Most enterprises today face a daunting analytics paradox: while data volumes are exploding, timely and trusted insights remain elusive. Legacy systems often can’t handle modern workloads — slowing down critical reporting cycles, increasing operational costs, and limiting agility.
Common challenges include:
Inability to scale analytics as data grows across systems
Siloed departmental data hindering enterprise-wide visibility
Rigid infrastructure that inflates TCO and slows time to insight
Compliance and access management gaps across business units
Delays in delivering insights due to manual ETL and reporting
To compete in a data-first economy, organizations must re-architect how they ingest, process, share, and consume data — with a platform that’s scalable, cloud-native, and analytics-ready by design.
Enabling high-performance analytics requires more than migrating to the cloud. Enterprises must reframe their foundation across five key areas:
Analytics environments must bring together sales, operations, customer, and finance data in real-time — enabling end-to-end decisions without duplication or delays.
Modern workloads demand flexibility to scale compute and storage based on demand spikes, workload types, and data freshness requirements.
Executives and teams need access to curated datasets with sub-minute latency, supported by seamless cross-functional data sharing and built-in governance.
Fine-grained control over who can see and use what data — with audit trails and role-based policies — is non-negotiable in regulated industries.
Analytics operations should evolve with infrastructure-as-code, versioned deployments, and monitoring hooks — supporting fast rollouts and zero-drift configurations.
These principles drive the design of all our modern analytics solutions — using Amazon Redshift as a scalable foundation, combined with cloud-native services across ingestion, governance, and visualization.
Trianz delivers enterprise-scale analytics transformation by designing modern data platforms with Amazon Redshift at the core — built for high performance, seamless scalability, and secure data access. Our approach goes beyond cloud migration: we architect for speed, flexibility, and long-term operational value.
Our Redshift implementations are centered on five core building blocks:
We help enterprises transition from legacy, high-maintenance systems to Redshift’s RA3-based architecture — unlocking massive gains in performance and cost efficiency. Source systems like DB2, Oracle, and on-prem SQL Server are replatformed using schema conversion tools, parallel batch ingestion, and automation pipelines via AWS Glue and Lambda.
We replace brittle ETL with serverless, metadata-driven data pipelines, dramatically improving maintainability and enabling new data onboarding in days — not months. This also helps standardize enterprise data definitions and accelerates the delivery of certified datasets for business consumption.
Expected Outcome: Clients have seen over 60% reduction in total cost of ownership (TCO) and a 10x increase in data refresh speeds.
We design and operationalize Redshift as the analytics engine of a modern lake house — seamlessly integrated with Amazon S3, Glue Catalog, and QuickSight. This model allows both structured and semi-structured data to coexist and be queried without movement, reducing data duplication and cost.
Our zoned data lake architecture (raw, cleansed, curated) ensures data quality, auditability, and lineage. Redshift Spectrum allows queries on large datasets directly in S3, and we use materialized views to drive performance for downstream reporting and executive dashboards.
Expected Outcome: Clients gain a unified, governed view of enterprise data with on-demand access across teams and time zones.
Business users increasingly expect sub-minute access to dashboards that can handle live drill-downs across massive datasets. We optimize Redshift for such high concurrency use cases by deploying materialized views, custom WLM queues, and stored procedures that handle complex business logic in-database.
To manage unpredictable reporting spikes (e.g., month-end closings or seasonal peaks), we implement Concurrency Scaling and Redshift’s elastic resize features — ensuring the platform adapts in real-time without delays or resource contention.
Expected Outcome: Analysts, decision-makers, and operational teams experience dashboard response times up to 5x faster, even during peak workloads.
With Redshift Data Sharing, we enable business units to access real-time shared data across domains (e.g., Marketing, Finance, Ops) without creating duplicates. Our approach includes column-level access control, row-level security, and IAM + SSO integration to support secure, auditable, and policy-driven data access.
We also implement cross-account data sharing for holding companies or multi-brand environments where centralized data governance is essential, but autonomy is still needed for specific analytics.
Expected Outcome: Enterprises unlock collaborative analytics across 100+ users with zero data replication and full compliance.
To ensure scalability, repeatability, and governance, we build Redshift environments using CloudFormation and Terraform, integrated into client CI/CD pipelines. Each deployment includes automated provisioning of clusters, parameter tuning, resource tagging, IAM policies, and drift detection using AWS Config.
All Redshift workloads are monitored using CloudWatch and custom alerting hooks, while audit trails are maintained using CloudTrail and VPC Flow Logs — ensuring continuous compliance with internal policies and external regulations.
Expected Outcome: Clients benefit from stable, fully governed data environments with the agility to deploy changes in minutes, not days.
By combining these building blocks, we deliver Redshift solutions that are cost-efficient, fast, secure, and future-ready — making it possible for enterprises to go from legacy-bound to insight-driven in record time.
Client: Large Benefits Administrator
Challenge: Legacy DB2 and SQL Server systems caused delays in claims reporting and limited scalability.
Solution: Migrated to Amazon Redshift RA3 with AWS Glue for ingestion, materialized views for fast KPI rendering, and IAM-based access controls.
Outcomes:
Client: Regional Health Insurer
Challenge: Static, batch-based fraud rules delayed detection of anomalies in provider and billing data.
Solution: Built a near real-time fraud scoring platform using Redshift + Kinesis Firehose + AWS Glue; powered by materialized views for quick triage
Outcomes:
Client: Consumer Lending FinTech
Challenge: Siloed credit scoring and loan risk models led to inconsistent decisions.
Solution: Centralized scoring data and risk logic in Redshift with stored procedures and scheduled refreshes via AWS Glue.
Outcomes:
Client: Wealth Management Firm
Challenge: Month-end reporting required significant manual effort and suffered from inconsistencies.
Solution: Consolidated all financial reports and data into Amazon Redshift, leveraging CI/CD pipelines for automation and QuickSight for visualization.
Outcomes:
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