Software-Defined Storage. Business-Defined Impact.
Deploy cost-efficient, scalable SDS to support data-intensive workloads across environments.
Pulse Check
Measure What Matters — Before You Deploy.
Most teams measure application performance reactively — post-deployment or after customer feedback. This leads to:
Architecture Choices
Block, object, file — your way
Calsoft builds storage blueprints based on application profile, access latency, and redundancy needs:
Integration-Ready
No silos. Just seamless flow.
Calsoft ensures your SDS aligns with your infrastructure and DevOps workflows:
CSI driver
integration for Kubernetes
API-first
provisioning into CI/CD pipelines
Hook-ins with
Prometheus/Grafana for IOPS & latency observability
LDAP, Active Directory,
and IAM policy support
S3 gateways
for object store integration into apps
Storage policies
as code for consistent QoS
Boost storage efficiency by 45% with optimized design.
Real-World Impact
Storage outcomes that go beyond capacity
Up to 50% cost reduction vs traditional SAN/NAS platforms
3x faster provisioning of volumes to Dev/Test/Prod
Improved application uptime with dynamic tiering & replication
Vendor independence through open-source or cloud-agnostic stacks
Full observability into storage performance at pod, node, and VM levels
Where It fits
Ideal for modern, distributed workloads
Use Defined Storage Solutions if:
Your current storage is
expensive, slow, or underutilized
You're building
Kubernetes-native platforms or private clouds
You need
object or NVMe support for AI, backup, or analytics
You're modernizing
data centers with commodity hardware
You’re managing
multi-format data — logs, media, databases, models
We make storage a platform enabler, not an ops bottleneck.
How to start
Why enterprises trust our SDS design
Design your next-gen storage in 5 steps
Assess
Audit existing storage types, usage patterns, performance issues
01
Model
Define workload alignment (IOPS, latency, formats, redundancy)
02
Design
Recommend architecture (Ceph, Gluster, MinIO, NVMe tiers)
03
Deploy
Implement via IaC, validate with test workloads and observability
04
Optimize
Set up scaling, tiering, backup, and self-service provisioning
05
Output: Storage Architecture Blueprint + Deployment Runbook + Cost Model
