8 wks
to first ROI signal
AI Strategy
Find the few use-cases worth building. Size them, sequence them, and pick the right architecture before a single GPU is spun up.
Most AI projects fail at the integration, not the model. We bring the missing layer: eval harnesses, guardrails, observability, and senior product engineering, so the AI you ship is the AI you can actually operate.
P95 latency
1.18s
↘ −12% vs 24h
Tokens / 24h
1.25M
rolling
Cost / req
$0.0143
↘ −8% vs 7d
Eval pass
97.4%
golden set
97.4%
Eval pass on golden sets
1.2s
P95 latency at the edge
−42%
Avg model spend after wk 4
0
Policy incidents in 90 days
Margin note
Most engagements use two or three of these pillars together. The interesting work is at the seams.
8 wks
to first ROI signal
Find the few use-cases worth building. Size them, sequence them, and pick the right architecture before a single GPU is spun up.
100%
answers cited
Domain-tuned copilots, retrieval-augmented systems, and customer-facing assistants that don't make things up.
0
policy incidents · 90d
Autonomous and human-in-the-loop agents with tool-use, memory, and the guardrails ops actually trust.
−28%
downtime
Forecasting, propensity, anomaly detection wired into the systems that act on the prediction.
99.4%
page extraction
OCR, document AI, image and video understanding for ops, healthcare, and industrial use cases.
1.4T
tokens indexed
The unglamorous infra that makes AI feasible: warehouses, vector stores, lineage, and PII redaction.
Most AI failures aren’t about the model. They’re about the missing layer between the demo and the system that has to operate.
Each entry below is a real engagement pattern we run, with the model recipe, eval focus, time-to-pilot, and the architecture sketch we’d build first.
How to read this
Click a use case on the left. The right panel shows the architecture, models, and the why.
Pick a use case
See the recipe.
Operations
−71%
average handle time
Shape
RAG agent · ticket-aware tools
Models
Claude Sonnet (reason) + Haiku (triage)
Time to pilot
6 to 8 weeks
Eval focus
Architecture sketch
data flow → left to rightWhy we build it this way
Most contact-centre teams burn 40% of agent capacity on tier-1 questions a copilot can answer with citations. We start there, expand from there.
Real production agents are a sequence of small decisions, tool calls, and verifier checks. Hit play, or click any step to jump to that frame.
8
steps in the run
2.0s
end-to-end latency
2
eval gates · pass
Trace replay · prod://customer-9341 · 2026-04-30T11:42Z
One agent run, frame by frame.
elapsed
0.22s
of 1.95s total
tokens
0
across all steps
cost
$0.0000
agent run
input
show me last quarter's revenue by region, with the YoY change for each
output
needs: { warehouse.query, search.docs(footnotes), tabular_response }No religious affiliation with any vendor. The leaderboard rebalances weekly on your real workload, and every release walks across the eval grid before it ships.
Model benchmark · live router
Pick the model that wins for your job.
Claude 4.5 Sonnet
Anthropic
GPT-4o
OpenAI
Gemini 2.5 Pro
Claude 4.5 Haiku
Anthropic
Llama 4 70B
Open weights
Mistral Large 2
Mistral
Eval harness · golden set
Quality is measured every release.
Pass rate
94.0%
Suite
84 tests
Cadence
every release
Quality, latency, and cost almost never agree. Slide the three weights to your job’s real shape and the router recomputes the recommended model in real time.
Margin note
In production, the router rebalances weekly with real traffic. Most accounts shift away from frontier models by month two — quality holds, cost drops 30 to 50%.
Router playground
Move the weights. Watch the winner change.
Anthropic · fast triage / classification
Quality
86
weight · 50%
Latency
92
weight · 30%
Cost
92
weight · 20%
Claude 4.5 Haiku wins because the eval scores hold under quality-first weighting. We'd still send fast lanes (greetings, retries) to GPT-4o-mini.
Claude 4.5 Haiku
Anthropic · fast triage / classification
GPT-4o-mini
OpenAI · cheap multi-step
Mistral Large 2
Mistral · EU / data residency
GPT-4o
OpenAI · general workhorse
Gemini 2.5 Pro
Google · multimodal & long context
Llama 4 70B
Open weights · self-host / on-prem
Claude 4.5 Sonnet
Anthropic · frontier reasoning
Tweak the dials and see how request volume, token shape, and model tier move the monthly spend and the latency budget.
Cost & latency calculator
Plan AI economics before you ship.
Model tier
Estimated monthly spend
$137
~ $0.0027 / request · indicative, exclusive of infra
0.54s
45.0M
We tune the router weekly. Most accounts see 30–50% savings vs the first week's bill, with no quality regression.
Click a stage to see what it looks like in practice and what the next move usually is. Most teams we work with sit between Piloting and Operating.
AI Maturity model
Where is your team today?
Stage 3 · Senior delivery
Multiple AI surfaces in production with real eval coverage, on-call, and weekly cost review. Engineering treats AI like any other system.
The next move
Standardise on a vendor-neutral router, push more workloads to private cloud where it pays off, expand eval to behavioural tests.
What this looks like in practice
We build agents the way we build distributed systems: with contracts, traces, and a bias for the boring choice. The result is a system that gets cheaper and better every week.
Guardrails first: refusal logic, policy checks, PII scrubbing
Tool-use orchestration with retries, fallbacks, and cost limits
Eval harness gates every release including prompt edits
Reference architecture
Seven layers, one accountable team.
Surface
Where humans and systems meet the AI · APIs, copilots, agents, embedded UIs.
Orchestration
Planner, tools, memory, retries · the operating system of the agent.
Guardrails
Safety, refusal, policy as code · the layer that keeps AI honest.
Models
Vendor-neutral routing across closed and open weights, picked per job.
Knowledge
Retrieval, vectors, lineage · the data layer the AI is allowed to see.
Observability
Token, latency, cost, eval per agent and per prompt, every release.
Foundation
VPC, KMS, IAM, audit · the boring infrastructure your security team likes.
A RAG copilot is not the right tool for an autonomous agent, and the other way around. Our delivery starts with picking the right shape for the job.
No 12-week pilots that never ship. We start by writing the test set, build with guardrails, run a controlled rollout, then operate.
Use-case scoring, eval set built from your data, success metrics tied to a sponsor.
RAG, tools, memory wired in. Refusal logic, PII scrubbing, citation requirements live from day one.
Controlled rollout with eval gates, weekly cost & quality review, on-call coverage.
Vendor-neutral routing tuned weekly, behavioural eval expanding, cost down, quality up.
Vendor-managed inference. Fastest time to value. Works for most use-cases.
Models run inside your AWS, GCP, or Azure. No data leaves your perimeter.
For regulated and offline environments. Open-weights or licensed models on your hardware.
Every system we ship has the receipts your security and risk teams will ask for. No black boxes. No hand-waving.
Eval harness gates every release including prompt edits
PII redaction, isolated tenancy, customer-managed keys
Citation-required answers, refusal logic, policy-as-code
Token, latency, and quality dashboards per agent and prompt
Versioned prompts and models with rollback in seconds
Continuous eval against golden sets and red-team probes
01
We build the test set before we build the system. Quality is measured every release, not estimated.
02
Closed-weight, open-weight, on-prem, hybrid. We pick the model that wins on quality, latency, and cost.
03
PII redaction, isolated tenants, no training on customer data unless explicitly contracted.
04
Token, GPU, and storage cost is tracked at the agent and prompt level every week.
Don’t see your question? Drop us a line and you’ll hear back from a senior engineer, not a sales rep.
First production-grade pilot in 6 to 10 weeks. The first two weeks are evaluation harness and use-case scoping, the next four are build with guardrails, then a controlled production rollout. We do not believe in 12-week 'pilots' that never ship.
No. We are vendor-neutral and route per job to whatever wins on quality, latency, and cost. Most production systems we operate use a mix of Claude, GPT, Gemini, and at least one open-weights model behind a router we manage on your behalf.
We deploy in three flavours: managed cloud, private cloud / VPC, and fully on-prem or air-gapped. For regulated workloads we standardise on open-weights models with VPC-only egress, customer-managed keys, and audit-ready logging.
We build the eval set before we build the system, on your real data. Every release runs against a golden set plus behavioural and red-team probes, and quality regression blocks the release. You get the eval scores in a weekly executive report.
Models change underneath us all the time. Because routing is vendor-neutral and protected by an eval gate, we can swap models in a release without a regression in your product, often with a cost reduction.
Tell us where you are, where you want to go, and the deadlines you cannot miss. We'll respond within one business day with a clear next step.
Direct line
support@telematrixglobal.com
+91 79808 07674
Operations hours
Mon to Sat · 09:00 to 19:00 IST
Project teams cover follow-the-sun.