Resilient Data Architecture
This capability is designed for scaling businesses whose applications depend on highly available, performant and disaster-resilient relational or NoSQL data systems.
KryoNex architects the database layer, implementing best practices for clustering, backup strategies and query performance to ensure your application never drops a transaction.
Single-node databases without replication strategies create catastrophic single points of failure for the entire business.
As data volume grows, poorly indexed and unoptimized databases lead to slow application load times and timeout errors.
Designing a new database architecture from the ground up for high availability.
Migrating existing databases with zero or near-zero downtime.
Optimizing indexes, queries and connection pools for maximum speed.
Providing 24/7 proactive monitoring, patching and scaling.
A fixed-scope project to migrate your legacy databases to a high-availability architecture.
Ongoing monthly management where we take complete operational responsibility for uptime and backups.
A targeted consulting engagement to audit your current database and provide optimization blueprints.
We engineer multi-node database clusters and read replicas to ensure continuous operation even if a primary server fails.
We configure strict, automated backup schedules and point-in-time recovery mechanisms to prevent data loss.
We analyze your current data volume, query patterns and compliance requirements to select the optimal engine.
We design the replication topology, VPC isolation and automated backup schedules.
We implement logical replication pipelines to stream data from your legacy systems to the new environment.
We continuously monitor slow query logs and adjust indexes or connection pooling parameters as traffic scales.
Selected for its unparalleled reliability and ability to handle complex, high-volume transactions without corrupting data.
Used as an ultra-fast cache to make applications respond instantly and reduce the load on the primary database.
Keeps your application available and fast by syncing data across multiple servers in real-time, even if one server fails.
We approach databases as software engineers, not just sysadmins. We proactively tune slow queries, manage schema migrations and design architectures specific to your application's demands.
Unlike proprietary cloud databases (e.g., DynamoDB or Spanner), we deploy open-source database engines (PostgreSQL, MySQL) so you always own your data layer completely.
You retain full ownership of your data, the infrastructure-as-code scripts, and the deployment pipelines.
Our engagement doesn't end at deployment. We provide continuous, proactive support to ensure your database scales flawlessly with your business.
We deliver living architectural documentation and runbooks so your internal team always understands the topology.
We actively train your operations team on best practices for querying and maintaining the new system.
Every database cluster design is subjected to rigorous peer review and simulated load testing before production deployment.
We perform dry-run logical replication migrations to isolated staging environments to guarantee zero-downtime cutovers.
We script and routinely verify automated failover and point-in-time recovery processes.
You need enterprise-grade resilience, custom query optimization and architectural ownership without proprietary vendor lock-in.
You have a simple prototype, a low-traffic application, or your internal DevOps team is already expert in high-availability database administration.
Yes. We frequently set up secure network tunnels (VPC Peering or IPsec VPNs) to allow legacy on-premises software to securely query the new managed database.
Absolutely. While we offer fully managed hosting on our infrastructure, we can also deploy and manage the exact same database architecture entirely within your AWS, Azure, or GCP account using Infrastructure as Code.
Yes. Our managed service includes 24/7 monitoring, automated patching, version upgrades, backup verification and proactive query optimization.
Yes. We design architectures that support vertical scaling (adding more CPU/RAM) and horizontal scaling (adding read replicas) without requiring downtime for the primary database.
Skip the generic sales calls. Speak directly with a KryoNex Solutions Architect to map your current architecture, identify engineering bottlenecks and design a scalable path forward.
Review your current tech stack and bounded contexts with a senior engineer.
Establish realistic milestones, engineering phases and capacity requirements.