Your AI workflow is only as good as the context it passes.
Pass the right context to every AI step. RelayLum sits between agents, models, tools, and memory — moving a luminous Context Capsule that holds customer queries, account facts, and tool results, then filters, compresses, and verifies what each hop may see.
Support Agent
Ingest & extract
Billing Tool
Enrich status
Policy Agent
Scrub & compress
Response Agent
Deliver packet
Inside capsule: customer query · account info · tool results
Sources: Slack #support · CRM account · billing API
Timestamps: 14:02 ingest · 14:02 extract · permissions: support+
Path: Support → Billing → Policy → Response
Support Agent — fact extraction
- Customer dialogue reduced to Issue, Customer, Plan, Requested Action
- Raw thread kept out of the next hop
- Permissions stamped on every fact
12,480 tokens · PII in thread · stale plan note
1,140 tokens · scrubbed · current billing only
Eight breaks RelayLum is built to stop
Incomplete transfer
One agent’s conclusions never fully reach the next.
Token bloat
Whole conversations pile up — cost climbs for nothing.
Contradictory facts
Different agents get conflicting customer information.
Temporal confusion
Old memories mix with the latest data.
Attribution gap
The model uses data but cannot name the source.
Debug blindness
After a failure, you cannot tell which hop lost context.
Read-everything waste
Every agent reads all available data — slow and expensive.
Handoff drift
Summaries slowly deviate from original facts across hops.
RelayLum is not an agent builder, not a vector database, and not a generic logging platform. It is the infrastructure that turns raw information into Context Packets shaped for the next task.
Four hops. One intact packet.
Open any station on the light path
Built for AI agent companies, intelligent support products, research assistants, enterprise copilots, and automation platforms.
Context that arrives intact — not more context, the necessary context.
RelayLum sits between agents, models, tools, sessions, and memory. It turns raw inputs into Context Packets optimized for the next hop — compact, reliable, and fully traceable.