ASYNCQ / SERVICES006 capabilities

CAPABILITYOVERPACKAGE.

We don't sell retainers or generic packages. We pick the right primitives for what you're actually building — and put them together so they work in production, not just demos.

6disciplines
under one team
45davg.
to production
100%ownership
on handoff
01AGT

Autonomous Agents

Systems that don't wait to be told what to do next. We design agent architectures that perceive state, reason over context, select tools, and complete multi-step tasks — with the right guardrails so they don't go off-script in production.

LangGraphTool callingMemory systemsReActOpenAI AssistantsReflection loops
  • Agent topology design — single, multi, or hierarchical
  • Tool and function definition with typed schemas
  • Long-term and short-term memory layer design
  • Failure detection, retry logic, and fallback paths
  • Human-in-the-loop checkpoints where needed
  • Evaluation harness with task-completion benchmarks
  • Production deployment with observability hooks
DEL.01Architecture spec

Agent graph, tool registry, memory schema — signed off before build starts.

DEL.02Working agent system

Tested, deployed, and monitored agent with eval suite showing task completion rate.

DEL.03Ops runbook

How to observe, debug, retrain, and extend the agent after we hand off.

Real result

94%

Autonomous research agent for a Series B fintech — replaced a manual analyst workflow running 3 hours/day, handling market data ingestion, summarisation, and flagging.

02ORC

Orchestration Pipelines

When one agent isn't enough. We build multi-agent systems where specialised agents coordinate, delegate, and check each other's work — with state machines, routing logic, and graceful degradation baked in from day one.

LangChainLangGraphCrewAIAutoGenDAG pipelinesState machines
  • Multi-agent topology with role separation
  • Task routing, priority queues, and load balancing
  • Inter-agent communication protocol design
  • State persistence across long-running workflows
  • Timeout, retry, and circuit-breaker patterns
  • Tracing and logging at each node in the graph
  • Integration with your existing APIs and data sources
DEL.01Pipeline graph

Visual + code representation of agent roles, routing rules, and state transitions.

DEL.02Production pipeline

Running system with staging environment, integration tests, and rollback plan.

DEL.03Monitoring dashboard

Per-agent latency, error rates, and queue depth — visible in one place.

Common use case

4× faster

Document processing pipelines where one agent extracts, one validates, one routes, and one writes to your database — with human escalation for edge cases.

03GEN

Generative AI & RAG

We build GenAI products that work on your data — not the model's training data. RAG pipelines, document Q&A, summarisation systems, content generation engines. Every output grounded in sources you control and can verify.

RAGLangChainLlamaIndexStreamingCitationsGuardrails
  • Document ingestion pipeline — PDF, HTML, databases, APIs
  • Chunking strategy tailored to your content type
  • Embedding model selection and vector store setup
  • Query routing, hybrid retrieval, re-ranking
  • Source citation and hallucination reduction layers
  • Streaming UI with real-time token delivery
  • Feedback loop for continuous quality improvement
DEL.01Retrieval pipeline

Ingestion, embedding, indexing, and retrieval — benchmarked against your real queries.

DEL.02Generation layer

Prompt templates, system instructions, and output formatting — tuned for your use case.

DEL.03Eval report

Faithfulness, relevance, and answer quality scores. Not vibes — actual metrics.

Real result

70% ↓

Internal knowledge base Q&A for a 200-person ops team — reduced 'where do I find X' Slack messages by 70%, replacing 4 hours of manual search per day.

05MLX

Model Development

When a general-purpose LLM isn't accurate enough, fast enough, or cheap enough for your domain. We handle the full model lifecycle — from dataset curation to fine-tuning to deployment — with eval frameworks that tell you if the model is actually better.

HuggingFaceLoRA / QLoRAPEFTW&BSupervised learningRLHF
  • Dataset audit, curation, and labelling pipeline design
  • Base model selection and cost-vs-accuracy tradeoff analysis
  • LoRA / QLoRA fine-tuning with hyperparameter sweeps
  • Evaluation suite: domain-specific benchmarks + human eval
  • RLHF or DPO alignment where quality requires it
  • Model quantisation for inference cost reduction
  • Deployment via API with versioning and rollback
DEL.01Training dataset

Cleaned, formatted, and versioned dataset with labelling guidelines.

DEL.02Fine-tuned model

Adapter weights or full model — deployable via HuggingFace, vLLM, or your infra.

DEL.03Eval report

Before/after comparison across your task metrics. Numbers, not claims.

ScenarioPrompt engineeringFine-tuning
General task, any domain
Consistent output format
Domain-specific terminology
High volume, low latency
Sensitive / private data
Real result

94%

Domain-specific classifier for a legal tech platform — Llama 3 fine-tuned on 12k labelled contracts. Extraction accuracy went from 61% (GPT-4o prompting) to 94% (fine-tuned small model) at 80% lower cost per call.

06FST

Full-Stack Delivery

AI features don't live in isolation. They need real backends, real frontends, real auth, and real infrastructure. We build the whole product — not just the model layer — so you're not left stitching things together yourself.

Next.jsFastAPIPostgresRedisDockerAWS / GCPCeleryGraphQL
  • Backend API design and implementation (FastAPI / Node)
  • Frontend application with streaming AI UI patterns
  • Auth, billing, and user management
  • Background job queues for async AI workloads
  • Database schema design and migration strategy
  • CI/CD pipeline with test coverage gates
  • Infrastructure as code with monitoring and alerting
DEL.01Deployed application

Running in production with SSL, monitoring, and auto-scaling configured.

DEL.02Codebase + CI/CD

Clean repo, typed, tested, and wired to your deploy pipeline. Ready to hire into.

DEL.03Infra + runbook

Terraform or CDK infra with runbook covering scaling, backups, and incident response.

Typical scope

8–12w

End-to-end AI SaaS product: auth, dashboard, AI backend, streaming chat, user billing, admin panel, and deployment pipeline — 8–12 week build.

Three ways
to work together.

Depending on where you are and how much you want us involved.

01

Scoped Build

A defined problem, a fixed scope, a clear deliverable. Best for teams that know what they want built and need it done right.

  • Fixed timeline and deliverables
  • Weekly check-ins during build
  • Full handoff with docs
  • 30-day post-launch support
Start a scoped build
03

Advisory

You have engineers. You need someone who's built this before to review architecture, unblock decisions, and accelerate your team.

  • Architecture review and sign-off
  • Monthly 90-min strategy session
  • Async Q&A on Slack or email
  • Code review on critical paths
Book advisory

Before you engage.

Do you work with teams that aren't technical?+
Yes, but we work best with someone on your side who can make product decisions quickly. You don't need to understand how LangGraph works — but you need to be able to tell us what 'done' looks like. We handle the technical translation.
What's your typical timeline from first call to shipped?+
Scoped builds run 4–12 weeks depending on complexity. Our average is 60 days from signed agreement to production deploy. We don't do drawn-out discovery phases — we move fast and iterate in the open.
Do we own the code and models after the engagement?+
100%. Everything we build for you — code, models, datasets, infra configs — transfers to you on handoff. We don't retain any IP from client work. The contract makes this explicit.
Can you work with our existing stack, or do you push your own?+
We adapt to your stack. If you're on AWS with a Django backend and React frontend, we work within that. We'll flag it if something in your stack is genuinely the wrong tool for the job — but we won't push rewrites to justify our preferences.
How do you handle data privacy and sensitive information?+
We sign NDAs before any code or data is shared. For sensitive domains (healthcare, legal, finance), we design systems that keep data within your infrastructure — no data goes to third-party model APIs unless you explicitly approve it. Self-hosted and fine-tuned models are our default recommendation for sensitive data.
Do you take equity instead of cash?+
For the right early-stage opportunity, yes — we're open to hybrid arrangements. Reach out and tell us about what you're building. We evaluate these case by case.