not found
Use casesMemory Augmented Chat, Long Running SessionMulti Agent Coordination, Long Running Session, Scoped Agentic
TypePersonal Context + Personal IntelligenceEpisodic + semantic + procedural (shared)
Created2024-11-20 (initial rollout to Gemini Advanced subscribers)2026-04 (engineering blog published April 2026; Hiring Assistant shipped 2025)
PricingFree + paidsearched not found
FundingGoogle/Alphabet public (GOOGL); no separate Gemini fundingparent is public
Backend storagecustom (Google-managed)searched not found
DeploymentManaged-onlyManaged-only (internal LinkedIn production infrastructure)
Multi-tenancyhard-isolationsearched not found
MCPvia official adapter — Gemini supports MCP via ADK / extensionssearched not found
A2Asupported — Google originated A2Asearched not found
OpenTelemetryno — consumer productsearched not found
Optimised forGoogle ecosystem personal context (Gmail, Drive, Calendar)episodic+semantic+procedural memory at LinkedIn scale
Anti-fitnot for non-Google ecosystemsnot deployable - internal LinkedIn infrastructure only

At a glance

Google Gemini MemoryLinkedIn Cognitive Memory Agent
SectionPlatform-provider memory Platform-provider memory
TierT1 T1
TypePersonal Context + Personal Intelligence Episodic + semantic + procedural (shared)
Created2024-11-20 (initial rollout to Gemini Advanced subscribers) 2026-04 (engineering blog published April 2026; Hiring Assistant shipped 2025)
PricingFree + paid searched not found
FundingGoogle/Alphabet public (GOOGL); no separate Gemini funding parent is public
Backend storagecustom (Google-managed) searched not found
DeploymentManaged-only Managed-only (internal LinkedIn production infrastructure)
API surface searched not found
Embedding searched not found
Multi-tenancyhard-isolation searched not found
MCPvia official adapter — Gemini supports MCP via ADK / extensions searched not found
A2Asupported — Google originated A2A searched not found
OpenTelemetryno — consumer product searched not found
Optimised forGoogle ecosystem personal context (Gmail, Drive, Calendar) episodic+semantic+procedural memory at LinkedIn scale
Anti-fitnot for non-Google ecosystems not deployable - internal LinkedIn infrastructure only

Taxonomy

AxisGoogle Gemini MemoryLinkedIn Cognitive Memory Agent
storagekvvector
retrievalinjectionsimilarity
persistencelong-termlong-term
updateextractionextraction
unitfactepisode
governanceuser-controllableopaque
conflictllm-arbitratenone

Pros & cons

Google Gemini Memory

Pros: Tightest integration of any memory product with personal data sources (Gmail, Drive, Calendar) where users have meaningful history.

Cons: Cross-product data sharing is a trust liability; persistence model has been less clearly communicated than ChatGPT's.

LinkedIn Cognitive Memory Agent

Pros: First professional-network memory with a structured domain corpus (job history, connections, posts) — most other products see only freeform chat.

Cons: Closed ecosystem with no developer access; memory depth limited by what users actually post.

Rows last verified 2026-05-14 / 2026-05-14. Data is CC-BY-4.0 — see how to read this.