Reconfigure AWS Lambda

Under this Microservice, our Service Leads modify the configuration of your AWS Lambda Functions. We ensure that you can easily customize your Lambda Function’s runtime, memory settings, timeout, and other parameters as per your changing business needs.​

Provision AWS Lambda

Under this Microservice, we create and deploy AWS Lambda Functions in your cloud. Our Service Leads ensure that all the necessary configurations and settings are handled so that your Lambda Function is fully ready to execute on any event triggers in your cloud.

Deprovision AWS Lambda

Our Service Leads ensure that your AWS Lambda Function is safely removed from your cloud when you no longer need it. This Microservice also ensures that all the resources associated to the Lambda Function are deleted as the function is entirely removed from your cloud environment.

Start AWS EC2

In this Microservice, our Service Leads start an existing AWS EC2 (virtual machine) instance in your cloud. We also ensure that the virtual machine is fully operational and ready for use.

Reconfigure AWS EC2

In this Microservice, our Service Leads modify the configuration of existing AWS EC2 instances in the cloud. They adjust instance types based on specified requirements, ensuring optimal performance and cost-efficiency while maintaining seamless operations.

Restart AWS EC2

Under this Microservice, our Service Leads ensure that your AWS EC2 (Virtual Machine) instance is restarted when you need it to. We ensure that the virtual machine is rebooted safely and efficiently, minimizing potential downtime for you.

Deprovision AWS EC2

In this Microservice, our Service Leads ensure safe removal of your AWS EC2 (Virtual Machine) instances once you raise a request. We also ensure that all your data is securely wiped and the EC2 instance is deleted from your environment.

Provision AWS EC2

Under this Microservice, our Service Leads provision AWS EC2 instances as per the appropriate instance type (ex. t3.micro for light workloads), following industry best practices to configure the EC2 instance with the necessary security groups, key pairs, and network settings.

Stop AWS EC2

Under this Microservice, our Service Leads ensure that your AWS EC2 (Virtual Machines) instance is stopped when it is no longer needed. This allows you to keep your cloud at an optimal performance state, manage your resources better, and keep costs in check.

Modify AWS EBS Volume Disk Type

We ensure that the disk type of any existing AWS EBS volume change can be changed with this Microservice. We further ensure that you get the freedom to switch between different disk types based on your storage performance needs.

Create/Attach AWS EBS Volume

Our Service Leads ensure that they create new AWS EBS volumes and attach them to AWS EC2 instances in your cloud. Under this Microservice, we also ensure that any new EBS volume that is created is properly formatted and ready for your usage.

Decrease AWS EBS Volume Disk Size

We ensure that the size of an existing AWS EBS volume in your cloud is decreased as per your request under this Microservice. Our Service Leads also ensure that the EBS volume is correctly resized, and the resized storage is ready for you to use.

Delete/Detach AWS EBS Volume

Under this Microservice, our Service Leads ensure that your AWS EBS volumes are safely detached from EC2 instances. When a volume is no longer needed, we securely wipe all data and delete the volume from your cloud environment.​

Increase AWS EBS Volume Disk Size

Under this Microservice, we increase the size of an existing AWS EBS volume in your cloud. Our Service Leads also ensure that your EBS volume is properly resized, and any additional storage is ready to use for you.

Delete/Detach AWS File Storage

Under this Microservice, we delete an existing AWS File Storage System and detach it from connected resources. We ensure that all data is backed up or transferred before deletion.

Modify AWS File Storage Configuration

Our Zarthi Microservice change the configuration of an existing AWS File Storage System including its size, type, or other settings.

Create/Attach AWS File Storage

Zarthi offers you this Microservice where we create a new File Storage System and attach it to the necessary resources in your AWS cloud. We create the File Storage System as per the size, type, and configuration defined by you.

Configure AWS S3 Static hosting & CORS

Designated for website hosting setup, our Service Leads configure your AWS S3 bucket, enable static website hosting, assign index/error pages, and implement proper CORS rules for cross-origin support.

Upload/Delete AWS S3 Object

Our Service Leads upload a new object to an AWS S3 Bucket or delete an existing one in this Microservice. We manage all necessary permissions and metadata, ensuring a seamless and secure process for you.

Configure AWS S3 Bucket Lifecycle

Our Microservice offers the configuration of lifecycle policies of an AWS S3 Bucket. We also set up rules for automatic deletion or archiving of objects in your cloud.

Delete/Unmount AWS S3 Bucket

At Zarthi, our Service Leads handle the complete deletion of AWS S3 buckets, clearing contents, unmounting connected resources, validating dependencies, and ensuring secure, compliant bucket removal.

Create/Mount AWS S3 Bucket

We at Zarthi create a new AWS S3 bucket and connect/mount it to necessary resources. This Microservice involves specifying the name, region, and configuration of the bucket to ensure everything is aligned as per your needs.

AWS S3 Bucket/Object Access Control

We at Zarthi manage access control policies for an AWS S3 Bucket or Object. Our Service Leads set permissions for various users or groups, ensuring secure access to your data/object.

Delete AWS Backup Policy

Our Service Leads will delete an existing backup policy within this Microservice. This ensures proper management of all associated backups before deletion.

Attach /Detach Existing AWS Backup Policy

Under this Microservice, our Service Leads attach or detach a backup policy, enabling the configuration or removal of a resource for backup.

Modify AWS Backup Policy

Our Service Leads at Zarthi modify the backup policy for your AWS cloud. We also handle various factors, such as frequency, retention period, etc., while modifying the policy.

Restore From AWS Backup

Our Service Leads within this Microservice restore data from a backup, whether it's the entire system, specific files, or the entire database.

Create AWS Backup Policy

At Zarthi, we establish a new backup policy in your AWS environment, specifying the frequency, retention period, and other critical settings under this Microservice.

Create/Delete AWS Point in Time Snapshot

In this Microservice, we ensure that a point-in-time snapshot is created or deleted in your AWS cloud according to your request. Our Service Leads follow industry best practices to handle the snapshot process.

Delete AWS Public IP Address

In this Microservice, we release an existing Elastic IP address where we ensure the IP address is permanently removed from your AWS environment, freeing up resources and optimizing your resource allocation.

Disassociate AWS Public IP

At Zarthi, in this Microservice, our Service Leads disassociate an Elastic IP address from a resource, such as an EC2 instance or a Network Load Balancer. We ensure that the IP address is delinked and no longer accessible from the internet.

Create & Configure AWS Public IP Address

In this Microservice, we create and configure a new Elastic IP address for your resources. We allocate the static IP address, associate it with the desired resource, such as an EC2 instance or a Load Balancer, and ensure it is configured for internet access.

Associate AWS Public IP

Under this Microservice, we associate an existing Elastic IP address with a resource, such as an EC2 Instance or a Network Load Balancer. We ensure the IP address is linked dynamically, configured, and the resource is accessible.

Associate AWS Route Table

Under this Microservice, we associate a route table with a subnet. We ensure the table is linked, and the subnet follows the defined routes for efficient traffic management.

Modify AWS Route Table Entries

At Zarthi, under this Microservice, we modify entries in an existing route table. We update the routes to ensure traffic flow and connectivity within your VPC, adapting to changing network requirements.

Disassociate AWS Route Table

In this Microservice, we disassociate a route table from a subnet. We ensure the table is removed, and the subnet does not follow routes, maintaining network integrity.

Delete AWS Route Table

Under this Microservice, we delete an existing route table. We ensure the table is permanently removed from your VPC, and its routes are no longer in effect, streamlining your networkconfiguration.

Create & Configure AWS Route Table

At Zarthi, in this Microservice, we create and configure a new route table for your Virtual Private Cloud (VPC). We define theroutes and associate the route table with desired subnets toensure proper traffic flow within your VPC.

Create AWS Security Group

Under this Microservice, we create a new Security Group for your VPC, defining inbound and outbound rules to control traffic and ensure network security.

Delete AWS Security Group

At Zarthi, in this Microservice we delete an existing Security Group from your VPC. Our Service Leads ensure the permanent removal of the service and its associated rules are no longer in effect.

Associate AWS Security Group

Under this Microservice, our Service Leads associate a Security Group with a resource, ensuring they are properly linked, and the resource follows its traffic rules for enhanced security.

Configure AWS Inbound / Outbound Rules (Security Group)

This Microservice configures Inbound and Outbound Rules for a Security Group. Our Service Leads set up the rules properly to allow or deny traffic based on your security requirements.

Create AWS Network ACL

Under this Microservice, a new Network ACL is created for your VPC. It defines inbound and outbound rules to control traffic to and from your subnets, enhancing network security.

Disassociate AWS Security Group

We at Zarthi offer this Microservice to disassociate a Security Group from a resource, ensuring it is removed, the resource no longer follows its rules, and all dependencies are resolved.

Associate AWS Network ACL

Under this Microservice, our Service Leads offer you the association of a Network ACL with a subnet, ensuring it is properly linked and the subnet follows its traffic rules for enhanced security.

Configure AWS Inbound / Outbound Rules (Network ACL)

This Microservice provides configuration for Inbound and Outbound Rules for a Network ACL. Our Service Leads set up the rules properly to allow or deny traffic based on your security requirements.

Disassociate AWS Network ACL

Our Service Leads disassociate a Network ACL from a subnet, ensuring it is removed, the subnet no longer follows its rules, and all dependencies are resolved.

Delete AWS Network ACL

Under this Microservice, we delete an existing Network ACL from your VPC. Our Service Leads ensure it is permanently removed and its rules are no longer effective.

Create AWS Internet Gateway

Our Microservice offers creation of a new Internet Gateway for your VPC. We ensure the gateway is properly configured to allow internet access to your VPC resources, facilitating inbound and outbound traffic.

Configure AWS VPC Peering Connections

At Zarthi, we offer this Microservice where we configure VPC peering connections between your VPC and other VPCs. We establish the connections, update routing tables, and ensure secure and efficient communication between the peered VPCs

Create AWS VPC

Under this Microservice, our Service Leads create a new Virtual Private Cloud (VPC) in your cloud environment. We specify the IP address range, configure subnets, and set up necessary routing and security configurations to ensure the VPC is initialized and ready for use.

Attach AWS Internet Gateway to VPC

Zarthi offers this Microservice, where our Service Leads attach an Internet Gateway to your VPC. We ensure the gateway is properly connected and configured to route traffic between your VPC and the internet, enabling seamless communication.

Configure AWS VPC Endpoints

Under this Microservice, we configure VPC endpoints to enable private connectivity to AWS services. We set up the endpoints, update routing configurations, and ensure secure access to the services without using the public internet.

Configure AWS Subnets

At Zarthi, we offer this Microservice that configures subnets within your VPC. We define the IP address range for each subnet, assign them to specific availability zones, and ensure they are properly set up for network segmentation and efficient resource allocation.

Configure AWS Private Link

At Zarthi, under this Microservice, we configure Private Link to enable private connectivity between your VPC and AWS services or other VPCs. We set up the connections, ensure secure communication, and verify proper configuration.

Delete AWS VPC

In this Microservice, we delete an existing VPC ensuring that all resources within the VPC are properly terminated, and the VPC is removed from your cloud environment.

Provsion/Deprovision AWS NAT Gateway

Under this Microservice, our Service Leads set up or remove AWS NAT Gateways to enable secure outbound internet access for private subnets within a Virtual Private Cloud (VPC). This ensures private resources can access external services without being exposed to inbound traffic, maintaining a secure network architecture.

Configure AWS DHCP Options Set

Our Microservice offers configuration of DHCP option sets for your VPC. We specify domain controller and IPs to configure the Domain authentication for your network and EC2 instances.

Provision AWS CloudFront

Under this Microservice, Zarthi’s Service Leads configure and publish your content on Amazon CloudFront. We set up the distribution, configure caching strategies, configure domain, SSL, and ensure global content delivery from AWS edge locations for reduced latency and faster load times.

AWS CloudFront SSL & Custom Domain Mapping

Under this Microservice, our Service Leads configure AWS CloudFront to support SSL certificates and custom domain mappings. This ensures secure and optimized content delivery by enabling HTTPS and associating CloudFront distributions with custom domains.

Modify AWS CloudFront Caching Rule

Under this Microservice, Zarthi’s Service Leads configure caching rules for your AWS CloudFront. This includes setting cache expiration policies, defining cache-control headers, implementing advanced strategies such as purging and prefetching, and ensuring efficient content delivery with reduced server load.

Deprovision AWS CloudFront

This Microservice helps with deprovisioning, which involves decommissioning an existing CloudFront distribution. Our Service Leads ensure that content is no longer delivered via CloudFront, all resources are purged from caches, and billing is ceased for the decommissioned distribution.

Modify AWS CloudFront Origin

Under this Microservice, Zarthi’s Service Leads configure the origin settings for your AWS CloudFront. We set up the origin server, configure origin paths and host headers, ensure secure connections between the CDN and the origin, and optimize origin settings for enhanced performance and reliability.

Invalidate AWS CloudFront

At Zarthi, we offer this Microservice to purge cached content from AWS CloudFront edge servers, ensuring that new content is served immediately. This helps eliminate outdated or incorrect versions of your assets from the cache.

Modify AWS CloudFront Compression Rule

Under this Microservice, Zarthi’s Service Leads configure compression rules for your AWS CloudFront. We enable content compression, ensure browser compatibility, and improve page load times while minimizing usage.

Upgrade AWS CloudFront

Under this Microservice, Zarthi’s Service Leads handle the upgrade of your AWS CloudFront to leverage the latest features and enhancements. We assess your current setup, plan and execute the upgrade process, ensure minimal downtime, and optimize configurations for improved performance and security.

AWS Elastic Bean Stalk Rightsizing

At Zarthi, we offer this Microservice where our Service Leads evaluate application environments in AWS Elastic Beanstalk, recommending changes to instance sizes and configurations for cost-effective scaling. It also aligns resource provisioning with fluctuating workload demands.

AWS Elastic Search Rightsizing

At Zarthi, this Microservice assesses the usage of AWS Elasticsearch clusters, offering actionable recommendations to optimize storage, nodes, and configurations for cost and performance balance. It ensures high availability and scalability while keeping operational costs in check.

AWS Workspace Rightsizing

Under this Microservice, our Service Leads evaluate usage patterns and recommend rightsizing virtual desktops to align with performance and budgetary goals. It also offers actionable steps for capacity planning, improving both user experience and resource allocation.

AWS Lambda Rightsizing

This Microservice analyzes execution metrics and provides suggestions to optimize memory allocation and execution time for cost efficiency. It also ensures that performance remains unaffected while reducing overprovisioning.

AWS EC2 Instances Rightsizing

This Microservice provides insights into the utilization of AWS EC2 instances, identifying underused or overprovisioned resources. It delivers optimized instance type recommendations to reduce costs and improve workload efficiency.

AWS EC2 Instances Long Term Savings

At Zarthi, our Service Leads perform this Microservice to optimize AWS EC2 Instance costs using Reserved Instances and Savings Plans. This enables substantial cost reductions for predictable compute workloads.

AWS Lambda Long Term Savings

In this Microservice, our Service Leads will focus on reducing serverless compute costs for AWS Lambda, by using Savings Plans, we provide predictable and reduced pricing for consistent function execution workloads.

AWS Fargate Long Term Savings

In this Microservice, our Service Leads help businesses save on serverless container deployment with AWS Fargate. By leveraging Savings Plans, we ensure reduced costs for predictable, containerized workloads.

AWS Elastic Search Long Term Savings

At Zarthi, this Microservice enables businesses to reduce costs for AWS Elasticsearch services. Our Service Leads use Reserved Instances to optimize pricing for search and analytics workloads with steady demand.

AWS Workspace Scheduling

In this Microservice, our Service Leads implement scheduling strategies for AWS Workspaces to ensure resources are available during business hours while minimizing idle costs during non-peak hours.

AWS Lambda Scheduling

Under this Microservice, our Service Leads automate AWS Lambda invocation schedules based on predefined triggers or workloads, ensuring efficient function execution and cost optimization.

AWS Elastic Bean Stalk Scheduling

In this Microservice, our Service Leads configure scheduling for AWS Elastic Beanstalk environments, aligning resource availability with application demands to achieve optimal performance and cost savings.

AWS EC2 Instances Scheduling

Under this Microservice, our Service Leads develop scheduling strategies for AWS EC2 instances, ensuring that compute resources are dynamically allocated or deallocated based on usage patterns to reduce costs and improve efficiency.

AWS EBS Rightsizing

At Zarthi, we offer this Microservice, where our Service Leads assess AWS Elastic Block Store (EBS) volume usage and performance metrics to recommend resizing or reconfiguring volumes. It aims to optimize storage costs while maintaining the required IOPS and throughput for critical workloads.

AWS S3 Rightsizing

In this Microservice, our Service Leads evaluate the utilization of AWS S3 buckets and storage classes, offering recommendations to reduce costs by aligning storage tiers and optimizing lifecycle policies. This ensures data accessibility and durability based on specific business needs.

AWS EFS Rightsizing

Under this Microservice, our Service Leads analyze AWS Elastic File System (EFS) usage to identify over-provisioned or underutilized resources. It provides actionable recommendations to optimize throughput and storage configurations for cost efficiency while maintaining application performance.

AWS Elastic Cache Scheduling

Under this Microservice, our Service Leads implement scheduling for AWS Elastic Cache resources, ensuring caching solutions are available during peak times and optimized for cost during periods of low activity.

AWS RDS Scheduling

Under this Microservice, our Service Leads automate scheduling for AWS RDS (Relational Database Service) instances, enabling dynamic resource allocation to support workload demands while minimizing idle resources and reducing expenses.

AWS DynamoDB Scheduling

In this Microservice, our Service Leads configure scheduling for AWS DynamoDB, automating resource provisioning to align with workload demands. This ensures efficient capacity management and cost savings during periods of low utilization.

AWS Redshift Long Term Savings

This Microservice involves recommending and implementing reserved instances or savings plans for AWS Redshift. Our Service Leads ensure long-term cost savings and optimal resource usage.

AWS Open Search Long Term Savings

In this Microservice, our Service Leads recommend and implement reserved instances or savings plans for AWS OpenSearch, ensuring long-term cost savings and efficient resource utilization.

AWS RDS Long Term Savings

Under this Microservice, our Service Leads recommend and implement reserved instances or savings plans for AWS RDS, ensuring long-term cost savings and efficient resource utilization.

AWS DynamoDB Long Term Savings

In this Microservice, our Service Leads recommend and implement reserved instances or savings plans for AWS DynamoDB, ensuring long-term cost savings and efficient resource utilization.

AWS Elastic Cache Long Term Savings

This Microservice involves recommending and implementing reserved instances or savings plans for AWS ElastiCache. Our Service Leads ensure long-term cost savings and optimal resource usage.

AWS DynamoDB Rightsizing

Under this Microservice, our Service Leads analyze and recommend rightsizing for AWS DynamoDB, ensuring efficient resource utilization and cost savings.

AWS Elastic Cache Rightsizing

This Microservice involves analyzing and recommending rightsizing for AWS Elastic Cache. Our Service Leads ensure that your cache resources are optimized for cost and performance.

AWS RDS Rightsizing

At Zarthi, this Microservice involves analyzing and recommending AWS RDS rightsizing for database instances. Our Service Leads apply AWS RDS right-sizing best practices to ensure database resources are optimized for both cost efficiency and performance.

Disable Full Backup of EFS using AWS Backup service

In this Microservice, our Service Leads deactivate full backup configurations for Amazon EFS, ensuring that no further full backups are taken while preserving existing backup data in accordance with retention policies.

Update Incremental Backup of EFS file system using AWS Backup service

In this Microservice, our Service Leads modify incremental backup configurations for Amazon EFS, refining backup frequency, retention settings, and storage locations to enhance backup efficiency and cost-effectiveness.

Enable Full Backup of EFS using AWS Backup service

Under this Microservice, our Service Leads configure and activate full backups for Amazon EFS using AWS Backup. This includes setting up backup schedules, defining retention policies, and ensuring data encryption for secure storage.

Disable Incremental Backup of EFS file system using AWS Backup service

Under this Microservice, our Service Leads disable incremental backup configurations for Amazon EFS, preventing future incremental backups while ensuring compliance with retention policies for existing backups.

Enable Incremental Backup of EFS file system using AWS Backup service

In this Microservice, our Service Leads set up and activate incremental backups for Amazon EFS, capturing only the changed data since the last backup. This helps optimize storage usage while maintaining data integrity.

Update Full Backup of EFS using AWS Backup service

Under this Microservice, our Service Leads modify existing full backup settings for Amazon EFS, adjusting schedules, retention periods, and storage configurations to align with evolving business requirements.

Disable Full Backup of EBS using AWS Backup service

In this Microservice, our Service Leads disable full backups for EBS volumes in accordance with updated backup strategies or resource optimization plans.

Update Incremental Backup of EBS volume using AWS Backup service

In this Microservice, our Service Leads update incremental backup configurations for EBS volumes to ensure efficient storage usage and recovery options tailored to current requirements.

Enable Incremental Backup of EBS volume using AWS Backup service

Under this Microservice, our Service Leads modify snapshot backup settings, updating schedules, storage configurations, and retention policies to enhance disaster recovery capabilities.

Disable Snapshot Backup of EBS using AWS Backup service

In this Microservice, our Service Leads disable snapshot backups for EBS volumes to align with updated operational or cost optimization strategies.

Enable Full Backup of EBS using AWS Backup service

Under this Microservice, our Service Leads enable full backups for EBS volumes using AWS Backup, ensuring a complete and secure copy of data for recovery and compliance needs.

Disable Incremental Backup of EBS volume using AWS Backup service

Under this Microservice, our Service Leads disable incremental backups for EBS volumes, ensuring alignment with updated backup strategies or organizational policies.

Update Snapshot Backup of EBS using AWS Backup service

In this Microservice, our Service Leads update snapshot backup configurations for EBS volumes, ensuring the latest settings align with the organization’s data protection and recovery requirements.

Update Full Backup of EBS using AWS Backup service

Under this Microservice, our Service Leads update the full backup configurations for EBS volumes, ensuring they remain optimized for evolving business and operational needs.

Enable Snapshot Backup of EBS using AWS Backup service

Under this Microservice, our Service Leads enable snapshot backups for EBS volumes, providing point-in-time recovery options to protect critical data.

Disable Full Backup of Aurora using AWS Backup service

In this Microservice, our Service Leads manage the process of disabling full backup operations for Aurora databases, carefully handling the deactivation to avoid disruptions and ensuring that alternative data protection measures are in place to maintain system reliability.

Update Incremental Backup of Aurora using AWS Backup service

In this Microservice, our Service Leads update and refine incremental backup configurations, optimizing settings and improving efficiency to meet current operational needs and data recovery policies.

Update Full Backup of Aurora using AWS Backup service

Under this Microservice, our Service Leads update existing full backup configurations for Aurora databases, adjusting backup parameters, refining schedules, and optimizing performance to align with evolving business continuity requirements.

Enable Snapshot Backup of Aurora using AWS Backup service

Under this Microservice, our Service Leads configure and activate snapshot backup operations for Aurora databases, ensuring real-time data capture and storage efficiency for rapid recovery scenarios.

Disable Incremental Backup of Aurora using AWS Backup service

Under this Microservice, our Service Leads disable incremental backup operations for Aurora, ensuring minimal impact on ongoing processes while implementing necessary alternatives for data protection.

Enable Full Backup of Aurora using AWS Backup service

Dedicated to maintaining data safety, our Service Leads manage the backup of Aurora using AWS Backup Service, configuring schedules, storage settings, and retention rules to ensure stable recovery when needed.

Update Snapshot Backup of Aurora using AWS Backup service

Under this Microservice, our Service Leads update and optimize snapshot backup configurations to enhance performance and storage management while maintaining recovery point objectives.

Enable Incremental Backup of Aurora using AWS Backup service

In this Microservice, our Service Leads develop and enable incremental backup configurations for Aurora databases. By leveraging AWS Backup, they minimize storage usage and ensure efficient point-in-time recovery options.

Disable Snapshot Backup of Aurora using AWS Backup service

Under this microservice, our Service Leads disable snapshot backups for Amazon Aurora through AWS Backup Service, ensuring all existing backups, retention settings, and DR policies remain secure and uninterrupted.

Enable Incremental Backup of Neptune using AWS Backup service

In this Microservice, our Service Leads enable incremental backups for Neptune databases, capturing only the changes made since the last backup to optimize storage usage and reduce costs.

Disable Differential Backup of Neptune using AWS Backup service

In this Microservice, our Service Leads disable differential backups for Neptune databases to align with updated resource allocation and backup policies.

Update Snapshot Backup of Neptune using AWS Backup service

Under this Microservice, our Service Leads update snapshot backup configurations for Neptune databases, ensuring that recovery settings remain aligned with business needs and compliance requirements.

Update Incremental Backup of Neptune using AWS Backup service

In this Microservice, our Service Leads update incremental backup configurations for Neptune databases, maintaining efficiency in data protection and ensuring recovery readiness.

Disable Full Backup of Neptune using AWS Backup service

In this Microservice, our Service Leads disable full backups for Neptune databases, aligning backup configurations with updated policies and cost management strategies.

Enable Snapshot Backup of Neptune using AWS Backup service

Under this Microservice, our Service Leads enable snapshot backups for Neptune databases, providing secure point-in-time recovery options to protect critical data efficiently.

Enable Full Backup of Neptune using AWS Backup service

Under this Microservice, our Service Leads enable full backups for Neptune databases using AWS Backup, ensuring comprehensive data protection and facilitating reliable recovery for business-critical information.

Disable Incremental Backup of Neptune using AWS Backup service

Under this Microservice, our Service Leads disable incremental backups for Neptune databases, ensuring alignment with revised operational and backup strategies.

Update Differential Backup of Neptune using AWS Backup service

In this Microservice, our Service Leads update differential backup configurations for Neptune databases, ensuring backup settings are optimized to meet current operational requirements.

Enable Differential Backup of Neptune using AWS Backup service

Under this Microservice, our Service Leads enable differential backups for Neptune databases, capturing data changes since the last full backup to balance storage efficiency and recovery speed.

Update Full Backup of Neptune using AWS Backup service

Under this Microservice, our Service Leads update full backup configurations for Neptune databases, ensuring they remain optimized to meet evolving business and recovery needs.

Disable Snapshot Backup of Neptune using AWS Backup service

In this Microservice, our Service Leads disable snapshot backups for Neptune databases, aligning backup operations with updated cost-efficiency and policy strategies.

Disable Full Backup of DocumentDB using AWS Backup service

In this Microservice, our Service Leads disable full backups for DocumentDB as per updated backup strategies, ensuring alignment with the organization’s policies and resource optimization goals.

Update Incremental Backup of DocumentDB using AWS Backup service

In this Microservice, our Service Leads update incremental backup settings for DocumentDB, maintaining optimized configurations for efficient data protection.

Enable Full Backup of DocumentDB using AWS Backup service

Under this Microservice, our Service Leads enable full backups for Amazon DocumentDB using AWS Backup, ensuring a complete and secure copy of the database for recovery and compliance purposes.

Disable Incremental Backup of DocumentDB using AWS Backup service

Under this Microservice, our Service Leads disable incremental backups for Amazon DocumentDB, aligning backup strategies with updated operational requirements.

Update Snapshot Backup of DocumentDB using AWS Backup service

Under this Microservice, our Service Leads update snapshot backup configurations for DocumentDB, ensuring that recovery capabilities remain aligned with evolving business needs and data management strategies.

Update Full Backup of DocumentDB using AWS Backup service

Under this Microservice, our Service Leads update full backup configurations for DocumentDB, ensuring backup settings remain optimized to meet changing operational requirements.

Enable Snapshot Backup of DocumentDB using AWS Backup service

Under this Microservice, our Service Leads enable snapshot backups for DocumentDB, providing point-in-time recovery options to ensure rapid restoration in case of failures.

Enable Incremental Backup of DocumentDB using AWS Backup service

In this Microservice, our Service Leads enable incremental backups for Amazon DocumentDB using AWS Backup, capturing only the changes since the last backup to optimize storage usage and reduce costs.

Disable Snapshot Backup of DocumentDB using AWS Backup service

In this Microservice, our Service Leads disable snapshot backups for DocumentDB, aligning the backup configurations with updated resource management or organizational policies.

Update Full Backup of DynamoDB using AWS Backup service

Under this Microservice, our Service Leads update full backup configurations for DynamoDB tables, ensuring backup settings are optimized to meet evolving operational requirements.

Enable Full Backup of DynamoDB using AWS Backup service

Under this Microservice, our Service Leads enable full backups for DynamoDB tables using AWS Backup, ensuring a complete and secure copy of the data for recovery and compliance needs.

Disable Incremental Backup of DynamoDB tables using AWS Backup service

Under this Microservice, our Service Leads disable incremental backups for DynamoDB tables to align backup strategies with updated operational or business policies.

Update Incremental Backup of DynamoDB tables using AWS Backup service

In this Microservice, our Service Leads update incremental backup configurations for DynamoDB tables, ensuring efficient data protection and recovery in alignment with evolving business needs.

Disable Full Backup of DynamoDB using AWS Backup service

In this Microservice, our Service Leads disable full backups for DynamoDB tables, aligning backup configurations with updated business policies and resource optimization strategies.

Enable Incremental Backup of DynamoDB tables using AWS Backup service

​In this Microservice, our Service Leads enable incremental backups for DynamoDB tables using AWS Backup, capturing only the data changes since the last backup to optimize storage and reduce costs.

Update Full Backup of S3 using AWS Backup service

Under this Microservice, our Service Leads update full backup configurations for Amazon S3, ensuring backup settings remain optimized for evolving business needs and compliance requirements.

Disable Incremental Backup of S3 using AWS Backup service

Under this Microservice, our Service Leads disable incremental backups for Amazon S3, ensuring backup strategies align with updated cost-management and operational requirements.

Enable Full Backup of S3 using AWS Backup service

Under this Microservice, our Service Leads enable full backups for Amazon S3 using AWS Backup, ensuring a comprehensive and secure copy of stored objects for recovery and compliance purposes.

Update Incremental Backup of S3 using AWS Backup service

In this Microservice, our Service Leads update incremental backup settings for Amazon S3, ensuring efficient data protection and optimized recovery capabilities.

Disable Full Backup of S3 using AWS Backup service

In this Microservice, our Service Leads disable full backups for Amazon S3, aligning backup configurations with updated resource management and cost-optimization strategies.

Enable Incremental Backup of S3 using AWS Backup service

In this Microservice, our Service Leads enable incremental backups for Amazon S3, capturing only the changes made since the last backup to optimize storage efficiency and reduce costs.

Enable Full Backup of Storage Gateway using AWS Backup service

In this Microservice, our Service Leads configure and enable full backup operations for AWS Storage Gateway, implementing automated backup policies, ensuring comprehensive data protection and seamless recovery capabilities for hybrid cloud storage environments.

Disable Full Backup of Storage Gateway using AWS Backup service

Under this Microservice, our Service Leads manage the deactivation of full backup operations for AWS Storage Gateway, ensuring a smooth transition without compromising data integrity, while implementing alternative safeguards to maintain backup reliability.

Update Full Backup of Storage Gateway using AWS Backup service

Under this Microservice, our Service Leads update full backup configurations for AWS Storage Gateway using AWS Backup, adjusting policies, refining schedules, and optimizing storage management to ensure efficient backup operations aligned with evolving data protection strategies.

Enable Snapshot Backup of RDS using AWS Backup service

In this Microservice, our Service Leads enable snapshot backups for RDS using AWS Backup, providing point-in-time recovery options to safeguard critical database information.

Disable Full Backup of RDS using AWS Backup service

In this Microservice, our Service Leads disable full backups for RDS instances, aligning backup configurations with updated resource management and cost-optimization strategies.

Update Snapshot Backup of RDS using AWS Backup service

In this Microservice, our Service Leads update snapshot backup configurations for RDS instances, ensuring settings are optimized to meet evolving business goals and compliance requirements.

Enable Full Backup of RDS using AWS Backup service

Under this Microservice, our Service Leads enable full backups for RDS using AWS Backup, ensuring a comprehensive and secure copy of database instances for recovery and compliance purposes.

Disable Snapshot Backup of RDS using AWS Backup service

Under this Microservice, our Service Leads disable snapshot backups for RDS instances, aligning backup operations with updated strategies and cost-saving measures.

Update Full Backup of RDS using AWS Backup service

Under this Microservice, our Service Leads update full backup configurations for RDS instances, ensuring that backup settings are optimized to align with evolving business needs and recovery objectives.

Enable Incremental Backup of Redshift using AWS Backup service

In this Microservice, our Service Leads enable incremental backups for Amazon Redshift, capturing only the changes made since the last backup to optimize storage usage and reduce costs.

Disable Snapshot Backup of Redshift using AWS Backup service

In this Microservice, our Service Leads disable snapshot backups for Amazon Redshift, ensuring that backup operations align with updated resource management and cost-optimization strategies.

Update Full Backup of Redshift using AWS Backup service

This Microservice configures Backup of Redshift using AWS Backup service, with our Service Leads maintaining Amazon redshift backup for AWS backup redshift and disaster recovery.

Enable Snapshot Backup of Redshift using AWS Backup service

In this Microservice, our Service Leads disable full backups for ElastiCache, aligning backup operations with updated policies and cost management strategies.

Enable Full Backup of Redshift using AWS Backup service

In this Microservice, our Service Leads configure and enable full backups for Redshift clusters using AWS Backup, ensuring comprehensive data protection and reliable recovery options.

Disable Incremental Backup of Redshift using AWS Backup service

Designated to optimize Incremental Backup of Redshift using AWS, our Service Leads disable redshift incremental backup and refine Backup of Redshift using AWS Backup service.​

Update Snapshot Backup of Redshift using AWS Backup service

Under this Microservice, our Service Leads update snapshot backup configurations for Redshift, ensuring recovery settings remain aligned with evolving business objectives.

Disable Full Backup of Redshift using AWS Backup service

Under this Microservice, our Service Leads disable full backups for Redshift, aligning backup configurations with revised operational or cost-efficiency strategies.

Update Incremental Backup of Redshift using AWS Backup service

In this Microservice, our Service Leads update incremental backup settings for Redshift, ensuring efficient storage management and optimized recovery capabilities.

Enable Full Backup of ElastiCache using AWS Backup service

Under this Microservice, our Service Leads enable full backups for ElastiCache using AWS Backup, ensuring a comprehensive and secure copy of your data for recovery and compliance purposes.

Disable Incremental Backup of ElastiCache using AWS Backup service

Under this Microservice, our Service Leads disable incremental backups for ElastiCache, ensuring that backup configurations align with updated operational strategies.

Update Snapshot Backup of ElastiCache using AWS Backup service

In this Microservice, our Service Leads update snapshot backup configurations for ElastiCache, ensuring backup settings remain aligned with business needs and recovery objectives.

Disable Full Backup of ElastiCache using AWS Backup service

In this Microservice, our Service Leads disable full backups for ElastiCache to align backup operations with updated policies and cost management strategies.

Update Incremental Backup of ElastiCache using AWS Backup service

In this Microservice, our Service Leads update incremental backup settings for ElastiCache, optimizing storage efficiency and ensuring recovery readiness.

Update Full Backup of ElastiCache using AWS Backup service

Under this Microservice, our Service Leads update full backup configurations for Amazon ElastiCache, optimizing backup settings to meet evolving operational requirements.

Enable Snapshot Backup of ElastiCache using AWS Backup service

Under this Microservice, our Service Leads enable snapshot backups for Amazon ElastiCache, providing point-in-time recovery options to protect critical caching data.

Enable Incremental Backup of ElastiCache using AWS Backup service

In this Microservice, our Service Leads enable incremental backups for ElastiCache, capturing only changes since the last backup to optimize storage usage and reduce costs.

Disable Snapshot Backup of ElastiCache using AWS Backup service

In this Microservice, our Service Leads disable snapshot backups for ElastiCache, ensuring that backup operations align with updated cost or resource optimization policies.

Provision AWS Application Load Balancer

Under this Microservice, our Service Leads set up and configure AWS Application Load Balancer (ALB) for your applications. This includes creating load balancers, configuring listeners, and setting up target groups to optimize traffic distribution and application performance.

Migrate from NGINXLoad Balancer to AWS Application Load Balancer

Under this Microservice, our Service Leads migrate existing NGINX load balancer configurations to AWS Application Load Balancer (ALB), ensuring a seamless transition with minimal downtime. This Microservice facilitates the migration from VM-based load balancers to cloud-native ALBs, optimizing scalability, performance, and resource management.

AWS Application Load Balancer Integration with Auto Scaling Groups (ASG)

In this Microservice, our Service Leads integrate AWS ALB with Auto Scaling instances to enhance load balancing capabilities.

Enable Header Modification (AWS ALB)

Designated to optimize AWS application load balancer headers, this service allows our Service Leads to configure AWS alb listener rules and AWS alb host header settings while enabling Header Modification AWS ALB.

Migrate from GCP Network/Application Load Balancer to AWS Application Load Balancer

Under this Microservice, our Service Leads migrate existing GCP Network Load Balancer configurations to AWS Application Load Balancer (ALB), ensuring a seamless transition with minimal downtime. This Microservice enhances scalability, optimizes performance, and streamlines cloud resource management.

Deprovision AWS Application Load Balancer

Under this Microservice, our Service Leads deprovision AWS Application Load Balancer (ALB) configurations, ensuring complete removal of load balancer settings and associated resources. This process facilitates clean decommissioning, prevents residual configurations, and optimizes cloud resource management.​​

Add/Create AWS Listener Rule/Target Group

At Zarthi, our Service Leads create listener rules and target groups in AWS Application Load Balancer (ALB) to support your applications.

Migrate from Azure Load Balancer/Application gateway to AWS Application Load Balancer

Under this Microservice, our Service Leads migrate existing Azure Load Balancer or Application Gateway configurations to AWS Application Load Balancer (ALB), ensuring a smooth transition with minimal downtime. This Microservice optimizes scalability, enhances performance, and streamlines cloud resource management.

AWS Application Load Balancer Integration with AWS WAF

Under this Microservice, our Service Leads integrate AWS Application Load Balancer (ALB) with Auto Scaling instances to optimize load distribution and ensure high availability. This integration dynamically adjusts resources based on traffic demands, enhancing performance, fault tolerance, and cost efficiency.

Update AWS Application Load Balancer

Under this Microservice, our Service Leads update the AWS Application Load Balancer (ALB) configurations, including modifications to listeners, target groups, and health checks, to ensure they accurately reflect changes in your infrastructure.​​

AWS Application Load Balancer Integration with AWS EC2

Under this Microservice, our Service Leads integrate AWS ALB with other EC2 instances to enhance your load balancing capabilities.

Migrate (Domain Transfer) From Godaddy to AWS Route 53

In this Microservice, we assist with migrating (transferring) domain ownership from GoDaddy to Amazon Route 53 while ensuring minimal downtime.

Migrate (Domain Transfer) From Google Cloud DNS to AWS Route 53

In this Microservice, our Service Leads assist with migrating (transferring) domain ownership from Google Cloud DNS to Amazon Route 53 with minimal downtime.

Enable AWS SES

In this Microservice, our Service Leads set up and configure AWS SES for your applications. This includes verifying domains, configuring DKIM for email authentication, and generating API keys.

Migrate from Mailgun to AWS SES

This Microservice facilitates the migration of email communication features from Mailgun to AWS SES. Our Service Leads ensure that email templates, sender authentication, and other configurations are seamlessly transferred to AWS SES for improved email delivery and reliability.

Update AWS SES

This Microservice involves updating AWS SES configurations, including sender authentication, domain verification, and email templates, to meet new requirements.

AWS SES Integration with Salesforce

In this Microservice, our Service Leads integrate AWS SES with Salesforce CRM to enhance your email communication capabilities.

Migrate from Mailtrap to AWS SES

This Microservice migrates email testing and delivery features from Mailtrap to AWS SES, ensuring all configurations are properly transferred with minimal downtime.

Remove AWS SES

At Zarthi, this Microservice helps disable and deprovision AWS SES configurations, ensuring a clean removal of email settings and resources.

Migrate from SendGrid to AWS SES

This Microservice migrates email functionalities from SendGrid to AWS SES, ensuring templates, authentication, and workflows are optimized in AWS SES.

AWS SES Integration with Shopify

In this Microservice, AWS SES is integrated with Shopify to enhance email-based customer communication.

AWS WAF Integration with CloudFront

In this Microservice, our Service Leads integrate AWS WAF with Amazon CloudFront to enhance security for content delivery networks (CDN). This service includes configuring AWS WAF rules and policies to protect against web threats such as SQL injection and cross-site scripting (XSS), ensuring secure, efficient, and reliable content delivery.

Migrate from Azure WAF to AWS WAF

At Zarthi, our Service Leads manage the migration of Web Application Firewall (WAF) configurations, seamlessly transitioning from Azure WAF to AWS WAF. This service ensures the accurate replication of security rules, policies, and settings to maintain consistent protection against web threats. The migration process focuses on minimizing downtime, preserving data integrity, and ensuring a smooth integration with AWS’s security infrastructure.

Migrate from Fortinet WAF to AWS WAF

At Zarthi, our Service Leads assist with migrating WAF configurations from Fortinet WAF to AWS WAF, ensuring a seamless transition with minimal downtime. This service involves configuring AWS WAF to replicate security rules and policies from Fortinet WAF, maintaining continuous protection against web attacks. Our team prioritizes data integrity and security optimization throughout the migration process to ensure a robust defense for your online presence.

AWS WAF Integration with Application Load Balancer

In this Microservice, our Service Leads integrate AWS WAF with Amazon Application Load Balancer (ALB) to strengthen web application security. They configure AWS WAF rules and policies to safeguard against web threats, including SQL injection and cross-site scripting (XSS). This service ensures applications remain secure, reliable, and performant while aligning with best practices for threat mitigation.

Add & Attach AWS WAF Rule/Policy

In this Microservice, our Service Leads handle the addition of AWS WAF configurations, including rules, policies, and custom rules, ensuring seamless attachment to the relevant targets. This service is designed to enhance security and reflect infrastructure changes effectively, providing robust protection against web application threats.

Migrate from Cloud Armor to AWS WAF

At Zarthi, our Service Leads facilitate the migration of WAF configurations from Google Cloud Armor to AWS WAF. This service ensures a seamless transition and continued protection against web threats. This service involves configuring AWS WAF to replicate the security policies and rules from Cloud Armor, minimizing downtime, and maintaining data integrity throughout the migration process.

Migrate from Radware WAF to AWS WAF

In this Microservice, our Service Leads oversee the migration of WAF configurations from Radware WAF to AWS WAF. This involves configuring AWS WAF to replicate the security policies and rules from Radware WAF, ensuring seamless protection against web threats. The migration process is carefully designed to minimize downtime and preserve data integrity, ensuring continuous security throughout the transition.

AWS WAF Integration with API Gateway

In this Microservice, our Service Leads specialize in integrating AWS WAF with Amazon API Gateway to secure APIs. They configure AWS WAF rules and policies to protect against common web exploits and vulnerabilities, ensuring robust API security and resilience against potential attacks.

Enable AWS WAF

At Zarthi, our Service Leads specialize in setting up and configuring AWS WAF (Web Application Firewall) to safeguard your applications. This service includes creating custom WAF rules, configuring Web ACLs (Access Control Lists), and implementing robust protection measures to secure your web applications from potential threats and vulnerabilities.

Migrate from Cloudflare to AWS WAF

At Zarthi, our Service Leads assist with migrating WAF configurations from Cloudflare to AWS WAF, ensuring a seamless transition and minimal disruption to web applications. This service involves setting up AWS WAF with equivalent security rules and policies to maintain strong protection against web attacks while aligning with business security objectives. Our team ensures the migration process is efficient, secure, and fully optimized for the client’s needs.

Migrate from Barracuda WAF to AWS WAF

At Zarthi, our Service Leads manage the migration of WAF configurations from Barracuda WAF to AWS WAF, ensuring a seamless transition to a more secure environment. This service involves setting up AWS WAF with equivalent security rules and policies to maintain strong protection against web threats while minimizing disruption to web applications and enhancing overall security.

Migrate from Induswaf to AWS WAF

At Zarthi, our Service Leads facilitate the migration of WAF configurations from Induswaf to AWS WAF, ensuring a seamless transition with minimal impact on web applications. This service includes setting up AWS WAF with security rules and policies that mirror those of Induswaf, maintaining consistent protection against web threats while enhancing the security infrastructure.

Update AWS WAF Rule/Policy

In this Microservice, our experts manage AWS WAF configurations to ensure your infrastructure remains secure. We update and modify WAF rules, web ACLs, and custom rules, adapting to any changes in your infrastructure and strengthening your web application security.

Migrate from Oracle WAF to AWS WAF

Defined to support AWS WAF setup and configure AWS WAF, this service ensures our Service Leads migrate Oracle WAF to AWS WAF smoothly while preserving existing security rules.

Deattach/Delete AWS WAF rule/policy

In this Microservice, our Service Leads manage the detachment or deletion of AWS WAF configurations, including rules, policies, and custom rules, to align with changes in your infrastructure. This ensures an optimized security posture and seamless adaptation to evolving infrastructure needs.

Deattach / Delete AWS Listener Rule / Target Group

This Microservice involves deattach (Making it inactive) and / or deletion of AWS Listener Rule / Target Group configurations including rules, policies, Configuration and removal to reflect changes in your infrastructure.

AWS Network Load Balancer Integration with AWS Ec2

In this Microservice, our Service Leads integrate AWS NLB with other Ec2 to enhance your load balancing capabilities.

Update AWS Network Load Balancer

This Microservice involves updating NLB configurations, including modifying listeners, target groups, and health checks to reflect changes in your infrastructure.

AWS Network Load Balancer Integration with Auto Scaling Groups (ASG)

This Microservice integrates AWS Network Load Balancer (NLB) with Auto Scaling instances to enhance load balancing capabilities.

Provision AWS Network Load Balancer

In this Microservice, our Service Leads set up and configure AWS Network Load Balancer (NLB) for your applications. This includes creating load balancers, configuring listeners, and setting up target groups to optimize traffic distribution and performance.

Deprovision AWS Network Load Balancer

At Zarthi, this Microservice facilitates the deprovisioning of AWS NLB configurations, ensuring a clean removal of load balancer settings and resources.

Add / Create AWS Listener Rule / Target Group

In this Microservice, Zarthi's Service Leads create listener rules and target groups in AWS Network Load Balancer (NLB) for your applications.

Develop an AWS S3 API Client in .Net Core using AWS SDK

In this Microservice, our Service Leads develop a .NET Core-based AWS S3 API Client using the AWS SDK to manage object storage, handle multipart uploads, and configure security policies for scalable and high-performance cloud storage solutions.

Develop an AWS S3 API Client in .Net Framework using AWS SDK

In this Microservice, our Service Leads develop a .NET Framework-based AWS S3 API Client using the AWS SDK, enabling secure and efficient storage operations such as object uploads/downloads and bucket policy management, with built-in error handling and retries for reliability.

Delete Persistent Volume Claim (PVC) in AWS EKS

Under this Microservice, our Service Leads handle the removal of persistent volume claims while ensuring proper resource cleanup and preventing orphaned storage resources.

Create Persistent Volume Claim (PVC) in AWS EKS

Under this Microservice, our Service Leads enable applications to dynamically request storage by creating Persistent Volume Claims, ensuring smooth integration with available storage resources.

Update Persistent Volume Claim (PVC) in AWS EKS

Under this Microservice, our Service Leads manage modifications to PVCs, adjusting capacity and policies to align with workload requirements.

Delete Persistent Volume (PV)/Storage class in AWS EKS

Under this Microservice, our Service Leads handle the secure and controlled removal of persistent volumes and storage classes while ensuring minimal disruption to workloads.

Update Persistent Volume (PV)/Storage class in AWS EKS

Under this Microservice, our Service Leads modify existing persistent volumes or storage classes to optimize performance, capacity, and access policies for evolving workload requirements.

Create Persistent Volume (PV)/Storage class in AWS EKS

Under this Microservice, our Service Leads facilitate the provisioning of storage resources for Kubernetes workloads by creating Persistent Volumes (PVs) and defining Storage Classes to meet workload-specific storage needs.

Create Node Group in AWS EKS

Under this Microservice, our Service Leads deploy and configure an EKS node group, optimizing compute resources and security settings to support Kubernetes workloads.

Update Node Group Configuration in AWS EKS

Under this Microservice, our Service Leads manage updates to Node Group configurations, including scaling, instance types, and security policies, to align with operational needs.

Delete Node Group in AWS EKS

Under this Microservice, our Service Leads handle the safe removal of a Node Group while maintaining workload integrity and resource deallocation.

Update Node Group Version in AWS EKS

Dedicated to AWS EKS node group upgrades, this Microservice updates worker nodes to match control plane versions, boosting security, performance, and cluster reliability.

Update Cluster Version in AWS EKS

Under this Microservice, our Service Leads manage the upgrade of the Kubernetes control plane to newer versions, ensuring enhanced security, performance improvements, and compatibility with workloads while maintaining cluster stability.

Update Addons Version in AWS EKS

Under this Microservice, our Service Leads oversee the upgrade of Kubernetes add-ons such as CoreDNS, KubeProxy, and other essential components to maintain compatibility with the cluster version, enhance security, and improve networking and resource management.

Create EKS Cluster in AWS EKS

Under this Microservice, our Service Leads provision an AWS EKS cluster by configuring compute resources, networking, and security policies, ensuring a robust Kubernetes environment for enterprise workloads.

Delete EKS cluster in AWS EKS

Under this Microservice, our Service Leads handle the decommissioning of an AWS EKS cluster, ensuring secure and complete resource cleanup, including networking and IAM configurations.

Create Microservice (deployment.yaml) in AWS EKS

Under this Microservice, our Service Leads handle the deployment of microservices by creating Kubernetes deployment.yaml configurations with defined resource limits, environment variables, and scaling policies.

Update Service for Microservice in AWS EKS

Under this Microservice, our Service Leads handle modifications to Kubernetes services to accommodate changes in networking, load balancing, or service discovery.

Update Microservice (deployment.yaml) in AWS EKS

Under this Microservice, our Service Leads manage the versioning and configuration updates of Microservices by modifying deployment.yaml for rolling updates and canary deployments.

Create Service (svc) for Microservice in AWS EKS

Under this Microservice, our Service Leads expose Microservices internally or externally by defining Kubernetes Service objects for efficient service discovery and communication.

Create HPA for Microservice in AWS EKS

Under this Microservice, our Service Leads enable auto-scaling for Microservices by configuring the Kubernetes Horizontal Pod Autoscaler (HPA) to dynamically scale pods based on workload demands.

Delete Microservice (deployment.yaml) in AWS EKS

Under this Microservice, our Service Leads remove Microservice deployments while ensuring minimal disruption and the safe deprovisioning of related resources.

Set Up Notifications on AWS CodePipeline

Dedicated under this microservice, we enable AWS CodePipeline notifications, including Slack alerts, supporting real-time updates through SNS, CloudWatch, and other third-party tools. This ensures timely notifications, seamless workflow monitoring, and enhanced CI/CD visibility for your pipelines.

Deploy Cluster Autoscaler in AWS EKS

Under this Microservice, our Service Leads ensure the dynamic scaling of EKS worker nodes by deploying Cluster Autoscaler, optimizing resource allocation based on demand.

Delete Cluster Autoscaler in AWS EKS

Under this Microservice, our Service Leads remove the Cluster Autoscaler while ensuring minimal impact on workload scalability.

Modify existing pipeline in AWS CodePipeline

Defined within this microservice, we help you modify existing pipelines in AWS CodePipeline, including CI/CD workflows and pipeline configurations. It ensures streamlined updates, seamless integration, and optimized CI/CD operations.

Create new pipeline using AWS CodePipeline

At Zarthi, this microservice allows Service Leads to efficiently create, configure, and manage AWS CodePipeline workflows, ensuring streamlined setup and optimized CI/CD processes for cloud-native applications.

Delete existing pipeline in AWS CodePipeline

Under this Microservice, our Service Leads handle the controlled deletion of AWS CodePipeline configurations while ensuring a smooth transition for any affected workloads, minimizing disruptions and maintaining system integrity.

Configure VPC CNI Plugin in AWS EKS

Under this Microservice, our Service Leads optimize networking for EKS clusters by configuring the AWS VPC CNI plugin to enhance IP address management, pod networking, and security compliance.

Deploy/Delete of Metric Server (HPA) in AWS EKS

Under this Microservice, our Service Leads deploy and manage the Kubernetes Metrics Server to enable the Horizontal Pod Autoscaler (HPA) for optimizing pod scaling based on CPU and memory usage.

Create/Update/Delete Ingress in AWS EKS

Under this Microservice, AWS EKS Ingress controllers, routing entries, and load balancers are deleted to ensure secure, optimized traffic management in Kubernetes.​

Deploy Ingress Controller in AWS EKS

Under this Microservice, our Service Leads facilitate traffic management by deploying an Ingress Controller that efficiently routes external traffic to Kubernetes services.

Integrate Grafana with AWS Prometheus

Under this Microservice, our Service Leads integrate AWS Prometheus with Grafana, providing scalable monitoring and alerting for containerized applications.

Backup and Restore Pipelines in AWS CodePipeline

Under this Microservice, our Service Leads implement backup and restoration strategies for AWS CodePipeline, ensuring resilience and disaster recovery capabilities.

Modify AWS RDS Storage Type

Under this Microservice, our Service Leads modify the storage type of an AWS RDS instance, ensuring optimal performance based on your application needs.

Create / Delete Database with AWS RDS Instance

Under this Microservice, our Service Leads create or delete databases within an AWS RDS instance or terminate a complete RDS instance, ensuring efficient setup or removal of databases to meet your application needs.

Increase AWS RDS Storage

This Microservice increases the storage capacity of an AWS RDS instance, ensuring that your database can handle growing data requirements.

Reconfigure AWS RDS

At Zarthi, we offer this Microservice where our Service Leads reconfigure AWS RDS settings, ensuring that the database meets your specific requirements.

Configure AWS RDS Inbound Rules

At Zarthi, this microservice empowers our Service Leads to configure inbound rules for AWS RDS, ensuring secure, controlled, and seamless access to your databases. It helps maintain optimal database security while supporting smooth and reliable connectivity for your applications.

Start / Restart / Temporary Stop AWS RDS

This Microservice manages the start, restart, or temporary stoppage of an AWS RDS instance, ensuring minimal downtime and continuity of database operations.

Deploy Karpenter in AWS EKS

Under this Microservice, our Service Leads deploy Karpenter, an advanced autoscaling solution for Kubernetes, to dynamically provision and optimize worker nodes based on workload needs.

Delete Karpenter in AWS EKS

Under this Microservice, our Service Leads handle the secure removal of Karpenter components while ensuring that workload scheduling is not disrupted.

Create/Update/Delete of Provisioners in AWS EKS

Under this Microservice, our Service Leads define and update Karpenter provisioners to customize how nodes are provisioned, optimizing performance, cost, and availability.

Create/Update/Delete of Karpenter NodePools in AWS EKS

Under this Microservice, our Service Leads manage Karpenter NodePools, ensuring optimal node provisioning and resource efficiency for Kubernetes clusters.

Update HPA for Microservice in AWS EKS

Under this Microservice, our Service Leads adjust Horizontal Pod Autoscaler configurations to fine-tune scaling thresholds, ensuring cost-efficient resource utilization.

Delete Service for Microservice in AWS EKS

Under this Microservice, our Service Leads manage the secure removal of Kubernetes services while preventing disruptions in application connectivity.

Delete HPA for Microservice in AWS EKS

Under this Microservice, our Service Leads ensure the controlled deletion of Horizontal Pod Autoscaler configurations while maintaining workload performance.

Develop an AWS Lambda client in Node.js using AWS SDK

Under this Microservice, our Service Leads develop an AWS Lambda client using Node.js and the AWS SDK. This includes configuring API calls to invoke, monitor, and manage Lambda functions programmatically, ensuring secure authentication and optimizing performance for server-less workloads.

Develop an AWS S3 API Client in Node.js using AWS SDK

Under this Microservice, our Service Leads develop an AWS S3 API client using Node.js and the AWS SDK. This involves integrating secure authentication, implementing file upload/download operations, managing S3 bucket configurations, and optimizing data transfer for seamless cloud storage interactions.

Develop an AWS S3 API Client in Spring Boot using AWS SDK

In this Microservice, our Service Leads develop an AWS S3 API client in Spring Boot using the AWS SDK to manage object storage. This includes handling file APIs, bucket creation, and ACL configuration to ensure scalable and secure storage integration.

Develop an AWS S3 API Client in Spring MVC using AWS SDK

In this Microservice, our Service Leads implement file upload/download APIs, establish security protocols, manage error handling, and support bucket lifecycle policies for efficient storage control.

Develop an AWS S3 API Client in Core Java using AWS SDK

Under this Microservice, our Service Leads develop object management features, implement bucket creation and access policies, and optimize multipart uploads, providing a secure solution for managing cloud storage with Amazon S3.

Develop an AWS S3 API Client in Python Core using AWS SDK

Under this Microservice, our Service Leads implement file transfer utilities, error handling, and access control settings to ensure security and robust S3 integration for managing cloud storage objects and buckets.

Enable Full Backup of EC2 using AWS Backup service

Under this Microservice, our Service Leads enable full backup operations for EC2 instances through AWS Backup, ensuring complete data protection and recovery capabilities.

Disable Full Backup of EC2 using AWS Backup service

Under this Microservice, our Service Leads handle the disabling of full backup operations for EC2 instances through AWS Backup, aligning backup settings with updated operational requirements.

Update Full Backup of EC2 using AWS Backup service

Under this Microservice, our Service Leads manage updates to existing full backup configurations of EC2 instances through AWS Backup, ensuring optimal backup strategies based on changing needs.

Enable Snapshot Backup of EC2 using AWS Backup service

Under this Microservice, our Service Leads enable snapshot-based backups of EC2 instances through AWS Backup, supporting efficient and point-in-time recovery.

Disable Snapshot Backup of EC2 using AWS Backup service

Under this Microservice, our Service Leads handle the disabling of snapshot backups for EC2 instances through AWS Backup, adjusting backup strategies as per operational changes.

Update Snapshot Backup of EC2 using AWS Backup service

Under this Microservice, our Service Leads manage updates to existing snapshot backup settings of EC2 instances through AWS Backup, enhancing backup performance and alignment with evolving business needs.

Configure Rule Configuration in AWS NGF

Under this Microservice, our Service Leads create and manage firewall rules within AWS security groups and network ACLs to control inbound and outbound traffic. This ensures precise access control, enhancing cloud resource security and compliance.

Delete Rule Configuration in AWS NGF

Under this Microservice, our Service Leads remove outdated or unnecessary firewall rules from AWS security groups and network ACLs. This helps maintain a clean security posture and reduces the risk of unauthorized access.

Define Rule Set Configuration in AWS NGF

Under this Microservice, our Service Leads define and organize comprehensive rule sets within AWS security groups and network ACLs to enforce consistent traffic control policies. This ensures streamlined management and strengthens cloud security across resources.

Apply Rule Set Configuration in AWS NGF

Under this Microservice, our Service Leads apply predefined rule sets to AWS security groups and network ACLs to enforce security policies effectively across cloud environments. This accelerates deployment while maintaining consistent protection and compliance.

Develop Centralized Security Policies in AWS NGF

Under this Microservice, our Service Leads develop centralized security policies in AWS to unify and enforce access controls across multiple accounts and resources. This enhances governance, simplifies management, and ensures consistent security posture throughout the cloud environment.

Enforce Centralized Security Policies in AWS NGF

Under this Microservice, our Service Leads enforce centralized security policies across AWS environments to ensure compliance and uniform protection. This reduces security gaps and strengthens the overall cloud security framework.

Threat Intelligence Feeds in AWS NGF

At Zarthi, our Service Leads enhance AWS threat intelligence through threat intelligence AWS integration, managing AWS threat feed management and leveraging AWS guard duty threat intelligence to strengthen security posture.

Enable AWS Managed Rule Groups NGF

Under this Microservice, our Service Leads enable AWS Managed Rule Groups in services like AWS WAF to automatically protect applications from common web exploits. This simplifies security management while providing robust, up-to-date threat protection.

Customize AWS Managed Rule Groups NGF

Under this Microservice, our Service Leads tailor AWS Managed Rule Groups to align with specific security needs, ensuring effective threat protection while minimizing false positives.

Create Custom Rule Groups in AWS NGF

Under this Microservice, our Service Leads design and implement custom rule groups in AWS WAF tailored to specific application security needs. This allows precise threat detection and mitigation, enhancing protection against unique vulnerabilities.

Test Custom Rule Groups in AWS NGF

Under this Microservice, our Service Leads rigorously test custom rule groups in AWS WAF to validate their effectiveness and ensure they do not disrupt legitimate traffic. This guarantees robust security without impacting user experience.

Deploy Custom Rule Groups in AWS NGF

Under this Microservice, our Service Leads deploy custom rule groups in AWS WAF to enforce tailored security policies across applications. This ensures enhanced protection against targeted threats while maintaining operational efficiency.

AWS Firewall Manager Integration NGF

Under this Microservice, our Service Leads integrate AWS Firewall Manager to centrally manage and enforce firewall rules across multiple AWS accounts and resources. This simplifies security administration and ensures consistent protection at scale.

Remove AWS Firewall Manager Integration NGF

Under this Microservice, our Service Leads remove AWS Firewall Manager integration to decouple centralized firewall management when needed. This allows for flexible security configurations while maintaining control over individual resources.

Monitor AWS Firewall Manager Integration NGF

Under this Microservice, our Service Leads continuously monitor AWS Firewall Manager integration to track compliance, detect policy violations, and ensure effective firewall rule enforcement. This helps maintain a secure and well-governed cloud environment.

Configure Protocol DPI in AWS NGF

Under this Microservice, our Service Leads configure Protocol Deep Packet Inspection (DPI) in AWS to analyze network traffic at the protocol level for enhanced threat detection. This improves security by identifying and blocking sophisticated attacks within cloud environments.

Monitor Application Protocol DPI in AWS NGF

Under this Microservice, our Service Leads monitor Application Protocol Deep Packet Inspection (DPI) in AWS to continuously analyze traffic patterns and detect anomalies. This ensures timely identification of threats and strengthens application-level security.

Create Port-based Filtering in AWS NGF

Under this Microservice, our Service Leads create port-based filtering rules in AWS security groups and network ACLs to control traffic on specific ports. This enhances network security by allowing only authorized communication channels.

Delete Port-based Filtering in AWS NGF

Under this Microservice, our Service Leads delete port-based filtering rules in AWS security groups and network ACLs to remove outdated or unnecessary restrictions. This helps maintain an optimized and secure network configuration.

Configure Automated Failover and High Availability in AWS NGF

Under this Microservice, our Service Leads configure automated failover and high availability setups in AWS to ensure continuous service uptime during failures. This enhances reliability and minimizes downtime for critical applications.

Test Automated Failover and High Availability in AWS NGF

Under this Microservice, our Service Leads rigorously test automated failover and high availability configurations in AWS to verify seamless recovery during outages. This ensures resilience and uninterrupted service delivery.

Create Network Address Translation (NAT) Support in AWS NGF

Under this Microservice, our Service Leads configure Network Address Translation (NAT) in AWS to enable secure and efficient internet access for private resources. This enhances network security while maintaining connectivity for internal workloads.

Delete Network Address Translation (NAT) Support in AWS NGF

Under this Microservice, AWS NAT configurations are removed to reconfigure or decommission network setups, keeping architecture clean and reducing exposure.

Set up Monitoring with AWS SNS NGF

Under this Microservice, our Service Leads set up monitoring alerts using AWS SNS to provide real-time notifications for critical network and security events. This enables rapid response and proactive management of potential issues.

Configure Monitoring with AWS SNS NGF

Under this Microservice, our Service Leads configure AWS SNS to deliver timely notifications for security and network events. This ensures continuous visibility and quick incident response across the cloud environment.

Create Managed Rule Groups in AWS WAF

Under this Microservice, our Service Leads create Managed Rule Groups in AWS to apply pre-configured security rules that protect applications from common threats. This simplifies WAF management while ensuring robust baseline protection.

Delete Managed Rule Groups in AWS WAF

Under this Microservice, our Service Leads delete Managed Rule Groups in AWS to remove redundant or unnecessary security rules. This streamlines WAF configurations and ensures optimal performance without compromising protection.

Create Custom Rule Groups in AWS WAF

Under this Microservice, our Service Leads create Custom Rule Groups in AWS to define tailored security rules based on specific application needs. This provides granular control and enhances protection against targeted threats.

Delete Custom Rule Groups in AWS WAF

Under this Microservice, our Service Leads delete Custom Rule Groups in AWS to eliminate outdated or redundant security policies. This helps maintain a clean and efficient WAF configuration while ensuring continued threat protection.

Allow IP Sets in AWS WAF

Under this Microservice, our Service Leads allow IP sets in AWS to grant secure access to trusted IP ranges through the WAF. This ensures controlled connectivity while safeguarding applications from unauthorized traffic.

Deny IP Sets in AWS WAF

Under this Microservice, our Service Leads deny IP sets in AWS to block traffic from suspicious or malicious IP ranges. This strengthens application security by proactively filtering out potential threats.

Enable SQL Injection Prevention in AWS WAF

Under this Microservice, our Service Leads enable SQL Injection Prevention in AWS to detect and block malicious queries targeting backend databases. This protects sensitive data and maintains the integrity of web applications.

Monitor SQL Injection Prevention in AWS WAF

Under this Microservice, our Service Leads monitor SQL Injection Prevention in AWS to track detection events and evaluate the effectiveness of protective rules. This enables timely response to threats and continuous improvement of security measures.

Enable Cross-Site Scripting (XSS) Prevention in AWS WAF

Under this Microservice, our Service Leads enable Cross-Site Scripting (XSS) prevention in AWS to detect and block malicious scripts that attempt to exploit web applications. This protects users and preserves application integrity from client-side attacks.

Monitor Cross-Site Scripting (XSS) Prevention in AWS WAF

Under this Microservice, our Service Leads monitor Cross-Site Scripting (XSS) Prevention in AWS to analyze detection logs and assess the effectiveness of security rules. This supports rapid threat response and continuous enhancement of web application defenses.

Configure Bot Control in AWS WAF

Under this Microservice, our Service Leads configure Bot Control in AWS to identify and manage automated bot traffic targeting applications. This helps prevent malicious bot activities while allowing legitimate bots, improving security and user experience.

Monitor Bot Control in AWS WAF

Under this Microservice, our Service Leads monitor Bot Control in AWS to track bot traffic patterns and detect suspicious activities. This enables timely mitigation of automated threats while ensuring smooth access for genuine users.

Set up Web Traffic Monitoring in AWS WAF

Under this Microservice, our Service Leads set up web traffic monitoring in AWS to continuously analyze incoming and outgoing traffic for anomalies and security threats. This provides real-time insights that help maintain application performance and safeguard against attacks.

Analyze Web Traffic Monitoring in AWS WAF

Under this Microservice, our Service Leads analyze web traffic monitoring data in AWS to identify patterns, detect anomalies, and uncover potential security incidents. This enables informed decision-making for strengthening defenses and optimizing application performance.

Configure Geographic Match Conditions in AWS WAF

Under this Microservice, our Service Leads configure Geographic Match Conditions in AWS to control access based on the geographic origin of web traffic. This helps block or allow requests from specific regions, enhancing security and compliance.

Monitor Geographic Match Conditions in AWS WAF

Under this Microservice, our Service Leads monitor Geographic Match Conditions in AWS to review access patterns and identify unusual geographic traffic. This supports proactive threat detection and helps refine regional security policies.

Create String Matching Rules in AWS WAF

Under this Microservice, our Service Leads create string matching rules in AWS to identify and filter web requests containing specific patterns or keywords. This enhances threat detection by targeting malicious payloads and enforcing precise security policies.

Apply String Matching Rules in AWS WAF

Under this Microservice, our Service Leads apply string matching rules in AWS to inspect incoming traffic for defined patterns and enforce corresponding security actions. This strengthens application defense by blocking suspicious requests in real time.

Delete String Matching Rules in AWS WAF

Under this Microservice, our Service Leads delete outdated or unnecessary string matching rules in AWS to streamline security configurations and reduce false positives. This ensures efficient and accurate threat detection.

Create Regex Pattern Sets in AWS WAF

Under this Microservice, our Service Leads create regex pattern sets in AWS to define complex string matching criteria for web traffic inspection. This enables precise detection of sophisticated attack signatures and improves overall security accuracy.

Update Regex Pattern Sets in AWS WAF

Under this Microservice, our Service Leads update regex pattern sets in AWS to refine matching rules and incorporate new threat indicators. This ensures continuous improvement in detecting advanced and evolving web attacks.

Delete Regex Pattern Sets in AWS WAF

Under this Microservice, our Service Leads delete obsolete or redundant regex pattern sets in AWS to maintain streamlined and effective security configurations. This helps reduce complexity and improve WAF performance.

Set up HTTP Header Filtering in AWS WAF

Under this Microservice, our Service Leads set up HTTP header filtering in AWS to inspect and control HTTP headers in incoming requests. This helps block malicious headers and enforce security policies, enhancing application protection.

Monitor HTTP Header Filtering in AWS WAF

Under this Microservice, our Service Leads monitor HTTP header filtering in AWS to track filtered traffic and detect suspicious header patterns. This supports proactive threat detection and helps fine-tune security rules for better accuracy.

Integration with AWS Shield WAF

Under this Microservice, our Service Leads integrate AWS Shield with other security services to provide comprehensive DDoS protection. This enhances resilience against large-scale attacks and ensures continuous application availability.

CAPTCHA Support in AWS WAF

Under this Microservice, our Service Leads enable CAPTCHA support in AWS to distinguish between human users and automated bots during access attempts. This helps prevent automated abuse and enhances application security.

Configure JSON Body Inspection in AWS WAF

Under this Microservice, our Service Leads configure JSON body inspection in AWS to analyze and filter JSON payloads within web requests. This improves detection of malicious content and protects applications from complex threats.

Monitor JSON Body Inspection in AWS WAF

Under this Microservice, our Service Leads monitor JSON body inspection in AWS to review detected anomalies and evaluate the effectiveness of filtering rules. This enables timely adjustments and strengthens application security against payload-based attacks.

Enable OWASP Top 10 Rule Set in AWS WAF

Under this Microservice, our Service Leads enable the OWASP Top 10 Rule Set in AWS to protect applications against the most critical web security risks. This provides comprehensive, standardized defenses to safeguard web applications effectively.

Monitor OWASP Top 10 Rule Set in AWS WAF

Under this Microservice, our Service Leads monitor the OWASP Top 10 Rule Set in AWS to analyze triggered events and assess protection effectiveness. This supports continuous improvement in defending against common and critical web vulnerabilities.

Customize Response Bodies in AWS WAF

Under this Microservice, our Service Leads customize response bodies in AWS to tailor error messages and security responses sent to users. This improves user experience while maintaining clear communication of security actions.

Monitor Response Bodies in AWS WAF

Under this Microservice, our Service Leads monitor response bodies in AWS to analyze the content returned to users for security compliance and potential information leakage. This helps ensure that sensitive data is protected and responses align with policy.

Set up Logging and Metrics with CloudWatch in AWS WAF

Under this Microservice, our Service Leads set up logging and metrics with CloudWatch in AWS to collect and analyze security and performance data. This enables real-time monitoring, alerting, and informed decision-making for maintaining application health and security.

Analyze Logging and Metrics with CloudWatch in AWS WAF

Under this Microservice, our Service Leads analyze logging and metrics collected via CloudWatch in AWS to identify security incidents, performance issues, and usage trends. This empowers proactive threat detection and optimized resource management.

Create/Delete ECR Repository in AWS

Under this Microservice, our Service Leads create or delete repositories in AWS Elastic Container Registry (ECR), ensuring appropriate naming conventions, tagging, and access configurations during setup, and secure validation during deletion.

Update ECR Repository in AWS

Under this Microservice, our Service Leads update AWS ECR repositories by modifying lifecycle rules, adjusting access permissions, and configuring repository policies using the AWS CLI, SDKs, or the AWS Management Console.

Authenticate Docker to AWS ECR

Under this Microservice, our Service Leads configure Docker clients to authenticate with AWS ECR by generating login tokens using AWS CLI and validating access to enable secure image operations.

Push/Pull Docker Image to/from AWS ECR

Under this Microservice, our Service Leads push application container images to AWS ECR or pull them for deployment, maintaining version control and validating image tags throughout the process.