Ensure uninterrupted access to data by implementing redundancy and failover mechanisms, such as clustering or replication, to minimize downtime and maintain service continuity. Enhance reliability and scalability by distributing workload across multiple servers and enabling seamless recovery from hardware failures or network issues.
Employ techniques like sharding, partitioning, or horizontal scaling to accommodate growing data volumes and increasing user loads. These solutions enable systems to handle higher levels of traffic without sacrificing performance or responsiveness.
Regular backups using techniques such as full, differential, or incremental backups to ensure data integrity and disaster recovery preparedness. Implement off-site storage or cloud backups to provide redundancy and protection against catastrophic events like hardware failures or natural disasters. Whether companies operate a single database or multiple databases storing hundreds of terabytes of data, they share one common factor the need to back up important data and protect themselves from disaster by developing and implementing backup strategies and recovery plans. Whenever a database is setup, we prepare optimal Backup strategies that is shared with the IT Support team for implementation. Backup Integrity testing is done on a regular basis in coordination with the Support team.
Through constant monitoring and fine-tuning of databases and application queries to ensure that they do not consume expensive server resources, indexing strategies, caching mechanisms and server configurations, we enhance overall system efficiency and allocate resources accordingly to ensure efficient and optimal functioning of the application
Assess current and projected data growth, user demands, and system resources to effectively scale infrastructure and ensure optimal performance by analysing historical data usage patterns, forecasting future needs, and making informed decisions regarding hardware, storage, and software upgrades or expansions.
DBA team proactively monitor the application to identify expensive queries that cause an impact on the server resources like I/O and CPU and share these with the Development teams so they can be optimized. To ensure smooth functioning the application during peak hours, they monitor indexes, broken jobs, disabled triggers, check for alerts and provide information to the development team. Through Automated Comprehensive Daily Database Health Checks, issues are addressed before start of business hours.
More on Daily checksInvolved in planning and successful execution of hundreds of database setup and configurations, database reorganization, upgrades across major database releases, and migrations across different environments and platforms over the years.
Customized performance tuning strategies crafted for each database to maximize efficiency and speed.
Cutting-edge security protocols, including encryption, access control, and regular audits, ensuring data integrity and compliance.
Continuous monitoring and predictive maintenance to detect and resolve issues before they impact operations, ensuring seamless performance.
Solutions designed to scale with business growth, offering flexibility to accommodate changing workloads and requirements.
Extensive experience across diverse database platforms and technologies, enabling effective management of complex environments.
Dedicated account management and personalized support, prioritizing client satisfaction and fostering long-term partnerships.
Around-the-Clock support by an Oracle or Microsoft Certified Support Professional. Emergency support for Production database outages
Capacity Planning and Object Creation to ensure minimal fragmentation and optimal usage
Set up and implementation of Backup and Recovery Strategies based on expected database transactions
Application and database monitoring during peak hours and resolving bottlenecks. Troubleshoot issues that include identifying scripts consuming additional CPU/IO, checking trace files and error logs, table locking and connectivity issues
Automation of routine tasks and daily database health checks which include monitoring growth of objects like tables, clusters, indexes etc., scheduled jobs, disabled triggers, Invalid objects, free space availability checks as well as checking fragmentation, snapshots, and database block corruptions
User Management and Regular System Security Audits to check database access levels
Troubleshooting issues that include checking trace files, error logs, invalid objects, table locking and connectivity issues
Implementation of customized alerting systems and 3rd Party monitoring tools to monitor the uptime and availability of websites, servers, and online services to ensure they are accessible and operational.