TriVec Labs

What we do

Design. Build. Scale. AI

From APIs, event-driven workflows and distributed platforms to AI-powered services, we help engineering teams design and build systems that scale reliably, perform efficiently, and remain operable in production.

Capabilities

Our offerings without the sales pitch

01

RAG Pipelines

We design end to end RAG pipelines including ingestion, chunking, embedding, hybrid retrieval, and evaluation, so grounding quality is measurable and reproducible rather than incidental.

What that looks like

  • Ingestion & document processing pipelines
  • Hybrid retrieval (dense + sparse) and reranking
  • Chunking and embedding strategy tuned to your corpus
  • RAG evaluation harnesses and regression suites
02

LLM Gateways & Routing

We build and operate the routing layer between your applications and the hosted LLMs: load balancing, fallbacks, cost controls, observability, and deterministic behavior across providers.

What that looks like

  • Unified API surface across providers
  • Smart routing, retries, and failover policies
  • Cost, latency, and token instrumentation
  • Guardrails and structured output contracts
03

APIs as a platform

We design APIs and backend services around explicit contracts, versioning, and backwards compatibility. We thrive in the boring, high-leverage decisions that keep clients and teams unblocked.

What that looks like

  • API contract design and versioning
  • Backend service architecture
  • Performance, scaling, and caching strategy
  • Security and auth architecture
04

Distributed Systems

We help you reason clearly about distributed state: consensus, replication, idempotency, and failure modes. We design for the failures that actually happen, not the ones in the academia.

What that looks like

  • Consensus and coordination design
  • Replication, quorum, and consistency models
  • Idempotency and outbox patterns
  • Chaos and fault-injection testing
05

Event-Driven Architecture

We turn business domains into event streams, with carefully designed schemas, brokers, and consumers that let services scale and evolve independently without introducing tight coupling.

What that looks like

  • Domain-event modelling and schemas
  • Broker topology and partitioning strategy
  • Consumers with exactly-once-ish guarantees
  • Dead-letter and replay handling
06

Semantic Caching

Embedding-based caching that serves near-duplicate requests from memory instead of the model. We design cache tiers, eviction, and invalidation so hit rates are high and staleness is controlled.

What that looks like

  • Embedding-similarity cache design
  • Multi-tier cache (L1/L2) and eviction policies
  • Consistency and staleness guarantees
  • Cost and latency instrumentation
07

Cloud Architecture

We take your workloads from ad-hoc to deliberate: networking, identity, multi-region strategy, cost models, and the guardrails that keep a team moving fast without burning the budget.

What that looks like

  • Reference architecture for greenfield systems
  • Multi-region and high-availability design
  • Cost modelling and FinOps guardrails
  • Well-architected reviews