2 · AI Observability Platform

Your AI is live.
Your Teams are NOT watching it.

SREPRIMER delivers unified AI observability across infrastructure, pipeline tracing, drift detection, security, and cost — helping enterprises see everything their AI systems are doing, before problems become incidents.

5 Observability layers
84% Attack block rate*
75% Cost reduction via routing*
<1ms Security scanner overhead*
6h+

Average incident detection time

Latency spikes, token pressure and model degradation build invisibly. Users notice before engineering teams do.

84%

Of AI attacks go undetected

Prompt injection, jailbreaks and PII exfiltration are plain text to firewalls and SIEMs. Traditional security tools detect 0% of LLM-specific attack patterns.

35%*

Hallucination rate after drift

Models degrade silently as user behaviour shifts. Hallucination rates climb for weeks before anyone investigates.

70%

Of AI token spend is avoidable

Simple queries routed to expensive models. No budget visibility. Enterprises discover AI overspend on the invoice.

4h+

Mean debug time for AI pipelines

Multi-step chains and RAG retrievals are black boxes. No visibility into which step failed or what the model received.

Zero

Audit trail for most deployments

SOC2, HIPAA and GDPR auditors ask what went into your AI. Most companies cannot answer this question.

Seven layers. One unified platform.

SREPRIMER instruments every layer of your AI stack — from GPU utilisation to model behaviour, security threats and dollar costs — delivered as open-source tooling with enterprise support.

L1 Infrastructure & GPU Observability
Prometheus Grafana DCGM Exporter vLLM /metrics
L2 Model Serving Observability
P50/P95/P99 Latency TTFT Token Throughput Queue Depth
L3 LLM Pipeline & Chain Tracing
LangFuse Arize Phoenix LangChain OpenTelemetry
L4 Data & Drift Observability
Evidently AI Input Drift Output Quality Hallucination Rate
L5 Security Observability
LLM Guard Prompt Injection Jailbreak Detection PII Scanner
L6 Evaluation & Quality Observability
Ragas LLM-as-Judge Groundedness DeepEval
L7 Cost & FinOps Observability
Token Cost Tracking Model Routing Budget Alerts ROI Dashboard

Five demos. Five problems solved.

Every demo is fully functional on local infrastructure — no cloud dependency, no mock data. What you see is exactly what your clients get on day one.

DEMO 01 Infrastructure + LLM Metrics Dashboard Prometheus · Grafana · Ollama
What it shows

A live Grafana dashboard showing Mistral-7B running on local infrastructure. Every inference request is measured — prompt processing time, generation speed, token throughput and queue depth — refreshing every 5 seconds. A load generator creates continuous realistic traffic and a stress tester produces dramatic latency spikes visible in real time.

Tech stack
  • Ollama — Mistral-7B local inference
  • Prometheus — metrics collection at 5s intervals
  • Grafana — 12-panel live dashboard
  • Custom Python exporter — Ollama to Prometheus bridge
  • Load generator — continuous realistic query traffic
  • Stress tester — parallel requests, latency spikes on demand
Client value
  • Detect latency spikes before users notice — P99 alerting
  • Capacity planning — know when to scale before queues build
  • GPU right-sizing — identify over-provisioned instances
  • SLA compliance proof — exportable latency history
  • Root cause isolation — model or infrastructure?
DEMO 02 LLM Pipeline Tracing LangFuse · Arize Phoenix · LangChain
What it shows

A RAG application and multi-turn chatbot with every request traced end-to-end. From user query through vector retrieval, prompt construction, LLM inference to final response — every step is a measurable span. Two trace viewers show parallel views of the same pipeline, illustrating real distributed tracing for AI chains.

Tech stack
  • LangChain — RAG pipeline and conversational chain
  • ChromaDB — in-memory local vector store
  • LangFuse — trace collector with SQLite backend
  • Arize Phoenix — OTel-native span viewer
  • HuggingFace Embeddings — all-MiniLM-L6-v2 CPU
  • Ollama Mistral-7B — local LLM backend
Client value
  • Pinpoint exactly which step is slow — retrieval vs generation
  • See what the model actually received — full prompt logging
  • Token cost per chain step — find expensive operations
  • Debug RAG failures — retrieval quality or model reasoning?
  • Full audit trail — every input and output logged
DEMO 03 Drift & Quality Observability Evidently AI · Chart.js · Synthetic datasets HTML Reports
What it shows

Three interactive HTML reports across a 14-day drift scenario. Report one shows input distribution drift as user topics shift. Report two shows output quality degradation — relevance, confidence and length collapsing. Report three is a live chart showing hallucination rate climbing from 4% to 35% after a day-seven inflection point.

Tech stack
  • Evidently AI — statistical drift detection (KS test, chi-squared)
  • Pandas — 200-row reference and current datasets
  • Scipy — distribution comparison and significance testing
  • Chart.js — interactive 14-day hallucination timeline
  • Synthetic data generator — reproducible drift scenarios
Client value
  • Detect drift on day 7 — not day 60 when customers complain
  • Hallucination rate as a first-class monitored metric
  • Data-driven retraining triggers — not guesswork
  • Board-level reporting — one chart, one number, clear story
  • No live compute on demo day — pre-generated HTML reports
DEMO 04 AI Security Observability LLM Guard · Pattern Scanner · OWASP LLM Top 10
What it shows

A live security scanner processing 25 real attack payloads against Mistral-7B. Every request is scanned before reaching the model. Four attack classes are demonstrated — prompt injection, jailbreak attempts, PII exfiltration and toxic content. A dashboard shows block rate, risk scores, scanner attribution and latency refreshing every three seconds.

Tech stack
  • LLM Guard — ML-based scanner (Python <3.13)
  • Pattern scanner — regex and keyword fallback (Python 3.13)
  • SQLite — real-time event logging with risk scores
  • Custom HTTP dashboard — live event feed, auto-refresh 3s
  • 25 payloads — OWASP LLM Top 10 attack taxonomy
  • Dual-layer scanning — input and output both checked
Client value
  • 84.6% block rate — threats stopped before reaching the model
  • Under 1ms scanner overhead — invisible to your SLA
  • Full audit trail — every event logged with risk score
  • PII protection — SSN, cards and API keys intercepted
  • Compliance ready — SOC2, HIPAA, GDPR audit evidence
DEMO 05 Cost & FinOps Observability Intelligent model routing · Token cost tracking · Production simulator
What it shows

A dual-model routing system that automatically classifies queries as simple or complex and routes to the appropriate cost tier. Every request shows cost, token count, latency and savings. A production simulator generates a custom report showing real enterprise savings at the client's actual token volume across three deployment scenarios.

Tech stack
  • Query classifier — keyword-based complexity routing in real time
  • Dual model tiers — economy vs premium with cost delta
  • Cost calculator — per request, per session, per user
  • SQLite — persistent cost event log
  • Production simulator — enterprise scale HTML projections
  • Live dashboard — cost, savings, routing decisions
Client value
  • 75% cost reduction via intelligent model routing
  • Real-time budget visibility — no surprise invoices
  • Per-user and per-team cost allocation
  • Monthly and annual projections at any scale
  • Self-funding — SREPRIMER pays for itself within days

Different stakeholders. Different conversations.

SREPRIMER speaks to every decision maker in the room — from the engineer debugging pipelines to the CFO reviewing the AI spend line.

ML / Platform Engineering

Stop debugging blind

  • Know exactly which step in your chain is slow
  • See what the model actually received vs what you sent
  • Track hallucination rate as a first-class metric
  • Get alerted on latency regression before users notice
  • Distributed tracing for every LLM pipeline step
Security / CISO

Your AI is an attack surface

  • Prompt injection blocked before reaching the model
  • PII intercepted before entering your AI pipeline
  • Every request logged with risk score for SOC2 and HIPAA
  • Attack pattern detection across sessions
  • OWASP LLM Top 10 coverage out of the box
CTO / VP Engineering

Prove your SLAs with data

  • P99 latency dashboard — SLA compliance at a glance
  • Incident timeline — exactly when it started and why
  • Quality trending — is your AI getting better or worse?
  • Capacity planning — scale before users experience queuing
  • Board reporting — one number, one chart, clear story
FinOps / Finance

AI costs are controllable

  • Real-time token spend — no surprise invoices
  • Intelligent routing saves 60–80% on API costs
  • Per-team and per-product cost allocation
  • Monthly and annual projections at current burn rate
  • ROI typically positive within the first week

SREPRIMER's detection, tracing, and security frameworks are built on the industry standards that CISOs, compliance teams, and regulators already trust — ensuring every capability maps directly to the frameworks your organisation uses.

Built on
OWASP LLM Top 10 OpenTelemetry Prometheus Evidently AI LLM Guard LangFuse NIST CSF SOC2 HIPAA GDPR

Ready to observe your AI?

Investors, enterprise teams, and AI engineering leaders — reach out to explore SREPRIMER AI Observability.