# Database as a Service (DBaaS) and Managed Database Services

**URL:** https://securesys.com.tr/en/services/database-as-a-service-dbaas-managed-database

A significant part of corporate applications runs on database systems. ERP, CRM, finance, e-commerce, human resources, reporting, business intelligence, mobile applications, web services and microservice architectures all need continuously available, high-performing and secure database infrastructure.

In the traditional model, database deployment, operating system management, patch processes, backup, replication, high availability, capacity planning and performance tuning are handled by in-house DBA and system teams. But this model can create serious operational load, particularly in growing estates.

The **Database as a Service (DBaaS)** approach allows database infrastructure to be offered as a managed service model.

The SecureSys Database as a Service offering provides a managed data platform approach for organizations to deploy, operate, monitor, back up and scale **MSSQL, PostgreSQL, MySQL, MariaDB, Oracle and other database technologies** centrally.

The core aim of a DBaaS service is not simply to make creating a new database easier.

The aim is;

**Database Provisioning + DBA + Monitoring + Backup + High Availability + Security + Performance + Disaster Recovery**

offering these processes under a single management model.

### What Is Database as a Service?

Database as a Service is the managed database approach in which database infrastructure is offered to organizations as a service model.

In the DBaaS model, users or application teams can use the database resources they need without dealing with the physical details of the infrastructure.

The platform or service provider can manage operations such as;

- deployment,
- configuration,
- monitoring,
- backup,
- patch,
- replication,
- high availability,
- security,
- capacity

centrally.

This approach offers significant advantages particularly in software development, DevOps and fast-growing application infrastructure.

### The Difference Between DBaaS and a Traditional Database

In the traditional database model, each new database can require separate;

- server,
- operating system,
- database deployment,
- storage,
- backup,
- monitoring,
- user and privilege management

operations.

In the DBaaS model, a significant part of these processes is standardized and can be automated.

For example, when a development team needs PostgreSQL, a new database service can be created quickly through defined policies and templates instead of a provisioning process that takes days.

### Managed Database Service

Managed Database is the service model in which database operations are handled by expert teams.

Within the SecureSys Managed Database service, the;

- database deployment,
- user management,
- performance tracking,
- backup,
- restore,
- replication,
- high availability,
- patch management,
- security hardening,
- troubleshooting

processes can be carried out.

This model offers significant operational advantage particularly for organizations without a permanent in-house DBA team.

### Managed DBA Service

Although DBaaS infrastructure increases automation, it does not remove the need for database expertise entirely.

With the SecureSys Managed DBA Service, the;

- MSSQL,
- PostgreSQL,
- Oracle,
- MySQL,
- MariaDB

systems can be managed by expert teams.

Where required, the Managed DBA model can be used as the expert operations layer behind the DBaaS platform.

### Microsoft SQL Server DBaaS

A DBaaS model can be built for organizations using Microsoft SQL Server.

Within SecureSys MSSQL DBaaS, the;

- SQL Server provisioning,
- database creation,
- user management,
- backup,
- replication,
- Always On,
- monitoring,
- performance tuning

processes can be managed.

### PostgreSQL DBaaS

PostgreSQL is one of the powerful open source databases widely used in modern applications.

Within the SecureSys PostgreSQL DBaaS service, the;

- PostgreSQL provisioning,
- role management,
- database creation,
- backup,
- streaming replication,
- high availability,
- performance tuning,
- monitoring

processes can be managed centrally.

### MySQL DBaaS

MySQL is widely used in web applications, content management systems and various business applications.

Within SecureSys MySQL DBaaS services, the;

- instance provisioning,
- user management,
- replication,
- backup,
- monitoring,
- security,
- performance

processes can be managed.

### MariaDB DBaaS

MariaDB is a frequently used alternative in open source database infrastructure.

In MariaDB environments, SecureSys can provide;

- deployment,
- management,
- replication,
- backup,
- tuning,
- monitoring

services.

### Oracle Database as a Service

A managed database service model can be built in large corporate estates using Oracle Database.

Depending on the project scope, SecureSys can support the;

- Oracle database management,
- user and role management,
- backup,
- recovery,
- performance,
- patch,
- high availability

operations.

### Private DBaaS

Running database systems on public cloud may not always be appropriate for organizations.

Particularly because of;

- data sovereignty,
- sensitive data,
- regulation,
- critical applications

the database infrastructure may need to remain in the organization's own data center.

With a **Private DBaaS** approach, SecureSys can build a managed database platform on the organization's own data center or private cloud infrastructure.

### Public Cloud DBaaS

The managed database services offered by public cloud providers can automate many operations.

In public cloud DBaaS use, SecureSys can provide management support on the;

- architecture,
- sizing,
- security,
- network,
- backup,
- cost,
- migration

topics.

### Hybrid DBaaS

Some of an organization's databases can run in its own data center and others in a cloud environment.

This structure can be managed with the Hybrid DBaaS model.

SecureSys can evaluate the;

**On-Premise Database + Private DBaaS + Public Cloud DBaaS**

structures under a single operations model.

### Multi-Database Platform

In large organizations, all applications are not expected to use the same database technology.

One application may use MSSQL while another uses PostgreSQL or MySQL.

With a multi-database platform approach, SecureSys can support different technologies under a single management model.

### Database Provisioning

One of the most important advantages of the DBaaS model is that new database environments can be created quickly.

During provisioning, the;

- database engine,
- version,
- CPU,
- RAM,
- storage,
- network,
- backup,
- security

parameters can be defined.

Using standard service templates, the deployment of new database environments can be accelerated.

### Self-Service Database Provisioning

On advanced DBaaS platforms, authorized teams can create their own database requirements on a self-service basis within defined limits.

For example, a software team can request a new database by choosing a;

- PostgreSQL,
- specific CPU/RAM,
- 100 GB storage,
- daily backup

template.

These processes can be made to run in line with corporate approval and security policies.

### Standard Database Templates

Standard database templates can be created on the DBaaS platform.

For example;

#### Small Database

2 CPU / 8 GB RAM / 100 GB Storage

#### Medium Database

4 CPU / 16 GB RAM / 500 GB Storage

#### Enterprise Database

8+ CPU / 32+ GB RAM / HA / Advanced Backup

This model makes capacity and cost management easier.

### Database Lifecycle Management

The lifecycle of a database does not cover deployment alone.

In the SecureSys DBaaS service, the;

**Provision → Operate → Monitor → Scale → Backup → Upgrade → Retire**

processes can be managed together.

### Database Monitoring

DBaaS environments must be monitored centrally.

The main values that can be monitored;

- database availability,
- CPU,
- RAM,
- disk,
- connection,
- active session,
- slow query,
- lock,
- deadlock,
- backup,
- replication

can be configured in this way.

### 7x24 Database Monitoring

Critical databases can be brought into 7x24 monitoring infrastructure.

Depending on the service scope, SecureSys can raise alarms in;

- database down,
- high CPU,
- disk filling up,
- replication problem,
- failed backup,
- connection saturation,
- lock/deadlock

conditions.

### Database Health Check

Within the SecureSys **DBaaS / Database Health Check** service, the;

- database engine,
- performance,
- backup,
- storage,
- replication,
- high availability,
- user privileges,
- security configuration,
- logs

can be assessed.

This work can also be carried out on existing database environments before the move to a DBaaS model.

### Database Performance Tuning

Database performance affects application performance directly.

In the SecureSys DBaaS service, the;

- slow query,
- execution plan,
- index,
- memory,
- disk I/O,
- connection pool,
- lock

analyses can be carried out.

### SQL Query Optimization

Slow SQL queries originating in the application can increase the resource consumption of the database infrastructure.

In SQL tuning work, SecureSys supports performance improvements by carrying out;

- full scan,
- join,
- index,
- query plan,
- nested query

analyses.

### Index Management

Managing indexes regularly is critically important, particularly in large database systems.

SecureSys can carry out;

- missing index,
- fragmented index,
- unused index,
- duplicate index

checks.

### Capacity Management

Capacity can be managed centrally in DBaaS environments.

SecureSys can carry out capacity planning by analyzing the;

- CPU,
- memory,
- database size,
- storage growth,
- IOPS,
- connection

figures.

### Database Auto Scaling

In some cloud-native DBaaS technologies, capacity can be scaled dynamically.

On suitable platforms, the;

- compute,
- storage,
- read replica

capacities can be increased according to application need.

SecureSys can support designing auto-scaling policies against the balance of cost and performance.

### Vertical Scaling

Vertical Scaling means adding more CPU, RAM or disk resource to the existing database server.

This method can provide rapid capacity increase, particularly for certain database workloads.

### Horizontal Scaling

Horizontal Scaling is distributing load across several database nodes or replicas.

For example, read replica structures can help distribute read load across different systems.

### Database High Availability

Running critical database systems on a single instance creates risk for service continuity.

In the SecureSys DBaaS architecture, High Availability options such as;

- cluster,
- replication,
- Always On,
- standby database,
- automatic failover

can be evaluated.

### MSSQL Always On

In Microsoft SQL Server environments, Always On technologies can be used for high availability.

SecureSys can support the deployment and management of the;

- availability group,
- replica,
- listener,
- failover

structures.

### PostgreSQL High Availability

In PostgreSQL environments, HA architectures can be built using;

- streaming replication,
- standby,
- automatic failover,
- load balancing

capabilities.

### MySQL Replication

In MySQL systems, replication copies data between different nodes.

This structure can be used for;

- high availability,
- read scaling,
- disaster recovery

purposes.

### Database Replication

Replication is one of the critical components of a DBaaS architecture.

Depending on the database technology, SecureSys can evaluate;

- synchronous replication,
- asynchronous replication,
- read replica,
- standby

structures.

### Automatic Failover

In a High Availability environment, the service can move automatically to a standby node when the primary database becomes unavailable.

SecureSys supports configuring and testing failover processes in a controlled way.

### Failover Tests

Whether the HA architecture really works must be tested at defined intervals.

With controlled failover tests, SecureSys can verify the;

- application connection,
- DNS,
- listener,
- replication,
- recovery

processes.

### Database Backup as a Service

One of the important components of the DBaaS model is a central backup service.

SecureSys can use methods such as;

- full backup,
- differential backup,
- incremental backup,
- transaction log backup,
- snapshot

and similar approaches.

### Automated Backup

Backup processes can be automated on the DBaaS platform.

For example;

- daily full backup,
- hourly transaction backup,
- weekly offsite copy

policies can be created.

### Point-in-Time Recovery

On supported database technologies, Point-in-Time Recovery can be used to roll a database back to a specific moment in time.

This capability offers a significant advantage in cases of accidental data deletion or application errors.

### Backup Retention

How long backup data is kept can be managed through a central policy.

For example;

- 7 day,
- 30 day,
- 90 day,
- yearly

retention models can be applied.

### Immutable Database Backup

Against the risk of ransomware and malicious administrators, keeping database backups in an unchangeable form can be evaluated.

On supported structures, SecureSys can integrate Immutable Backup technologies into the DBaaS model.

### Cold Backup Integration

Critical database backups can additionally be kept on Cold Backup systems separated from the production environment.

Example:

**DBaaS → Backup Repository → Immutable Backup → Cold Backup**

This approach provides layered backup security.

### Air-Gapped Database Backup

In environments requiring high security, an air-gapped structure in which backup copies are separated from the network entirely can be used.

SecureSys can support designing database backup and restore procedures in such structures.

### Database Restore Tests

Being able to restore matters as much as taking backups.

In the DBaaS service, SecureSys can carry out restore tests at defined intervals to verify that backups are usable.

### Database Disaster Recovery

Disaster recovery scenarios can be built for critical databases.

In the DR architecture, the;

- secondary site,
- replication,
- backup,
- standby database,
- DNS/network failover

structures can be used.

### DBaaS and Disaster Recovery

The DBaaS platform can work integrated with the organization's Disaster Recovery Center.

Example:

**Primary DBaaS → Replication → DR DBaaS**

In this architecture, the aim is for the database service to be brought up in an alternative environment when the primary environment becomes unusable.

### RPO and RTO

In designing the database backup and DR architecture, the;

#### RPO – Recovery Point Objective

and

#### RTO – Recovery Time Objective

targets should be defined.

SecureSys can configure the DBaaS architecture according to these targets.

### Database Security

Applying central security policies offers a significant advantage in the DBaaS model.

SecureSys can evaluate the;

- authentication,
- authorization,
- encryption,
- audit,
- network security,
- patch,
- vulnerability management

components together.

### Database Hardening

The default security configurations of databases may not always be sufficient.

Within SecureSys Database Hardening, the;

- default accounts,
- admin access,
- unnecessary services,
- password policies,
- security parameters,
- audit settings

can be reviewed.

### Database Network Isolation

It is not recommended that database systems be reachable directly over the internet.

SecureSys can place database environments within a;

- private subnet,
- database VLAN,
- firewall zone,
- security group

boundary.

### Separating Application and Database

In modern architectures, web and application servers should reach database systems only over the necessary ports.

Example:

**Internet → WAF/Firewall → Web → Application → Database**

The database layer should not be reachable directly from the internet.

### DBaaS Inside the Red Network

Critical database systems can run within a Red Network or isolated network architecture built by SecureSys.

In this structure;

- internet access can be closed,
- management can be carried out from a separate network,
- PAM can be used,
- access can be restricted through the firewall.

### Air-Gapped DBaaS

In organizations requiring very high security, private DBaaS platforms separated entirely from the internet can be built.

In these architectures, an;

- internal repository,
- offline update,
- private management,
- isolated backup

approach can be used.

### Database Access Control

User and application access can be managed centrally in DBaaS environments.

Each user should have only the databases and privileges they need.

SecureSys works on the principle of least privilege.

### Role-Based Access Control

Database access can be managed on a role basis.

For example;

- DBA,
- Developer,
- Application User,
- Reporting User,
- Read-Only User

roles can be created.

### Privileged Database Access

Database administrator accounts hold critical privileges.

PAM solutions can be used to control the use of these accounts centrally.

### DBaaS and PAM Integration

By integrating DBaaS platforms with PAM, SecureSys can centralize the;

- DBA account access,
- password management,
- session recording,
- access approval,
- time-limited authorization

processes.

### Database MFA

Multi-Factor Authentication can be used for management interfaces and critical database access.

This approach provides an additional security layer against the compromise of administrator accounts.

### Database Encryption

Sensitive data must be protected both on disk and in transit over the network.

In DBaaS security, SecureSys can evaluate the;

- encryption at rest,
- TLS,
- encrypted backup

mechanisms.

### Transparent Data Encryption

On supported database systems, TDE can be used to encrypt database files on disk.

This can be evaluated particularly in environments holding sensitive data.

### TLS Database Connections

TLS can be used so connections between the application and the database are encrypted.

SecureSys supports establishing secure communication policies for database connections.

### Database Audit

Logging critical operations centrally is important in DBaaS infrastructure.

Audit records can track;

- login,
- user creation,
- permission change,
- schema change,
- administrator activity

events.

### Database Activity Monitoring

DAM solutions can monitor critical database activity in detail.

By integrating DBaaS systems with DAM platforms, SecureSys can provide additional visibility on;

- sensitive data access,
- administrator operations,
- abnormal queries,
- privilege violations

and similar events.

### DBaaS and SIEM Integration

Security logs generated by DBaaS environments can be forwarded to a SIEM system.

Through SIEM, the;

- failed logins,
- administrator changes,
- critical errors,
- abnormal activity

can be analyzed.

### DBaaS and SOC 7x24 Integration

The SecureSys SOC 7x24 Monitoring Service can analyze DBaaS security events together with other infrastructure components.

For example;

**VPN Login + Administrator Login + Critical Database Access**

these can be evaluated as parts of the same attack chain.

### Database Threat Detection

In database environments, behavior such as;

- abnormal login,
- unexpected queries,
- high-volume data access,
- privilege escalation

can be an indicator of a threat.

Using DAM, SIEM and SOC data together can increase database threat visibility.

### Database Vulnerability Management

The patch levels and vulnerabilities of database systems must be checked regularly.

SecureSys can carry out assessments on the;

- database version,
- CVE,
- outdated packages,
- security configuration

fronts.

### Patch Management

Database patch processes must be carried out regularly for the DBaaS platform to remain secure.

SecureSys can use the;

**Assessment → Backup → Test → Patch → Validation**

approach.

### Database Upgrade

Moving from older database versions to supported new versions must be carried out in a controlled way.

During the upgrade process, SecureSys can manage the;

- compatibility,
- backup,
- application test,
- migration,
- validation

steps.

### Version Management

Standardizing the database versions used on the DBaaS platform improves manageability.

Upgrade plans can be created for older versions beyond vendor support.

### Database Migration to DBaaS

Existing traditional database systems can be moved to the DBaaS platform.

The migration process;

**Assessment → Target Architecture → Test Migration → Data Transfer → Cutover → Validation**

can be carried out with these steps.

### On-Premise to DBaaS Migration

Database systems running in an organization's own data center can be moved to a private or public DBaaS environment.

Before the transition, the;

- network,
- latency,
- application compatibility,
- security,
- data volume

should be analyzed.

### Cloud to Private DBaaS Migration

Database systems running in a public cloud environment can be moved to a private DBaaS platform for cost or data security reasons.

SecureSys can support cloud-to-private database migration projects.

### Database Clone Service

Controlled copies of the production database can be created for test or development environments.

If sensitive data has to be moved to the test environment during this process, security controls such as data masking should be evaluated.

### Test Database Provisioning

Test environments for software teams can be created quickly.

Through DBaaS, the lifecycle of;

- test database,
- temporary database,
- development database

environments can be managed more easily.

### Data Masking

Using production data directly in test and development environments can create data security risk.

In suitable projects, SecureSys can support the masking or anonymization of sensitive data.

### Separating Production, Test and Development

In the SecureSys DBaaS architecture, the;

- Production,
- Test,
- Development

environments are recommended to be separated from one another.

This separation matters for both performance and security.

### DBaaS and CaaS Integration

Modern applications running on containers can use DBaaS services.

Example:

**Kubernetes / CaaS → Application Services → DBaaS**

This model allows the application layer and the database layer to scale independently.

### DBaaS and Microservices

In a microservices architecture, different services can have different database requirements.

For example;

- Authentication Service → PostgreSQL,
- Reporting Service → MSSQL,
- Web Service → MySQL

can be used.

The DBaaS model helps manage this multi-database requirement centrally.

### DBaaS and DevOps

When DevOps teams' database needs depend on long approval and deployment processes, deployment cycles can slow down.

DBaaS helps standardize database requests through self-service provisioning.

### Database as Code

In modern DevOps processes, database resources can also be created through code.

On suitable platforms, SecureSys can automate database provisioning processes with an Infrastructure as Code approach.

### Database Configuration Automation

Standard database configurations can be applied with automation tools.

Manual configuration errors can then be reduced.

### DBaaS API Integration

Advanced DBaaS platforms can offer database creation and management functions over an API.

These APIs can be integrated with;

- DevOps,
- CI/CD,
- portal,
- automation

systems.

### DBaaS Service Catalog

The database services an organization can use can be defined within a central catalog.

For example, service packages such as;

- MSSQL Standard,
- PostgreSQL HA,
- MySQL Development,
- Oracle Enterprise

can be created.

### Database Resource Quota

Resource limits can be applied per user or team in DBaaS environments.

Uncontrolled resource consumption can then be prevented.

### DBaaS Cost Management

Managing database services centrally makes resource costs visible.

SecureSys can evaluate the;

- CPU,
- RAM,
- storage,
- backup,
- licensing

costs together.

### Database Right-Sizing

While running database systems with more resource than needed creates cost, insufficient resource creates performance problems.

SecureSys can analyze usage data and produce appropriate capacity recommendations.

### Database FinOps

In cloud DBaaS environments, database costs can be tracked by application or department.

With a FinOps approach, SecureSys can support analysis of the;

- resource usage,
- licensing,
- storage,
- backup,
- data transfer

costs.

### DBaaS SLA

In a DBaaS service, service levels can be set according to how critical the database is.

Within the SLA, criteria such as;

- availability,
- alarm response,
- backup,
- restore,
- DBA support

can be defined.

### 7x24 DBA Support Service

Critical database systems can require rapid response to problems.

Depending on the service model, SecureSys can build a 7x24 DBA support structure.

Within this scope, conditions such as;

- database outage,
- replication error,
- disk problem,
- performance degradation,
- backup failure

can be managed.

### Database Incident Management

Database incidents must be managed through a systematic process.

SecureSys can use the;

**Detection → Analysis → Response → Recovery → Documentation**

approach.

### Database Problem Management

For recurring database problems, immediate intervention alone is not enough.

Root Cause Analysis is carried out to identify the underlying cause of the problem.

### Database Change Management

Changes made on a production database must be carried out in a controlled way.

SecureSys applies the;

**Plan → Backup → Change → Test → Validation**

approach.

### Database Maintenance Window

Patch, upgrade and certain maintenance operations can be carried out within a defined maintenance window.

This approach helps reduce the impact on business processes.

### DBaaS Reporting

Technical and management reports can be prepared within the SecureSys DBaaS service.

Reports can include;

- database availability,
- performance,
- capacity,
- backup,
- incidents,
- security events,
- SLA

content.

### Executive DBaaS Report

Summary reports free of technical detail can be prepared for senior management.

These reports can show the;

- availability,
- critical risks,
- capacity requirement,
- cost,
- security posture

figures.

### DBaaS Inventory Management

A central inventory of all database instances can be kept.

The inventory can hold information such as;

- database engine,
- version,
- application owner,
- environment,
- CPU/RAM,
- storage,
- backup policy,
- HA status

and similar fields.

### Database Topology Documentation

Documenting HA and replication structures visually makes operations easier.

On the topology, the;

- primary,
- replica,
- application,
- backup,
- DR

connections can be shown.

### The DBaaS Compliance Approach

On database systems processing critical or personal data, documenting access control, logging, backup and security processes is important.

SecureSys can evaluate the DBaaS structure together with the organization's ISO/IEC 27001, KVKK, GDPR and other compliance requirements.

### Data Sovereignty

Which country or data center the database sits in can be a critical requirement for some organizations.

Data location requirements can be taken into account with Private DBaaS or specific data center options.

### What Using DBaaS Delivers to the Organization

A professional Database as a Service model contributes to;

- reducing database provisioning time,
- standardizing DBA operations,
- managing backup processes centrally,
- making high availability more widespread,
- increasing performance visibility,
- standardizing security,
- optimizing resource usage,
- accelerating application teams,
- reducing operational load

across the estate.

### The SecureSys DBaaS Service Process

#### \1. Database Inventory

Existing MSSQL, PostgreSQL, Oracle, MySQL and other databases are identified.

#### \2. Application Dependency Analysis

The applications and connections using the databases are evaluated.

#### \3. Target DBaaS Architecture

The private, public or hybrid DBaaS model is determined.

#### \4. Standard Service Templates

Database engine, capacity, backup and HA profiles are created.

#### \5. Security

Network isolation, RBAC, PAM, encryption and audit controls are applied.

#### \6. Backup and DR

Backup, immutable copy and disaster recovery processes are built.

#### \7. Monitoring

Database platforms are brought into the central monitoring infrastructure.

#### \8. SIEM and SOC

Security logs are integrated into SOC operations where required.

#### \9. Migration

Existing database systems are moved to the DBaaS platform in a controlled way.

#### \10. Managed Operations

The platform is operated 7x24 or under the defined SLA model.

### Why SecureSys Database as a Service?

DBaaS is not simply creating a database in the cloud.

A corporate database service platform has to manage the;

**Database + DBA + Network + Security + Backup + High Availability + Monitoring + SIEM + SOC + Disaster Recovery**

layers together.

In its DBaaS approach, SecureSys treats the database not merely as the application's data layer but as one of the organization's most critical information assets.

Performance, continuity and security are therefore evaluated within the same architecture.

### Frequently Asked Questions

#### What is Database as a Service?

DBaaS is the service model in which the deployment, operation, backup, monitoring and security of databases are managed centrally.

#### Are DBaaS and Managed Database the same thing?

The terms are close, but DBaaS generally refers to a more automated platform approach with a service catalog. Managed Database focuses on database operations being handled by an expert team.

#### Which databases does DBaaS support?

Depending on the platform and service scope, MSSQL, PostgreSQL, MySQL, MariaDB, Oracle and other database technologies can be used.

#### Can a Private DBaaS be built?

Yes. A DBaaS platform can be built in the organization's own data center or on private cloud infrastructure.

#### Can DBaaS be monitored 7x24?

Yes. Database availability, performance, backup, replication, storage and security events can all be monitored 7x24.

#### Does DBaaS include backup?

Depending on the service model, backup, restore, point-in-time recovery, immutable backup and Cold Backup processes can be included in the DBaaS service.

#### Can database systems run with high availability?

Yes. Methods such as Always On, replication, standby, cluster and automatic failover can all be used.

#### Is DBaaS secure?

In the right architecture, the security level can be raised with controls such as a private network, firewall, encryption, RBAC, PAM, audit and SIEM/SOC integration.

#### Can DBaaS be integrated with the SOC?

Yes. Database and platform security logs can be forwarded to SIEM and analyzed by the SOC.

#### Can DBaaS be deployed inside a Red Network?

Yes. Database services requiring high security can run within a separate isolated network or Red Network.

#### Can CaaS and DBaaS be used together?

Yes. Applications running on Kubernetes and container platforms can receive central database services through DBaaS.

### Turn Your Databases into a Managed Service with SecureSys DBaaS

Deploying, backing up, monitoring, patching and making a separate database highly available for every new application can turn into a complex and costly operating model over time.

With SecureSys Database as a Service you can move your MSSQL, PostgreSQL, MySQL, MariaDB and Oracle infrastructure into a central service model, and standardize your provisioning, DBA, backup, high availability, monitoring and security processes.

**Contact SecureSys for detailed information on Database as a Service, Private DBaaS, Managed Database, Managed DBA or 7x24 Database Monitoring services.**

**Do not merely run your databases; deliver them as a secure, redundant, highly available and centrally managed service.**